d-LIST Line Type Heat Detector - FireSense · d-LIST Line Type Heat Detector LISTp800 Operating Manual Valid as of: SCU 800 Firmware V2.00 LISTp800 version: V0.7588 LISTEC and LIST

d-LISTLine Type Heat Detector

LISTp800Operating Manual

Valid as of: SCU 800 Firmware V2.00

LISTp800 version: V0.7588

LISTEC and LIST are registered trade marks

LISTEC GmbH ▪ Am Sandberg 34 ▪ D-84424 IsenTel. +49 (0) 8083 5385-0 ▪ Fax +49 (0) 8083 5385-20

www.listec-gmbh.de ▪ [email protected] company of the Swiss Securitas Group

http://www.listec-gmbh.de/

LISTp800 Manual

All rights reserved. Under copyright laws, no part of this manual may be duplicated, transferred to third parties, or used for other purposes than intended, without prior written consent of LISTEC GmbH.

Delivery options and technical data are subject to change without prior notice!

Copyright © LISTEC GmbH 2015

60T281-01 / 16.04.2015 Page 2/50

LISTp800 Manual

CONTENT

1 CONVENTIONS AND ABBREVIATIONS..............................................................................................51.1 CONVENTIONS..............................................................................................................................51.2 ABBREVIATIONS...........................................................................................................................5

2 SAFETY AND GENERAL INFORMATION.............................................................................................52.1 SAFETY.......................................................................................................................................... 52.2 WARRANTY...................................................................................................................................52.3 STANDARDS AND CONFORMITY................................................................................................62.4 SOFTWARE LICENSING...............................................................................................................62.5 VALIDITY........................................................................................................................................ 6

3 REQUIREMENTS AND INSTALLATION...............................................................................................73.1 REQUIREMENTS...........................................................................................................................73.2 INSTALLATION..............................................................................................................................7

4 SCU 800 CONNECTIONS......................................................................................................................8

5 STARTING LISTP800............................................................................................................................85.1 DATE AND TIME REFERENCE.....................................................................................................85.2 COMMUNICATION OPTIONS........................................................................................................85.3 DEFAULT SETTINGS.....................................................................................................................8

6 MAIN WINDOW......................................................................................................................................96.1 MENU BAR...................................................................................................................................10

6.1.1 PROJECT.............................................................................................................................106.1.2 TOOLS..................................................................................................................................106.1.3 OPTIONS..............................................................................................................................10

6.1.3.1 COMMUNICATION........................................................................................................106.1.3.2 AUTOMATIC SCU DETECTION....................................................................................116.1.3.3 DEFAULT FOLDER PATHS..........................................................................................12

6.1.4 HELP.....................................................................................................................................126.2 TOOL BAR....................................................................................................................................136.3 SIDEBAR......................................................................................................................................146.4 VIEWS..........................................................................................................................................156.5 SENSOR TAB...............................................................................................................................156.6 SCU INFORMATION....................................................................................................................166.7 TEMPERATURE GRAPHS...........................................................................................................166.8 STATUS BAR...............................................................................................................................16

7 USING LISTP800.................................................................................................................................177.1 SELECTING MULTIPLE LINE TABLES........................................................................................177.2 TEMPERATURES AND THRESHOLDS.......................................................................................187.3 ENABLE/ DISABLE SENSORS....................................................................................................207.4 ASSIGN ZONES...........................................................................................................................217.5 EVENT MEMORY.........................................................................................................................22

7.5.1 INFORMATIONAL EVENTS..................................................................................................227.5.2 ALARM EVENTS...................................................................................................................237.5.3 FAULT EVENTS....................................................................................................................24

7.6 RESETTING THE SCU 800..........................................................................................................257.7 CABLE COMMUNICATION STATUS...........................................................................................267.8 MAX. DIFFERENTIAL TEMPERATURES.....................................................................................26

8 STATUS AND TESTS..........................................................................................................................278.1 SCU STATUS...............................................................................................................................278.2 REPORTS....................................................................................................................................288.3 RELAY TEST................................................................................................................................30

8.3.1 SCU 800-03...........................................................................................................................308.3.2 SCU 800/16...........................................................................................................................30

9 SCU CONFIGURATION.......................................................................................................................31

60T281-01 / 16.04.2015 Page 3/50

Manual LISTp800

9.1 EN 54-5 RESPONSE BEHAVIOUR..............................................................................................319.2 SET SCU 800 UNIT NUMBER......................................................................................................329.3 STARTING THE CONFIGURATION.............................................................................................339.4 NEW CONFIGURATION..............................................................................................................34

9.4.1 AUTOMATIC SENSOR DETECTION....................................................................................349.4.2 GET IMPRINTS.....................................................................................................................359.4.3 SORTING SENSORS...........................................................................................................369.4.4 EDIT SENSOR NUMBERING...............................................................................................379.4.5 RELAY CONFIGURATION....................................................................................................39

9.4.5.1 SCU 800-03...................................................................................................................399.4.5.2 SCU 800/16...................................................................................................................40

9.4.6 SCU PARAMETERS.............................................................................................................439.4.7 ZONE ASSIGNMENT............................................................................................................459.4.8 THRESHOLDS......................................................................................................................469.4.9 EXPORT THE CONFIGURATION........................................................................................47

9.5 CHANGE A CURRENT CONFIGURATION..................................................................................489.6 CURRENT CONFIGURATION: ADDING AND REMOVING SENSORS......................................489.7 LOAD A CONFIGURATION FROM A FILE..................................................................................50

Page 4/50 60T281-01 / 16.04.2015

LISTp800 Manual

1 CONVENTIONS AND ABBREVIATIONS

1.1 CONVENTIONS

Important: Notes in a text box of this type are of utmost importance to correct andsuccessful installation and operation of the system. These notes must be adhered to at all times.

Font format for further reading.

Font format for LCD or PC on-screen text.

Font format for buttons, tabs and clickable items in PC software.

Font format for abbreviations.

Font format for important information.

1.2 ABBREVIATIONS

CRC Cyclic redundancy checkLCD Liquid crystal displayLED Light emitting diodeGUI Graphical user interfacePC Personal computerRDU Remote display unit (RDU 316)REL RelayROM Read only memorySCU Sensor Control Unit (SCU 800)TA Push button

2 SAFETY AND GENERAL INFORMATION

2.1 SAFETY

Read before installing the product.

Retain and follow all product safety and operating instructions. Always refer to the documentation supplied with the equipment, whether printed or in electronic format.

Observe all warnings in the operating manual.

2.2 WARRANTY

All parts of the d-LIST sensor cable systems have been manufactured with greatest precision and the highest degree of care. Nevertheless, the possibility of a malfunction occurring during operation can not be ruled out entirely.

In the event of a problem contact the authorised installer or the supplier of your system. The two year warranty period begins with the date of delivery. All parts that become defective because of a demonstrable flaw in their manufacture or material, will be replaced or repaired free of charge during this period. Such cases will not extend the original warranty period, nor will a new warranty periodbe granted for the replaced or repaired parts.

Beyond these regulations, the current “General Conditions for the Supply of Products and Services of the Electrical and Electronics Industry”, issued by ZVEI, the Zentralverband Elektrotechnik- und Elektronikindustrie e.V., are applicable.

60T281-01 / 16.04.2015 Page 5/50

Manual LISTp800

2.3 STANDARDS AND CONFORMITY

The SCU 800 and SEC 15 sensor cable have been tested according to applicable European guidelines and other relevant standards as outlined in the Declaration of Conformity, and are marked with the sign.

WEEE

A product carrying this symbol may not be treated as household waste. By ensuring correct disposal, you will help to prevent potential negative consequences for the environment and human health.

For more detailed information, please contact your waste disposal service.

RoHS

All products and components follow the RoHS guidelines and requirements.

2.4 SOFTWARE LICENSING

The software described in this manual uses source-code generated by third parties, released under the GNU Lesser General Public License 3.0, Eclipse Public License 1.0, and Apache License 2.0. To comply with the aforementioned licenses, a CD-copy of the source-code, including the changes, is available free of charge on request, against a refund for materials, shipping and handling. The source-code is not required for the use of the equipment / software described in this manual.

The licences for the various modules are contained within the software, and can be viewed once the software has been started:

Click Help → About LISTp800 → Installation Details

Select a plug-in in the following window's Plug-ins tab and click Legal Info to open corresponding legal information in the default web-browser.

2.5 VALIDITY

This document is valid as of the following versions:

LISTp800 Software V0.7.588

SCU 800 firmware V2.00

The version number of the software is printed on the ROM. Version numbers of circuit boards are printed in square brackets next to the serial number.

Page 6/50 60T281-01 / 16.04.2015

LISTp800 Manual

3 REQUIREMENTS AND INSTALLATION

LISTp800 is a GUI for SCU 800 controllers. Communication with one or more SCU(s) is established via serial port (RS232 or RS485).

Note: LISTp800 can only be used on SCU 800 controllers with firmware version V2.00 or higher.

LISTp800 requires no registration or special hardware for general usage. The software may be used to visualise the data from SCU(s) and generate status reports for these controllers. Certain functions are password protected and therefore for operator use only.

Special functions require a licence, such as the configuration of SCU controllers. LISTp800 licences are installed on dongles, which must be purchased separately.

The configuration licence is only available in combination with a training.

3.1 REQUIREMENTS

LISTp800 has the following requirements:

PC with a RS232 or RS485 serial port.

Windows XP (minimum required version).

32 Bit Java Runtime Environment JRE 7 Update 25 (minimum required version).

Special connection cable VK232-S8-PC for RS232 connections to the SCU.

3.2 INSTALLATION

No special operating system privileges are required for the LISTp800 installation. LISTp800 is a Java package, which can be started from any folder on a PC.Following steps are required before starting:

Use file explorer to copy LISTp800.zip to a folder of your choice.

Unpack the contents of LISTp800.zip (Right-click on zip-file and select Extract all...).

Select the folder with the LISTp800 programme files.

Start the software by double-clicking listp800.exe

60T281-01 / 16.04.2015 Page 7/50

Manual LISTp800

4 SCU 800 CONNECTIONS

Please refer to the SCU 800 manual 60T280 for information on RS232 and RS485 connections.

Power on the SCU before proceeding with LISTp800.

Note: Do not make changes to the SCU sensor configuration with buttons TA1 and TA2, while LISTp800 is running.

5 STARTING LISTP800

5.1 DATE AND TIME REFERENCE

The SCU has no internal clock, and therefore does not register timestamps for events. Instead it uses a counter, which increments by one every ten seconds. The counter is initialised on start-up and all subsequent events are registered with the then current counter value.

Timestamps are calculated by the PC running LISTp800, referencing its current date & time against the counter value for the registered event in relation to the counter's current value.

Note: Therefore, it is imperative that the PC's date, time and time-zone are set to local time for the timestamps to be correct.

After starting LISTp800, the following message is displayed:

Make sure that the local time settings on the PC are correct.

Click OK to continue.

5.2 COMMUNICATION OPTIONS

When connecting to a SCU system for the first time, communication settings must be set-up to meet thesystem requirements as described in 6.1.3.1.

5.3 DEFAULT SETTINGS

Default folder paths can be set when starting LISTp800 for the first time: 6.1.3.3.

Page 8/50 60T281-01 / 16.04.2015

LISTp800 Manual

6 MAIN WINDOW

The main window is divided into six areas:

6.1 MENU BAR 6.3 SIDEBAR 6.6 SCU INFORMATION

6.2 TOOL BAR 6.4 VIEWS 6.7 TEMPERATURE GRAPHS

Note: Each area can be resized by clicking and dragging its border.Columns marked with a * can be sorted in ascending or descending order.

60T281-01 / 16.04.2015 Page 9/50

Manual LISTp800

6.1 MENU BAR

6.1.1 PROJECT

→ ExitEnds LISTp800 (equivalent to the in the upper right corner of the main window).

6.1.2 TOOLS

Settings for default paths and communication.

6.1.3 OPTIONS

After selecting Tools → Options in the menu bar, the Communication parameters can be set.

6.1.3.1 COMMUNICATION

Type filter text finds a keyword in the option bar.

Port selects the serial port for the SCU. All available serial ports are listed.

Baud rate selects the baud rate, as set in the SCU(s) (1200, 2400, 4800, 9600 = default).

Detect lists all connected SCUslaves. This must be done for each new system.

Change no. allows the slave number of the SCU to be set during configuration 9.

Page 10/50 60T281-01 / 16.04.2015

LISTp800 Manual

6.1.3.2 AUTOMATIC SCU DETECTION

Select the Port and its Baud rate to which the SCU(s) are connected.

Click Detect to scan for all connected SCUs.

OK

Note: Obligatory for each newsystem and after adding or removing a SCU.

Click Cancel to stop scanning.

Select required slaves by ticking the appropriate boxes.

Click OK.

Note: Use RS232 to directly connect to one slave only.RS485 can be used to connect up to 31 SCUs.

60T281-01 / 16.04.2015 Page 11/50

Manual LISTp800

6.1.3.3 DEFAULT FOLDER PATHS

Production files: Set this path when configuring a SCU.LISTp800 parses this folder for cable information during configuration, thus sensor cable production files must be saved to this folder.

Reports: Enter the default path for saving status reports and configuration files( 9.4.9 and 8.2).

OK saves the settings and closes the window.

6.1.4 HELP

→ About LISTp800Features of LISTp800 and installation details.

Page 12/50 60T281-01 / 16.04.2015

LISTp800 Manual

6.2 TOOL BAR

The tool bar contains the most commonly used functions.

Symbol Function ExplanationKeys SCU

communicationstatus

Pass-word

Dongle

Connectstarts communication with the selected SCU(s)

- - -

Disconnectterminates communication with the SCU(s)

- - -

Reset alarm / fault 7.6 - - Connected

Configure SCUopens the configuration window for the selected SCU( 9)

- Disconnected

Refresh cable communication status

updates the selected SCU's cable communication status(7.7)

Connected

Test relaysopens the option to test the zonal relays of the selected SCU ( 8.3)

Connected

Refresh max. differential temperatures

updates the list of maximum differential temperatures for the selected zone ( 7.8)

Connected

Zone assignmentfor allocating selected sensors to a zone ( 9.4.7)

- Disconnected

Change thresholdsto set alarm thresholds for the selected zone ( 9.4.8)

- Connected

Create a report (Ctrl+6)

to generate status reports forthe selected SCU(s) ( 8.2)

- - Disconnected

Note: No passwords are required, if the configuration licence dongle is plugged into the PC.

60T281-01 / 16.04.2015 Page 13/50

Manual LISTp800

6.3 SIDEBAR

The sidebar shows the available SCUs and their zones. Click next to the SCU to expand the zones.

Right-clicking a SCU or zone opens the context menu with the following functions:

Symbol Function Explanation SCU status

Change thresholdsto set alarm thresholds for the selected zone( 9.4.8) Connected

Refresh cable communication status

updates the selected SCU's cable communication status ( 7.7)

Connected

Refresh max. differential temperatures

updates the list of maximum differential temperatures for the selected zone.( 7.8) Connected

SCU statusSensor defect, cable defect, ROM defect, configuration fault, and disabled sensors will be shown ( 8.1)

-

Test relays to test the zonal relays of the selected SCU ( 8.3)

Connected

The following symbols show the communication status for the available SCUs:

Symbol Explanation

Disconnected SCU

Connected SCU, communication is OK

Alarm and fault statuses are indicated next to SCUs and zones. Zonal status indicators disappear, once the status no longer exists.SCU status indicators represent the respective relays' status. Indicators and respective relays are latched and must be reset manually.

Symbol Explanation

Alarm

Fault

Page 14/50 60T281-01 / 16.04.2015

LISTp800 Manual

6.4 VIEWS

The following tabs are available in this area:

Senso rs: All information with regard to each sensor is listed here.

E vent memory: All events are listed with a time-stamp, SCU number, zone, sensor number, cable imprint and number ( 7.5).

Cable com munication status: Entries in this table indicate communication problems between SCU and sensor cable ( 7.7).

Max. di fferential Temperatures: List of up to eight maximum differential values per alarm section. This serves to set the differential threshold values ( 7.8).

6.5 SENSOR TAB

The number of sensors shown in the sensor tab depends on whether a SCU or a zone is selected in the sidebar. The following information is available for each sensor: The sensor's zone, actual and reference temperatures, maximum and differential alarms, pre-signals and faults, enabled / disabled status, cable imprint, cable number, SCU port and physical address( 7.2).

Symbol Explanation

Alarm pre-signal: Maximum or differential temperature, non-latching.(Present as long as the pre-signal criterion is met or exceeded.)

Alarm: Maximum or differential temperature, non-latching.(Present as long as the alarm criterion is met or exceeded.)

Frost pre-signal, non-latching.(Present as long as the temperature is below the frost pre-signal threshold.)

Frost alarm, non-latching.(Present as long as the temperature is below the frost alarm threshold.)

Fault, latched.(Can only be reset, if the respective fault has been cleared.)

Enabled sensor.

Disabled sensor.

Right-clicking the selected sensor(s) opens a context menu with options for enabling / disabling, or reassigning the sensor(s) to another zone ( 7.3, 7.4).

60T281-01 / 16.04.2015 Page 15/50

Manual LISTp800

6.6 SCU INFORMATION

Information: The averages of the actual temperatures, the reference temperatures and the drift of all sensors are listed. The number of configured and currently active sensors are also shown.

Thresholds: The threshold values per zone for maximum, differential and frost temperatures are displayed.

Note: No modifications of the threshold values are possible in this window.

6.7 TEMPERATURE GRAPHS

Temperature graphs may be viewed via the Line graph and Bar graph tabs.

The information shown in the graphs depends on the item selected in the sidebar:

Selecting a SCU shows the average temperature of each zone.

Selecting a zone shows the temperature of each sensor in the selected zone.

The following colours are used as indicators in the graph:

Green No alarm Orange Pre-signal Red Alarm Grey Disabled Yellow Fault

The button in the right hand corner of the Line graph tab can be used to display differential-, or current temperatures.

Graph views can be saved as PNG-files via right-click on the graph.

6.8 STATUS BAR

The status bar indicates the current connection status of the SCU(s) on the left, and the presence of a dongle on the right.

Page 16/50 60T281-01 / 16.04.2015

LISTp800 Manual

7 USING LISTP800

Also refer to the previous chapter for more information.

7.1 SELECTING MULTIPLE LINE TABLES

To select and manipulate multiple lines in the configuration tool's general views and tables, the same techniques as in commonly used spreadsheet programs can be applied.

Select all lines in a table:

1. Press Ctrl and A keys to select all lines in a table.

Select a group of lines:

1. Select the first line of the group to be marked.

2. Press and hold the Shift key, then select the last line of the group to be marked.

Select several groups of lines:

1. Select the first line of the first group to be marked.

2. Press and hold the Shift key, select the last line of that group, then release the Shift key.

3. Press the Ctrl key and select the first line of the next group to be added.

4. Press and hold Ctrl and Shift keys, then select the last line of the next group to be added.

Add or remove lines from a group:

1. Press and hold the Ctrl key and select lines one at a time.

60T281-01 / 16.04.2015 Page 17/50

Manual LISTp800

7.2 TEMPERATURES AND THRESHOLDS

Click in the tool bar to connect to the SCU(s).

Select a SCU.

All current values for the SCU are shown in Sensors tab.

Click in the sidebar to expand the zones for the selected SCU ( 6.3).

Select a zone.

The sensor information for the selected zone is displayed.

Page 18/50 60T281-01 / 16.04.2015

LISTp800 Manual

Click Thresholds in the SCU information area to view the thresholds of each zone for the selected SCU.

Note: No modifications of the threshold values are possible in this window.

Following action requires a dongle with a configuration licence:

Thresholds can be changed with in the tool bar,

or

using the zone context menu via right-click in the sidebar.

Note: To activate this tool, first expand zones with and then select desired zone.

60T281-01 / 16.04.2015 Page 19/50

Manual LISTp800

7.3 ENABLE/ DISABLE SENSORS

Click in the tool bar to connect to the SCU(s).

Select the required sensor(s).

Open the context menu by right-clicking.

Click Enable or Disable.

If a dongle with a configuration licence is present, this action will be carried out immediately.

Without dongle, a password is required to complete this step.

Enter password and click Login.

Disabled sensors are indicated by and an actual temperature of -99,9 °C.

Note: Disabled sensors can easily be located by sorting the actual temperature column. They are not used to calculatethe average temperature.

The SCU and the zones of the disabled sensors are marked by the fault sign in the sidebar, if the option Do not set fault when disabling sensors has not been enabled ( 9.4.6).

Note: After enabling a sensor, the SCU must be reset with .

Page 20/50 60T281-01 / 16.04.2015

LISTp800 Manual

7.4 ASSIGN ZONES

Following action requires a dongle with a configuration licence:

Select the required sensors.

Use right-click sensor context menu to edit the zones.

Zone assignment can also be edited with the tool bar symbol.

Note: At least one sensor must be selected to activate this button.

60T281-01 / 16.04.2015 Page 21/50

Manual LISTp800

7.5 EVENT MEMORY

Select the Event memory tab.

Select the required SCU to refresh the contents of the tab.

An event text is made up of two parts:

The short text before the hyphen, as it is displayed on a LISTcontroller-Master and / orRDU display,

and

a more detailed explanation after the hyphen (LISTp800 only).

The following background colours are used to highlight events:

White Information Light red Pre-signal Red Alarm Light blue Frost pre-signal Blue Frost alarm Yellow Fault

All events are listed with a time-stamp relative to the PC's time and date ( 5.1) and the SCU's number.Events pertaining to sensors also include zone number, sensor number, cable imprint, and cable number.

Events can be divided into three main categories: Information, alarms, and faults.

7.5.1 INFORMATIONAL EVENTS

Auto-Search - Automatic sensor detection:The automatic detection of sensors has been activated – sensor sorting is lost and numbering set to default values from there on ( 9.4.1).

Enabled - Sensor enabled:A previously disabled sensor has been enabled ( 7.3).

Note: After enabling a sensor the SCU must be reset with .

Page 22/50 60T281-01 / 16.04.2015

LISTp800 Manual

Initialise - Restart system:This event is displayed only, if sensors have been renumbered, added, or removed in the LISTp800 sensor configuration window.Ref.-profile - Building reference profile will follow this event.

Ref.-profile - Building reference profile:The SCU started to retrieve temperatures from the sensors, in order to establish each sensor's reference temperature and the reference profile for the unit. Measuring - Start measurement, system active will follow this event.

Measuring - Start measurement, system active:Reference profile has been established, the SCU is active.

Power on:Indicates the date and time, at which the SCU was switched on.Ref.-profile - Building reference profile will follow this event.

Reset:The SCU has been reset by LISTp800, or the unit's reset button, or the external reset input.

Note: The presence of this event does not necessarily mean, that the SCU has been reset completely. If thresholds are still exceeded and / or faults have not been cleared, the SCU may still be in alarm or fault status.

Snr. active - Sensor re-activated after reset:Sensor(s) is (are) reconnected and operational after an automatic reset of the SCU, that had previously been disconnected from a running system.

WD-Reset - Watchdog reset (internal):Reset initiated by watchdog circuit. This may be due to multiple and / or simultaneous errors.

7.5.2 ALARM EVENTS

T-heating - Pre-signal: differential temperature:This event indicates a pre-signal for a differential alarm. Pre-signal levels depend on the threshold of thezone which the sensor belongs to, and the SCU's pre-signal level (diff. Temp. in %) ( 9.4.8, 9.4.6).

Fire alarm - Differential threshold exceeded *:An alarm has been set for the relevant sensor, because it exceeded the differential threshold of the zoneit belongs to ( 9.4.8).

Note: The sensor's differential temperature must be 0.5°C below its zone's differential threshold, before the SCU can be reset with .

Warning max. - Pre-signal: maximum temperature:This event indicates a pre-signal for a maximum alarm. Pre-signal levels depend on the threshold of the zone which the sensor belongs to and the SCU's pre-signal level (max. Temp. in %) ( 9.4.8, 9.4.6).

60T281-01 / 16.04.2015 Page 23/50

Manual LISTp800

Fire alarm! - Maximum threshold exceeded *:An alarm has been set for the relevant sensor, because its actual temperature exceeded the maximum threshold of the zone it belongs to ( 9.4.8).

Note: The sensor's actual temperature must be 0.5°C below its zone's maximum threshold, before the SCU can be reset with .

Frost warn. - Warning: low temperature:A pre-signal has been set for this sensor, because the actual temperature fell to a value of 5 °C or less above the minimum threshold of the zone it belongs to.

Frost alarm – Temperature below minimum threshold *:A frost alarm has been set for this sensor, because its actual temperature fell below the minimum temperature threshold of the zone it belongs to ( 9.4.8).

7.5.3 FAULT EVENTS

Disabled - Sensor disabled:Sensor(s) has(have) been disabled. The SCU and the zones of the disabled sensors are marked by the fault sign in the sidebar, if the configuration option Do not set fault when disabling sensors has not been enabled ( 9.4.6).Disabled sensors are indicated by and an actual temperature of -99,9 °C in the Sensor tab.

F: Arr.overfl. - Fault: Array overflow fault:Communication between a superordinate equipment and the SCU caused an array overflow. The communication must be analysed. Also refer to the respective manual for the protocol in use.

F: Config. - Fault: Configuration:Indicates, that there is no configuration stored in SCU memory. This is the case, if a new SCU has neverbeen configured before.

F: Comm. M/S - Fault: Master/Slave communication:The communication master requested data, and the SCU was not able to reply without error.

F: Sensor - Fault: CRC, temperature data not OK:CRC verification of the sensor's temperature data has failed in the last four measuring cycles.This could be caused by excessive sensor cable branching – please refer to the SCU hardware manual for further information.

F: Sensor - Fault: Sensor broken or not answering:The respective sensor is no longer answering requests from the SCU, indicating that it may be disconnected or physically damaged.

F: SEC - Fault: Sensor cable, no sensors active:All sensors configured in the SCU are defective or disconnected.

F: SCU - ROM-Defect (Replace SCU 800 firmware!): The SCU firmware-ROM power-up test failed, necessitating ROM replacement.

Page 24/50 60T281-01 / 16.04.2015

LISTp800 Manual

7.6 RESETTING THE SCU 800

Alarms and faults on a SCU can only be reset if

the actual temperature values are at least 0,5 °C below the maximum temperature threshold of the respective zone(s),

the differential temperature values are at least 0,5 °C below the differential temperature threshold of the respective zone(s),

all faults have been cleared / repaired.

Differential and maximum alarms, as well as fault signals, are latched for relays and the indication in the LISTp800 sidebar. They can only be reset by clicking , or the reset button on the SCU.

Pre-signals and frost alarms are non-latching. If the criterion for these is no longer met, relays and the indications in the LISTp800 sidebar are automatically reset.

60T281-01 / 16.04.2015 Page 25/50

Manual LISTp800

7.7 CABLE COMMUNICATION STATUS

This table indicates communication problems between the selected SCU and its sensor cable(s). This may be due to bad connections, impermissible sensor cable lengths and / or branching. Please refer to SCU 800 manual 60T280 for further information on sensor cable lengths and branching.Frequent entries, i.e. more than one entry per half hour, requires fault tracing by trained service personnel. An empty list indicates flawless communication between SCU and sensor cable.

Note: This list does not refresh automatically. Once selected, it must be refreshed manually with .

Select the Cable communication status tab.

Select the required SCU.

Refresh the list with in the tool bar, or in the sidebar's zone right-click context menu.

7.8 MAX. DIFFERENTIAL TEMPERATURES

Up to eight maximum differential temperatures are available for each zone. These maximum values are saved to the table on temperature increases. Only the highest value is saved to the list, if multiple sensors in one zone show a temperature increase in the same period.These values may be used to set the differential alarm thresholds of the zones.

Note: This list does not refresh automatically. Once selected, it must be refreshed manually with .

Select the Max. differential temperatures tab.

Select the required zone.

Refresh the list with in the tool bar, or in the sidebar's zone right-click context menu.

Up to eight highest differential temperature values for this zone will be shown.

Page 26/50 60T281-01 / 16.04.2015

LISTp800 Manual

8 STATUS AND TESTS

8.1 SCU STATUS

In case of a general fault, SCU status shows currently active fault(s).

Select SCU status from the SCU or zone right-click context menus.

Current fault states are shown:no = Fault status inactiveyes = Fault status active

OK closes the window.

The following faults may be shown ( 7.5.3):

Sensor defect:One or more sensors not responding to polling, or incorrect CRC in the temperature data. This can only be reset, once the sensors have been reconnected, or the faulty connection has been fixed.

Corresponding events:

F: Sensor. - Fault: CRC, temperature data not OK

F: Sensor - Fault: Sensor broken or not answering

Cable defect:Is set at the end of a measuring cycle, if all sensors are defect, or no sensor could be found during configuration. This fault can only be reset, once the connections have been repaired or corrected.

Corresponding event:

F: SEC - Fault: Sensor cable, no sensors active

ROM defect:Is set on faulty SCU firmware ROM.


F: SCU - ROM-Defect (Replace SCU 800 firmware!)

60T281-01 / 16.04.2015 Page 27/50

Manual LISTp800

Configuration fault:The SCU has no configuration.


F: Config. - Fault: Configuration

Sensor(s) disabled:One or more sensors have been disabled and the option Do not set fault when disabling sensors has not been enabled (EN 54-5 DEFAULT = DEACTIVATED) ( 9.4.6).


Disabled - Sensor disabled

8.2 REPORTS

Reports can be generated as commissioning information, for maintenance purposes, or as a fault clearing first-aid.

Disconnect the communication to all SCU(s).

Click to generate a report.

Select SCU(s) of interest.

Optionally enter the SCU's serial number next to its unit number by double clicking into the respective field.

Project name:Optionally enter the project name.

Reporter:Optionally edit the report originator's name, the default being the Windows login name.

Unit/ System designation:Optionally enter further info, which will be added as a suffix to the file name.

Create:Starts report generation.

Page 28/50 60T281-01 / 16.04.2015

LISTp800 Manual

Current status of selected SCUs is retrieved.

Click Cancel to abort synchronisation.

The report is generated.

Click Cancel to abort report generation.

Click OK to delete old lists fromselected SCUs.

The report will be saved to the default path, as set in 6.1.3.3

Note: It is recommended to delete old information after an annual maintenance, soit does not clutter up the following year's report.

60T281-01 / 16.04.2015 Page 29/50

Manual LISTp800

8.3 RELAY TEST

Relays may be set to test the connection between the SCU and superordinate equipment.For SCU 800-03 units, only the two general alarm relays and the general fault relay can be set.For SCU 800/16 units, only the zonal relays and the general fault relay can be set.

Select SCUs of interest in the side bar.

Click in the tool bar, or Test relays in the respective SCU's right-click context menu.

8.3.1 SCU 800-03

AL1 and AL2 activate the alarm relays for the two sensor cable ports K1 and K2 respectively.

Fault Relay activates the common fault relay.

Activated relays are indicated by a greyed out button.

Click Reset to unset all relays.


8.3.2 SCU 800/16

Click the number button for the relay to be set, or Fault Relay to test the respective relay.

Activated relays are indicated by a greyed out button.

Click Reset to unset all relays.


Note: Selecting relays 1 to 8 will also activate relay AL1 on the SCU main board, as well as LED A on the front panel.Selecting relays 9 to 19 will also activate relay AL2 on the SCU main board, as well as LED B on the front panel.

Page 30/50 60T281-01 / 16.04.2015

LISTp800 Manual

9 SCU CONFIGURATION

This option is only available, if a dongle with the LISTp800 configuration licence is connected to the PC.

Configuration of a SCU covers following points:

Adding sensor cable information and editing sensor numbering ( 9.4.4).

Relay configuration ( 9.4.5).

Setting general SCU parameters ( 9.4.6).

Assigning sensors to zones ( 9.4.7).

Threshold settings for zones ( 9.4.8).

Export the configuration to a file ( 9.4.9).

Note: Make sure, that the communication to the SCUs is disconnected ( ) and the dongle is plugged into the PC.

SCU switch S2 must always be set towards the ROM (SCU 800 Manual 60T280).

9.1 EN 54-5 RESPONSE BEHAVIOUR

Note: Standard settings conform with a system response behaviour according to EN 54-5, class A1. Any deviation invalidates conformity.

Relevant standard settings for EN 54-5 class A1 conformity are:

Description Standard setting

General SCU settings ( 9.4.6)

Measuring cycle interval 00:00:10

Reference value adjustment 1

Co-incidence detection (double-knock) off

HSM (High Sensitivity Mode) off

Do not set fault when disabling sensors off

Alarm thresholds ( 9.4.8 )

Differential temperature threshold 2.8

Absolute (maximum) temperature threshold 50.0

Where applicable, references to standard settings are made in LISTp800.LISTp800 does not automatically check for deviations from the standard settings.The verification of appropriate settings lies within the responsibility of the person programming the SCU.

All other configuration settings do not interfere with conformity.

60T281-01 / 16.04.2015 Page 31/50

Manual LISTp800

9.2 SET SCU 800 UNIT NUMBER

In a RS485 network, each SCU must have a unique unit number. The unit number is used by LISTp800 to identify the unit, as well as the MODBUS device number for communication with superordinate equipment.

Note: When changing SCU unit numbers, connect to one unit at a time, either 1-to-1 with a RS232 serial interface, or by switching off all other SCUs in the RS485 network.

Detect the connected SCU as described in 9.4.1.

Select the row of the SCU to bechanged.

Click Change no.

Enter desired unit number.

OK sends the new unit number to the SCU and rescans units.

Note: The SCU number must range from 1 to 31 and may not exist in the current numbering.

Page 32/50 60T281-01 / 16.04.2015

LISTp800 Manual

9.3 STARTING THE CONFIGURATION

Only previously detected SCUs can be configured ( 9.4.1).

Disconnect communication to all SCUs with .

Select the SCU of interest in the sidebar( 6.3).

Start configuration with .

F etch the current configurationfrom the SCU.

File imports an existing configuration from a file.

Get imprints from the production file.

Edit the numbering of one or several sensors.

Remove sensors.

Undo all modifications in the currently open window.

Reconfigure starts a new configuration (also used to add / remove sensors to / from a configuration).

Send dispatches changes in the current window to the SCU.

Back to the previous configuration step.

Next step of the configuration.

Close ends the configuration.

There are four ways to (re)configure a SCU: Reconfigure creates a new configuration ( 9.4).

Fetch the current configuration from the SCU and adapt it ( 9.5).

Fetch and Reconfigure the SCU's current configuration by adding or removing sensors( 9.6).

File loads an existing configuration from a file to configure a unit( 9.7).

60T281-01 / 16.04.2015 Page 33/50

Manual LISTp800

9.4 NEW CONFIGURATION

9.4.1 AUTOMATIC SENSOR DETECTION

This step automatically detects all sensors connected to the SCU. The number of expected and found sensors should be checked against the installation documentation.

Note: A d-LIST system requires at least 10 sensors for acorrect differential evaluation.

Click Reconfigure...

Read and acknowledge the warning, if the consequences are understood.

Click OK to continue with the automatic sensor detection.

If the message above the progress bar does not reflect any changes, may be clicked to cancel automatic sensor detection.

The number of detected sensors is shown in the title of the next message box.

Click Cancel to continue.

Note: SCUs without a previous configuration will set a fault signal(Event: F: Config. - fault: configuration).This may be reset by pressing the SCU front panel reset button (↶).

Page 34/50 60T281-01 / 16.04.2015

LISTp800 Manual

9.4.2 GET IMPRINTS

Cable production files are available from the system supplier. These files contain the association between physical addresses and sensor imprint ( SCU 800 manual 60T280). The file names correspond to the sensor cable number.

This procedure adds the sensor cable information to the sensors' physical addresses. No sorting takes place at this stage.

Detected sensors are shown without imprints and cable number(s).

Automatic zone assignment after auto-detecting sensors:Zone 1 = sensor cable port 1Zone 2 = sensor cable port 2

Click Get imprints.

Confirm path to the production files ( 6.1.3.3).

Click OK.

The imprints are imported from the production file(s).

Click OK.

Note: If no, or not all cable production data is available in the production file folder, an error message will be shown. Please check the path to the production files and make sure that the file(s) for the cable(s) are available.

60T281-01 / 16.04.2015 Page 35/50

Manual LISTp800

9.4.3 SORTING SENSORS

Click a column header marked with a * to sort the table in ascending order. Click again to toggle to descending order.

Example:

Select Imprint* to sort sensor imprints in ascending order.

Select Imprint* again to sort sensor imprints in descending order.

Select Cable* to sort by cable number and imprint.

Note: Compare imprints of detected sensors to imprints noted in the installation documentation to check for inconsistencies.

Gaps in the imprint numbering are not indicated by LISTp800 and must be checked for by the user.

The verification of imprints and the amount of sensors is within the responsibility ofthe LISTp800 user.

Page 36/50 60T281-01 / 16.04.2015

LISTp800 Manual

9.4.4 EDIT SENSOR NUMBERING

The following rules apply for the logical numbering of sensors:

1. The order in which the sensors have been sorted determines the order of logical numbering when selecting two or more sensors ( 9.4.3).

2. If a sensor number already exists in the table, it will be overwritten by a zero (0). A sensor number of value zero is invalid and must be edited, else data transmission to the SCU will be impossible.

3. The valid range for sensor numbers is from 1 to 6499.

Note: When connecting the SCU to superordinate systems with MODBUS, sensornumbers are limited to a range from 1 to 768.

Changing the number of one sensor:

Select a sensor in the table.

Click Edit.

Enter the new number into fieldSensor number.

Click OK.

Changing the sensor numbers of multiple or all sensors:

Sort sensors into desired order ( 9.4.3).

Select the lines for sensors of interest ( 7.1).

Click Edit.

Enter the starting number, fromwhich the first sensor of the selected group will be numbered.

Click OK to renumber sensors.

60T281-01 / 16.04.2015 Page 37/50

Manual LISTp800

Once all cable data has been adapted to project requirements, the sensor information can be sent to theSCU:

Send starts transfer of the adapted data to the SCU.

Note: It is not possible to move backward or forward in the configuration without sending the new values to the SCU.

Close will not send the data to the SCU and prompt a warning.


OK transfers the new numbering to the SCU.

If the message above the progress bar does not reflect any changes, may be clicked to cancel automatic sensor detection.

Page 38/50 60T281-01 / 16.04.2015

LISTp800 Manual

Click Next > to continue.

9.4.5 RELAY CONFIGURATION

Zonal relays may be used to signal alarms, pre-signals and / or faults per configured zone. The total number of zonal relays in a unit is given by the SCU type (SCU 800 manual 60T280):

SCU 800-03: 0 (zero) zonal relays.Default: One alarm relay per sensor cable port and one general fault relay.

SCU 800/8 (legacy): 8 zonal relays and one general fault relay (no longer in production).

SCU 800/16: 16 zonal relays and one general fault relay.

Note: The total number of zonal relays must be set according to the physically present amount on the relay board inside the SCU.Set the total number of zonal relays to 0 (zero) without a relay board.

The total number of zonal relays in a SCU is factory pre-set.

9.4.5.1 SCU 800-03

Since this SCU type has no zonal relays, ensure that the value for Total no. of relays is 0 (zero).

If the value is correct, this configuration step may be skipped by clicking Next.

In case changes were necessary, click Send to save them to the SCU.

60T281-01 / 16.04.2015 Page 39/50

Manual LISTp800

Note: In case of an alarm, the following LED and relay assignment applies for the SCU 800-03, irrespective of the zone which the alarm was generated in:

Alarms on sensor cable port K1 set LED A and alarm relay REL1.

Alarms on sensor cable port K2 set LED B and alarm relay REL2.

9.4.5.2 SCU 800/16

The relay board REL 800/16 replaces the LED board in the lid of the SCU. A SCU can control a maximum of 16 zonal relays. The relationship between zones and relays is one-to-one, and requires contiguous zone numbers, e.g. zone 1 sets alarm relay 1, zone 2 sets alarm relay 2, etc. The first relay used for pre-signal or fault will be allocated to the lowest zone number. Subsequent relayswill be allocated contiguously (please refer to the examples below for further information).

The relays and the two alarm LEDs on the relay board, as well as the two alarm relays on SCU main board underlie a hard-wired logic, irrespective of the relay function (alarm, pre-signal, fault):

The activation of any relay from 1 to 8 on the relay board REL 800/16 activates alarm relay REL1 on the SCU main board and sets LED A on the front panel.

The activation of any relay from 9 to 16 on the relay board REL 800/16 activates alarm relay REL2 on the SCU main board and sets LED B on the front panel.

Settings are made as follows:

Click or to increase / decrease the total number of relays.

If high zone numbers are used, clicking and setting this value to one less than the lowest zone number to be used will result in the allocation of the lowest zone number to relay 1 in case of an alarm. All further numbering is contiguous (Please refer to the examples below).

The First pre-signal relay and First fault relay are set by moving the respective sliders.

All settings, as well as the correlation between relays numbers, functions and zone numbers are graphically displayed.

Examples:

Alarm pre-signal and fault relays per zone, no offset:

Set Total no. of relays to 16.

Set First pre-signal relay and First fault relay to 0 by moving the sliders to the far right (default).

Set Relay offset to 0 (default).

Result in example:

Relays 1 to 16 may used as alarm relays for zones 1 to 16.

Page 40/50 60T281-01 / 16.04.2015

LISTp800 Manual

Alarm-, pre-signal- and fault-relaysper zone, no offset:

(Assumption for the example: Zones 1 to 4 are required with all three relay functions.)


Set the First pre-signal relay to 5 by moving its slider to the position between relay 4 and 5.

Set the First fault relay to9 by moving the slider to the position between relay 8 and 9.

Set Relay offset to 0.

Result in example:

Relays 1 to 4 are used to signalalarms for zones 1 to 4.

Relays 5 to 8 are used to signalpre-signals for zones 1 to 4.

Relays 9 to 12 are used to signal pre-signals for zones 1 to 4.

Alarm-, pre-signal- and fault-relaysper zone, with offset:

(Assumption for the example: Zones 17 to 20 are required with all three relay functions.)


Set the First pre-signal relay to 5 by moving its slider to the position between relay 4 and 5.

Set the First fault relay to9 by moving the slider to the position between relay 8 and 9.

Set Relay offset to one less than the lowest zone number tobe used, e.g. 16.

Result in example:

Relays 1 to 4 are used to signalalarms for zones 17 to 20.

Relays 5 to 8 are used to signalpre-signals for zones 17 to 20.

Relays 9 to 12 are used to signal pre-signals for zones 17 to 20.

60T281-01 / 16.04.2015 Page 41/50

Manual LISTp800

Once all relay settings are correct, click to transmit the settings to the SCU.


OK transmits the new values tothe SCU.

Click Next to continue.

Page 42/50 60T281-01 / 16.04.2015

LISTp800 Manual

9.4.6 SCU PARAMETERS

The following settings affect the SCU as a whole. Settings which may influence the EN 54-5 approval are clearly indicated.

Cyclic retrieval of temperature data from the sensors:

Measuring cycle interval (s) [EN 54-5 DEFAULT = 10]:Default value : 10Valid range : 0 to 30Defines the time interval between measuring cycles.

Reference value adjustment (cycles) [EN 54-5 DEFAULT = 1]:Default value : 1Valid range : 1 to 40Defines the number of measuring cycles, before a new reference profile is calculated.Higher values increase the sensitivity of the differential evaluation.

Pre-signal levels:These values define the pre-signals for the respective alarm thresholds, and are valid for all zones in theSCU, irrespective of the threshold set for each individual zone.

Pre-signal level (diff. Temp.) (%):Default value : 50Valid range : 10 to 90Defines the pre-signal level for the differential alarm thresholds in all zones.

Pre-signal level (max. temp.) (%):Default value : 90Valid range : 10 to 90Defines the pre-signal level for the maximum alarm thresholds in all zones.

Delay:Delays are calculated after each restart of the SCU (Power on, or reconfiguration of sensor information) and cannot be changed by the user. The values indicate data transmission quality between sensors and SCU. The value should not be less than 19, all other values indicate communication problems.Please refer to the SCU 800 manual 60T280 for more information on maximum cable lengths, topologies, connections, and connection cables.

Delay 1: Value for sensors connected to SCU sensor cable port K1

Delay 2: Value for sensors connected to SCU sensor cable port K2

60T281-01 / 16.04.2015 Page 43/50

Manual LISTp800

Additional options:

Enabl e co-incidence detection (double-knock) [EN 54-5 DEFAULT = DEACTIVATED]:When enabled, this setting prevents a differential or a maximum alarm, if only one sensor exceeds the respective threshold. A differential or a maximum alarm is only set, if a neighbouring sensor has at least a pre-signal status set. A neighbouring sensor in Sensor broken or not answering statuswill be set to pre-signal status, therefore triggering the respective alarm.

Note: Correct operation of this function requires logical numbering of the sensors with respect to their physical arrangement.

Do not list pre- signal as an event:Enable to prevent pre-signal events from being listed in the event memory.

Activate high sensitivity mode [EN 54-5 DEFAULT = DEACTIVATED]:Enable this option to increase the sensitivity of the differential evaluation in installations, where the prevailing ambient temperatures are very stable.

If activated, the alarm evaluation is performed as follows:

For a drift ≤ +0,5 K a differential alarm is set on reaching the differential pre-signal. In standard evaluation mode, the differential alarm is set only after a differential pre-signal in the previous measuring cycle.

For a drift > +0,5 K, standard evaluation is used.

Application note: The requirements of European Standard EN 54-5, class 1, are met by setting the default parameters for the line type heat detector d-LIST (SCU 800 sensor control unit and SEC 15 sensor cable).However, ambient temperatures are relatively consistent in many special applications. In these cases, fire recognition response times can be reduced significantly by activating High Sensitivity Mode (HSM) in the SCU.This mode sets an alarm on exceeding the differential pre-alarm threshold in two subsequent measuring cycles, if only one or few sensors register a temperature increase with the rest of the temperatures remaining stable.HSM is suitable for high sensitivity monitoring of, e.g., cable trays in voids and high rooms, or for early recognition of overheated idlers in conveying systems.

Do not set fault when disabling sensors [EN 54-5 DEFAULT = DEACTIVATED]:Enable to prevent fault signals, if sensors are disabled.

Enable 8-Bit MODBUS:Switches the MODBUS word length from the standard 16 Bits to 8 Bits. This legacy function is required for superordinate systems, which have previously been programmed for the 8 Bit version of the MODBUS protocol.

Page 44/50 60T281-01 / 16.04.2015

LISTp800 Manual

Once all required options have been set, click to transmit the settings to the SCU.


OK transfers the new values to the SCU.


9.4.7 ZONE ASSIGNMENT

Any number of sensors within a common physical area, and / or which have common alarm criteria, maybe grouped into zones. The sensor numbers belonging to one group do not need to be consecutive.

Select the lines with sensors to be grouped into one zone( 7.1).

Click Edit.

Enter the new zone number for the selected sensors.

Available zonal relay types (alarm, pre-signal, fault) for the selected zone are shown in the tick-boxes below the zone number.

Click Sensor number to open a window showing the zone's sensor numbers.

OK in the edit window transfersthe new values into the zone configuration window.

Note: Zone numbers may range from 1 to 64.

60T281-01 / 16.04.2015 Page 45/50

Manual LISTp800

Once all sensors have been allocated to the correct zones, click to transmit the settings to the SCU.




9.4.8 THRESHOLDS

Note: Thresholds can only be changed for zones, but not for each sensor individually.

Default values, conforming to EN 54-5 approval, are shown inthe information area.

Click Next > to skip the following steps, if no changes are required.

If zone threshold settings need to be adapted, select the lines to be edited ( 7.1).

Click Edit.

Change threshold values for the selected zones in the respective fields.

Select Zone to open a window showing selected zones.

OK in the edit window transfersthe new values into the threshold configuration window.

Page 46/50 60T281-01 / 16.04.2015

LISTp800 Manual

Once all thresholds have been set, click to transmit the settings to the SCU.




9.4.9 EXPORT THE CONFIGURATION

Configuration is now complete. The settings may be saved to a file, and the sensor information may be exported as comma separated values (.csv).

Default paths for saving files are set in 6.1.3.3.

Save the configuration to XML- and PDF-file... simultaneously exports the configuration data into XML and PDF formats.

Note: It may be of advantage to use file names, which relateto project and SCU numbers.

Save the list of sensors to CSV-file... creates a table with all relevant sensor information for the documentation of the system.

Close ends configuration and returns to the main window.

The XML-file contains the complete unit configuration and can be used to reimport a configuration directly to a SCU ( 9.7).

The PDF-file contains the complete unit configuration in a human readable form and may be used for documentation purposes.

The CSV-file contains all sensor information and can be imported into a spreadsheet to document the system layout. The data exported to the CSV-file correlates with the information required for the sensor list (Form 60T081):

60T081 columns: Sensor no.

SCUZone

Fire panel zone

Imprint Cable no. Remark Date Note Address

CSV-data: Sensor no.

SCZone

empty Imprint Cable no. empty empty empty Address

Empty CSV-columns are reserved for information, which must be entered manually.

60T281-01 / 16.04.2015 Page 47/50

Manual LISTp800

9.5 CHANGE A CURRENT CONFIGURATION

This section describes how a current SCU configuration can be adapted without adding or removing physical sensors (addresses).

Start configuration procedure ( 9.3).

Retrieve current configuration from the SCU by clicking Fetch.

Adapt settings ( 9.4.2, 9.4.9).

9.6 CURRENT CONFIGURATION: ADDING AND REMOVING SENSORS

This section describes how a current SCU configuration can be adapted after physically adding or removing sensors.


Retrieve current configuration from the SCU by clicking Fetch.

Reconfigure detects sensors which are now connected to theSCU.

Page 48/50 60T281-01 / 16.04.2015

LISTp800 Manual


Click OK to continue.

Once all sensors have been detected, the resulting window shows the number of detected sensors in its title.

Click OK to use the sensor information of the previous configuration for further editing (sensor numbering, cable number(s), imprints, zones).

Configuration can now be continued as described from 9.4.2 to 9.4.9.

60T281-01 / 16.04.2015 Page 49/50

Manual LISTp800

9.7 LOAD A CONFIGURATION FROM A FILE


Click File and select the correctconfiguration file for the SCU.


OK sends the configuration file directly to the SCU.

Note: If the unit number in theconfiguration file does not match the SCU's unit number,the configuration will not be sent.Change the SCU's unit number before sending the configuration again.

Configuration can now be continued as described from 9.4.2 to 9.4.9.

This manual is subject to change without prior notice!

Page 50/50 60T281-01 / 16.04.2015

Documents

d-LIST Line Type Heat Detector - FireSense · d-LIST Line Type Heat Detector LISTp800 Operating Manual Valid as of: SCU 800 Firmware V2.00 LISTp800 version: V0.7588 LISTEC and LIST