HART - irp-cdn.multiscreensite.com · Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering

A-96.250.861 / 160718

HART

Interface Description

Customer Support

SWAN and its representatives maintain a fully trained staff of technical specialists around the world. For any technical question, contact your nearest SWAN representative, or the manufacturer: SWAN ANALYTISCHE INSTRUMENTE AG Studbachstrasse 13 8340 Hinwil Switzerland Internet: www.swan.ch E-mail: [email protected]

Document Status

Title HART Interface Description

ID: A-96.250.861

Revision Issue

00 July 2016 First edition

01 August 2016 Added AMI Codes-II, AMI Deltacon and AMI Sodium

02 September 2016 Added AMI Oxysafe, AMI pH/mV:pH/mV, AMI Silica and AMI Solicon4

03 October 2016 Added AMI Inducon, AMI LineTOC and AMI Turbi

04 November 2016 Added chapter “Introduction”

05 January 2017 Added AMI CACE, AMI Hydrogen, AMI Pharmacon and AMI Rescon

06 October 2017 Added AMI Phosphate HL

07 January 2018 Added AMI Codes-II CC, AMI Codes-II O3 and AMI SAC254

© 2018 SWAN ANALYTISCHE INSTRUMENTE AG, Switzerland, all rights reserved

Subject to change without notice

mailto:[email protected]

HART Interface Description

A-96.250.861 / 160718

Table of Contents

Click on the links below:

Introduction

AMI CACE

AMI Codes-II

AMI Codes-II CC

AMI Codes-II O3

AMI Deltacon

AMI Hydrogen

AMI Inducon

AMI LineTOC

AMI Oxysafe

AMI Oxytrace

AMI Pharmacon

AMI pH/mV:pH/mV

AMI Phosphate HL

AMI pH-Redox

AMI Powercon

AMI Rescon

AMI SAC254

AMI Silica

AMI Silitrace

AMI Silitrace Ultra

AMI Sodium

AMI Solicon4

AMI Trides

AMI Turbi


A-96.250.861 / 160718

Introduction

The HART communication option for AMI transmitters supports HART Protocol Revision 7.5.

Requirements

- Mainboard AMI V2.5 or higher - HART interface PCB installed on the mainboard - Firmware V6.20 or higher

DD file

The manufacturer-specific DD file is available for download at http://www.swan.ch.

In some cases, a DD file is used by several instruments. The instruments concerned and the corresponding chapters are listed in the table below.

Instruments using the same DD file See chapter

AMI Deltacon DG and AMI Deltacon Power AMI Deltacon

AMI Sodium A and AMI Sodium P AMI Sodium

AMI Turbiwell, AMI Turbitrack, AMI Turbitrace AMI Turbi

AMI pH/mV:pH/mV and AMI pH/mV:pH/mV Pool AMI pH/mV:pH/mV

http://www.swan.ch/

SWAN Analytical Instruments

HART® 7.x Field Device Specification for AMI CACE Transmitters

SWAN Analytical Instruments 8340, Studbachstrasse 13

Hinwil Switzerland

SWAN Analytical Instruments AMI CACE HART Manual

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TABLE OF CONTENTS

1. Introduction ..................................................................................................................................... 4

1.1 Scope ................................................................................................................................... 4

1.2 Purpose ................................................................................................................................ 4

1.3 Who should use this document? ......................................................................................... 4

1.4 References ........................................................................................................................... 4

2. Device Identification ....................................................................................................................... 5

3. Product Overview ........................................................................................................................... 5

3.1 Connections ......................................................................................................................... 5

3.1.1 Point to point Mode ............................................................................................. 5

3.1.2 Multidrop Mode ................................................................................................... 6

3.1.3 HARTREC Board ................................................................................................ 6

4. Product Interfaces............................................................................................................................ 7

4.1 Process Interface ................................................................................................................. 7

4.1.1 Sensor Input Channels ......................................................................................... 7

4.2 Host Interface ...................................................................................................................... 7

4.2.1 Process Specific Conductivity ............................................................................. 7

4.3 Local Interfaces ................................................................................................................... 7

4.3.1 Local Controls and Displays ................................................................................ 7

4.3.2 Write Protection ................................................................................................... 7

5. Device Variables ............................................................................................................................. 8

5.1 Device Variable 0 Specific Conductivity (sc) ..................................................................... 8

5.2 Device Variable 1 Cation Conductivity (cc) ....................................................................... 8

5.3 Device Variable 2 Degassed Conductivity (dc) .................................................................. 8

5.4 Device Variable 3 First Temperature .................................................................................. 8

5.5 Device Variable 4 Second Temperature ............................................................................. 8

5.6 Device Variable 5 Third Temperature ................................................................................ 9

5.7 Device Variable 6 Conductivity Difference ........................................................................ 9

5.8 Device Variable 7 Main Flow ............................................................................................. 9

5.9 Device Variable 8 First Calculated Value (pH) .................................................................. 9

5.10 Device Variable 9 Second Calculated Value (Ammonium) ............................................... 9

5.11 Device Variable 10 Case Temperature ............................................................................... 9


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6. Dynamic Variables ...........................................................................................................................9

6.1 Mappable Variables .............................................................................................................9

6.2 PV Transfer Functions .......................................................................................................10

7. Status Information ..........................................................................................................................11

7.1 Field Device Status ............................................................................................................11

7.2 Extended Device Status .....................................................................................................11

7.3 Additional Device Status (Command #48) ........................................................................12

8. Universal Commands .....................................................................................................................14

9. Common-Practice Commands .......................................................................................................16

9.1 Supported Common Practice Commands ..........................................................................16

9.2 Burst Mode .........................................................................................................................16

9.3 Catch Device Variable .......................................................................................................16

10. Device-Specific Commands ...........................................................................................................16

11. Tables 17

11.1 Engineering Type Unit Codes ............................................................................................17

11.2 Classification Type Unit Codes .........................................................................................17

12. Performance ...................................................................................................................................18

12.1 Sampling Rates ..................................................................................................................18

12.2 Power-Up ...........................................................................................................................18

12.3 Command Response Times................................................................................................18

12.4 Long Messages ...................................................................................................................18

12.5 Non-Volatile Memory ........................................................................................................18

12.6 Modes .................................................................................................................................18

12.7 Write Protection .................................................................................................................18

12.8 Damping .............................................................................................................................18

Annex A. Capability Checklist ...........................................................................................................19

Annex B. Default Configuration ........................................................................................................20

Annex C. Revision History ................................................................................................................21


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1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI CACE transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI CACE manual by providing a complete description of this Field Device from a HART Communication perspective.

1.3 Who should use this document? The specification is designed to be a technical reference for HART capable Host Application Developers, System Integrators and knowledgeable End Users. It also provides functional specifications (e.g., commands and performance requirements) used during development, maintenance and testing. This document assumes the reader is familiar with HART Protocol requirements and terminology.

1.4 References HART Smart Communications Protocol Specification. HCF_SPEC-12. Available from the HCF.

MenAMI_CACE_xx.pdf. Available from the SWAN Analytical Instruments web page.


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2. DEVICE IDENTIFICATION Manufacturer Name: SWAN Analytical

Instruments Model Name(s): AMI CACE

Manufacture ID Code: 24757 (60B5 Hex)

Device Type Code:

58246 (E386 Hex)

HART Protocol Revision 7.5 Device Revision: 1

Number of Device Variables 11

Physical Layers Supported FSK

Physical Device Category Transmitter, Non-DC-isolated Bus Device

3. PRODUCT OVERVIEW The AMI CACE HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.

3.1 Connections 3.1.1 Point to point Mode

An external minimum 250 Ω (maximum 800 Ω) resistor is needed in order to communicate with HART protocol.


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3.1.2 Multidrop Mode

A single minimum 250 Ω resistor (maximum 800 Ω) is needed to communicate with all the instruments connected to the bus, and each of them must provide 4mA.

3.1.3 HARTREC Board

The HARTREC Board must be installed in the AMI transmitter in order to communicate with HART.


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4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI CACE manual to details on mounting Conductivity and Flow sensors.

4.2 Host Interface 4.2.1 Process Specific Conductivity The 4 to 20mA output of the AMI CACE HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.

Since Dynamic Variables are mappable, PV can correspond to one of the following variables:

- Specific Conductivity (sc)

- Cation Conductivity (cc)

- Degassed Conductivity (dc)

- First Temperature

- Second Temperature

- Third Temperature

- Conductivity difference

- Main Flow

- First Calculated Value (pH)

- Second Calculated Value (Ammonium)

It is also possible to set the PV from the instrument local display, in the “Signal Output 3 / Parameter” settings.

4.3 Local Interfaces 4.3.1 Local Controls and Displays This device has a local display that allows the complete configurability of the instrument.

Refer to AMI CACE manual to details on it.

4.3.2 Write Protection The Field Device has no “Write protection mode”.


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5. DEVICE VARIABLES This Field Device exposes 11 Device Variables.

Device Variables Variables Meaning Units 0 Specific Conductivity (sc) uS/cm

1 Cation Conductivity (cc) uS/cm

2 Degassed Conductivity (dc) uS/cm

3 First Temperature °C

4 Second Temperature °C

5 Third Temperature °C

6 Conductivity Difference uS/cm

7 Main Flow l/h

8 First Calculated Value (pH) pH

9 Second Calculated Value (Ammonium) ppm

10 Case Temperature °C

5.1 Device Variable 0 Specific Conductivity (sc) Specific Conductivity is read by Specific Conductivity - 1st Temperature sensors (Refer to AMI CACE manual to details on it).

5.2 Device Variable 1 Cation Conductivity (cc) Cation Conductivity is read by Cation Conductivity - 2nd Temperature sensors (Refer to AMI CACE manual to details on it).

5.3 Device Variable 2 Degassed Conductivity (dc) Degassed Conductivity is read by Degassed Conductivity - 3rd Temperature sensors (Refer to AMI CACE manual to details on it).

5.4 Device Variable 3 First Temperature First Temperature is read by Specific Conductivity - 1st Temperature sensors (Refer to AMI CACE manual to details on it).

5.5 Device Variable 4 Second Temperature Second Temperature is read by Cation Conductivity - 2nd Temperature sensors (Refer to AMI CACE manual to details on it).


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5.6 Device Variable 5 Third Temperature Third Temperature is read by Degassed Conductivity - 3rd Temperature sensors (Refer to AMI CACE manual to details on it).

5.7 Device Variable 6 Conductivity Difference Conductivity Difference is calculated starting from Specific and Cation Conductivity sensor (Refer to AMI CACE manual to details on it).

5.8 Device Variable 7 Main Flow Main Flow is read by the flow rate sensor (Refer to AMI CACE manual to details on it).

5.9 Device Variable 8 First Calculated Value (pH) pH is calculated starting from Specific Conductivity-1st Temperature and Cation Conductivity - 2nd Temperature sensors (Refer to AMI CACE manual to details on it).

5.10 Device Variable 9 Second Calculated Value (Ammonium) Ammonium is calculated starting from Specific Conductivity - 1st Temperature and Cation Conductivity - 2nd Temperature sensors (Refer to AMI CACE manual to details on it).

5.11 Device Variable 10 Case Temperature Case Temperature shows the Temperature read inside the Electronic Box.

6. DYNAMIC VARIABLES 6.1 Mappable Variables Four mappable Dynamic Variables are implemented.

Dynamic Variables Variables Meaning Units

PV

Spec. Cond. – Cat. Cond. – Deg. Cond. – 1st Temp – 2nd Temp – 3rd Temp – Cond. Diff. –

Main Flow – pH – Ammonium

uS/cm - uS/cm - uS/cm -°C –°C –°C – uS/cm - l/h – pH

– ppm

SV

Spec. Cond. – Cat. Cond. – Deg. Cond. – 1st Temp – 2nd Temp – 3rd Temp – Cond. Diff. – Main Flow – pH – Ammonium

uS/cm - uS/cm - uS/cm -°C –°C –°C – uS/cm - l/h – pH – ppm

TV



QV




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It is possible to associate any of these dynamic variables to PV, SV, TV or QV with a HART Master (or Handheld Communicator).

The PV is also settable from the instrument local display’s settings.

6.2 PV Transfer Functions The Primary Variable Transfer Function can be read with command 15. Its meaning is referred to the following table.

Transfer Function Type Code

Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243

Control Downwards 244


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7. STATUS INFORMATION 7.1 Field Device Status The functions of the Field Device Status bits are specified in HCF_SPEC-99. Further details of their implementation are described in the following table.

Bit Name Notes

7 Device Malfunction Set on any detected Hardware Error

6 Configuration Changed Set if any changes are made to Field Device Configuration

5 Cold Start Set when powered-up or after a device reset

4 More Status Available Set if any Alarm or Maintenance has changed its status. More information is available via cmd 48

3 Loop Current Fixed The Loop Current is being held at a fixed value and is not responding to process variations

2 Loop Current Saturated The Loop Current has reached its upper (or lower) endpoint limit and cannot increase (or decrease) any further

1 Non-PV Out of Limits A Device Variable not mapped to the PV is beyond its

operating limits

0 PV Out of Limits The PV is beyond its operating limit

7.2 Extended Device Status Contains additional information regarding the status of the Field Device.

Bit Name Notes

2 Critical Power Failure Set when battery is becoming critically low (less than 15 min) and Field Device not connected to Power Supply

1 Device Variable Alert

Set when one or more Device Variables are in one of the following conditions:

• Hi/low limited (Limit Status)

• Bad (Process Data Status)

• Poor Accuracy (Process Data Status)

0 Maintenance Required Not Used


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7.3 Additional Device Status (Command #48) Command #48 returns 10 additional bytes of data (Int32 or Int16 Little Endian), with the following status information:

(ALARMS-MAINTENANCE CODES)

Byte Bit Meaning Code

0-3 (INT32)

0 Cond. 1 Alarm high E001 1 Cond. 1 Alarm low E002 2 Cond. 2 Alarm high E003 3 Cond. 2 Alarm low E004 4 Cond. 3 Alarm high E005 5 Cond. 3 Alarm low E006 6 Temp. 1 high E007 7 Temp. 1 low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp.1 shorted E011 11 Temp.1 disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 pH Calculation undef E015 15 Degasser Frontend E016 16 Control Timeout E017 17 Degasser disconnected E018 18 Temp.2 shorted E019 19 Temp.2 disconnected E020 20 Temp.3 shorted E021 21 Temp.3 disconnected E022 22 Degasser Ctl Timeout E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 Calibration Degasser E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


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4-5 (INT16)

0 EDI module exhausted E065

1 Reserved 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved

14-17 (INT32)

0 pH Alarm high E033 1 pH Alarm low E034 2 Alk. Alarm high E035 3 Alk. Alarm low E036 4 Temp. 2 high E037 5 Temp. 2 low E038 6 Temp. 3 high E039 7 Temp. 3 low E040 8 Degasser Line Voltage E041 9 Degasser Temp. Shorted E042 10 EDI out of range E043 11 No Sample Flow E044 12 EDI DAC disconnected E045 13 EDI ADC disconnected E046 14 EDI Module Worn-Out E047 15 Reserved

16-31 Reserved "Reserved" bits are always set to 0.

All bits used in these bytes indicate device/sensor failure or maintenances, and always set bit 4 of the Device Status byte.


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8. UNIVERSAL COMMANDS Number Name Notes

0 Read Unique Identifier Returns identity information of the Field Device

1 Read Primary Variable Returns PV value and its unit

2 Read Loop Current and Percent of Range Returns AO value and % range

3 Read Dynamic Variables and Loop Current Returns PV, SV, TV and QV values and corresponding unit values along with AO value

6 Write Polling Address Changes Field Device’s polling address and loop current mode

7 Read Loop Configuration Returns polling address and loop current mode status

8 Read Dynamic Variable Classifications Returns dynamic variables classification

9 Read Device Variables with Status Returns device variables with status

11 Read Unique Identifier Associated With Tag Same response as command 0 when Tag matches

12 Read Message Returns 24 bytes of packed ASCII data

13 Read Tag, Descriptor, Date Returns tag, descriptor (packed ASCII format) and date from the device

14 Read Primary Variable Transducer Information Returns PV transducer limits and span

15 Read Device Information Returns PV unit value, LRV, URV, damping value and write protect code

16 Read Final Assembly Number Returns final assembly number

17 Write Message Write 24 bytes of packed ASCII data.

18 Write Tag, Descriptor, Date Writes tag, descriptor (packed ASCII format) and date to the device

19 Write Final Assembly Number Writes final assembly number


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to the device

20 Read Long Tag Returns 32-byte Long Tag

21 Read Unique Identifier Associated with Long Tag Same response as command 0 when Long Tag matches

22 Write Long Tag Writes Long Tag to the Field Device

38 Reset Configuration Changed Flag Resets the configuration change flag

48 Read Additional Device Status See 7.3 for details


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9. COMMON-PRACTICE COMMANDS

9.1 Supported Common Practice Commands

9.2 Burst Mode This Field Device does not support Burst Mode.

9.3 Catch Device Variable This Field Device does not support Catch Device Variable.

10. DEVICE-SPECIFIC COMMANDS This Field Device does not support Device Specific Commands.

Number Name Notes

33 Read Device Variables Returns all the Supported Device Variables

50 Read Dynamic Variable Assignment Returns the Variable Numbers associated with PV, SV,TV and QV

51 Write Dynamic Variable Assignment Writes the Variable Numbers associated with PV, SV,TV and QV


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11. TABLES 11.1 Engineering Type Unit Codes

Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Not used 250 Special 253

11.2 Classification Type Unit Codes Measurement Meas. Code Temperature 64 Volumetric flow 66 Time 70 Frequency 80 Analytical 81 Electric Potential 83 Current 84 Resistance 85 Conductance 87 Concentration 90 Turbidity 97 Not used 250 Special 253


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12. PERFORMANCE 12.1 Sampling Rates Typical sampling rates are shown in the following table.

Conductivity (Specific, Cation and Degassed) sensor value sample 1 per second

Temperature (1st, 2nd and 3rd ) sensors value sample 1 per second

Flow rate sensor value sample 1 per second

Case Temperature sensor sample 1 per second

Note: all the Device Variables use an Infinite Impulse Response Filter, with coefficients depending on the measured variable. The Damping Value is different for each of the Device Variables, and can be read through Command 15.

12.2 Power-Up On power up, the transmitter takes approximately 10 seconds to be ready. During this period, the device will not respond to HART commands.

12.3 Command Response Times

Minimum 2ms

Typical 5ms

Maximum 150ms

12.4 Long Messages The largest data field used is in the response to Command 9: up to 71 bytes including the two status bytes.

12.5 Non-Volatile Memory EEPROM is used to hold the device’s configuration parameters. New data is written to this memory immediately on execution of a write command, before the consequent response.

12.6 Modes Loop current mode can be disabled or enabled using command 6.

12.7 Write Protection Write-protection is not selectable, and is always set as “not write protected”.

12.8 Damping Damping time is calculated for each dynamic variable.


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ANNEX A. CAPABILITY CHECKLIST

Manufacturer, model and revision SWAN Analytic Instruments, AMI CACE rev. 1

Device type Transmitter

HART revision 7.x

Device Description available Yes

Number and type of sensors 8 (seven external, one internal)

Number and type of actuators 0

Number and type of host side signals 1: 4 - 20mA analog


Number of Dynamic Variables 4

Mappable Dynamic Variables? Yes

Number of common-practice commands 3

Number of device-specific commands 0

Bits of additional device status 80

Alternative operating modes? No

Burst mode? No

Write-protection? No


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ANNEX B. DEFAULT CONFIGURATION

Parameter Default value

PV Sensor Type Specific Conductivity

Lower Range Value 0 uS/cm

Upper Range Value 3000 uS/cm

PV Units uS/cm

Damping time constant 3.184 seconds

Fault-indication jumper Not used

Write-protect jumper Not used

Number of response preambles 5


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ANNEX C. REVISION HISTORY

Document Title HART Interface Description AMI CACE

Document ID 109560.00

Document Revision

Date Device Revision DD Revision Description

1.0 26/10/2016 1 1 First release, for HART 7.x Device

2.0 18/05/2018 1 2 E047 added


HART® 7.x Field Device Specification for AMI Codes-II Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Codes-II HART Manual

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TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4

1.3 Who should use this document? ..........................................................................................4

1.4 References ............................................................................................................................4

2. Device Identification ........................................................................................................................5

3. Product Overview ............................................................................................................................5

3.1 Connections..........................................................................................................................5

3.1.1 Point to point Mode ..............................................................................................5

3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6

4. Product Interfaces ............................................................................................................................7

4.1 Process Interface ..................................................................................................................7

4.1.1 Sensor Input Channels ..........................................................................................7

4.2 Host Interface .......................................................................................................................7

4.2.1 Process Free residual chlorine ...............................................................................7

4.3 Local Interfaces ....................................................................................................................7

4.3.1 Local Controls and Displays .................................................................................7

4.3.2 Write Protection ....................................................................................................7

5. Device Variables ..............................................................................................................................8

5.1 Device Variable 0 Disinfectant ............................................................................................8

5.2 Device Variable 1 pH ...........................................................................................................8

5.3 Device Variable 2 Main Temperature ..................................................................................8

5.4 Device Variable 3 Flow Rate ...............................................................................................8

5.5 Device Variable 4 Case Temperature ..................................................................................8



6.2 PV Transfer Functions .........................................................................................................9

7. Status Information ............................................................................................................................9


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7.1 Field Device Status ..............................................................................................................9






9.2 Burst Mode .........................................................................................................................14



11. Tables 15


11.2 Classification Unit Codes ..................................................................................................15

12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................16

13. Capability Checklist .......................................................................................................................17

Annex A. Default Configuration ........................................................................................................18

Annex B. Revision History ................................................................................................................19


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1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Codes-II transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Codes-II manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Codes-II_xx.pdf. Available from the SWAN Analytical Instruments web page.


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Instruments Model Name(s): AMI Codes-II


Device Type Code:

58177 (E341 Hex)





3. PRODUCT OVERVIEW The AMI Codes-II HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




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3.1.3 HARTREC Board



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4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Codes-II manual to details on mounting external sensors.

4.2 Host Interface 4.2.1 Process Free residual chlorine The 4 to 20mA output of the AMI Codes-II HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Disinfectant

- Flow Rate

- pH

- Main Temperature



Refer to AMI Codes-II manual to details on it.



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5. DEVICE VARIABLES This Field Device exposes five Device Variables

Device Variables Variables Meaning Units

0 Disinfectant ppm 1 pH pH 2 Main Temperature °C 3 Flow Rate B/s 4 Case Temperature °C

5.1 Device Variable 0 Disinfectant Disinfectant is read with photometer sensor (Refer to AMI Codes-II manual to details on it).

5.2 Device Variable 1 pH pH is read with pH sensor (Refer to AMI Codes-II manual to details on it).

5.3 Device Variable 2 Main Temperature Main Temperature is read with temperature sensor (Refer to AMI Codes-II manual to details on it).

5.4 Device Variable 3 Flow Rate Flow rate is read with air bubble detector.




PV Dis. – pH – Temp - Flow-rate ppm - pH - °C - B/s

SV Dis. – pH – Temp - Flow-rate ppm - pH - °C - B/s

TV Dis. – pH – Temp - Flow-rate ppm - pH - °C - B/s

QV Dis. – pH – Temp - Flow-rate ppm - pH - °C - B/s




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Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



Bit Name Notes




4 More Status Available Set if any Alarm or Maintenance has changed its status. More information is available via command 48




operating limits



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Bit Name Notes









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ALARMS CODES:


0-3 (INT32)

0 DIS. Alarm high E001 1 DIS. Alarm low E002 2 pH Alarm high E003 3 pH Alarm low E004 4 DIS. too high E005 5 Reserved

6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Valve defective E015 15 Reserved

16 Control Timeout E017 17 Reagent Pump E018 18 FOME not connected E019 19 FOME dirty E020 20 DIS. invalid E021 21 Reagent empty E022 22 Cleaning Solution E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


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0 DPD / Buffer E065 1 Reserved 2 Cleaning Solution E067 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved

4-5 (INT16U)

"Reserved" bits are always set to 0.









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19 Write Final Assembly Number Writes final assembly number to the device







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Number Name Notes





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Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Bubbles per second 240 Not used 250

11.2 Classification Unit Codes Measurement Meas. Code Temperature 64 Volumetric flow 66 Time 70 Frequency 80 Analytical 81 Electric Potential 83 Current 84 Resistance 85 Conductance 87 Concentration 90 Turbidity 97 Not used 250 Special 253


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Photometer sensor value sample 1 per second

Temperature sensor value sample 1 per second

Flow Rate sensor value sample 1 per second

pH sensor value sample 1 per second




Minimum 2ms

Typical 5ms

Maximum 150ms







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13. CAPABILITY CHECKLIST

Manufacturer, model and revision SWAN Analytic Instruments, AMI Codes-II rev. 1


HART revision 7.x


Number and type of sensors 4 (three external, one internal)










Burst mode? No



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ANNEX A. DEFAULT CONFIGURATION


PV Sensor Type Photometer (Disinfectant)

Lower Range Value 0 ppm

Upper Range Value 20 ppm

PV Units ppm






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ANNEX B. REVISION HISTORY

Document Title HART Interface Description AMI Codes-II


Document Revision




HART® 7.x Field Device Specification for AMI Codes-II CC Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Codes-II CC HART Manual

109352.00 / 280616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7






5.1 Device Variable 0 Free residual chlorine (frc) .....................................................................8

5.2 Device Variable 1 Total residual chlorine 1 (tc1) ................................................................8

5.3 Device Variable 2 Total residual chlorine 2 (tc2) ................................................................8

5.4 Device Variable 3 Calculated monochloramine (cmc) ........................................................8

5.5 Device Variable 4 Combined chlorine (ccc) ........................................................................8

5.6 Device Variable 5 Calculated dichloramine (cdc) ...............................................................8

5.7 Device Variable 6 Temperature ...........................................................................................8




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5.10 Device Variable 10 Case Temperature ................................................................................9











9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17





109352.00 / 280616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Codes-II CC transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Codes-II CC manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Codes-II_CC_xx.pdf. Available from the SWAN Analytical Instruments web page.


109352.00 / 280616 5


Instruments Model Name(s): AMI Codes-II CC


Device Type Code:

58178 (E342 Hex)





3. PRODUCT OVERVIEW The AMI Codes-II CC HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109352.00 / 280616 6



3.1.3 HARTREC Board



109352.00 / 280616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Codes-II CC manual to details on mounting external sensors.

4.2 Host Interface 4.2.1 Process Free residual chlorine The 4 to 20mA output of the AMI Codes-II CC HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Free residual chlorine (frc)

- Total residual chlorine 1 (tc1)

- Total residual chlorine 2 (tc2)

- Flow rate

- Calculated monochloramine (cmc)

- Combined chlorine (ccc)

- Calculated dichloramine (cdc)

- Temperature

- pH



Refer to AMI Codes-II CC manual to details on it.



109352.00 / 280616 8

5. DEVICE VARIABLES This Field Device exposes ten Device Variables


0 Free residual chlorine ppm 1 Total residual chlorine 1 ppm 2 Total residual chlorine 2 ppm 3 Calculated monochloramine ppm 4 Combined chlorine ppm 5 Calculated dichloramine ppm 6 Temperature °C 7 Flow Rate B/s 8 pH pH 9 Case Temperature °C

5.1 Device Variable 0 Free residual chlorine (frc) Free residual chlorine is read with photometer sensor (Refer to AMI Codes-II CC manual to details on it).

5.2 Device Variable 1 Total residual chlorine 1 (tc1) Total residual chlorine 1 is read with photometer sensor (Refer to AMI Codes-II CC manual to details on it).

5.3 Device Variable 2 Total residual chlorine 2 (tc2) Total residual chlorine 2 is read with photometer sensor (Refer to AMI Codes-II CC manual to details on it).

5.4 Device Variable 3 Calculated monochloramine (cmc) Calculated monochloramine is calculated (Refer to AMI Codes-II CC manual to details on it).

5.5 Device Variable 4 Combined chlorine (ccc) Combined chlorine is calculated (Refer to AMI Codes-II CC manual to details on it).

5.6 Device Variable 5 Calculated dichloramine (cdc) Calculated dichloramine is calculated.

5.7 Device Variable 6 Temperature Temperature is read with Temperature sensor.



109352.00 / 280616 9

5.9 Device Variable 8 pH pH rate is read with pH sensor.




PV frc-tc1-tc2-cmc-ccc-cdc/Temp/Flow-rate/pH ppm / °C / (B/s) / pH

SV frc-tc1-tc2-cmc-ccc-cdc/Temp/Flow-rate/pH ppm / °C / (B/s) / pH

TV frc-tc1-tc2-cmc-ccc-cdc/Temp/Flow-rate/pH ppm / °C / (B/s) / pH

QV frc-tc1-tc2-cmc-ccc-cdc/Temp/Flow-rate/pH ppm / °C / (B/s) / pH





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



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Bit Name Notes








operating limits



Bit Name Notes









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ALARMS CODES:


0-3 (INT32)

0 Alarm high fac E001 1 Alarm low fac E002 2 Alarm high tc1 E003 3 Alarm low tc1 E004 4 Alarm high tc2 E005 5 Alarm low tc2 E006 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Valve 1 defective E015 15 DIS. Invalid E016 16 Control Timeout E017 17 Reagent Pump E018

18 Photometer not connected E019

19 Photometer dirty E020 20 Absorbance too high E021 21 Reagent empty E022 22 Cleaning Solution E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


109352.00 / 280616 12

4-5 (INT16)

0 DPD / Buffer E065 1 Potassium Iodide E066 2 Cleaning Solution E067 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved

14-17 (INT32)

0 Alarm high cmc E033 1 Alarm low cmc E034 2 Alarm high ccc E035 3 Alarm low ccc E036 4 Alarm high cdc E037 5 Alarm low cdc E038 6 Alarm high pH E039 7 Alarm low pH E040




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Number Name Notes





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Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Bubbles per second (custom) 240 Not used 250



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frc-tc1-tc2-cmc-ccc-cdc sensor value sample 1 per second







Minimum 2ms

Typical 5ms

Maximum 150ms







109352.00 / 280616 18


Manufacturer, model and revision SWAN Analytic Instruments, AMI Codes-II CC rev. 1


HART revision 7.x


Number and type of sensors 5 (four external, one internal)

Number and type of actuators 2 on-off valves









Burst mode? No



109352.00 / 280616 19



PV Sensor Type Free residual chlorine (frc)



PV Units ppm






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Document Title HART Interface Description AMI Codes-II CC


Document Revision




HART® 7.x Field Device Specification for AMI Codes-II O3 Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Codes-II O3 HART Manual

109717.00 / 181017 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7








5.3 Device Variable 2 Main Temperature ..................................................................................8








109717.00 / 181017 3







9.2 Burst Mode .........................................................................................................................14



11. Tables 15



12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................16





109717.00 / 181017 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Codes-II O3 transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Codes-II O3 manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Codes-II_O3_xx.pdf. Available from the SWAN Analytical Instruments web page.


109717.00 / 181017 5


Instruments Model Name(s): AMI Codes-II O3


Device Type Code:

58303 (E3BF Hex)





3. PRODUCT OVERVIEW The AMI Codes-II O3 HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109717.00 / 181017 6



3.1.3 HARTREC Board



109717.00 / 181017 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Codes-II O3 manual to details on mounting external sensors.

4.2 Host Interface 4.2.1 Process Free residual chlorine The 4 to 20mA output of the AMI Codes-II O3 HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Disinfectant

- Flow Rate

- pH

- Main Temperature



Refer to AMI Codes-II O3 manual to details on it.



109717.00 / 181017 8



0 Disinfectant ppb 1 pH pH 2 Main Temperature °C 3 Flow Rate B/s 4 Case Temperature °C

5.1 Device Variable 0 Disinfectant Disinfectant is read with photometer sensor (Refer to AMI Codes-II O3 manual to details on it).

5.2 Device Variable 1 pH pH is read with pH sensor (Refer to AMI Codes-II O3 manual to details on it).

5.3 Device Variable 2 Main Temperature Main Temperature is read with temperature sensor (Refer to AMI Codes-II O3 manual to details on it).





PV Dis. – pH – Temp - Flow-rate ppb - pH - °C - B/s

SV Dis. – pH – Temp - Flow-rate ppb - pH - °C - B/s

TV Dis. – pH – Temp - Flow-rate ppb - pH - °C - B/s

QV Dis. – pH – Temp - Flow-rate ppb - pH - °C - B/s




109717.00 / 181017 9



Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



Bit Name Notes








operating limits



109717.00 / 181017 10


Bit Name Notes









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ALARMS CODES:


0-3 (INT32)

0 DIS. Alarm high E001 1 DIS. Alarm low E002 2 pH Alarm high E003 3 pH Alarm low E004 4 DIS. too high E005 5 Reserved

6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Valve defective E015 15 Reserved

16 Control Timeout E017 17 Reagent Pump E018 18 FOME not connected E019 19 FOME dirty E020 20 DIS. invalid E021 21 Reagent empty E022 22 Cleaning Solution E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


109717.00 / 181017 12

0 DPD / Buffer E065 1 Reagents expired E066 2 Cleaning Solution E067 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved

4-5 (INT16U)










109717.00 / 181017 13



















109717.00 / 181017 14






Number Name Notes





109717.00 / 181017 15





109717.00 / 181017 16









Minimum 2ms

Typical 5ms

Maximum 150ms







109717.00 / 181017 17


Manufacturer, model and revision SWAN Analytic Instruments, AMI Codes-II O3 rev. 1


HART revision 7.x












Burst mode? No



109717.00 / 181017 18



PV Sensor Type Photometer (Disinfectant)

Lower Range Value 0 ppb

Upper Range Value 500 ppb

PV Units ppb






109717.00 / 181017 19


Document Title HART Interface Description AMI Codes-II O3


Document Revision




HART® 7.x Field Device Specification for AMI Deltacon Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Deltacon HART Manual

109347.00/ 270616 2

TABLE OF CONTENTS

1. Introduction ..................................................................................................................................... 4

1.1 Scope ................................................................................................................................... 4

1.2 Purpose ................................................................................................................................ 4

1.3 Who should use this document? ......................................................................................... 4

1.4 References ........................................................................................................................... 4

2. Device Identification ....................................................................................................................... 5

3. Product Overview ........................................................................................................................... 5

3.1 Connections ......................................................................................................................... 5

3.1.1 Point to point Mode ............................................................................................. 5

3.1.2 Multidrop Mode ................................................................................................... 6

3.1.3 HARTREC Board ................................................................................................ 6

4. Product Interfaces............................................................................................................................ 7

4.1 Process Interface ................................................................................................................. 7

4.1.1 Sensor Input Channels ......................................................................................... 7

4.2 Host Interface ...................................................................................................................... 7

4.2.1 Process Specific Conductivity ............................................................................. 7

4.3 Local Interfaces ................................................................................................................... 7

4.3.1 Local Controls and Displays ................................................................................ 7

4.3.2 Write Protection ................................................................................................... 7

5. Device Variables ............................................................................................................................. 8

5.1 Device Variable 0 Specific Conductivity (sc) ..................................................................... 8

5.2 Device Variable 1 Cation Conductivity (cc) ....................................................................... 8

5.3 Device Variable 2 Degassed Conductivity (dc) .................................................................. 8

5.4 Device Variable 3 First Temperature .................................................................................. 8

5.5 Device Variable 4 Second Temperature ............................................................................. 8

5.6 Device Variable 5 Third Temperature ................................................................................ 9

5.7 Device Variable 6 Conductivity Difference ........................................................................ 9

5.8 Device Variable 7 Main Flow ............................................................................................. 9

5.9 Device Variable 8 First Calculated Value (pH) .................................................................. 9

5.10 Device Variable 9 Second Calculated Value (Ammonium) ............................................... 9

5.11 Device Variable 10 Case Temperature ............................................................................... 9


109347.00/ 270616 3



6.2 PV Transfer Functions .......................................................................................................10








9.2 Burst Mode .........................................................................................................................16



11. Tables 17



12. Performance ...................................................................................................................................18

12.1 Sampling Rates ..................................................................................................................18

12.2 Power-Up ...........................................................................................................................18


12.4 Long Messages ...................................................................................................................18


12.6 Modes .................................................................................................................................18


12.8 Damping .............................................................................................................................18





109347.00/ 270616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Deltacon transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Deltacon manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_DeltaconPower _xx.pdf / MenAMI_DeltaconDG_xx.pdf Available from the SWAN Analytical Instruments web page.


109347.00/ 270616 5


Instruments Model Name(s): AMI Deltacon


Device Type Code:

58151 (E327 Hex)





3. PRODUCT OVERVIEW The AMI Deltacon HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109347.00/ 270616 6



3.1.3 HARTREC Board



109347.00/ 270616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Deltacon manual to details on mounting Conductivity and Flow sensors.

4.2 Host Interface 4.2.1 Process Specific Conductivity The 4 to 20mA output of the AMI Deltacon HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Specific Conductivity (sc)

- Cation Conductivity (cc)

- Degassed Conductivity (dc)

- First Temperature

- Second Temperature

- Third Temperature

- Conductivity difference

- Main Flow

- First Calculated Value (pH)

- Second Calculated Value (Ammonium)



Refer to AMI Deltacon manual to details on it.



109347.00/ 270616 8

5. DEVICE VARIABLES This Field Device exposes 11 Device Variables.

Device Variables Variables Meaning Units 0 Specific Conductivity (sc) uS/cm

1 Cation Conductivity (cc) uS/cm

2 Degassed Conductivity (dc) uS/cm

3 First Temperature °C

4 Second Temperature °C

5 Third Temperature °C

6 Conductivity Difference uS/cm

7 Main Flow l/h

8 First Calculated Value (pH) pH

9 Second Calculated Value (Ammonium) ppm


5.1 Device Variable 0 Specific Conductivity (sc) Specific Conductivity is read by Specific Conductivity-1 P

stP Temperature sensors (Refer to AMI

Deltacon manual to details on it).

5.2 Device Variable 1 Cation Conductivity (cc) Cation Conductivity is read by Cation Conductivity-2 P

ndP Temperature sensors (Refer to AMI Deltacon

manual to details on it).

5.3 Device Variable 2 Degassed Conductivity (dc) Degassed Conductivity is read by Degassed Conductivity-3 P

rdP Temperature sensors (Refer to AMI


5.4 Device Variable 3 First Temperature First Temperature is read by Specific Conductivity -1P

stP Temperature sensors (Refer to AMI Deltacon


5.5 Device Variable 4 Second Temperature Second Temperature is read by Cation Conductivity -2 P

ndP Temperature sensors (Refer to AMI



109347.00/ 270616 9

5.6 Device Variable 5 Third Temperature Third Temperature is read by Degassed Conductivity–3 P

rdP Temperature sensors (Refer to AMI


5.7 Device Variable 6 Conductivity Difference Conductivity Difference is calculated starting from Specific and Cation Conductivity sensor (Refer to AMI Deltacon manual to details on it).

5.8 Device Variable 7 Main Flow Main Flow is read by the flow rate sensor (Refer to AMI Deltacon manual to details on it).

5.9 Device Variable 8 First Calculated Value (pH) pH is calculated starting from Specific Conductivity-1 P

stP Temperature and Cation Conductivity-2 P

ndP

Temperature sensors (Refer to AMI Deltacon manual to details on it).

5.10 Device Variable 9 Second Calculated Value (Ammonium) Ammonium is calculated starting from Specific Conductivity-1P

stP Temperature and Cation

Conductivity-2P

ndP Temperature sensors (Refer to AMI Deltacon manual to details on it).




PV

Spec. Cond. – Cat. Cond. – Deg. Cond. – 1P

stP

Temp – 2 P

ndP Temp – 3 P

rdP Temp – Cond. Diff. –


uS/cm - uS/cm - uS/cm -°C –°C –°C – uS/cm - l/h – pH

– ppm

SV


stP

Temp – 2P

ndP Temp – 3P




TV


stP

Temp – 2P

ndP Temp – 3P




QV


stP

Temp – 2P

ndP Temp – 3P





109347.00/ 270616 10





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109347.00/ 270616 11


Bit Name Notes








operating limits



Bit Name Notes









109347.00/ 270616 12




0-3 (INT32)

0 Cond. 1 Alarm high E001 1 Cond. 1 Alarm low E002 2 Cond. 2 Alarm high E003 3 Cond. 2 Alarm low E004 4 Cond. 3 Alarm high E005 5 Cond. 3 Alarm low E006 6 Temp. 1 high E007 7 Temp. 1 low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp.1 shorted E011 11 Temp.1 disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 pH Calculation undef. E015 15 Degasser Frontend E016 16 Control Timeout E017 17 Degasser disconnected E018 18 Temp.2 shorted E019 19 Temp.2 disconnected E020 20 Temp.3 shorted E021 21 Temp.3 disconnected E022 22 Degasser Ctl Timeout E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 Calibration Degasser E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


109347.00/ 270616 13

4-5 (INT16)

0 Reserved

1 Reserved 2 Resin depleted E067 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved

14-17 (INT32)

0 pH Alarm high E033 1 pH Alarm low E034 2 Alk. Alarm high E035 3 Alk. Alarm low E036 4 Temp. 2 high E037 5 Temp. 2 low E038 6 Temp. 3 high E039 7 Temp. 3 low E040 8 Degasser Line Voltage E041

9 Degasser Temp. Shorted E042

10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Quality Assurance E048




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to the device







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Number Name Notes





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109347.00/ 270616 18


Conductivity (Specific, Cation and Degassed) sensor value sample 1 per second

Temperature (1 P

stP, 2 P

ndP and 3 P

rdP ) sensors value sample 1 per second






Minimum 2ms

Typical 5ms

Maximum 150ms







109347.00/ 270616 19


Manufacturer, model and revision SWAN Analytic Instruments, AMI Deltacon rev. 1


HART revision 7.x


Number and type of sensors 8 (seven external, one internal)










Burst mode? No



109347.00/ 270616 20



PV Sensor Type Specific Conductivity



PV Units uS/cm






109347.00/ 270616 21


Document Title HART Interface Description AMI Deltacon


Document Revision




HART® 7.x Field Device Specification for AMI Hydrogen Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Hydrogen HART Manual

109356.00 / 280616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Process Flow Rate 4-20mA Analog Output .........................................................................7





5.1 Device Variable 0 Hydrogen ................................................................................................8



5.4 Device Variable 3 Saturation ...............................................................................................8








109356.00 / 280616 3






9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17





109356.00 / 280616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Hydrogen transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Hydrogen manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Hydrogen_xx.pdf. Available from the SWAN Analytical Instruments web page.


109356.00 / 280616 5


Instruments Model Name(s): AMI Hydrogen


Device Type Code:

58183 (E347 Hex)





3. PRODUCT OVERVIEW The AMI Hydrogen HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109356.00 / 280616 6



3.1.3 HARTREC Board



109356.00 / 280616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Hydrogen manual to details on mounting external sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI Hydrogen HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Hydrogen

- Temperature

- Flow rate

- Saturation



Refer to AMI Hydrogen manual to details on it.



109356.00 / 280616 8


Device Variables Variables Meaning Units 0 Hydrogen ppb

1 Temperature °C

2 Flow Rate l/h

3 Saturation %


5.1 Device Variable 0 Hydrogen The Hydrogen is read by the Hydrogen sensor (Refer to AMI Hydrogen manual to details on it).

5.2 Device Variable 1 Temperature Temperature is read by the temperature sensor inside the Temperature sensor (Refer to AMI Hydrogen manual to details on it).

5.3 Device Variable 2 Flow Rate Flow Rate is read by the Flow sensor (Refer to AMI Hydrogen manual to details on it).

5.4 Device Variable 3 Saturation Saturation is calculated with air pressure and Hydrogen.



109356.00 / 280616 9

6. DYNAMIC VARIABLES 6.1 Mappable Variables Three mappable Dynamic Variables are implemented.


PV Hydrogen– Temperature – Flow Rate -

Saturation ppb - °C – l/h – %

SV Hydrogen– Temperature – Flow Rate -


TV Hydrogen– Temperature – Flow Rate -


QV Hydrogen– Temperature – Flow Rate -






Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109356.00 / 280616 10


Bit Name Notes








operating limits



Bit Name Notes









109356.00 / 280616 11


ALARMS CODES:

Byte Bit Meaning Alarm Code

0 – 3

(INT32)

0 Hydrogen Alarm high E001 1 Hydrogen Alarm low E002 2 Saturation Alarm high E003 3 Saturation Alarm low E004 4 Reserved 5 Reserved 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Reserved 15 Reserved 16 Control Timeout E017 17 Faraday Efficiency E018 18 Quality Assurance E019 19 Reserved 20 Reserved 21 Reserved 22 Reserved 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032



109356.00 / 280616 12

All bits used in this four bytes indicate device or sensor failure, and always set bit 4 of the Device Status byte.

MAINTENANCE CODES:


4-5 (INT16)

0 Electrolyte depleted E065 1 Reserved 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved

10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved


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Number Name Notes





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11. TABLES 11.1 Engineering Type Unit Codes Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Revolutions per minute 119 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Milligram per liter 170 Not used 250 Special 253



109356.00 / 280616 17


Hydrogen sensor value sample 1 per second



Saturation value 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







109356.00 / 280616 18


Manufacturer, model and revision SWAN Analytic Instruments, AMI Hydrogen rev. 1


HART revision 7.x












Burst mode? No



109356.00 / 280616 19



PV Sensor Type Hydrogen



PV Units ppb






109356.00 / 280616 20


Document Title HART Interface Description AMI Hydrogen


Document Revision




HART® 7.x Field Device Specification for AMI Inducon Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Inducon HART Manual

109357.00 / 080416 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6









5.1 Device Variable 0 Conductivity ...........................................................................................8



5.4 Device Variable 3 Uncompensated Conductivity ................................................................8

5.5 Device Variable 4 Concentration .........................................................................................8







109357.00 / 080416 3







9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17





109357.00 / 080416 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Inducon transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Inducon manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Inducon_xx.pdf. Available from the SWAN Analytical Instruments web page.


109357.00 / 080416 5


Instruments Model Name(s): AMI Inducon


Device Type Code:

58184 (E348 Hex)





3. PRODUCT OVERVIEW The AMI Inducon HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109357.00 / 080416 6



3.1.3 HARTREC Board



109357.00 / 080416 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Inducon manual to details on mounting external sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI Inducon HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Conductivity

- Temperature

- Flow rate

- Uncompensated Conductivity

- Concentration



Refer to AMI Inducon manual to details on it.



109357.00 / 080416 8


Device Variables Variables Meaning Units 0 Conductivity mS/cm

1 Temperature °C

2 Flow Rate l/h

3 Uncomp. Conductivity mS/cm

4 Concentration % OR mg/l


5.1 Device Variable 0 Conductivity The Conductivity is read by the Conductivity sensor Swansensor Inducon1000 (Refer to AMI Inducon manual to details on it).

5.2 Device Variable 1 Temperature Temperature is read by the Conductivity sensor Swansensor Inducon1000 (Refer to AMI Inducon manual to details on it).

5.3 Device Variable 2 Flow Rate Flow Rate is read by the Flow sensor (Refer to AMI Inducon manual to details on it).

5.4 Device Variable 3 Uncompensated Conductivity Uncomp. Conductivity is read by the Conductivity sensor.

5.5 Device Variable 4 Concentration Concentration is calculated based on the conductivity (Refer to AMI Inducon manual to details on it).



109357.00 / 080416 9



PV Conductivity – Temperature – Flow Rate –

Uncomp. Cond. - Concentration mS/cm - °C – l/h – mS/cm -

% OR mg/l

SV Conductivity – Temperature – Flow Rate –


% OR mg/l

TV Conductivity – Temperature – Flow Rate –


% OR mg/l

QV Conductivity – Temperature – Flow Rate –


% OR mg/l





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109357.00 / 080416 10


Bit Name Notes








operating limits



Bit Name Notes









109357.00 / 080416 11


ALARMS CODES:


0 – 3

(INT32)

0 Cond. Alarm high E001 1 Cond. Alarm low E002 2 Conc. Alarm high E003 3 Conc. Alarm low E004 4 Reserved 5 Reserved 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Reserved 15 Reserved 16 Control Timeout E017 17 Temp. out of Table Range E018 18 Conc. out of Table Range E019 19 Reserved 20 Reserved 21 Reserved 22 Reserved 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032



109357.00 / 080416 12


MAINTENANCE CODES:


4-5 (INT16)

0 Photometer dirty E065 1 Filter congested E066 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved



109357.00 / 080416 13



















109357.00 / 080416 14








109357.00 / 080416 15






Number Name Notes





109357.00 / 080416 16

11. TABLES 11.1 Engineering Type Unit Codes Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Milli Siemens per centimeter 66 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Milligram per liter 242 Not used 250



109357.00 / 080416 17


Conductivity sensor value sample 1 per second



Uncompensated conductivity value sample 1 per second

Concentration 1 per second




12.3 Command Response Times Minimum 2ms

Typical 5ms

Maximum 150ms







109357.00 / 080416 18


Manufacturer, model and revision SWAN Analytic Instruments, AMI Inducon rev. 1


HART revision 7.x












Burst mode? No



109357.00 / 080416 19



PV Sensor Type Conductivity

Lower Range Value 0 mS/cm


PV Units mS/cm






109357.00 / 080416 20


Document Title HART Interface Description AMI Inducon


Document Revision




HART® 7.x Field Device Specification for AMI LineTOC Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI LineTOC HART Manual

109369.00 / 090816 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6









5.1 Device Variable 0 Total Organic Carbon (TOC) .................................................................8

5.2 Device Variable 1 Conductivity 1 ........................................................................................8

5.3 Device Variable 2 Conductivity 2 ........................................................................................8

5.4 Device Variable 3 Temperature 1 ........................................................................................8


5.6 Device Variable 5 Concentration 1 ......................................................................................8

5.7 Device Variable 6 Concentration 2 ......................................................................................8





109369.00 / 090816 3









9.2 Burst Mode .........................................................................................................................14



11. Tables 15



12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................16





109369.00 / 090816 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI LineTOC transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI LineTOC manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_LineTOC_xx.pdf. Available from the SWAN Analytical Instruments web page.


109369.00 / 090816 5


Instruments Model Name(s): AMI LineTOC


Device Type Code:

58196 (E354 Hex)





3. PRODUCT OVERVIEW The AMI LineTOC HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109369.00 / 090816 6



3.1.3 HARTREC Board



109369.00 / 090816 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI LineTOC manual to details on mounting external sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI LineTOC HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Total Organic Carbon (TOC)

- Conductivity 1

- Conductivity 2

- Temperature 1

- Temperature 2

- Concentration 1

- Concentration 2



Refer to AMI LineTOC manual to details on it.



109369.00 / 090816 8

5. DEVICE VARIABLES This Field Device exposes eight Device Variables

Device Variables Variables Meaning Units 0 Total Organic Carbon (TOC) ppb

1 Conductivity 1 uS/cm

2 Conductivity 2 uS/cm

3 Temperature 1 °C

4 Temperature 2 °C

5 Concentration 1 ppb

6 Concentration 2 ppb


5.1 Device Variable 0 Total Organic Carbon (TOC) Total Organic Carbon is calculated by means of the conductivity sensor (Refer to AMI LineTOC manual to details on it).

5.2 Device Variable 1 Conductivity 1 Conductivity 1 is read by the conductivity sensor 1 (Refer to AMI LineTOC manual to details on it).

5.3 Device Variable 2 Conductivity 2 Conductivity 2 is read by the conductivity sensor 2 (Refer to AMI LineTOC manual to details on it).

5.4 Device Variable 3 Temperature 1 Temperature 1 is read by the temperature sensor inside Conductivity sensor 1.

5.5 Device Variable 4 Temperature 2 Temperature 2 is read by the temperature sensor inside Conductivity sensor 2.

5.6 Device Variable 5 Concentration 1 Concentration 1 is calculated by means of Conductivity 1 and Temperature 1.

5.7 Device Variable 6 Concentration 2 Concentration 2 is calculated by means of Conductivity 2 and Temperature 2.



109369.00 / 090816 9



PV TOC– Cond 1– Cond 2 –Temp1 – Temp2 –

Conc1 – Conc2 Ppb – uS/cm – uS/cm - °C -

°C – ppb - ppb

SV TOC– Cond 1– Cond 2 –Temp1 – Temp2 –


°C – ppb - ppb

TV TOC– Cond 1– Cond 2 –Temp1 – Temp2 –


°C – ppb - ppb

QV TOC– Cond 1– Cond 2 –Temp1 – Temp2 –


°C – ppb - ppb





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109369.00 / 090816 10


Bit Name Notes








operating limits



Bit Name Notes









109369.00 / 090816 11


ALARMS / MAINTENANCE CODES:


0 – 3

(INT32)

0 TOC Alarm high E001 1 TOC Alarm low E002 2 Cond. 1 Alarm high E003 3 Cond. 1 Alarm low E004 4 Cond. 2 Alarm high E005 5 Cond. 2 Alarm low E006 6 Temp. 1 Alarm high E007 7 Temp. 1 Alarm low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. 1 shorted E011 11 Temp. 1 disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Lamp E015 15 Rovalve E016 16 Control Timeout E017 17 Periclip E018 18 Temp.2 shorted E019 19 Temp.2 disconnected E020 20 Temp. 2 Alarm high E021 21 Temp. 2 Alarm low E022 22 EVG E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


109369.00 / 090816 12



4-5

(INT16)



All bits used in this eight bytes indicate device or sensor failure, and always set bit 4 of the Device Status byte.








8 Read Dynamic Variable Classifications Returns dynamic variables


109369.00 / 090816 13

classification

















109369.00 / 090816 14






Number Name Notes





109369.00 / 090816 15

11. TABLES 11.1 Engineering Type Unit Codes Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Milligram per liter 170 Not used 250 Special 253



109369.00 / 090816 16









Minimum 2ms

Typical 5ms

Maximum 150ms







109369.00 / 090816 17


Manufacturer, model and revision SWAN Analytic Instruments, AMI LineTOC rev. 1


HART revision 7.x












Burst mode? No



109369.00 / 090816 18






PV Units ppb






109369.00 / 090816 19


Document Title HART Interface Description AMI LineTOC


Document Revision




HART® 7.x Field Device Specification for AMI Oxysafe Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Oxysafe HART Manual

109359.00 / 270616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6









5.1 Device Variable 0 Oxygen ...................................................................................................8











109359.00 / 270616 3






9.2 Burst Mode .........................................................................................................................14



11. Tables 15



12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................16





109359.00 / 270616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Oxysafe transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Oxysafe manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Oxysafe_xx.pdf. Available from the SWAN Analytical Instruments web page.


109359.00 / 270616 5


Instruments Model Name(s): AMI Oxysafe


Device Type Code:

58186 (E34A Hex)





3. PRODUCT OVERVIEW The AMI Oxysafe HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109359.00 / 270616 6



3.1.3 HARTREC Board



109359.00 / 270616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Oxysafe manual to details on mounting external sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI Oxysafe HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Oxygen

- Temperature

- Flow rate

- Saturation



Refer to AMI Oxysafe manual to details on it.



109359.00 / 270616 8


Device Variables Variables Meaning Units 0 Oxygen ppm

1 Temperature °C

2 Flow Rate l/h

3 Saturation %


5.1 Device Variable 0 Oxygen The Oxygen is read with Swansensor Oxysafe 1000 (Refer to AMI Oxysafe manual to details on it).

5.2 Device Variable 1 Temperature Temperature is read by the temperature sensor inside the Oxygen sensor (Refer to AMI Oxysafe manual to details on it).

5.3 Device Variable 2 Flow Rate Flow Rate is read by the Flow sensor (Refer to AMI Oxysafe manual to details on it).

5.4 Device Variable 3 Saturation Saturation is calculated with Swansensor Oxysafe 1000 (Refer to AMI Oxysafe manual to details on it).



109359.00 / 270616 9



PV Oxygen – Temperature – Flow Rate -

Saturation ppm - °C – l/h – %

SV Oxygen – Temperature – Flow Rate -


TV Oxygen – Temperature – Flow Rate -


QV Oxygen – Temperature – Flow Rate -






Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109359.00 / 270616 10


Bit Name Notes








operating limits



Bit Name Notes









109359.00 / 270616 11


ALARMS CODES:


0 – 3

(INT32)

0 Oxygen Alarm high E001 1 Oxygen Alarm low E002 2 Saturation Alarm high E003 3 Saturation Alarm low E004 4 Reserved 5 Reserved 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Reserved 15 Reserved 16 Control Timeout E017 17 Reserved 18 Reserved 19 Reserved 20 Reserved 21 Reserved 22 Reserved 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032



109359.00 / 270616 12



















109359.00 / 270616 13









109359.00 / 270616 14






Number Name Notes





109359.00 / 270616 15

11. TABLES 11.1 Engineering Type Unit Codes Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Revolutions per minute 119 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Milligram per liter 170 Not used 250 Special 253



109359.00 / 270616 16


Oxygen sensor value sample 1 per second



Saturation value 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







109359.00 / 270616 17


Manufacturer, model and revision SWAN Analytic Instruments, AMI Oxysafe rev. 1


HART revision 7.x












Burst mode? No



109359.00 / 270616 18



PV Sensor Type Oxygen


Upper Range Value 20.0 ppm

PV Units ppm






109359.00 / 270616 19


Document Title HART Interface Description AMI Oxysafe


Document Revision




HART® 7.x Field Device Specification for AMI Oxytrace Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Oxytrace HART Manual

109348.00/ 170616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6









5.1 Device Variable 0 Oxygen ...................................................................................................8











109348.00/ 170616 3






9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17





109348.00/ 170616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Oxytrace transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Oxytrace manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_ Oxytrace _xx.pdf. Available from the SWAN Analytical Instruments web page.


109348.00/ 170616 5


Instruments Model Name(s): AMI Oxytrace


Device Type Code:

58153 (E329 Hex)





3. PRODUCT OVERVIEW The AMI Oxytrace HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109348.00/ 170616 6



3.1.3 HARTREC Board



109348.00/ 170616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Oxytrace manual to details on mounting Faraday electrode, Oxygen and Flow sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI Oxytrace HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Oxygen

- Temperature

- Saturation

- Flow rate



Refer to AMI Oxytrace manual to details on it.



109348.00/ 170616 8

5. DEVICE VARIABLES This Field Device exposes five Device Variables.

Device Variables Variables Meaning Units 0 Oxygen ppb

1 Temperature °C

2 Saturation %

3 Flow Rate l/h


5.1 Device Variable 0 Oxygen Oxygen concentration is read by the Swansensor Oxygen sensor (Refer to AMI Oxytrace manual to details on it).

5.2 Device Variable 1 Temperature Temperature is read by the temperature sensor inside the Swansensor Oxygen sensor (Refer to AMI Oxytrace manual to details on it).

5.3 Device Variable 2 Saturation Saturation is read by the Swansensor Oxygen sensor (Refer to AMI Oxytrace manual to details on it).

5.4 Device Variable 3 Flow Rate Flow Rate is read by the Flow sensor (Refer to AMI Oxytrace manual to details on it).



109348.00/ 170616 9



PV Oxygen – Temperature – Saturation - Flow Rate Ppb - °C – % - l/h

SV Oxygen – Temperature – Saturation - Flow Rate Ppb - °C – % - l/h

TV Oxygen – Temperature – Saturation - Flow Rate Ppb - °C – % - l/h

QV Oxygen – Temperature – Saturation - Flow Rate Ppb - °C – % - l/h





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109348.00/ 170616 10


Bit Name Notes








operating limits



Bit Name Notes









109348.00/ 170616 11




0 – 3

(INT32)

0 Oxygen Alarm high E001 1 Oxygen Alarm low E002 2 Saturation Alarm high E003 3 Saturation Alarm low E004 4 Reserved 5 Reserved 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high

E009

9 Sample Flow low

E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Reserved 15 Reserved 16 Control Timeout E017 17 Faraday Efficiency E018 18 Quality Assurance E019 19 Reserved 20 Reserved 21 Reserved 22 Reserved 23 Input active E024 24 IC MK41T56

E025

25 IC LM75

E026 26 IC PCF8574

E027

27 Signal output open

E028 28 EEProm Motherboard

E029

29 EEProm Frontend

E030 30 Cal. Recout

E031

31 Wrong Frontend

E032 "Reserved" bits are always set to 0.


109348.00/ 170616 12

All bits used in these bytes indicate device or sensor failure, and always set bit 4 of the Device Status byte.

MAINTENANCE CODES:


4-5 (INT16)

0 Electrolyte depleted E065 1 Reserved 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved



109348.00/ 170616 13



















109348.00/ 170616 14








109348.00/ 170616 15






Number Name Notes





109348.00/ 170616 16





109348.00/ 170616 17


Oxygen sensor value sample 1 per second



Saturation value sample 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







109348.00/ 170616 18


Manufacturer, model and revision SWAN Analytic Instruments, AMI Oxytrace rev. 1


HART revision 7.x












Burst mode? No



109348.00/ 170616 19



PV Sensor Type Oxygen



PV Units Ppb






109348.00/ 170616 20

ANNEX C. REVISION HISTORY Document Title HART Interface Description AMI Oxytrace


Document Revision




HART® 7.x Field Device Specification for AMI Pharmacon Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Pharmacon HART Manual

109360.00 / 170616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




















109360.00 / 170616 3






9.2 Burst Mode .........................................................................................................................14



11. Tables 15



12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................16





109360.00 / 170616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Pharmacon transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Pharmacon manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Pharmacon_xx.pdf. Available from the SWAN Analytical Instruments web page.


109360.00 / 170616 5


Instruments Model Name(s): AMI Pharmacon


Device Type Code:

58187 (E34B Hex)





3. PRODUCT OVERVIEW The AMI Pharmacon HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109360.00 / 170616 6



3.1.3 HARTREC Board



109360.00 / 170616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Pharmacon manual to details on mounting Conductivity and Flow sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI Pharmacon HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Conductivity

- Temperature

- Flow rate




Refer to AMI Pharmacon manual to details on it.



109360.00 / 170616 8


Device Variables Variables Meaning Units 0 Conductivity uS/cm

1 Temperature °C

2 Flow Rate l/h

3 Uncomp. Conductivity uS/cm


5.1 Device Variable 0 Conductivity The Conductivity is read by the two-electrode Conductivity sensor (Refer to AMI Pharmacon manual to details on it).

5.2 Device Variable 1 Temperature Temperature is read by the Pt1000 temperature sensor inside the Conductivity sensor (Refer to AMI Pharmacon manual to details on it).

5.3 Device Variable 2 Flow Rate Flow Rate is read by the Flow sensor (Refer to AMI Pharmacon manual to details on it).




109360.00 / 170616 9



PV Conductivity– Temperature – Flow Rate –

Uncomp_ Cond. uS/cm - °C – l/h – uS/cm

SV Conductivity– Temperature – Flow Rate –


TV Conductivity– Temperature – Flow Rate –


QV Conductivity– Temperature – Flow Rate –






Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



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Bit Name Notes








operating limits



Bit Name Notes









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0 – 3

(INT32)

0 Cond. Alarm high E001 1 Cond. Alarm low E002 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 USP Error E015 15 Reserved 16 Control Timeout E017 17 Quality Assurance E018 18 Reserved 19 Reserved 20 Reserved 21 Reserved 22 Reserved 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032




109360.00 / 170616 12



















109360.00 / 170616 13








109360.00 / 170616 14






Number Name Notes





109360.00 / 170616 15





109360.00 / 170616 16










Minimum 2ms

Typical 5ms

Maximum 150ms







109360.00 / 170616 17


Manufacturer, model and revision SWAN Analytic Instruments, AMI Pharmacon rev. 1


HART revision 7.x












Burst mode? No



109360.00 / 170616 18






PV Units uS/cm






109360.00 / 170616 19


Document Title HART Interface Description AMI Pharmacon


Document Revision




HART® 7.x Field Device Specification for AMI pH/mV:pH/mV Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI pH/mV:pH/mV HART Manual

109350.00 / 270616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7

4.2.1 Process pH 1 .........................................................................................................7





5.1 Device Variable 0 pH 1 / Redox 1 .......................................................................................8

5.2 Device Variable 1 pH 2 / Redox 2 .......................................................................................8




5.6 Device Variable 5 pH Difference .........................................................................................8





109350.00 / 270616 3









9.2 Burst Mode .........................................................................................................................14



11. Tables 15



12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................17




109350.00 / 270616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI pH/mV:pH/mV transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI pH/mV:pH/mV manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_pH-mV_01.pdf. Available from the SWAN Analytical Instruments web page.


109350.00 / 270616 5


Instruments Model Name(s): AMI

pH/mV:pH/mV


Device Type Code:

58176 (E340 Hex)





3. PRODUCT OVERVIEW The AMI pH/mV:pH/mV HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109350.00 / 270616 6



3.1.3 HARTREC Board



109350.00 / 270616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI pH/mV:pH/mV manual to details on mounting external sensors.

4.2 Host Interface 4.2.1 Process pH 1 The 4 to 20mA output of the AMI pH/mV:pH/mV HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- pH 1 / Redox 1

- pH 2 / Redox 2

- Temperature 1

- Temperature 2

- Flow Rate

- pH Difference



Refer to AMI pH/mV:pH/mV manual to details on it.



109350.00 / 270616 8

5. DEVICE VARIABLES This Field Device exposes seven Device Variables

Device Variables Variables Meaning Units 0 pH 1 / Redox 1 pH / mV

1 pH 2 / Redox 2 pH / mV

2 Temperature 1 °C

3 Temperature 2 °C

4 Flow Rate l/h

5 pH Difference pH


5.1 Device Variable 0 pH 1 / Redox 1 pH 1 / Redox 1 is read with pH sensor / Redox sensor (Refer to AMI pH/mV:pH/mV manual to details on it).

5.2 Device Variable 1 pH 2 / Redox 2 pH 2 / Redox 2 is read with pH sensor / Redox sensor (Refer to AMI pH/mV:pH/mV manual to details on it).

5.3 Device Variable 2 Temperature 1 Temperature 1 is read with Temperature sensor (Refer to AMI pH/mV:pH/mV manual to details on it).

5.4 Device Variable 3 Temperature 2 Temperature 2 is read with Temperature sensor (Refer to AMI pH/mV:pH/mV manual to details on it).

5.5 Device Variable 4 Flow Rate Flow Rate is read with Delta T Flow sensor (Refer to AMI pH/mV:pH/mV manual to details on it).

5.6 Device Variable 5 pH Difference pH Difference is calculated with pH 1 and pH 2.



109350.00 / 270616 9



PV pH 1-2 / Redox 1-2 – Temp 1-2 – Main Flow –

pH Diff. pH/mV - °C – l/h - pH

SV pH 1-2 / Redox 1-2 – Temp 1-2 – Main Flow –


TV pH 1-2 / Redox 1-2 – Temp 1-2 – Main Flow –


QV pH 1-2 / Redox 1-2 – Temp 1-2 – Main Flow –






Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109350.00 / 270616 10


Bit Name Notes








operating limits



Bit Name Notes









109350.00 / 270616 11



0 – 3

(INT32)

0 Alarm 1 high E001 1 Alarm 1 low E002 2 Alarm 2 high E003 3 Alarm 2 low E004 4 Temp. 1 high E005 5 Temp. 1 low E006 6 Temp. 2 high E007 7 Temp. 2 low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. 1 shorted E011 11 Temp. 1 disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Difference high E015 15 Difference low E016 16 Control Timeout E017 17 Reserved 18 Temp. 2 shorted E019 19 Temp. 2 disconnected E020 20 Reserved 21 Reserved 22 Reserved 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Cal. Recout E031 31 Wrong Frontend E032




109350.00 / 270616 12



















109350.00 / 270616 13








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Number Name Notes





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109350.00 / 270616 16


Ph1 - 2 / Redox 1 - 2 sensor value sample 1 per second

Temperature 1 - 2 sensor value sample 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms






109350.00 / 270616 17

12.8 Damping Damping time is calculated for each dynamic variable. Capability Checklist

Manufacturer, model and revision SWAN Analytic Instruments, AMI pH/mV:pH/mV rev. 1


HART revision 7.x












Burst mode? No



109350.00 / 270616 18



PV Sensor Type pH 1 / Redox 1

Lower Range Value -3 pH / -500 mV

Upper Range Value 15 pH / 1500 mV

PV Units pH / mV






109350.00 / 270616 19


Document Title HART Interface Description AMI pH/mV:pH/mV


Document Revision




HART® 7.x Field Device Specification for AMI Phosphate-HL Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Phosphate-HL HART Manual

109362.00 / 280616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7

4.2.1 Process Phosphate 1 ..............................................................................................7





5.1 Device Variable 0 ÷ 5 Phosphate 1 ÷ 6 ................................................................................8

5.2 Device Variable 7 Main Flow ..............................................................................................8









109362.00 / 280616 3





9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17





109362.00 / 280616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Phosphate-HL transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Phosphate-HL manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Phosphate_HL_xx.pdf. Available from the SWAN Analytical Instruments web page.


109362.00 / 280616 5


Instruments Model Name(s): AMI Phosphate-

HL


Device Type Code:

58189 (E34D Hex)





3. PRODUCT OVERVIEW The AMI Phosphate-HL HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109362.00 / 280616 6



3.1.3 HARTREC Board



109362.00 / 280616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Phosphate-HL manual to details on mounting FOME sensor.

4.2 Host Interface 4.2.1 Process Phosphate 1 The 4 to 20mA output of the AMI Phosphate-HL HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Phosphate 1

- Phosphate 2



Refer to AMI Phosphate-HL manual to details on it.



109362.00 / 280616 8


Device Variables Variables Meaning Units 0 Phosphate 1 ppm

1 Phosphate 2 ppm

2 Phosphate 3 ppm

3 Phosphate 4 ppm

4 Phosphate 5 ppm

5 Phosphate 6 ppm

6 Main Flow B/s


5.1 Device Variable 0 ÷ 5 Phosphate 1 ÷ 6 Phosphate 1÷6 are read by FOME sensor (Refer to AMI Phosphate-HL manual to details on it).

5.2 Device Variable 7 Main Flow Main Flow is read by the Bubble Detector (Refer to AMI Phosphate-HL manual to details on it).



109362.00 / 280616 9

6. DYNAMIC VARIABLES 6.1 Mappable Variables Two mappable Dynamic Variables are implemented.


PV Phosphate 1 – Phosphate 2 ppm

SV Phosphate 1 – Phosphate 2 ppm

It is possible to associate these dynamic variables both to PV or SV with a HART Master (or Handheld Communicator).




Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109362.00 / 280616 10


Bit Name Notes








operating limits



Bit Name Notes









109362.00 / 280616 11


ALARMS CODES:


0 – 3

(INT32)

0 Phos. 1 Alarm high E001 1 Phos. 1 Alarm low E002 2 Phos. 2 Alarm high E003 3 Phos. 2 Alarm low E004 4 Absorbance too high E005 5 Reserved 6 Reserved 7 Reserved 8 Sample Flow high E009 9 Sample Flow low E010

10 Reserved 11 Reserved 12 Case Temp. high E013 13 Case Temp. low E014 14 Valve defective E015 15 Reserved 16 Control Timeout E017 17 Reagent Pump E018 18 FOME not connected E019 19 FOME dirty E020 20 Sequencer E021 21 Reagent empty E022 22 Cleaning Solution E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


109362.00 / 280616 12

4-5 (INT16)

0 Reagents Low E065 1 Reserved 2 Cleaning Solution E067 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved

14-17 (INT32)

0 Sample Flow 1 low E033 1 Sample Flow 2 low E034 2 Sample Flow 3 low E035 3 Sample Flow 4 low E036 4 Sample Flow 5 low E037 5 Sample Flow 6 low E038 6 Sample Flow low E039 7 Reserved 8 Reagents low E041 9 Reserved 10 Cleaning Solution E043




109362.00 / 280616 13



















109362.00 / 280616 14








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Number Name Notes


50 Read Dynamic Variable Assignment Returns the Variable Numbers associated with PV and SV

51 Write Dynamic Variable Assignment Writes the Variable Numbers associated with PV and SV


109362.00 / 280616 16





109362.00 / 280616 17



Phosphate sensor value sample 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







109362.00 / 280616 18


Manufacturer, model and revision SWAN Analytic Instruments, AMI Phosphate-HL rev. 1


HART revision 7.x


Number and type of sensors 3 (two external, one internal)










Burst mode? No



109362.00 / 280616 19



PV Sensor Type Phosphate 1



PV Units Ppm






109362.00 / 280616 20


Document Title HART Interface Description AMI Phosphate-HL


Document Revision



HART® 7.x Field Device Specification for AMI pH-Redox Transmitters


8340, Studbachstrasse 13

Hinwil

Switzerland

SWAN Analytical Instruments AMI pH-Redox HART Manual

109349.00 / 240616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6









5.1 Device Variable 0 Measured Value .....................................................................................8











109349.00 / 240616 3





9.2 Burst Mode .........................................................................................................................14



11. Tables 15



12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................16





109349.00 / 240616 4

1. INTRODUCTION

1.1 Scope The SWAN Analytical Instruments model AMI pH-Redox transmitter complies with HART Protocol

Revision 7.5. This document specifies all the device specific features and documents HART

Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of

this Field Device is described sufficiently to allow its proper application in a process and its

complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to compliment the AMI pH-Redox manual by providing a complete

description of this Field Device from a HART Communication perspective.

1.3 Who should use this document? The specification is designed to be a technical reference for HART capable Host Application

Developers, System Integrators and knowledgeable End Users. It also provides functional

specifications (e.g., commands and performance requirements) used during development,

maintenance and testing. This document assumes the reader is familiar with HART Protocol

requirements and terminology.

1.4 References

HART Smart Communications Protocol Specification. HCF_SPEC-12. Available from the

HCF.

MenAMI_pH-Redox_xx.pdf. Available from the SWAN Analytical Instruments web page.


109349.00 / 240616 5

2. DEVICE IDENTIFICATION

Manufacturer Name: SWAN Analytical

Instruments Model Name(s): AMI pH-Redox

Manufacturer ID Code: 24757 (60B5

Hex) Device Type

Code:

58152 (E328

Hex)





3. PRODUCT OVERVIEW

The pH-Redox HART communication option board provides a 4 to 20mA output signal and can be

monitored and configured using a HART master device or a hand-held communicator.

3.1 Connections

3.1.1 Point to point Mode

An external minimum 250 Ω (maximum 800 Ω) resistor is needed in order to communicate with

HART protocol.


109349.00 / 240616 6


A single minimum 250 Ω resistor (maximum 800 Ω) is needed to communicate with all the

instruments connected to the bus, and each of them must provide 4mA.

3.1.3 HARTREC Board

The HARTREC Board must be installed in the AMI transmitter in order to communicate with

HART.


109349.00 / 240616 7

4. PRODUCT INTERFACES

4.1 Process Interface

4.1.1 Sensor Input Channels

Refer to AMI pH-Redox manual to details on mounting pH, Redox, Temperature and Flow sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI pH-Redox HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Measured Value (pH or Redox)

- Temperature

- Flow Rate

It is also possible to set the PV from the instrument local display, in the “Signal Output 3 /

Parameter” settings.

4.3 Local Interfaces

4.3.1 Local Controls and Displays

This device has a local display that allows the complete configurability of the instrument.

Refer to AMI pH-Redox manual to details on it.

4.3.2 Write Protection

The Field Device has no “Write protection mode”.

5. DEVICE VARIABLES This Field Device exposes four Device Variables


0 Measured Value pH / Redox

1 Flow Rate l/h

2 Temperature °C



109349.00 / 240616 8

5.1 Device Variable 0 Measured Value Measured Value corresponds to pH [pH] or Redox [mV], based on the instrument mounted (Refer to

AMI pH-Redox manual for additional details).

5.2 Device Variable 1 Flow Rate Flow Rate is read by the Flow sensor, when mounted (Refer to AMI pH-Redox manual for additional

details).

5.3 Device Variable 2 Temperature Temperature is read by the Temperature sensor, when mounted (Refer to AMI pH-Redox for

additional details).



109349.00 / 240616 9

6. DYNAMIC VARIABLES

6.1 Mappable Variables Three mappable Dynamic Variables are implemented.


PV pH/Redox - Flow Rate - Temperature pH/mV - l/h - °C

SV pH/Redox - Flow Rate - Temperature pH/mV - l/h - °C

TV pH/Redox - Flow Rate - Temperature pH/mV - l/h - °C

It is possible to associate any of these dynamic variables to PV, SV, or TV, with a HART Master (or

Handheld Communicator).


6.2 PV Transfer Functions The Primary Variable Transfer Function can be read with command 15. Its meaning is referred to the

following table.


Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109349.00 / 240616 10

7. STATUS INFORMATION

7.1 Field Device Status

The functions of the Field Device Status bits are specified in HCF_SPEC-99. Further details of their

implementation are described in the following table.

Bit Name Notes




4 More Status Available

Set if any Alarm or Maintenance has changed its status. More

information is available via command 48

3 Loop Current Fixed The Loop Current is being held at a fixed value and is not

responding to process variations

2 Loop Current Saturated The Loop Current has reached its upper (or lower) endpoint

limit and cannot increase (or decrease) any further

1 Non-PV Out of Limits

A Device Variable not mapped to the PV is beyond its

operating limits



Bit Name Notes

2 Critical Power Failure Set when battery is becoming critically low (less than 15

min) and Field Device not connected to Power Supply


Set when one or more Device Variables are in one of the

following conditions:

Hi/low limited (Limit Status)

Bad (Process Data Status)

Poor Accuracy (Process Data Status)



109349.00 / 240616 11

7.3 Additional Device Status (Command #48) Command #48 returns 4 additional bytes of data (Int32 Little Endian), with the following status

information:


0 – 3

(INT32)

0 Alarm high E001

1 Alarm low E002

2 Reserved

3 Reserved

4 Reserved

5 Reserved

6 Sample Temp. high E007

7 Sample Temp. low E008

8 Sample Flow high

E009

9 Sample Flow low

E010

10 Temp. shorted E011

11 Temp. disconnected E012

12 Case Temp. high E013

13 Case Temp. low E014

14 Reserved

15 Reserved

16 Control Timeout E017

17 Quality Assurance E018

18 Reserved

19 Reserved

20 Reserved

21 Reserved

22 Reserved

23 Input active E024

24 IC MK41T56

E025

25 IC LM75

E026

26 IC PCF8574

E027


E028

28 EEPROM Motherboard

E029

29 EEPROM Frontend

E030

30 Cal. Recout

E031

31 Wrong Frontend

E032


All bits used in these bytes indicate device or sensor failure, and always set bit 4 of the Device Status

byte.


109349.00 / 240616 12


0 Read Unique Identifier Returns identity information

of the Field Device


2 Read Loop Current and Percent of Range

Returns AO value and % range

3 Read Dynamic Variables and Loop Current

Returns PV, SV and TV

values and corresponding unit

values along with AO value

6 Write Polling Address Changes Field Device’s

polling address and loop

current mode

7 Read Loop Configuration Returns polling address and

loop current mode status

8 Read Dynamic Variable Classifications

Returns dynamic variables

classification

9 Read Device Variables with Status Returns device variables with

status

11 Read Unique Identifier Associated With Tag

Same response as command 0

when Tag matches

12 Read Message Returns 24 bytes of packed

ASCII data

13 Read Tag, Descriptor, Date Returns tag, descriptor

(packed ASCII format) and

date from the device

14 Read Primary Variable Transducer Information

Returns PV transducer limits

and span

15 Read Device Information Returns PV unit value, LRV,

URV, damping value and

write protect code


17 Write Message Write 24 bytes of packed

ASCII data.

18 Write Tag, Descriptor, Date Writes tag, descriptor (packed

ASCII format) and date to the

device


109349.00 / 240616 13


to the device


21 Read Unique Identifier Associated with Long Tag Same response as command 0

when Long Tag matches

22 Write Long Tag Writes Long Tag to the Field

Device

38 Reset Configuration Changed Flag Resets the configuration

change flag



109349.00 / 240616 14






Number Name Notes

33 Read Device Variables Returns all the Supported

Device Variables

50 Read Dynamic Variable Assignment Returns the Variable Numbers

associated with PV, SV and TV

51 Write Dynamic Variable Assignment

Writes the Variable Numbers

associated with PV, SV and TV


109349.00 / 240616 15

11. TABLES

11.1 Engineering Type Unit Codes

Units of Measurement Unit Code

Temperature Degrees Celsius 32

Electric Potential millivolts 36

Electric Resistance Ω 37

Miscellaneous Hertz 38

Electric Current milliamperes 39

Time Minutes 50

Time Seconds 51

Time Hours 52

Time Days 53

Miscellaneous Percent 57

Electric Potential Volts 58

Miscellaneous pH 59

Miscellaneous Micro Siemens per centimeter 67

Flow Liters per hour 138

Concentration Parts per million 139

Electric Resistance kΩ 163

Concentration Parts per billion 169

Not used 250

Special 253

11.2 Classification Type Unit Codes

Measurement Meas. Code

Temperature 64

Volumetric flow 66

Time 70

Frequency 80

Analytical 81

Electric Potential 83

Current 84

Resistance 85

Conductance 87

Concentration 90

Turbidity 97

Not used 250

Special 253


109349.00 / 240616 16

12. PERFORMANCE

12.1 Sampling Rates Typical sampling rates are shown in the following table.


Redox sensor value sample 1 per second



Temperature sensor sample 1 per second

Note: all the Device Variables use an Infinite Impulse Response Filter, with coefficients depending

on the measured variable. The Damping Value is different for each of the Device Variables, and can

be read with command 15.

12.2 Power-Up On power up, the transmitter takes approximately 8 seconds to be ready. During this period, the

device will not respond to HART commands.


Minimum 2ms

Typical 5ms

Maximum 150ms

12.4 Long Messages The largest data field used is in the response to command 9: up to 71 bytes including the two status

bytes.

12.5 Non-Volatile Memory EEPROM is used to hold the device’s configuration parameters. New data is written to this memory

immediately on execution of a write command, before the consequent response.





109349.00 / 240616 17


Manufacturer, model and revision SWAN Analytical Instruments, AMI pH-Redox rev. 1


HART revision 7.x












Burst mode? No



109349.00 / 240616 18



Sensor Type pH or Redox (depends on the sensor mounted)

Lower Range Value 0.0 pH / 0mV

Upper Range Value 14.0 pH / 1000mV

PV Units pH / mV






109349.00 / 240616 19


Document Title HART Interface Description AMI pH-Redox


Document

Revision


1.0 24/06/2016 1 1 First release, for

HART 7.x Device


HART® 7.x Field Device Specification for AMI Powercon Transmitters


8340, Studbachstrasse 13

Hinwil

Switzerland

SWAN Analytical Instruments AMI Powercon HART Manual

109346.00 / 100316 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




















109346.00 / 100316 3






9.2 Burst Mode .........................................................................................................................14



11. Tables 15



12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................17





109346.00 / 100316 4

1. INTRODUCTION

1.1 Scope The SWAN Analytical Instruments model AMI Powercon transmitter complies with HART Protocol

Revision 7.5. This document specifies all the device specific features and documents HART

Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of

this Field Device is described sufficiently to allow its proper application in a process and its

complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Powercon manual by providing a complete

description of this Field Device from a HART Communication perspective.

1.3 Who should use this document? The specification is designed to be a technical reference for HART capable Host Application

Developers, System Integrators and knowledgeable End Users. It also provides functional

specifications (e.g., commands and performance requirements) used during development,

maintenance and testing. This document assumes the reader is familiar with HART Protocol

requirements and terminology.

1.4 References

HART Smart Communications Protocol Specification. HCF_SPEC-12. Available from the

HCF.

MenAMI_ Powercon _xx.pdf. Available from the SWAN Analytical Instruments web page.


109346.00 / 100316 5

2. DEVICE IDENTIFICATION

Manufacturer Name: SWAN Analytical

Instruments Model Name(s): AMI Powercon

Manufacture ID Code: 24757 (60B5

Hex) Device Type

Code:

58150 (E326

Hex)





3. PRODUCT OVERVIEW

The AMI Powercon HART communication option board provides a 4 to 20mA output signal and can

be monitored and configured using a HART master device or a hand-held communicator.

3.1 Connections

3.1.1 Point to point Mode

An external minimum 250 Ω (maximum 800 Ω) resistor is needed in order to communicate with

HART protocol.


109346.00 / 100316 6


A single minimum 250 Ω resistor (maximum 800 Ω) is needed to communicate with all the

instruments connected to the bus, and each of them must provide 4mA.

3.1.3 HARTREC Board

The HARTREC Board must be installed in the AMI transmitter in order to communicate with

HART.


109346.00 / 100316 7

4. PRODUCT INTERFACES

4.1 Process Interface

4.1.1 Sensor Input Channels

Refer to AMI Powercon manual to details on mounting Conductivity and Flow sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI Powercon HART option board represents a process value

measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Conductivity

- Temperature

- Flow rate


It is also possible to set the PV from the instrument local display, in the “Signal Output 3 /

Parameter” settings.

4.3 Local Interfaces

4.3.1 Local Controls and Displays

This device has a local display that allows the complete configurability of the instrument.

Refer to AMI Powercon manual to details on it.

4.3.2 Write Protection

The Field Device has no “Write protection mode”.


109346.00 / 100316 8



0 Conductivity uS/cm

1 Temperature °C

2 Flow Rate l/h



5.1 Device Variable 0 Conductivity The Conductivity is read by the Slot-lock or Cation Conductivity sensor (Refer to AMI Powercon


5.2 Device Variable 1 Temperature Temperature is read by the temperature sensor inside the Conductivity sensor (Refer to AMI

Powercon manual to details on it).

5.3 Device Variable 2 Flow Rate Flow Rate is read by the Flow sensor (Refer to AMI Powercon manual to details on it).




109346.00 / 100316 9

6. DYNAMIC VARIABLES

6.1 Mappable Variables Four mappable Dynamic Variables are implemented.


PV

Conductivity– Temperature – Flow Rate –


SV



TV



QV



It is possible to associate any of these dynamic variables to PV, SV, TV or QV with a HART Master

(or Handheld Communicator).


6.2 PV Transfer Functions The Primary Variable Transfer Function can be read with command 15. Its meaning is referred to the

following table.


Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109346.00 / 100316 10

7. STATUS INFORMATION

7.1 Field Device Status

The functions of the Field Device Status bits are specified in HCF_SPEC-99. Further details of their

implementation are described in the following table.

Bit Name Notes




4 More Status Available

Set if any Alarm or Maintenance has changed its status. More

information is available via command 48

3 Loop Current Fixed The Loop Current is being held at a fixed value and is not

responding to process variations

2 Loop Current Saturated The Loop Current has reached its upper (or lower) endpoint

limit and cannot increase (or decrease) any further

1 Non-PV Out of Limits

A Device Variable not mapped to the PV is beyond its

operating limits



Bit Name Notes

2 Critical Power Failure Set when battery is becoming critically low (less than 15

min) and Field Device not connected to Power Supply


Set when one or more Device Variables are in one of the

following conditions:

Hi/low limited (Limit Status)

Bad (Process Data Status)

Poor Accuracy (Process Data Status)



109346.00 / 100316 11

7.3 Additional Device Status (Command #48) Command #48 returns 6 additional bytes of data (Int32 or Int16 Little Endian), with the following

status information:


0 – 3

(INT32)

0 Cond. Alarm high E001

1 Cond. Alarm low E002

2 Reserved

3 Reserved

4 Reserved

5 Reserved

6 Sample Temp. high E007

7 Sample Temp. low E008

8 Sample Flow high

E009

9 Sample Flow low

E010

10 Temp. shorted E011

11 Temp. disconnected E012

12 Case Temp. high E013

13 Case Temp. low E014

14 Reserved

15 Reserved

16 Control Timeout E017

17 Quality Assurance E018

18 Undefined E019

19 Reserved

20 Reserved

21 Reserved

22 Reserved

23 Input active E024

24 IC MK41T56

E025

25 IC LM75

E026

26 IC PCF8574

E027


E028

28 EEProm Motherboard

E029

29 EEProm Frontend

E030

30 Cal. Recout

E031

31 Wrong Frontend

E032


All bits used in this four bytes indicate device or sensor failure, and always set bit 4 of the Device

Status byte.


109346.00 / 100316 12


0 Read Unique Identifier Returns identity information

of the Field Device


2 Read Loop Current and Percent of Range

Returns AO value and % range

3 Read Dynamic Variables and Loop Current

Returns PV, SV, TV and QV

values and corresponding unit

values along with AO value

6 Write Polling Address Changes Field Device’s

polling address and loop

current mode

7 Read Loop Configuration Returns polling address and

loop current mode status

8 Read Dynamic Variable Classifications

Returns dynamic variables

classification

9 Read Device Variables with Status Returns device variables with

status

11 Read Unique Identifier Associated With Tag

Same response as command 0

when Tag matches

12 Read Message Returns 24 bytes of packed

ASCII data

13 Read Tag, Descriptor, Date Returns tag, descriptor

(packed ASCII format) and

date from the device

14 Read Primary Variable Transducer Information

Returns PV transducer limits

and span

15 Read Device Information Returns PV unit value, LRV,

URV, damping value and

write protect code


17 Write Message Write 24 bytes of packed

ASCII data.

18 Write Tag, Descriptor, Date Writes tag, descriptor (packed

ASCII format) and date to the

device


109346.00 / 100316 13


to the device


21 Read Unique Identifier Associated with Long Tag Same response as command 0

when Long Tag matches

22 Write Long Tag Writes Long Tag to the Field

Device

38 Reset Configuration Changed Flag Resets the configuration

change flag



109346.00 / 100316 14






Number Name Notes

33 Read Device Variables Returns all the Supported

Device Variables

50 Read Dynamic Variable Assignment

Returns the Variable Numbers

associated with PV, SV,TV and

QV

51 Write Dynamic Variable Assignment

Writes the Variable Numbers

associated with PV, SV,TV and

QV


109346.00 / 100316 15

11. TABLES

11.1 Engineering Type Unit Codes

Units of Measurement Unit Code

Temperature Degrees Celsius 32

Electric Potential millivolts 36

Electric Resistance Ω 37

Miscellaneous Hertz 38

Electric Current milliamperes 39

Time Minutes 50

Time Seconds 51

Time Hours 52

Time Days 53

Miscellaneous Percent 57

Electric Potential Volts 58

Miscellaneous pH 59

Miscellaneous Micro Siemens per centimeter 67

Flow Liters per hour 138

Concentration Parts per million 139

Electric Resistance kΩ 163

Concentration Parts per billion 169

Not used 250

Special 253

11.2 Classification Type Unit Codes

Measurement Meas. Code

Temperature 64

Volumetric flow 66

Time 70

Frequency 80

Analytical 81

Electric Potential 83

Current 84

Resistance 85

Conductance 87

Concentration 90

Turbidity 97

Not used 250

Special 253


109346.00 / 100316 16

12. PERFORMANCE

12.1 Sampling Rates Typical sampling rates are shown in the following table.






Note: all the Device Variables use an Infinite Impulse Response Filter, with coefficients depending

on the measured variable. The Damping Value is different for each of the Device Variables, and can

be read through Command 15.

12.2 Power-Up On power up, the transmitter takes approximately 10 seconds to be ready. During this period, the

device will not respond to HART commands.


Minimum 2ms

Typical 5ms

Maximum 150ms

12.4 Long Messages The largest data field used is in the response to Command 9: up to 71 bytes including the two status

bytes.

12.5 Non-Volatile Memory EEPROM is used to hold the device’s configuration parameters. New data is written to this memory

immediately on execution of a write command, before the consequent response.




109346.00 / 100316 17



109346.00 / 100316 18


Manufacturer, model and revision SWAN Analytic Instruments, AMI Powercon rev. 1


HART revision 7.x












Burst mode? No



109346.00 / 100316 19






PV Units uS/cm






109346.00 / 100316 20


Document Title HART Interface Description AMI Powercon


Document

Revision


1.0 10/03/2016 1 1 First release, for

HART 7.x Device


HART® 7.x Field Device Specification for AMI Rescon Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Rescon HART Manual

109363.00 / 280616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6









5.1 Device Variable 0 Resistivity - Conductivity ......................................................................8



5.4 Device Variable 3 Uncomp. Res./Cond. ..............................................................................8








109363.00 / 280616 3






9.2 Burst Mode .........................................................................................................................14



11. Tables 15


11.2 Unit Type Unit Codes ........................................................................................................15

12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................16





109363.00 / 280616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Rescon transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Rescon manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Rescon_xx.pdf. Available from the SWAN Analytical Instruments web page.


109363.00 / 280616 5


Instruments Model Name(s): AMI Rescon


Device Type Code:

58190 (E34E Hex)





3. PRODUCT OVERVIEW The AMI Rescon HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109363.00 / 280616 6



3.1.3 HARTREC Board



109363.00 / 280616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Rescon manual to details on mounting Conductivity and Flow sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI Rescon HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Resistivity / Conductivity

- Temperature

- Flow rate

- Uncompensated Resistivity / Uncompensated Conductivity



Refer to AMI Rescon manual to details on it.



109363.00 / 280616 8


Device Variables Variables Meaning Units 0 Resistivity-Conductivity MΩ - uS/cm

1 Temperature °C

2 Flow Rate l/h

3 Uncomp. Resistivity –

Uncomp. Conductivity MΩ - uS/cm


5.1 Device Variable 0 Resistivity - Conductivity The Resistivity - Conductivity is read by Conductivity sensor RC-U [A] (Refer to AMI Rescon manual to details on it).

5.2 Device Variable 1 Temperature Temperature is read by the temperature sensor inside the Conductivity sensor RC-U [A] (Refer to AMI Rescon manual to details on it).

5.3 Device Variable 2 Flow Rate Flow Rate is read by the Flow sensor (Refer to AMI Rescon manual to details on it).

5.4 Device Variable 3 Uncomp. Res./Cond. Uncomp. Resistivity – Uncomp. Conductivity is read by the Conductivity sensor RC-U[A].



109363.00 / 280616 9



PV Res./Cond– Temperature – Flow Rate –

Uncomp_ Res/Cond. MΩ,uS/cm - °C – l/h –

MΩ,uS/cm

SV Res./Cond– Temperature – Flow Rate –


MΩ,uS/cm

TV Res./Cond– Temperature – Flow Rate –


MΩ,uS/cm

QV Res./Cond– Temperature – Flow Rate –


MΩ,uS/cm





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109363.00 / 280616 10


Bit Name Notes








operating limits



Bit Name Notes









109363.00 / 280616 11



0 – 3

(INT32)

0 Alarm high E001 1 Alarm low E002 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 USP Error E015 15 Reserved 16 Control Timeout E017 17 Reserved 18 Sensor shorted E019 19 Sensor interrupted E020 20 Reserved 21 Reserved 22 Reserved 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032




109363.00 / 280616 12



















109363.00 / 280616 13








109363.00 / 280616 14






Number Name Notes





109363.00 / 280616 15


Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Electric Resistance MΩ 170 Not used 250 Special 253

11.2 Unit Type Unit Codes Measurement Meas. Code Temperature 64 Volumetric flow 66 Time 70 Frequency 80 Analytical 81 Electric Potential 83 Current 84 Resistance 85 Conductance 87 Concentration 90 Turbidity 97 Not used 250 Special 253


109363.00 / 280616 16


Resistivity-Conductivity sensor value sample 1 per second



Uncompensated Resistivity-Conductivity value sample

1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







109363.00 / 280616 17


Manufacturer, model and revision SWAN Analytic Instruments, AMI Rescon rev. 1


HART revision 7.x












Burst mode? No



109363.00 / 280616 18



PV Sensor Type Resistivity

Lower Range Value 0 MΩ

Upper Range Value 200 MΩ

PV Units MΩ






109363.00 / 280616 19


Document Title HART Interface Description AMI Rescon


Document Revision




HART® 7.x Field Device Specification for AMI SAC 254 Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI SAC 254 HART Manual

109687.00 / 190917 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7

4.2.1 Process Spectral Absorption Coefficient (SAC 254) ............................................7





5.1 Device Variable 0 SAC 254 .................................................................................................8

5.2 Device Variable 1 UVT .......................................................................................................8



5.5 Device Variable 4 Heater Temperature ................................................................................8






109687.00 / 190917 3








9.2 Burst Mode .........................................................................................................................14



11. Tables 15



12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................17





109687.00 / 190917 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI SAC 254 transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI SAC 254 manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_SAC254_xx.pdf. Available from the SWAN Analytical Instruments web page.


109687.00 / 190917 5


Instruments Model Name(s): AMI SAC 254


Device Type Code:

58247 (E387 Hex)





3. PRODUCT OVERVIEW The AMI SAC 254 HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109687.00 / 190917 6



3.1.3 HARTREC Board



109687.00 / 190917 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI SAC 254 manual to details on mounting external sensors.

4.2 Host Interface 4.2.1 Process Spectral Absorption Coefficient (SAC 254) The 4 to 20mA output of the AMI SAC 254 HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- SAC 254 Value

- UV Transmission

- Concentration

- Flow Rate



Refer to AMI SAC 254 manual to details on it.



109687.00 / 190917 8

5. DEVICE VARIABLES This Field Device exposes six Device Variables


0 SAC 254 1/cm 1 UV Transmission % 2 Concentration ppb 3 Flow Rate l/h 4 Heater Temperature °C 5 Case Temperature °C

5.1 Device Variable 0 SAC 254 SAC 254 is obtained using a photometer sensor (Refer to AMI SAC 254 manual to details on it).

5.2 Device Variable 1 UVT UV Transmission is calculated starting from SAC 254 value (Refer to AMI SAC 254 manual to details on it).

5.3 Device Variable 2 Concentration Concentration is calculated starting from SAC 254 value (Refer to AMI SAC 254 manual to details on it).

5.4 Device Variable 3 Flow Rate Flow rate is derived from a pressure sensor.

5.5 Device Variable 4 Heater Temperature Heater Temperature shows the Temperature of the heater.




PV SAC – UVT – Conc. – Flow 1/cm - % - ppb – l/h

SV SAC – UVT – Conc. – Flow 1/cm - % - ppb – l/h

TV SAC – UVT – Conc. – Flow 1/cm - % - ppb – l/h

QV SAC – UVT – Conc. – Flow 1/cm - % - ppb – l/h


109687.00 / 190917 9





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



Bit Name Notes








operating limits



109687.00 / 190917 10


Bit Name Notes









109687.00 / 190917 11


ALARMS CODES:


0-3 (INT32)

0 SAC 254 Alarm high E001 1 SAC 254 Alarm low E002 2 UV Transm. Alarm high E003 3 UV Transm. Alarm low E004 4 Conc. Alarm high E005 5 Conc. Alarm low E006 6 Reserved 7 No Sample Flow E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Turbidity Correction E011 11 Concentration Offset E012 12 Case Temp. high E013 13 Case Temp. low E014 14 MV disconnected E015 15 Invalid measurement E016 16 Control Timeout E017 17 SAC disconnected E018 18 Temp. out of range E019 19 Heater Temp. low E020 20 Press. Sens. Error E021 21 Absorbance high E022 22 Cleaning Solution E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


109687.00 / 190917 12

4 – 7

(INT32)

0 Cuvette dirty E065 1 Reserved 2 Cleaning Solution E067 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved

4-5 (INT16U)










109687.00 / 190917 13



















109687.00 / 190917 14






Number Name Notes





109687.00 / 190917 15

11. TABLES 11.1 Engineering Type Unit Codes Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Bubbles per second 240 Spectral Absorption Coefficient (SAC 254) 243 Not used 250



109687.00 / 190917 16




Pressure sensor value sample 2 per second

Heater Temperature sensor value 2 per second

Case Temperature sensor value sample 1 per second

Note: some of the Device Variables use an Infinite Impulse Response Filter, with coefficients depending on the measured variable. The Damping Value is different for each of the Device Variables, and can be read through Command 15.



Minimum 2ms

Typical 5ms

Maximum 150ms






109687.00 / 190917 17



Manufacturer, model and revision SWAN Analytic Instruments, AMI SAC 254 rev. 1


HART revision 7.x












Burst mode? No



109687.00 / 190917 18



PV Sensor Type Photometer (SAC 254)

Lower Range Value 0 cm-1

Upper Range Value 2 cm-1

PV Units cm-1

Damping time constant 0.5 s





109687.00 / 190917 19


Document Title HART Interface Description AMI SAC 254


Document Revision




HART® 7.x Field Device Specification for AMI Silica Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Silica HART Manual

109364.00 / 270616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7

4.2.1 Process Silica 1 .....................................................................................................7






5.2 Device Variable 1 Flow .......................................................................................................8

5.3 Device Variable 2 ÷ 7 Silica 1 ÷ 6 .......................................................................................8








109364.00 / 270616 3






9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17





109364.00 / 270616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Silica transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Silica manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Silica_xx.pdf. Available from the SWAN Analytical Instruments web page.


109364.00 / 270616 5


Instruments Model Name(s): AMI Silica


Device Type Code:

58191 (E34F Hex)





3. PRODUCT OVERVIEW The AMI Silica HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109364.00 / 270616 6



3.1.3 HARTREC Board



109364.00 / 270616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Silica manual to details on mounting FOME sensor.

4.2 Host Interface 4.2.1 Process Silica 1 The 4 to 20mA output of the AMI Silica HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Silica 1

- Main Temperature

- Main Flow

- Silica 2



Refer to AMI Silica manual to details on it.



109364.00 / 270616 8

5. DEVICE VARIABLES This Field Device exposes nine Device Variables

Device Variables Variables Meaning Units 0 Main Temperature °C

1 Main Flow B/s

2 Silica 1 ppb

3 Silica 2 ppb

4 Silica 3 ppb

5 Silica 4 ppb

6 Silica 5 ppb

7 Silica 6 ppb


5.1 Device Variable 0 Temperature Temperature is read inside the FOME sensor (Refer to AMI Silica manual to details on it).

5.2 Device Variable 1 Flow Main Flow is read by the Bubble Detector (Refer to AMI Silica manual to details on it).

5.3 Device Variable 2 ÷ 7 Silica 1 ÷ 6 Silica 1 ÷ 6 are read by FOME sensor (Refer to AMI Silica manual to details on it).



109364.00 / 270616 9



PV Silica 1 - Temperature - Flow Rate - Silica 2 ppb - °C - B/s - ppb

SV Silica 1 - Temperature - Flow Rate - Silica 2 ppb - °C - B/s - ppb

TV Silica 1 - Temperature - Flow Rate - Silica 2 ppb - °C - B/s - ppb

QV Silica 1 - Temperature - Flow Rate - Silica 2 ppb - °C - B/s - ppb





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109364.00 / 270616 10


Bit Name Notes








operating limits



Bit Name Notes









109364.00 / 270616 11


ALARMS CODES:


0 – 3

(INT32)

0 Si 1 Alarm high E001 1 Si 1 Alarm low E002 2 Si 2 Alarm high E003 3 Si 2 Alarm low E004 4 Reserved 5 Reserved 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Reserved 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Valve defective E015 15 Reserved 16 Control Timeout E017 17 Reagent Pump E018 18 FOME not connected E019 19 FOME dirty E020 20 Reserved 21 Reagent empty E022 22 Sequencer E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 Rovalve E030 30 Cal. Recout E031 31 Wrong Frontend E032


109364.00 / 270616 12

4-5 (INT16)

0 Reagents Low E065 1 Reserved 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved

14-17 (INT32)

0 Sample Flow 1 low E033 1 Sample Flow 2 low E034 2 Sample Flow 3 low E035 3 Sample Flow 4 low E036 4 Sample Flow 5 low E037 5 Sample Flow 6 low E038 6 Sample Flow low E039




109364.00 / 270616 13



















109364.00 / 270616 14








109364.00 / 270616 15






Number Name Notes





109364.00 / 270616 16





109364.00 / 270616 17




Silica 1 sensor value sample 1 per second

Silica 2 value sample 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







109364.00 / 270616 18


Manufacturer, model and revision SWAN Analytic Instruments, AMI Silica rev. 1


HART revision 7.x












Burst mode? No



109364.00 / 270616 19



PV Sensor Type Silica 1



PV Units ppb






109364.00 / 270616 20


Document Title HART Interface Description AMI Silica


Document Revision




HART® 7.x Field Device Specification for AMI Silitrace Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Silitrace HART Manual

109365.01 / 231216 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7

4.2.1 Process Silica 1 .....................................................................................................7





5.1 Device Variable 0 Flow .......................................................................................................8

5.2 Device Variable 1 ÷ 6 Silica 1 ÷ 6 .......................................................................................8









109365.01 / 231216 3





9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17

Default Configuration ..........................................................................................................................18




109365.01 / 231216 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Silitrace transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Silitrace manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Silitrace_xx.pdf. Available from the SWAN Analytical Instruments web page.


109365.01 / 231216 5


Instruments Model Name(s): AMI Silitrace


Device Type Code:

58192 (E350 Hex)





3. PRODUCT OVERVIEW The AMI Silitrace HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109365.01 / 231216 6



3.1.3 HARTREC Board



109365.01 / 231216 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Silitrace manual to details on mounting FOME sensor.

4.2 Host Interface 4.2.1 Process Silica 1 The 4 to 20mA output of the AMI Silitrace HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Silica 1

- Flow

- Silica 2



Refer to AMI Silitrace manual to details on it.



109365.01 / 231216 8


Device Variables Variables Meaning Units 0 Flow l/h

1 Silica 1 ppb

2 Silica 2 ppb

3 Silica 3 ppb

4 Silica 4 ppb

5 Silica 5 ppb

6 Silica 6 ppb


5.1 Device Variable 0 Flow Flow is read by the flow sensor (Refer to AMI Silitrace manual to details on it).

5.2 Device Variable 1 ÷ 6 Silica 1 ÷ 6 Silica 1 ÷ 6 are read by FOME sensor (Refer to AMI Silitrace manual to details on it).



109365.01 / 231216 9



PV Silica 1 – Flow – Silica 2 ppb – l/h – ppb

SV Silica 1 – Flow – Silica 2 ppb – l/h – ppb

TV Silica 1 – Flow – Silica 2 ppb – l/h – ppb

It is possible to associate any of these dynamic variables to PV, SV or TV with a HART Master (or Handheld Communicator).




Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109365.01 / 231216 10


Bit Name Notes








operating limits



Bit Name Notes









109365.01 / 231216 11




0 – 3

(INT32)

0 Si 1 Alarm high E001 1 Si 1 Alarm low E002 2 Si 2 Alarm high E003 3 Si 2 Alarm low E004 4 Reserved 5 Reserved 6 SilTrace Temp. high E007 7 SilTrace Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Absorbance too high E011 11 Temp. Timeout E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Pump Speed high E015 15 Pump Speed low E016 16 Control Timeout E017 17 Reagent Pump E018 18 SilTrace E019 19 FOME dirty E020 20 Signal Timeout E021 21 Reagent empty E022 22 Sequencer E023 23 Input active E024 24 Rovalve E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Cal. Recout E031 31 Wrong Frontend E032


109365.01 / 231216 12

4-5 (INT16)


14-17 (INT32)

0 Sample Flow 1 low E033 1 Sample Flow 2 low E034 2 Sample Flow 3 low E035 3 Sample Flow 4 low E036 4 Sample Flow 5 low E037 5 Sample Flow 6 low E038 6 Reserved 7 Reserved

8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved … … 31 Reserved




109365.01 / 231216 13





3 Read Dynamic Variables and Loop Current Returns PV, SV and TV values and corresponding unit values along with AO value














109365.01 / 231216 14








109365.01 / 231216 15






Number Name Notes


50 Read Dynamic Variable Assignment Returns the Variable Numbers associated with PV, SV and TV

51 Write Dynamic Variable Assignment Writes the Variable Numbers associated with PV, SV and TV


109365.01 / 231216 16





109365.01 / 231216 17


Flow sensor value sample 1 per second

Silica 1-6 sensor value sample 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







109365.01 / 231216 18

DEFAULT CONFIGURATION

Manufacturer, model and revision SWAN Analytic Instruments, AMI Silitrace rev. 2


HART revision 7.x












Burst mode? No



109365.01 / 231216 19



PV Sensor Type Silica 1



PV Units ppb






109365.01 / 231216 20


Document Title HART Interface Description AMI Silitrace


Document Revision



2.0 23/12/2016 2 1 Flow 2 removed


HART® 7.x Field Device Specification for AMI Silitrace Ultra Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Silitrace Ultra HART Manual

109366.00 / 160616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7

4.2.1 Process Silitrace Ultra 1 ........................................................................................7





5.1 Device Variable 0 Silica ......................................................................................................8

5.2 Device Variable 1 Flow Permeate .......................................................................................8

5.3 Device Variable 2 Flow Concentrate ...................................................................................8








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9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17




109366.00 / 160616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Silitrace Ultra transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Silitrace Ultra manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_SilitraceUltra_xx.pdf. Available from the SWAN Analytical Instruments web page.


109366.00 / 160616 5


Instruments Model Name(s): AMI Silitrace Ultra


Device Type Code:

58193 (E351 Hex)





3. PRODUCT OVERVIEW The AMI Silitrace Ultra HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109366.00 / 160616 6



3.1.3 HARTREC Board



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4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Silitrace Ultra manual to details on mounting FOME sensor.

4.2 Host Interface 4.2.1 Process Silitrace Ultra 1 The 4 to 20mA output of the AMI Silitrace Ultra HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Silica

- Flow permeate

- Flow Concentrate



Refer to AMI Silitrace Ultra manual to details on it.



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Device Variables Variables Meaning Units 0 Silica ppb

1 Flow permeate l/h

2 Flow concentrate l/h


5.1 Device Variable 0 Silica Silica is calculated by means of the photometer (Refer to AMI Silitrace Ultra manual to details on it).

5.2 Device Variable 1 Flow Permeate Flow permeate is read by means of flow meter high (Refer to AMI Silitrace Ultra manual to details on it).

5.3 Device Variable 2 Flow Concentrate Flow concentrate is read by means of flow meter low (Refer to AMI Silitrace Ultra manual to details on it).



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PV Silica – Flow permeate – Flow concentrate ppb – l/h – l/h

SV Silica – Flow permeate – Flow concentrate ppb – l/h – l/h

TV Silica – Flow permeate – Flow concentrate ppb – l/h – l/h

It is possible to associate any of these dynamic variables to PV, SV or TV with a HART Master (or Handheld Communicator).




Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



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Bit Name Notes








operating limits



Bit Name Notes









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0 – 3

(INT32)

0 Silica high E001 1 Silica low E002 2 Flow Permeate high E003 3 Flow Permeate low E004 4 Flow Concentrate high E005 5 Flow Concentrate low E006 6 SilTrace Temp. high E007 7 SilTrace Temp. low E008 8 Reserved 9 Reserved 10 Absorbance too high E011 11 Temp. Timeout E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Pump Speed high E015 15 Pump Speed low E016 16 Control Timeout E017 17 Reagent Pump E018 18 SilTrace E019 19 FOME dirty E020 20 Signal Timeout E021 21 Reagent empty E022 22 Reserved 23 Input active E024 24 Rovalve E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Cal. Recout E031 31 Silica high E032


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4-5 (INT16)





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3 Read Dynamic Variables and Loop Current Returns PV, SV and TV values and corresponding unit values along with AO value














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Number Name Notes


50 Read Dynamic Variable Assignment Returns the Variable Numbers associated with PV, SV and TV

51 Write Dynamic Variable Assignment Writes the Variable Numbers associated with PV, SV and TV


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Silica value sample 1 per second

Flow rate sensors value sample 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms





12.8 Damping Damping time is calculated for each dynamic variable. Capability Checklist


109366.00 / 160616 18

Manufacturer, model and revision SWAN Analytic Instruments, AMI Silitrace Ultra rev. 1


HART revision 7.x












Burst mode? No



109366.00 / 160616 19



PV Sensor Type Silitrace Ultra



PV Units ppb






109366.00 / 160616 20


Document Title HART Interface Description AMI Silitrace Ultra


Document Revision




HART® 7.x Field Device Specification for AMI Sodium Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Sodium HART Manual

109367.00 / 270616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7

4.2.1 Process Sodium 1 ..................................................................................................7





5.1 Device Variable 0 Sodium 1 ................................................................................................8

5.2 Device Variable 1 Sodium 2 ................................................................................................8



5.5 Device Variable 4 Sample flow / pH Ctl .............................................................................8






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9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17





109367.00 / 270616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Sodium transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Sodium manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Sodium_xx.pdf. Available from the SWAN Analytical Instruments web page.


109367.00 / 270616 5


Instruments Model Name(s): AMI Sodium


Device Type Code:

58194 (E352 Hex)





3. PRODUCT OVERVIEW The AMI Sodium HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109367.00 / 270616 6



3.1.3 HARTREC Board



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4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Sodium manual to details on mounting FOME sensor.

4.2 Host Interface 4.2.1 Process Sodium 1 The 4 to 20mA output of the AMI Sodium HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Sodium 1

- Sodium 2

- pH

- Temperature

- Sample flow / pH Ctl.



Refer to AMI Sodium manual to details on it.



109367.00 / 270616 8

5. DEVICE VARIABLES This Field Device exposes six Device Variables

Device Variables Variables Meaning Units 0 Sodium 1 ppb

1 Sodium 2 ppb

2 pH pH

3 Temperature °C

4 Sample flow / pH Ctl B/s - %


5.1 Device Variable 0 Sodium 1 Sodium 1 is read by means of the Sodium Electrode (Refer to AMI Sodium manual to details on it).

5.2 Device Variable 1 Sodium 2 Sodium 2 is read by means of the Sodium Electrode (Refer to AMI Sodium manual to details on it).

5.3 Device Variable 2 pH pH is read by means of the pH Electrode (Refer to AMI Sodium manual to details on it).

5.4 Device Variable 3 Temperature Temperature is read with the Temperature sensor.

5.5 Device Variable 4 Sample flow / pH Ctl Flow is read by means of the Flow cell (Refer to AMI Sodium manual to details on it) and is read in bubbles per second.



109367.00 / 270616 9



PV Sodium 1 – Sodium 2 – pH – Temperature –

Flow [pH Ctl] ppb–ppb–pH–°C–B/s[%]

SV Sodium 1 – Sodium 2 – pH – Temperature –


TV Sodium 1 – Sodium 2 – pH – Temperature –


QV Sodium 1 – Sodium 2 – pH – Temperature –






Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



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Bit Name Notes








operating limits



Bit Name Notes









109367.00 / 270616 11


ALARMS - MAINTENANCE CODES:


0 – 3

(INT32)

0 Sodium 1 Alarm high E001 1 Sodium 1 Alarm low E002 2 pH Alarm high E003 3 pH Alarm low E004 4 Sodium 2 Alarm high E005 5 Sodium 2 Alarm low E006 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 undefined E015 15 undefined E016 16 Control Timeout E017 17 Reagent empty E018 18 No Sample E019 19 pH low E020 20 undefined E021 21 undefined E022 22 Cleaning Reagent E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


109367.00 / 270616 12

4-5 (INT16)

0 Photometer dirty E065 1 Filter congested E066 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved




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Number Name Notes





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Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Bubbles per second (custom) 240 Not used 250



109367.00 / 270616 17




Sodium 1 sensor value sample 1 per second

Sodium 2 value sample 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







109367.00 / 270616 18


Manufacturer, model and revision SWAN Analytic Instruments, AMI Sodium rev. 1


HART revision 7.x


Number and type of sensors 7 (six external, one internal)










Burst mode? No



109367.00 / 270616 19



PV Sensor Type Sodium 1



PV Units ppb






109367.00 / 270616 20


Document Title HART Interface Description AMI Sodium


Document Revision




HART® 7.x Field Device Specification for AMI Solicon 4 Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Solicon 4 HART Manual

109345.00 / 270616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




















109345.00 / 270616 3







9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17





109345.00 / 270616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Solicon 4 transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Solicon 4 manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Solicon_4_xx.pdf. Available from the SWAN Analytical Instruments web page.


109345.00 / 270616 5


Instruments Model Name(s): AMI Solicon 4


Device Type Code:

58181 (E345 Hex)





3. PRODUCT OVERVIEW The AMI Solicon 4 HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109345.00 / 270616 6



3.1.3 HARTREC Board



109345.00 / 270616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Solicon 4 manual to details on mounting external sensors.

4.2 Process Flow Rate 4-20mA Analog Output The 4 to 20mA output of the AMI Solicon 4 HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Conductivity

- Temperature

- Flow rate

- Concentration




Refer to AMI Solicon 4 manual to details on it.



109345.00 / 270616 8


Device Variables Variables Meaning Units 0 Conductivity uS/cm

1 Temperature °C

2 Flow Rate l/h


4 Concentration % - mg/l


5.1 Device Variable 0 Conductivity The Conductivity is read by the Conductivity sensor Swansensor Shurecon P (Refer to AMI Solicon 4 manual to details on it).

5.2 Device Variable 1 Temperature Temperature is read by the temperature sensor inside the Conductivity sensor (Refer to AMI Solicon 4 manual to details on it).

5.3 Device Variable 2 Flow Rate Flow Rate is read by the Flow sensor (Refer to AMI Solicon 4 manual to details on it).


5.5 Device Variable 4 Concentration Concentration is calculated based on the conductivity (Refer to AMI Solicon 4 manual to details on it).



109345.00 / 270616 9



PV Conductivity– Temperature – Flow Rate –

Uncomp. Cond. - Concentration uS/cm - °C – l/h – uS/cm -

% or mg/l

SV Conductivity– Temperature – Flow Rate –


% or mg/l

TV Conductivity– Temperature – Flow Rate –


% or mg/l

QV Conductivity– Temperature – Flow Rate –


% or mg/l





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109345.00 / 270616 10


Bit Name Notes








operating limits



Bit Name Notes









109345.00 / 270616 11


ALARMS CODES:


0 – 3

(INT32)

0 Cond. Alarm high E001 1 Cond. Alarm low E002 2 Conc. Alarm high E003 3 Conc. Alarm low E004 4 Reserved 5 Reserved 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 Reserved 15 Reserved 16 Control Timeout E017 17 Temp. out of Table E018 18 Conc. out of Table E019 19 Reserved 20 Reserved 21 Reserved 22 Reserved 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032



109345.00 / 270616 12


MAINTENANCE CODES:


4-5 (INT16)




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109345.00 / 270616 14








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Number Name Notes





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11. TABLES 11.1 Engineering Type Unit Codes Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Miscellaneous Micro Siemens per centimeter 67 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Milligram per liter (custom) 242 Not used 250



109345.00 / 270616 17










12.3 Command Response Times Minimum 2ms

Typical 5ms

Maximum 150ms







109345.00 / 270616 18


Manufacturer, model and revision SWAN Analytic Instruments, AMI Solicon 4 rev. 1


HART revision 7.x












Burst mode? No



109345.00 / 270616 19






PV Units uS/cm






109345.00 / 270616 20


Document Title HART Interface Description AMI Solicon 4


Document Revision




HART® 7.x Field Device Specification for AMI Trides Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Trides HART Manual

109370.00 / 230616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7

4.2.1 Process Sodium .....................................................................................................7






5.2 Device Variable 1 pH / Redox .............................................................................................8


5.4 Device Variable 3 Flow rate ................................................................................................8

5.5 Device Variable 4 Hypochlorus acid ...................................................................................8






109370.00 / 230616 3








9.2 Burst Mode .........................................................................................................................14



11. Tables 15



12. Performance ...................................................................................................................................16

12.1 Sampling Rates ..................................................................................................................16

12.2 Power-Up ...........................................................................................................................16


12.4 Long Messages ...................................................................................................................16


12.6 Modes .................................................................................................................................16


12.8 Damping .............................................................................................................................16




109370.00 / 230616 4

1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Trides transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Trides manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Trides_xx.pdf. Available from the SWAN Analytical Instruments web page.


109370.00 / 230616 5


Instruments Model Name(s): AMI Trides


Device Type Code:

58197 (E355 Hex)





3. PRODUCT OVERVIEW The AMI Trides HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




109370.00 / 230616 6



3.1.3 HARTREC Board



109370.00 / 230616 7

4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Trides manual to details on mounting FOME sensor.

4.2 Host Interface 4.2.1 Process Sodium The 4 to 20mA output of the AMI Trides HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Disinfectant

- pH/Redox

- Temperature

- Flow rate

- Hypochlorus acid



Refer to AMI Trides manual to details on it.



109370.00 / 230616 8


Device Variables Variables Meaning Units 0 Disinfectant ppm

1 pH/Redox pH/mV

2 Temperature °C

3 Flow rate rpm

4 Hypochlorus acid ppm


5.1 Device Variable 0 Disinfectant Disinfectant is read by means of the Trides Sensor (Refer to AMI Trides manual to details on it).

5.2 Device Variable 1 pH / Redox pH/Redox is read with the pH/Redox electrode (Refer to AMI Trides manual to details on it).

5.3 Device Variable 2 Temperature Temperature is read by means of the Temperature sensor (Refer to AMI Trides manual to details on it).

5.4 Device Variable 3 Flow rate Flow rate is read by means of the Hall effect sensor (Refer to AMI Trides manual to details on it).

5.5 Device Variable 4 Hypochlorus acid Hypochlorus acid is calculated starting from disinfectant and pH values (Refer to AMI Trides manual to details on it).



109370.00 / 230616 9



PV Disinfectant - pH/Redox -Temp. - Flow rate -

Hypochlorus ppm - pH/mV - °C - rpm -

ppm

SV Disinfectant - pH/Redox -Temp. - Flow rate -


ppm

TV Disinfectant - pH/Redox -Temp. - Flow rate -


ppm

QV Disinfectant - pH/Redox -Temp. - Flow rate -


ppm





Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



109370.00 / 230616 10


Bit Name Notes








operating limits



Bit Name Notes









109370.00 / 230616 11


ALARMS CODES:


0 – 3

(INT32)

0 DIS. Alarm high E001 1 DIS. Alarm low E002 2 pH/Redox Alarm high E003 3 pH/Redox Alarm low E004 4 Reserved 5 Reserved 6 Sample Temp. high E007 7 Sample Temp. low E008 8 Sample Flow high E009 9 Sample Flow low E010 10 Temp. shorted E011 11 Temp. disconnected E012 12 Case Temp. high E013 13 Case Temp. low E014 14 TRIDES Reference E015 15 Reserved 16 Control Timeout E017 17 Reserved 18 Reserved 19 Reserved 20 Reserved 21 Reserved 22 Cleaning Reagent E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Cal. Recout E031 31 Wrong Frontend E032



109370.00 / 230616 12



















109370.00 / 230616 13









109370.00 / 230616 14

9. COMMON-PRACTICE COMMANDS 9.1 Supported Common Practice Commands




Number Name Notes


50 Read Dynamic Variable Assignment Returns the Variable Numbers associated with PV, SV, TV and QV

51 Write Dynamic Variable Assignment Writes the Variable Numbers associated with PV, SV, TV and QV


109370.00 / 230616 15


Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Micro Siemens 56 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Flow Revolutions per minute 241 Not used 250



109370.00 / 230616 16


Trides sensor value sample 1 per second

pH electrode value sample 1 per second


Hall effect sensor sample 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







109370.00 / 230616 17

ANNEX A: CAPABILITY CHECKLIST

Manufacturer, model and revision SWAN Analytic Instruments, AMI Trides rev. 1


HART revision 7.x












Burst mode? No



109370.00 / 230616 18



PV Sensor Type Disinfectant



PV Units ppm






109370.00 / 230616 19


Document Title HART Interface Description AMI Trides


Document Revision




HART® 7.x Field Device Specification for AMI Turbi Transmitters


Hinwil Switzerland

SWAN Analytical Instruments AMI Turbi HART Manual

109371.00 / 270616 2

TABLE OF CONTENTS

1. Introduction ......................................................................................................................................4

1.1 Scope ....................................................................................................................................4

1.2 Purpose .................................................................................................................................4


1.4 References ............................................................................................................................4



3.1 Connections..........................................................................................................................5


3.1.2 Multidrop Mode ....................................................................................................6

3.1.3 HARTREC Board .................................................................................................6




4.2 Host Interface .......................................................................................................................7

4.2.1 Process Turbidity ..................................................................................................7





5.1 Device Variable 0 Turbidity.................................................................................................8

5.2 Device Variable 1 Flow rate ................................................................................................8









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9.2 Burst Mode .........................................................................................................................15



11. Tables 16



12. Performance ...................................................................................................................................17

12.1 Sampling Rates ..................................................................................................................17

12.2 Power-Up ...........................................................................................................................17


12.4 Long Messages ...................................................................................................................17


12.6 Modes .................................................................................................................................17


12.8 Damping .............................................................................................................................17




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1. INTRODUCTION 1.1 Scope The SWAN Analytical Instruments model AMI Turbi transmitter complies with HART Protocol Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering Unit Codes supported). The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications.

1.2 Purpose This specification is designed to complement the AMI Turbi manual by providing a complete description of this Field Device from a HART Communication perspective.



MenAMI_Turbi_xx.pdf. Available from the SWAN Analytical Instruments web page.


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Instruments Model Name(s): AMI Turbi


Device Type Code:

58198 (E356 Hex)





3. PRODUCT OVERVIEW The AMI Turbi HART communication option board provides a 4 to 20mA output signal and can be monitored and configured using a HART master device or a hand-held communicator.




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3.1.3 HARTREC Board



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4. PRODUCT INTERFACES 4.1 Process Interface 4.1.1 Sensor Input Channels Refer to AMI Turbi manual to details on mounting FOME sensor.

4.2 Host Interface 4.2.1 Process Turbidity The 4 to 20mA output of the AMI Turbi HART option board represents a process value measurement, scaled according to the configured range of the instrument. This output corresponds to the Primary Variable. HART Communication is supported on this loop.


- Turbidity / Concentration

- Flow rate



Refer to AMI Turbi manual to details on it.



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Device Variables Variables Meaning Units 0 Turbidity / Concentration FNU-NTU/ppm

1 Flow rate l/h

2 Temperature °C


5.1 Device Variable 0 Turbidity Turbidity is read inside the measuring chamber (Refer to AMI Turbi manuals to details on it).

5.2 Device Variable 1 Flow rate Flow rate is read by means of the flow meter (Refer to AMI Turbi manuals to details on it).

5.3 Device Variable 2 Temperature Temperature is read by means of the Temperature sensor (Refer to AMI Turbi manuals to details on it).



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PV Turbidity / Concentration – Flow rate FNU – NTU / ppm – l/h

SV Turbidity / Concentration – Flow rate FNU – NTU / ppm – l/h

It is possible to associate any of these dynamic variables to PV or SV with a HART Master (or Handheld Communicator).




Linear 240

Bilinear 241

Logarithmic 242

Control Upwards 243



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Bit Name Notes








operating limits



Bit Name Notes









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ALARMS - MAINTENANCE CODES:


0 – 3

(INT32)

0 Alarm high E001 1 Alarm low E002 2 Reserved 3 Reserved 4 Range E005 5 Reserved 6 Reserved 7 Reserved 8 Sample Flow high E009 9 Sample Flow low E010 10 Reserved 11 Reserved 12 Case Temp. high E013 13 Case Temp. low E014 14 Reserved 15 Zero too high E016 16 Control Timeout E017 17 Turbi disconnected E018 18 Turbi Overflow E019 19 Lamp off E020 20 EEProm Turbi E021 21 Reserved 22 Cleaning Reagent E023 23 Input active E024 24 IC MK41T56 E025 25 IC LM75 E026 26 IC PCF8574 E027 27 Signal output open E028 28 EEProm Motherboard E029 29 EEProm Frontend E030 30 Calibration Recout E031 31 Wrong Frontend E032


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4 – 5

(INT16)

0 Photometer dirty E065 1 Filter congested E066 2 Check absorber E067 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved




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3 Read Dynamic Variables and Loop Current Returns PV and SV values and corresponding unit values along with AO value














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9. COMMON-PRACTICE COMMANDS 9.1 Supported Common Practice Commands




Number Name Notes


50 Read Dynamic Variable Assignment Returns the Variable Numbers associated with PV and SV

51 Write Dynamic Variable Assignment Writes the Variable Numbers associated with PV and SV


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11. TABLES 11.1 Engineering Type Unit Codes Units of Measurement Unit Code Temperature Degrees Celsius 32 Electric Potential millivolts 36 Electric Resistance Ω 37 Miscellaneous Hertz 38 Electric Current milliamperes 39 Time Minutes 50 Time Seconds 51 Time Hours 52 Time Days 53 Miscellaneous Micro Siemens 56 Miscellaneous Percent 57 Electric Potential Volts 58 Miscellaneous pH 59 Flow Liters per hour 138 Concentration Parts per million 139 Electric Resistance kΩ 163 Concentration Parts per billion 169 Turbidity Formazin Nephelometric Units 170 Turbidity Nephelometric Turbidity Unit 172 Not used 250 Special 253



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Turbi sensor value sample 1 per second


Flow meter sensor sample 1 per second





Minimum 2ms

Typical 5ms

Maximum 150ms







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ANNEX A: CAPABILITY CHECKLIST

Manufacturer, model and revision SWAN Analytic Instruments, AMI Turbi rev. 1


HART revision 7.x


Number and type of sensors 3 (two external, one internal)










Burst mode? No



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PV Sensor Type Turbidity

Lower Range Value 0 FNU

Upper Range Value 250 FNU

PV Units FNU






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Document Title HART Interface Description AMI Turbi


Document Revision




A-96.250.861 / 160718

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HART - irp-cdn.multiscreensite.com · Revision 7.5. This document specifies all the device specific features and documents HART Protocol implementation details (i.e. the Engineering