Heat cost allocator MONITOR 2.0/MONITOR 2.0 E Domestic water consumption data acquisition deviceMONITOR 2.0 PULSE

7200 series

OPERATING STEPS - INSTALLATION MANUAL

© Copyright 2014 Calef f i

Function

MONITOR 2.0 and MONITOR 2.0 E are latest-generation electronicheat cost allocators to be fitted on each radiator to meter heatconsumption in buildings with centralised systems featuring verticalheating distribution (riser type).When combined with a thermostatic or chrono-thermostatic valve,both temperature regulation and metering of heat consumption areperformed, obtaining improved comfort, quantification of the actualheat consumption and a fair allocation of costs. The heat consumption data can be collected via radio andprocessed directly by the building administrator/manager.

MONITOR 2.0 PULSE is a pulse acquisition device that, combinedwith a domestic hot and/or cold water meter with pulse output,enables measuring domestic water consumption for cost accountingfor each dwelling.Consumption data can be collected via radio and processed directlyby the building administrator/manager via the same software usedfor reading heat cost allocators MONITOR 2.0/2.0 E

78204.01 EN

www.caleffi.com

0470

CAUTION! CONSULT THIS MANUAL BEFORE USING THE PRODUCT

2

Identify:• No. of heat emitters• Type of valves/lockshield valves• Type of heat cost allocator mounting kit • Number of domestic water volume meters

1. PRELIMINARY INSPECTION (to be carried out by the installer)

OPERATING STEPSHEAT COST ALLOCATORS and PULSE ACQUIRERS - MONITOR 2.0 - 2.0 E - 2.0 PULSE

Example:• 200 cast iron plate radiators• 32 towel radiators• 40 DHW volume meters• 40 DCW volume meters

a) For the 200 cast iron plate radiators you need:- 180 Convertible radiator valves for iron pipe with 1/2”

angled connection- 180 Lockshield valves for iron pipe with 1/2”

angled connection- 20 Convertible radiator valves for iron pipe with 3/8”

straight connection- 20 Lockshield valves for iron pipe with 3/8”

straight connection- 200 code 720060 Kit (Table 1 on pages 11-12)- 200 code 720020 MONITOR 2.0 heat cost allocator- 160 code 200000 Thermostatic control head for

radiator valves- 40 code 201000 Thermostatic control head for

radiator valves with remote probe

b) For the 32 towel warmers you need:- 32 Convertible radiator valves for copper pipe with

1/2” angled connection- 32 Lockshield valves for copper pipe with 1/2”

angled connection- 35* code 720050 Kit (Table 1 on pages 11-12)- 32 code 720020 MONITOR 2.0 heat cost allocator- 32 code 200000 Thermostatic control head for

radiator valves

* Code 720050 comes in a minimum 5-piece pack and the ordertherefore needs to be a multiple of 5.

c) For hot and cold domestic water volume meters you need:- 40 code 794204/C 1/2” DHW meters with pulse output- 40 code 794204 1/2” DCW meters with pulse output- 80 code 720030 domestic water consumption data

acqusition device MONITOR 2.0 PULSE

Forward the purchase order as shown in the example below

pag. 3

page 4-5-6-7-8

page 15

page 16

page 17

page 17

pag.17-18-19

2. INSTALLATION AND MAPPING (to be carried out by the installer)

Valve / lockshield valve / thermostatic controlhead mounting

Heat cost allocator mounting according topositioning and clamping rules

Condominium Data Sheet compilation

Apartment Survey Sheet compilation

3. COMMISSIONING– PARAMETERISATION(to be carried out by the installer)

In situ heat cost allocator parameterisation

Radio transmission functional test

• Availability of a laptop PC with Microsoft®Windows operating system

• Purchase of a USB/radio device + SW7200software (code 720090) for reading, displayingconsumption and creating reports

4. HEAT COST ALLOCATOR CONSUMPTIONREADOUT PROCEDURES

(to be carried out by the condominium person in charge)

3

During the inspection it is essential to establish which mounting kit is suitable for the type of heating body on which the heat cost allocator is tobe fitted.See Table 1 on pages 11-12 to choose the suitable kit.

Example:

- Heat emitter: CAST IRON PLATES- Distance between the elements: LESS THAN 4 mm

- Mounting kit: code 720060

D D

D

Cast iron plates

720060*

720061*

4 4

L

Distance between elements (D) less than or equal to 4 mm

Distance between elements (D) from 4 to 10 mm

plate (39 mm) + anchor (20 / 39 mm)plate (39 mm) + anchor (59 mm) + anchor (75 mm)plate (55 mm) + anchor (20 / 39 mm) + anchor (59 mm)plate (55 mm) + anchor (75 mm)plate (88 mm) + anchor (39 mm) plate (88 mm) + anchor (59 mm) + anchor (75 mm)plate (88 mm) + anchor (75 mm) + screws (M4 x 130 mm)plate (39 mm) + self-tapping screwplate (39 mm) + threaded plateplate (39 mm) + welded stud boltsplate (39 mm) + expanding corner pieces

Code Description

7200 Mounting kit

720050720051720052720053720054720055720056720060720061720062720063

N.B. When ordering the mounting kit, check that the number of pieces is a multiple of the minimum pack.

IMPORTANT: The tightening torque of the screws used in the mounting kit must be between 0.8 and 1 N·m.

1. PRELIMINARY INSPECTION (to be carried out by the installer)

No. of items in the pack55555115551

4

2. INSTALLATION AND MAPPING (to be carried out by the installer)

Characteristic components

1 Tamper-proof seal2 Acquisition device complete with PCB3 Protection for tamper-proof element (to be removed during

installation)4 Display selection key5 Wall mounting screws (tightening torque 0.8-1 N·m)6 Plastic plate for wall mounting7 Wall mounting wall anchors

MONITOR 2.0 PULSE - code 720030

3

4

56

7

2

1

1 Tamper-proof seal2 Heat cost allocator complete with PCB3 Radiator probe protection (to be removed during

installation)4 Display selection button5 Retaining screws (tightening torque 0.8-1 N·m)6 Aluminium thermal coupling plate7 Fastening brackets

1 Anti-tampering seal2 Heat cost allocator complete with PCB3 Protection for the tamper-proof sensor (to be removed

during installation)4 Display selection button5 Wall fastening screws (tightening torque 0.8-1 N·m)6 Aluminium plate + spacers7 Wall fastening anchors8 Metal clamp for fastening the extended probe to the

radiator/convector 9 Copper stud bolts + nuts for welded fastening10 Remote probe11 Remote probe cover12 Tamper-proof label

3

4

5

6

7 2

1

MONITOR 2.0 - code 720020

3

4

5

6

7

89

10

11

12

2

1

MONITOR 2.0 E (remote probe) - code 720025

2.0 E 2.0 PULSE

5

Installation of the heat cost allocator/pulse acquirer

Installing the tamper-proof seal

When installation is complete, fit the tamper-proof seal compressing the two tabs and continue as illustrated below:

① ②

STEP 1Before proceeding with installation, removethe probe protection (a) and the tamper-proof seal (b). - Depending on the device that has to beinstalled, fasten the wires according to thefollowing pictures:

STEP 2Install the heat cost allocator/pulse acquirerhooking it onto the top part of the anchoringsupport and pushing downward.

STEP 3Press down on the bottom part of the heatcost allocator until it is securely in place.

ab

a

b

MONITOR 2.0

MONITOR 2.0 E - 2.0 PULSE

MONITOR 2.0 - 2.0 E - 2.0 PULSE

ab

2. INSTALLATION AND MAPPING (to be carried out by the installer)

STEP 1Before proceeding with installation, removethe probe protection (a) and the tamper-proof seal (b).

STEP 2Install the heat cost allocator on the heatemitter hooking it onto the top part of thealuminium anchoring plate and pushingdownward.

STEP 3Press down on the bottom part of the heatcost allocator until it is securely in place.

Push only the two side parts ofthe seal into the heat costallocator until it fits into place.

Finally, push in the centralpin of the seal until it fits intoplace.

6

L < 3000 mm

h

L > 3000 mm

h

valvola

Width up to 3000 mm

50% of the width (W)*

75% of the height (H) ±1 cm25% of the width (W)

Width over 3000 mm

(2 heat cost allocators need to be installed)

Position the heat cost allocator against the riser on which thethermostatic valve is fitted (flow).

* If there is an odd number of radiator elements, the installationposition is the median of the width, between two elements, closestto the valve. 75%

of the height (H) (±1cm)

In case of the welded mounting kit:- Strip the paint off the radiator at the points where the stud bolts areto be welded on.- Weld the stud bolts in the gap between two ridges. If there is anodd number of ridges, choose the median position closest to thevalve.

- Cut off the excess part using cutting nippers, as it may damage thedevice.

YES NO

The heat cost allocatorpositioning indicator mustALWAYS be positionedexactly at 75% (±1 cm) of theheight of the heat emitter.

During installation, makesure that the arrow ALWAYSfaces up.

75% of the height (H) ±1 cm

2. INSTALLATION AND MAPPING (to be carried out by the installer)MONITOR 2.0

If you make a mistake, do not remove the stud bolts already weldedon, as you risk damaging the radiator; cut them at the base as muchas possible.

valve

Heat cost allocator position on radiator Heat cost allocator position on towel radiator

N.B. When installation is complete, the heat cost allocator is automatically activated after about 90 second.The following appears on the display:

You can now proceed with parameterisation of the heat cost allocator (see page 17).

Welded mounting kit

25% of the width (W)

7

In order to ensure measurement according to the regulations, the heat costallocator must be positioned at a distance not less than 10 cm from theheating body and at a height equal to half the height of the heating body.

10 cm

10 cm

50% H 50% H

H H

50% H 10 cm

H

50% H

10 cm

H

The sensor must be positioned at 75% (±1 cm) of the coildevelopment (25% from the inlet, 75% from the outlet).

75% (±1 cm)

The remote sensor is to be fitted on the return chamber at 50% of theheight.

N.B. The remote probe must be installed in such a way that anyattempt to disconnect the probe will leave a trace. Therefore, use the tamper-proof label provided on the outer probecover.

75% (±1 cm)

75% (±1 cm)

75% (±1 cm)

During installation, make sure that the centre-line of the part shownin Figure 1 is positioned exactly at 75% (±1 cm) of the developmentof the coil or at 50% (±1 cm) of the height in the case of a single-block convector.

2. INSTALLATION AND MAPPING (to be carried out by the installer)MONITOR 2.0 E (with remote probe)

Determination of the extended probe sensor positionSingle-fin or coil convector

FASTENING WITH SCREWS OR CLAMPS WELD FASTENING

Determination of the remote probe sensor positionSingle-block convector

Heat cost allocator position with convector

10 cm

10 cm

50% H 50% H

H H

50% H 10 cm

H

50% H

10 cm

H

N.B. When installation is complete, the heat cost allocator is automatically activated after about 90 seconds.The following appears on the display:

You can now proceed with parameterisation of the heat cost allocator (see page 17).

①

N.B. If using a remote probe with a radiator, the centre-line of theprobe positioning indicator must be positioned (instead of the thermalcoupling plate) according to the instructions given on page 6.

copper pinpositioningpoints

50% H(±1 cm)

8

2. INSTALLATION AND MAPPING (to be carried out by the installer)MONITOR 2.0 PULSE (pulse acquirer)

Firstly use the special wall mounting hooks provided, install the rearplastic plate and, finally, use the fixing screws, as shown in thefollowing picture:

The generic pulse must be potential free(volt free contact, maximum frequency 50 Hz.)

IN

GND

Fig. A

Pulse outputwire from thevolume meter

Connect the pulse output wire from the volume meter to the deviceinputs with screw terminals (Figure A) as illustrated in the picturebelow:

Positioning the consumption data acquisition device

In order to guarantee correct operation of the consumption dataacquisition device, it is necessary not to position the device in directcontact with pipes nor under them, in order to avoid malfunctions dueto drops of condesation and humidity.

N.B. When installation is complete, the heat cost allocator is automatically activated after about 90 seconds.The following appears on the display:

You can now proceed with parameterisation of the heat cost allocator (see page 17).

9

2. INSTALLATION AND MAPPING (to be carried out by the installer)MONITOR 2.0 - 2.0 E (remote probe)

800 600 120 10 F

Room Heat cost allocator serial numberMONITOR 2.0 - 2.0 E

Radiator cover

S = shelf (distance < 15 cm)C = full cover

Dimensions

S C

C

C

C

C

C

KITCHEN

LIVING ROOM

MASTER BEDROOM

BATHROOM

HALL

(*) H (mm) W (mm) D (mm)

2.0 E

2.0 E

2.0 E

2.0 E

2.0 E

2.0 ECHILDREN’S BEDROOM

(*) H means the height of the radiator andNOT the distance between hub centres

No. ofelements

Type UNI 10200 See Table 2 Example: A

Installedcapacity (W) ΔT 60°C

Tick if the heat cost allocator is with remote

probe (MONITOR 2.0 E)Brand Series Model

TypeEN 442

S

S

S

S

S

2 1 3 4 5 6 7 8 x

C 2.0 ES

(2) If you do not have the brand-name, series and model of the towel warmer or radiator, you need to send an e-mail to the address 7200.monitor@caleffi.com attaching a photo and indicating the tube and manifolds diameters and to which condominium, dwelling androom they correspond.

RADIATOR / CONVECTOR / (1)

(1) If convectors are present it is necessary to fill the “Installed capacity (W) field. ΔT 60°C” TOWEL RADIATORS (2)

Example of data entry for a radiator using UNI 10200:

1 2 3 6 7 84 5

UNI 10200 type (see Table 2):

EXAMPLE: Heating body: cast iron plates, smooth columns

Material Type Description UNI 10200 type

Small columnsSection < 30 x 30 mm

Large columnsSection > 30 x 30 mm

hub* 50 mm

hub* 55 mm

hub* 55 mm

hub* 60 mm

A

B

CD

Columns joined by diaphragm E

Smooth columns F

Finned columns

Highly finned

Averagely finned

Lightly finned

Plate without fins

With rear fins

With fins between the plates

Vertical or horizontal tubes

G

H

I

L

M

N

O

P

Cast iron or steel

Bare tube**

Cast iron plates

Aluminium

Steel

Cast iron or steel

Hub means the following dimension:* Bare tube means tubing visible in the rooms.**

D + 23 D + 23

D

RoomEnter the room where the heating body is installed.

Heat cost allocator serialnumberEnter the serial numberindicated on the label onthe top part of the heatcost allocator.

Radiator coverIndicate whether the radiator has a shelf cover Sonly if its distance from the radiator is less than 15 cm or a full cover C(tick ONLY if the radiator has a shelf or a full cover).

DimensionsSpecify thedimensions of theheat emitterexpressed in mm.

H = heightW = widthD = depth

No. of elementsEnter the number of elements the radiator is made of.

Convector. Installed capacity (W)Where there are convectors, it is essential to indicate the installed capacity referring to DT 60°C.

MONITOR 2.0 E heat cost allocator with remote probeTick ONLY if the heat cost allocator is fitted with a remote probe (MONITOR 2.0 E).

H

W D

1

2

3

4

5

6

7

8

MappingMapping means filling the condominium and apartment survey sheets (see pages 15-16)

10

2. INSTALLATION AND MAPPING (to be carried out by the installer)MONITOR 2.0 - 2.0 E (remote probe)

2. INSTALLATION AND MAPPING (to be carried out by the installer)MONITOR 2.0 PULSE (pulse acquirer)

DimensionsSpecify the dimensions of the heat emitter expressed in mm.

Brand, series and modelSpecify, if possible, brand, series and model of thetowel warmer.

Installed capacity (W)Specify, if possible, the installed thermal capacity referring toDT 60°C.

MONITOR 2.0 E heat cost allocator with remote probeTick ONLY if the heat cost allocator is fitted with a remote probe(MONITOR 2.0 E).

Stair, floor and roomSpecify the stair, floor and room where theMONITOR 2.0 PULSE is installed.

Serial number of theacquirerMONITOR 2.0 PULSEEnter the serial numberindicated on the label onthe top part of the heatcost allocator.

DHW or DCWSpecify whether the deviceis connected to a hot orcold water volume meter

Other type of meterIn case the MONITOR 2.0 PULSE is not connected to a volumemeter, specify the type (e.g.: heat meter).

K (litres/pulse or kWh/pulse)Specify the K value (litres/pulse) that characterize the volumemeter or the K value (kWh/pulse) in case of a heat meter.

Diameter of the volume meterSpecify the diameter of the volume meter or the diameter ofheat meter

Initial value to be setSpecify the initial value to be set into the pulse acquirer,expressed in m3 for a volume meter (in kWh for a heat meter)displayed on the meter at the moment of the installation of theMONITOR 2.0 PULSE acquirer.ATTENTION : the initial value is MANDATORY for theparameterization!

Serial number of the volume meterSpecify the serial number of the volume meter or the one of theheat meter connected to the pulse acquirer.

854BRAND 1 SERIES 1 MODEL 11800 600 30 1

Room Heat cost allocator serial numberMONITOR 2.0 - 2.0 E

Radiator cover

S = shelf (distance < 15 cm)C = full cover

S C

C

C

C

C

C

KITCHEN

LIVING ROOM

MASTER BEDROOM

BATHROOM

HALL

(*) H (mm) W (mm) D (mm)

2.0 E

2.0 E

2.0 E

2.0 E

2.0 E

2.0 ECHILDREN’S BEDROOM

Type UNI 10200 See TAB. 2 Example: A

Installed capacity (W) ΔT 60°CBrand Series Model

TypeEN 442

S

S

S

S

S

2 1 3 4 5 6 7 8

C 2.0 ES

(2) If you do not have the brand-name, series and model of the towel warmer or radiator, you need to send an e-mail to the address 7200.monitor@caleffi.com attaching a photo and indicating the tube and manifolds diameters and to which condominium, dwelling androom they correspond.

RADIATOR / CONVECTOR / (1)

(1) If convectors are present it is necessary to fill the “Installed capacity (W) field. ΔT 60°C” TOWEL RADIATORS (2)

Dimensions (*) H means the height of the radiator andNOT the distance between hub centres

No. ofelements

Tick if the heat cost allocator is with remote

probe (MONITOR 2.0 E)

TIMBRO E FIRMA

A 1 KITCHEN 1 2 3 4 5 6 7 8 X 10 3/4” 15,203 0123456789

DOMESTIC HOT / COLD WATER VOLUME METER

Stair Floor RoomSerial number of the acquirer

MONITOR 2.0 PULSEDomestic hot or

cold water

DHW DCW

Other type of meterK

(litres/pulse or kWh/pulse)

Initial value to be set

(m3 or kWh)Serial number of the

volume meter

DHW DCW

DHW DCW

DHW DCW

Diameter of thevolume meter

Example of data entry for a volume meter :

Example of data entry for a radiator using EN442:

3

6

5

1 2 3 64

1 2 3

6

7

8

9

4

5

10

1 2 3 6 8 94 5 10

5 7

RoomEnter the room where the heat emitter is installed.

Heat cost allocator serialnumberEnter the serial numberindicated on the label onthe top part of the heatcost allocator.

No. of elementsEnter the number of elements the radiator is made of. Incase of towel warmers specify “1”.

8

1

2

Radiator coverIndicate whether the radiator has a shelf cover Sonly if its distance from the radiator is less than 15 cmor a full cover C(tick ONLY if the radiator has a shelf or a full cover).

4

8

7

7

11

TABLE 1 - Mounting kit MONITOR 2.0

2. INSTALLATION AND MAPPING (to be carried out by the installer)

D D

D D

Element radiators MOUNTING KIT

Cast iron columns

Distance between elements (D) less than or equal to

30 mm

Distance between elements (D)

greater than 30 mm

Steel tubular

Tubolare acciaio a colonne

Passodegli elementida 45/46 mm

Aluminium columns

Ribbed steel

720050*

720052*

720060*

720061*

720060*

720061*

D

Distance between elements (D)

less than or equal to 35 mm

Distance between elements (D)

from 36 to 45 mm

720051*

720053*

* Minimum 5-piece pack

4 4

Distance between elements (D)

less than or equal to 4 mm

Distance between elements (D)

from 4 to 10 mm

720052*

720054*

Distance between element centres (C)

less than 50 mm and distance (D) less than 30 mm

Distance between element centres (C)

greater than or equal to 50 mm and distance (D)

less than 30 mm

D D 30

Cast iron plates

Distancebetween elements (D) less than or equal to

4 mm

Distancebetween elements (D)

from 4 to 10 mm

35 35 D 45 D

12

Pas

so

* Minimum 5-piece pack

Panel radiators

Ridged surface Vertical profile

Smooth surface

Vertical

Horizontal

Flat tubes

720062*

Smooth surface

Lamellar radiators

LamellarLamellar

720063

Towel warmer

Horizontal tubes 720050*

Distance between elements (D)

from 24 to 28 mm

D

24 D 28

Towel radiator

MOUNTING KIT

MOUNTING KIT

MOUNTING KIT

TABLE 1 - Mounting kit MONITOR 2.0

2. INSTALLATION AND MAPPING (to be carried out by the installer)

13

TABLE 1 - Mounting kit MONITOR 2.0 E

Thermal convectors

Single-fin convector Single element without coil

Double or triple element without coil

Single, double or triple element with coil

Coil convector

Single-fin convector

Single-block convector

(mounting kit included in the heat cost allocator pack)

Weld-fasteningsingle-block convector

2. INSTALLATION AND MAPPING (to be carried out by the installer)

14

Material Type Description UNI 10200 type

Small columnsSection < 30 x 30 mm

Large columnsSection > 30 x 30 mm

hub* 50 mm

hub* 55 mm

hub* 55 mm

hub* 60 mm

A

B

CD

Columns joined by diaphragm E

Smooth columns F

Finned columns

Highly finned

Averagely finned

Lightly finned

Plate without fins

With rear fins

With fins between the plates

Vertical or horizontal tubes

G

H

I

L

M

N

O

P

Cast iron or steel

Bare tube**

Cast iron plates

Aluminium

Steel

Cast iron or steel

Hub means the following dimension:* Bare tube means tubing visible in the rooms.**

D + 23 D + 23

D

TABLE 2 - UNI 10200

2. INSTALLATION AND MAPPING (to be carried out by the installer)

15

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17

Parameterisation (to be carried out by the installer) comprises the following services:

• In situ heat cost allocator parameterisation.• Radio transmission functional test.

Parameterisation means programming the heat cost allocator with the power value (DT 60°C) according to the actual dimensions andcharacteristics of the heating body on which it is installed. Parameterisation, in case of domestic hot/cold water pulse acquirers, means programming the characteristic coefficient K (litres/pulse) of thevolume meter to which the device is connected. It is besides possible to match the count of the pulse acquirer with the one of the volume meter.This data is necessary for proper metering of the heat consumption by the heat cost allocators which are programmed by means of theUSB/radio device (code 720090) and the software provided. Normally, parameterisation is done in one go when installation has been completed and the mapping data of the specific building (see pages15 - 16) has been entered in the SW7200 software.

3. COMMISSIONING – PARAMETERISATION

4. HEAT COST ALLOCATOR CONSUMPTION READOUT PROCEDURESMONITOR 2.0 - 2.0 E - 2.0 PULSE

Consumption is read (by the condominium person in charge) using a laptop PC with Microsoft® Windows operating system, the USB/radiodevice (code 720090) and the SW7200 software provided, which allow reading, displaying consumption and creating reports.A user guide for proper use of the software is provided

5L · 0,

L

502

mbar

300350

400450

500550

600

04

0,5

11,

52

2,5

33,

54

502

mbar

300350

400450

500550

600

04 3 2 1 00,

51

1,5

22,

53

3,5

4

code 720020code 720025

Laptop PC

Code 720090

Consumption data readouts by means of the USB to radio device.

code 720030

18

4. READING THE DISPLAYMONITOR 2.0 - 2.0 E (remote probe)

Message Meaning Notes

- OFF The display is OFF.Low consumption mode is active.

8888.8.8 DISPLAY TESTUsed to visually check that all thedisplay segments are functioning.

FL8888FL8888

ALERTS(visible only incase of alerts)

Shows a warning or fault code.Fr8888 or FL8888

e i2345CURRENT

HEATING SEASONCONSUMPTION

Current heating seasonconsumption

F56789PREVIOUS

HEATING SEASONCONSUMPTION

Previous heating seasonconsumption

3 i.05PREVIOUS YEARCONSUMPTIONLOGGING DATE

Day/month when the previousperiod consumption was stored

OPERATINGSTATUS :operating

a_i234FIRST PART OFSERIAL NUMBER

First 4 digits of the heat costallocator serial number

_5678SECOND PART OFSERIAL NUMBER

Last 4 digits of the heat costallocator serial number

H_i5.09 RESET Reset date

li57.baFW VERSIONINSTALLED Shows the firmware version installed

OTHER MESSAGES DIFFERENT FROM THOSE LISTED ABOVE ARESTRICTLY FOR QUALIFIED TECHNICAL PERSONNEL

88:88:88

EXXXXX

FXXXXX

F L XXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAILUnIt

fd GG.MM

OpErat

a_8888

Press the selection button

EXXXXX

FXXXXX

FLXXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAIL

d GG:MM

A 20X X

L XXX

88:88:88

EXXXXX

FXXXXX

F L XXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAILUnIt

fd GG.MM

OpErat

a_8888

EXXXXX

FXXXXX

FLXXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAIL

d GG:MM

A 20X X

L XXX

88:88:88

EXXXXX

FXXXXX

F L XXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAILUnIt

fd GG.MM

OpErat

a_8888

EXXXXX

FXXXXX

FLXXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAIL

d GG:MM

A 20X X

L XXX

88:88:88

EXXXXX

FXXXXX

F L XXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAILUnIt

fd GG.MM

OpErat

a_8888

EXXXXX

FXXXXX

FLXXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAIL

d GG:MM

A 20X X

L XXX

88:88:88

EXXXXX

FXXXXX

F L XXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAILUnIt

fd GG.MM

OpErat

a_8888

19

Message Meaning Notes

- OFF The display is OFF.Low consumption mode is active.

DISPLAY TEST Used to visually check that all thedisplay segments are functioning.

OPERATINGSTATUS : operating

CURRENT PERIODCONSUMPTION

First 4 digits of the totalconsumption logged by the volumemeter connected to the device

CURRENT PERIODCONSUMPTION

Last 4 digits of the totalconsumption logged by the volumemeter connected to the device

CURRENT PERIODCONSUMPTIONDECIMALS

Decimals of the total consumptionlogged by the volume meterconnected to the device

ALERTS(visible only incase of alerts)

Shows a warning or fault code.Fr8888 or FL8888

PREVIOUSPERIOD

CONSUMPTIONFirst 4 digits of the total

consumption of the previous year

PREVIOUSPERIOD

CONSUMPTIONLast 4 digits of the total

consumption of the previous year

PREVIOUS YEARCONSUMPTIONLOGGING DATE

Day/month when the previous yearconsumption was stored

FIRST PART OFSERIAL NUMBER

First 4 digits of the heat costallocator serial number

SECOND PART OFSERIAL NUMBER

Last 4 digits of the heat costallocator serial number

FW VERSIONINSTALLED Shows the firmware version installed

Keep the

buttonpressed

for 5 sec.

4. READING THE DISPLAYMONITOR 2.0 PULSE (pulse acquirer)

Press the selection button

OTHER MESSAGES DIFFERENT FROM THOSE LISTED ABOVE ARESTRICTLY FOR QUALIFIED TECHNICAL PERSONNEL

EXXXXX

FXXXXX

FLXXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAIL

d GG:MM

A 20X X

L XXX

88:88:88

EXXXXX

FXXXXX

F L XXXX

SEnS-X

b GG:MM

U X.XX.XX

OPErAtFAILUnIt

fd GG.MM

OpErat

a_8888

20

Declaration of conformity

It is hereby declared that the product meets the applicable essential requirements of the R&TTE Directive 1999/5/EC. The CE 0470 marking on theproduct and in this document certifies conformity with the Directive. An unabridged copy of the Declaration of Conformity with the R&TTE Directive1999/5/EEC is available on request at the address below.

CALEFFI S.P.A.S.R. 229, n. 2528010 Fontaneto d’Agogna (NO) - ItalyTel. +39 0322 8491 / Fax +39 0322 863723Model: 7200Marking: CE 0470

We reserve the right to make improvements and modifications to the products described and the relative technical data at any time and without priornotice.

Problem Likely cause Suggested solution

Device disconnected from the radiator Impact or other Contact a certified installer to have it fastened

Missing seal Tampering Contact a certified installer to have it fitted

Position of the device changed since it wasinstalled Tampering, impact or other Contact a certified installer to have it fastened

The display shows the alert code FL8888 or Fr8888

The internal self-test has detected a faultContact a certified installer and specify the

code FL8888 or Fr8888

Null consumption is shown No consumption has been logged.This is not a fault. If the radiator is off, no energyemission is detected. In case the volume meter isreplaced the count of the device must be reset.

Low consumption is shown Beginning of a new season(heat cost allocator only)

This is not a fault. When the season start dateis exceeded shown heat consumption is reset

to zero

Nothing is shown on the display when thebutton is pressed Internal problem Contact a certified installer to have the device

checked

Warnings for proper disposal of the product

The symbol shown on the side appears on the product MONITOR 2.0/2.0 E/2.0 PULSE to indicate that this product may notbe disposed of as household waste.This means that the European Directive on waste electrical and electronic equipment (WEEE) applies and that the productmust therefore be sent to differentiated waste collection centres.

Moreover, the national laws on waste equipment collection systems need to be complied with.

TROUBLESHOOTING