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CALEFFI 7200 Series Operating Steps - Installation Manual

CALEFFI 7200 Series Operating Steps - Installation Manual

Heat cost allocator

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Heat cost allocator MONITOR 2.0/MONITOR 2.0 E
Domestic water consumption data acquisition device
MONITOR 2.0 PULSE
©
opyright 2014
alef fi
OPER TING STEPS - INST LL TION M NU L
CAUTION! CONSULT THIS MANUAL BEFORE USING THE PRODUCT
Function
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.c leffi.com
0470
7200 series

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Summary of Contents for CALEFFI 7200 Series

  • Page 1 78204.01 EN www.c leffi.com Heat cost allocator MONITOR 2.0/MONITOR 2.0 E 0470 Domestic water consumption data acquisition device MONITOR 2.0 PULSE 7200 series © opyright 2014 alef fi OPER TING STEPS - INST LL TION M NU L Function MONITOR 2.0 and MONITOR 2.0 E are latest-generation electronic...
  • Page 2: Preliminary Inspection

    OPER TING STEPS MONITOR 2.0 - 2.0 E - 2.0 PULSE HEAT COST ALLOCATORS and PULSE ACQUIRERS - 1. PRELIMINARY INSPECTION 2. INSTALLATION AND MAPPING (to be carried out by the installer) (to be carried out by the installer) Valve / lockshield valve / thermostatic control Identify: head mounting •...
  • Page 3 1. PRELIMINARY INSPECTION (to be carried out by the installer) 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. 7200 ounting kit N.B.
  • Page 4 2. INSTALLATION AND MAPPING (to be carried out by the installer) Characteristic components Tamper-proof seal MONITOR 2.0 - code 720020 Heat cost allocator complete with PCB Radiator probe protection (to be removed during installation) Display selection button Retaining screws (tightening torque 0.8-1 N m) Aluminium thermal coupling plate Fastening brackets Anti-tampering seal...
  • Page 5 2. INSTALLATION AND MAPPING (to be carried out by the installer) Installation of the heat cost allocator/pulse acquirer MONITOR 2.0 STEP 1 STEP 2 STEP 3 Install the heat cost allocator on the heat Before proceeding with installation, remove Press down on the bottom part of the heat emitter hooking it onto the top part of the the probe protection (a) and the tamper- cost allocator until it is securely in place.
  • Page 6 2. INSTALLATION AND MAPPING (to be carried out by the installer) MONITOR 2.0 Welded mounting kit 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. The heat cost allocator - Weld the stud bolts in the gap between two ridges.
  • Page 7 2. INSTALLATION AND MAPPING (to be carried out by the installer) MONITOR 2.0 E (with remote probe) During installation, make sure that the centre-line of the part shown Heat cost allocator position with convector in Figure 1 is positioned exactly at 75% (±1 cm) of the development In order to ensure measurement according to the regulations, the heat cost of the coil or at 50% (±1 cm) of the height in the case of a single- allocator must be positioned at a distance not less than 10 cm from the...
  • Page 8 2. INSTALLATION AND MAPPING (to be carried out by the installer) MONITOR 2.0 PULSE (pulse acquirer) Connect the pulse output wire from the volume meter to the device Firstly use the special wall mounting hooks provided, install the rear inputs with screw terminals (Figure ) as illustrated in the picture plastic plate and, finally, use the fixing screws, as shown in the below:...
  • Page 9 (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...
  • Page 10 2. INSTALLATION AND MAPPING (to be carried out by the installer) MONITOR 2.0 - 2.0 E (remote probe) Example of data entry for a radiator using EN442: Room imensions Enter the room where the heat emitter is installed. Specify the dimensions of the heat emitter expressed in mm. No.
  • Page 11 2. INSTALLATION AND MAPPING (to be carried out by the installer) TABLE 1 - Mounting kit MONITOR 2.0 Element radiators MOUNTING Distance between elements (D) 720050* less than or equal to 30 mm Cast iron columns Distance 720052* between elements (D) greater than 30 mm Distance between elements (D)
  • Page 12 2. INSTALLATION AND MAPPING (to be carried out by the installer) TABLE 1 - Mounting kit MONITOR 2.0 MOUNTING Panel radiators Vertical profile Ridged surface Smooth surface Smooth surface 720062* Vertical Flat tubes Horizontal MOUNTING Lamellar radiators Lamellar Lamellar Distance between 720063 elements (D) from 24 to 28 mm...
  • Page 13 2. INSTALLATION AND MAPPING (to be carried out by the installer) TABLE 1 - Mounting kit MONITOR 2.0 E Thermal convectors (mounting kit included in the heat cost allocator pack) Single element Single-fin convector without coil Double or triple element Single-fin convector without coil Single, double or triple element...
  • Page 14 2. INSTALLATION AND MAPPING (to be carried out by the installer) TABLE 2 - UNI 10200 Material Type Description UNI 10200 type 50 mm Small columns Section < 30 x 30 mm 55 mm Cast iron or steel 55 mm Large columns Section >...
  • Page 15 Condominium Data Sheet...
  • Page 16 Apartment Survey Sheet...
  • Page 17 3. COMMISSIONING – PARAMETERISATION 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 ( T 60°C) according to the actual dimensions and characteristics of the heating body on which it is installed.
  • Page 18 4. READING THE DISPLAY MONITOR 2.0 - 2.0 E (remote probe) Press the selection button Message Meaning Notes The display is OFF. Low consumption mode is active. 8888.8.8 Used to visually check that all the DISPLAY TEST display segments are functioning. 88:88:88 FL8888 ALERTS...
  • Page 19 4. READING THE DISPLAY MONITOR 2.0 PULSE (pulse acquirer) 88:88:88 Press the selection button Message Meaning Notes EXXXXX The display is OFF. EXXXXX Low consumption mode is active. d GG:MM FXXXXX A 20X Used to visually check that all the DISPLAY TEST display segments are functioning.
  • Page 20: Troubleshooting

    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.