CALEFFI 7200 Series User manual

Heat cost allocator MONITOR 2.0/MONITOR 2.0 E
Domest c water consumpt on data acqu s t on dev ce
MONITOR 2.0 PULSE
7200 series
OPERATING STEPS - INSTALLATION MANUAL
© Copyright 2014 Caleffi
Funct on
MONITOR 2.0 and MONITOR 2.0 E
are latest-generation electronic
heat cost allocators to be fitted on each radiator to meter heat
consumption in buildings with centralised systems featuring vertical
heating distribution (riser type).
When combined with a thermostatic or chrono-thermostatic valve,
both temperature regulation and metering of heat consumption are
performed, obtaining improved comfort, quantification of the actual
heat consumption and a fair allocation of costs.
The heat consumption data can be collected via radio and
processed directly by the building administrator/manager.
MONITOR 2.0 PULSE
is a pulse acquisition device that, combined
with a domestic hot and/or cold water meter with pulse output,
enables measuring domestic water consumption for cost accounting
for each dwelling.
Consumption data can be collected via radio and processed directly
by the building administrator/manager via the same software used
for 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 STEPS
HEAT 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 order
therefore 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 control
head mounting
Heat cost allocator mounting according to
positioning 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 + SW7200
software (code 720090) for reading, displaying
consumption and creating reports
4. HEAT COST ALLOCATOR CONSUMPTION
READOUT 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 to
be 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
DD
D
Cast iron plates
720060*
720061*
44
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 screw
plate (39 mm) + threaded plate
plate (39 mm) + welded stud bolts
plate (39 mm) + expanding corner pieces
Code Description
7200
Mounting kit
720050
720051
720052
720053
720054
720055
720056
720060
720061
720062
720063
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 pack
5
5
5
5
5
1
1
5
5
5
1

4
2. INSTALLATION AND MAPPING (to be carried out by the installer)
Character st c components
1Tamper-proof seal
2 Acquisition device complete with PCB
3Protection for tamper-proof element (to be removed during
installation)
4Display selection key
5Wall mounting screws (tightening torque 0.8-1 N·m)
6Plastic plate for wall mounting
7Wall mounting wall anchors
MONITOR 2.0 PULSE - code 720030
3
4
5
6
7
2
1
1Tamper-proof seal
2Heat cost allocator complete with PCB
3Radiator probe protection (to be removed during
installation)
4Display selection button
5Retaining screws (tightening torque 0.8-1 N·m)
6Aluminium thermal coupling plate
7Fastening brackets
1Anti-tampering seal
2Heat cost allocator complete with PCB
3Protection for the tamper-proof sensor (to be removed
during installation)
4Display selection button
5Wall fastening screws (tightening torque 0.8-1 N·m)
6Aluminium plate + spacers
7Wall fastening anchors
8Metal clamp for fastening the extended probe to the
radiator/convector
9Copper stud bolts + nuts for welded fastening
10 Remote probe
11 Remote probe cover
12 Tamper-proof label
3
4
5
6
72
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
Installat on of the heat cost allocator/pulse acqu rer
Install ng the tamper-proof seal
When installation is complete, fit the tamper-proof seal compressing the two tabs and continue as illustrated below:
①②STEP 1
Before proceeding with installation, remove
the probe protection (a) and the tamper-
proof seal (b).
- Depending on the device that has to be
installed, fasten the wires according to the
following pictures:
STEP 2
Install the heat cost allocator/pulse acquirer
hooking it onto the top part of the anchoring
support and pushing downward.
STEP 3
Press down on the bottom part of the heat
cost allocator until it is securely in place.
a
b
a
b
MONITOR 2.0
MONITOR 2.0 E - 2.0 PULSE
MONITOR 2.0 - 2.0 E - 2.0 PULSE
a
b
2. INSTALLATION AND MAPPING (to be carried out by the installer)
STEP 1
Before proceeding with installation, remove
the probe protection (a) and the tamper-
proof seal (b).
STEP 2
Install the heat cost allocator on the heat
emitter hooking it onto the top part of the
aluminium anchoring plate and pushing
downward.
STEP 3
Press down on the bottom part of the heat
cost allocator until it is securely in place.
Push only the two side parts of
the seal into the heat cost
allocator until it fits into place.
Finally, push in the central
pin of the seal until it fits into
place.

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 cm
25% 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 the
thermostatic valve is fitted (flow).
* If there is an odd number of radiator elements, the installation
position is the median of the width, between two elements, closest
to 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 are
to be welded on.
- Weld the stud bolts in the gap between two ridges. If there is an
odd number of ridges, choose the median position closest to the
valve.
- Cut off the excess part using cutting nippers, as it may damage the
device.
YES NO
The heat cost allocator
positioning indicator must
ALWAYS be positioned
exactly at 75% (±1 cm) of the
height of the heat emitter.
During installation, make
sure that the arrow ALWAYS
faces 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 welded
on, as you risk damaging the radiator; cut them at the base as much
as 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 cost
allocator must be positioned at a distance not less than 10 cm from the
heating 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 coil
development (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 the
height.
N.B. The remote probe must be installed in such a way that any
attempt to disconnect the probe will leave a trace.
Therefore, use the tamper-proof label provided on the outer probe
cover.
75% (±1 cm)
75% (±1 cm)
75% (±1 cm)
During installation, make sure that the centre-line of the part shown
in Figure 1 is positioned exactly at 75% (±1 cm) of the development
of 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 position
Single-fin or coil convector
FASTENING WITH SCREWS OR CLAMPS WELD FASTENING
Determination of the remote probe sensor position
Single-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 the
probe positioning indicator must be positioned (instead of the thermal
coupling plate) according to the instructions given on page 6.
copper pin
positioning
points
50% H
(±1 cm)

8
2. INSTALLATION AND MAPPING (to be carried out by the installer)
MONITOR 2.0 PULSE (pulse acqu rer)
Firs ly use he special wall moun ing hooks provided, ins all he rear
plas ic pla e and, finally, use he fixing screws, as shown in he
following pic ure:
The generic pulse mus be po en ial free
(vol free con ac , maximum frequency 50 Hz.)
IN
GND
Fig. A
Pulse ou pu
wire from he
volume me er
Connec he pulse ou pu wire from he volume me er o he device
inpu s wi h screw erminals (Figure A) as illus ra ed in he pic ure
below:
Positioning the consumption data acquisition device
In order o guaran ee correc opera ion of he consump ion da a
acquisi ion device, i is necessary no o posi ion he device in direc
con ac wi h pipes nor under hem, in order o avoid malfunc ions due
o drops of condesa ion and humidi y.
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 number
MONITOR 2.0 - 2.0 E
Radiator cover
S = shelf
(distance < 15 cm)
C= full cover
Dimensions
SC
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 E
CHILDREN’S BEDROOM
(*) H means the height of the radiator and
NOT the distance between hub centres
No. of
elements
Type
UNI 10200
See Table 2
Example: A
Installed
capacity (W)
ΔT60°C
Tick if the heat
cost allocator
is with remote
probe
(MONITOR 2.0 E)
Brand Series Model
Type
EN 442
S
S
S
S
S
2
13 4 5 67 8 x
C2.0 E
S
(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 [email protected] attaching a photo and indicating the tube and manifolds diameters and to which condominium, dwelling and
room they correspond.
RADIATOR / CONVECTOR /
(1)
(1) If convectors are present it is necessary to fill the “Installed capacity (W) field. ΔT60°C”
TOWEL RADIATORS
(2)
Example of data entry for a radiator using UNI 10200:
1 2 36
7
8
45
UNI 10200 type (see Table 2):
EXAMPLE: Heating body: cast iron plates, smooth columns
Material Type Description UNI 10200 type
Small columns
Section < 30 x 30 mm
Large columns
Section > 30 x 30 mm
hub
* 50 mm
hub
* 55 mm
hub
* 55 mm
hub
* 60 mm
A
B
C
D
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
Room
Enter the room where the heating body is installed.
Heat cost allocator serial
number
Enter the serial number
indicated on the label on
the top part of the heat
cost allocator.
Radiator cover
Indicate whether the radiator has a shelf cover S
only 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).
Dimensions
Specify the
dimensions of the
heat emitter
expressed in mm.
H = height
W = width
D = depth
No. of elements
Enter 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 probe
Tick ONLY if the heat cost allocator is fitted with a remote probe (MONITOR 2.0 E).
H
WD
1
2
3
4
5
6
7
8
Mapping
Mapping 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 acqu rer)
Dimensions
Specify the dimensions of the heat emitter expressed in mm.
Brand, series and model
Specify, if possible, brand, series and model of the
towel warmer.
Installed capacity (W)
Specify, if possible, the installed thermal capacity referring to
DT 60°C.
MONITOR 2 0 E heat cost allocator with remote probe
Tick ONLY if the heat cost allocator is fitted with a remote probe
(MONITOR 2.0 E).
Stair, floor and room
Specify the stair, floor and room where the
MONITOR 2.0 PULSE is installed.
Serial number of the
acquirer
MONITOR 2 0 PULSE
Enter the serial number
indicated on the label on
the top part of the heat
cost allocator.
DHW or DCW
Specify whether the device
is connected to a hot or
cold water volume meter
Other type of meter
In case the MONITOR 2.0 PULSE is not connected to a volume
meter, specify the type (e.g.: heat meter).
K (litres/pulse or kWh/pulse)
Specify the K value (litres/pulse) that characterize the volume
meter or the K value (kWh/pulse) in case of a heat meter.
Diameter of the volume meter
Specify the diameter of the volume meter or the diameter of
heat meter
Initial value to be set
Specify 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 the
MONITOR 2.0 PULSE acquirer.
ATTENTION : the initial value is MANDATORY for the
parameterization!
Serial number of the volume meter
Specify the serial number of the volume meter or the one of the
heat meter connected to the pulse acquirer.
854BRAND 1 SERIES 1 MODEL 1
1800 600 30 1
Room Heat cost allocator serial number
MONITOR 2.0 - 2.0 E
Radiator cover
S = shelf
(distance < 15 cm)
C = full cover
SC
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 E
CHILDREN’S BEDROOM
Type
UNI 10200
See TAB. 2
Example: A
Installed
capacity (W)
ΔT60°C
Brand Series Model
Type
EN 442
S
S
S
S
S
2
13 4 5 6 7 8
C2.0 E
S
(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 [email protected] attaching a photo and indicating the tube and manifolds diameters and to which condominium, dwelling and
room 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 and
NOT the distance between hub centres
No. of
elements
Tick if the heat
cost allocator
is with remote
probe
(MONITOR 2.0 E)
TIMBRO E FIRMA
A1 KITCHEN 1 2 3 4 5 6 7 8 X 10 3/4” 15,203 0123456789
DOMESTIC HOT / COLD WATER VOLUME METER
Stair Floor Room Serial number of the acquirer
MONITOR 2.0 PULSE
Domestic hot or
cold water
DHW DCW
Other type of meter
K
(litres/pulse or
kWh/pulse)
Initial value to be set
(m
3
or kWh) Serial number of the
volume meter
DHW DCW
DHW DCW
DHW DCW
Diameter of the
volume meter
Example of data entry for a volume meter :
Example of data entry for a radiator using EN442:
3
6
5
1 2 3 6
4
12 3
6
7
8
9
4
5
10
1 2 36894 510
57
Room
Enter the room where the heat emitter is installed.
Heat cost allocator serial
number
Enter the serial number
indicated on the label on
the top part of the heat
cost allocator.
No. of elements
Enter the number of elements the radiator is made of. In
case of towel warmers specify “1”.
8
1
2
Radiator cover
Indicate whether the radiator has a shelf cover S
only 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).
4
8
7
7

11
TABLE 1 - Mounting kit MONITOR 2.0
2. INSTALLATION AND MAPPING (to be carried out by the installer)
DD
DD
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
Passo
degli elementi
da 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
44
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
DD
30
Cast iron plates
Distance
between elements (D)
less than or equal to
4 mm
Distance
between elements (D)
from 4 to 10 mm
35
35 D 45
D

12
Passo
* Minimum 5-piece pack
Panel radiators
Ridged surface
Vertical profile
Smooth surface
Vertical
Horizontal
Flat tubes
720062*
Smooth surface
Lamellar radiators
Lamellar
Lamellar
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-fastening
single-block convector
2. INSTALLATION AND MAPPING (to be carried out by the installer)

14
Material Type Description UNI 10200 type
Small columns
Section < 30 x 30 mm
Large columns
Section > 30 x 30 mm
hub*50 mm
hub*55 mm
hub*55 mm
hub*60 mm
A
B
C
D
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
Condominium Data Sheet
CONDOMINIUM DATA SHEET
Fax
Condominium name
* Indicate the grand total of ALL the APARTMENT SURVEY SHEETS of the condominium
Street Number
Tax code number
Postal code City Province
STAMP AND SIGNATURE
BUILDING
ADMINISTRATOR/
MANAGER
Denomination
No. of buildings* No. of dwellings* No. of radiators* No. of towelwarmers/
radiators* No. of convectors* No. of MONITOR 2.0
heat cost allocators*
No. of MONITOR 2.0 E
heat cost allocators*
Address
Name and surname
Phone/mobile no. Fax E-mail
Denomination Address
Name and surname
Phone/mobile no. E-mail
TECHNICIAN
(who did the survey)
No. domestic
hot water
volume meter
No. of
MONITOR 2.0 PULSE
pulse acquisition device*
No. domestic
cold water
volume meter

16
Apartment Survey Sheet
SC
C 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 E 2.0 E 2.0 E
STAMP AND SIGNATURE
C C
2.0 E 2.0 E
CHILDREN’S BEDROOM
S
S S
S
S
S
S
S
S
C2.0 E
S
C2.0 E
S
C2.0 E
S
Condominium name Street City
Survey data
Staircase Floor Interior Technician who did the survey Technician’s phone/mobile no.
Number Province
APARTMENT SURVEY SHEET Mr/Ms Phone/mobile no.
(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 [email protected] attaching a photo and indicating the tube and manifolds diameters and to which condominium, dwelling and
room they correspond.
RADIATOR / CONVECTOR /
(1)
(1) If convectors are present it is necessary to fill the “Installed capacity (W) field. 
6T 60°C”
TOWEL RADIATORS (2)
DOMESTIC HOT / COLD WATER VOLUME METER
Stair Floor Room Serial number of the pulse acquirer
MONITOR 2.0 PULSE
Domestic hot or
cold water
DHW DCW
Other type of meter
K
(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 the
volume meter
Room
Heat cost allocator serial number
MONITOR 2.0 - 2.0 E
Radiator cover
S = shelf (distance < 15 cm) C = full cover
Dimensions
(*) H means the height of the radiator and
NOT the distance between hub centres No. of
elements
Type
UNI 10200
See Table 2
Example: A
Installed
capacity (W)
6T60°C
Tick if the heat
cost allocator
is with remote
probe
(MONITOR 2.0 E)
Brand Series Model
Type
EN 442

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 and
characteristics 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 the
volume 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 the
USB/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 pages
15 - 16) has been entered in the SW7200 software.
3. COMMISSIONING PARAMETERISATION
4. HEAT COST ALLOCATOR CONSUMPTION READOUT PROCEDURES
MONITOR 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/radio
device (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
300
350 400 450 500 550 600
0
4
0,5 1 1,5 2 2,5 3 3,5
4
502
mbar
300
350 400 450 500 550 600
0
4
3
2
1
0
0,5
1
1,5
2
2,5
3
3,5
4
code 720020
code 720025
Laptop PC
Code 720090
Consumpt on data readouts by means of the USB to radio device.
code 720030

18
4. READING THE DISPLAY
MONITOR 2.0 - 2.0 E (remote probe)
Message Meaning Notes
-OFF
The display is OFF.
Low consumption mode is active.
8888.8.8 DISPLAY TEST
Used to visually check that all the
display segments are functioning.
FL8888
FL8888
ALERTS
(visible only in
case of alerts)
Shows a warning or fault code.
Fr8888 or FL8888
e i2345
CURRENT
HEATIN SEASON
CONSUMPTION
Current heating season
consumption
F56789
PREVIOUS
HEATIN SEASON
CONSUMPTION
Previous heating season
consumption
3 i.05
PREVIOUS YEAR
CONSUMPTION
LO IN DATE
Day/month when the previous
period consumption was stored
OPERATIN
STATUS
:operating
a_i234 FIRST PART OF
SERIAL NUMBER
First 4 digits of the heat cost
allocator serial number
_5678 SECOND PART OF
SERIAL NUMBER
Last 4 digits of the heat cost
allocator serial number
H_i5.09 RESET
Reset date
li57.ba FW VERSION
INSTALLED
Shows the firmware version installed
OTHER MESSAGES DIFFERENT FROM THOSE LISTED ABOVE ARE
STRICTLY FOR QUALIFIED TECHNICAL PERSONNEL
88:88:88
EXXXXX
FXXXXX
FLXXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
UnIt
fd GG.MM
OpErat
a_8888
Press the selection button
EXXXXX
FXXXXX
FL XXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
d GG:MM
A 20X X
L XXX
88:88:88
EXXXXX
FXXXXX
FLXXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
UnIt
fd GG.MM
OpErat
a_8888
EXXXXX
FXXXXX
FL XXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
d GG:MM
A 20X X
L XXX
88:88:88
EXXXXX
FXXXXX
FLXXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
UnIt
fd GG.MM
OpErat
a_8888
EXXXXX
FXXXXX
FL XXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
d GG:MM
A 20X X
L XXX
88:88:88
EXXXXX
FXXXXX
FLXXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
UnIt
fd GG.MM
OpErat
a_8888
EXXXXX
FXXXXX
FL XXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
d GG:MM
A 20X X
L XXX
88:88:88
EXXXXX
FXXXXX
FLXXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
UnIt
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 the
display segments are functioning.
OPERATIN
STATUS
: operating
CURRENT PERIOD
CONSUMPTION
First 4 digits of the total
consumption logged by the volume
meter connected to the device
CURRENT PERIOD
CONSUMPTION
Last 4 digits of the total
consumption logged by the volume
meter connected to the device
CURRENT PERIOD
CONSUMPTION
DECIMALS
Decimals of the total consumption
logged by the volume meter
connected to the device
ALERTS
(visible only in
case of alerts)
Shows a warning or fault code.
Fr8888 or FL8888
PREVIOUS
PERIOD
CONSUMPTION
First 4 digits of the total
consumption of the previous year
PREVIOUS
PERIOD
CONSUMPTION
Last 4 digits of the total
consumption of the previous year
PREVIOUS YEAR
CONSUMPTION
LO IN DATE
Day/month when the previous year
consumption was stored
FIRST PART OF
SERIAL NUMBER
First 4 digits of the heat cost
allocator serial number
SECOND PART OF
SERIAL NUMBER
Last 4 digits of the heat cost
allocator serial number
FW VERSION
INSTALLED
Shows the firmware version installed
Keep
the
button
pressed
for
5 sec.
4. READING THE DISPLAY
MONITOR 2.0 PULSE (pulse acqu rer)
Press the selection button
OTHER MESSAGES DIFFERENT FROM THOSE LISTED ABOVE ARE
STRICTLY FOR QUALIFIED TECHNICAL PERSONNEL
EXXXXX
FXXXXX
FL XXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
d GG:MM
A 20X X
L XXX
88:88:88
EXXXXX
FXXXXX
FLXXXX
SEnS-X
b GG:MM
U X.XX.XX
OPErAt
FAIL
UnIt
fd GG.MM
OpErat
a_8888

20
Declarat on of conform ty
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 the
product and in this document certifies conformity with the Directive. An unabridged copy of the Declaration of Conformity with the R&TTE Directive
1999/5/EEC is available on request at the address below.
CALEFFI S.P.A.
S.R. 229, n. 25
28010 Fontaneto d’Agogna (NO) - Italy
Tel. [phone] / Fax [phone]
Model: 7200
Marking: CE 0470
We reserve the right to make improveme ts a d modificatio s to the products described a d the relative tech ical data at a y time a d without prior
otice.
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 was
installed 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 fault Contact 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 energy
emission is detected. In case the volume meter is
replaced 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 date
is exceeded shown heat consumption is reset
to zero
Nothing is shown on the display when the
button is pressed Internal problem Contact a certified installer to have the device checked
Warn ngs for proper d sposal 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 not
be disposed of as household waste.
This means that the European Directive on waste electrical and electronic equipment (WEEE) applies and that the product
must therefore be sent to differentiated waste collection centres.
Moreover, the national laws on waste equipment collection systems need to be complied with.
TROUBLESHOOTING