SYSTEMP – Installation Operation Manual (IOM SYSTEMP rev.N)
Table Of Contents
- WARRANTY CONDITIONS
- 1 DESCRIPTION OF UNITS AND OPERATING LIMITS
- 2 TRANSPORTATION, POSITIONING AND INSTALLATION PROCEDURES
- 3 PLENUMS, VENTILATED PLENUMS AND DUCT SECTIONS (ACCESSORY)
- 4 FREE COOLING PLENUM (ACCESSORY)
- 5 ADJUSTABLE AND VENTILATED PLINTHS (ACCESSORY)
- 6 TMC AIR-COOLED CONDENSER PLACEMENT AND INSTALLATION
- 7 CONNECTION OF CONDENSATE DISCHARGE AND HUMIDIFIER
- 8 WATER CIRCUIT CONNECTIONS
- 9 COOLING CONNECTIONS
- 9.1 ROUTING OF THE COOLING CIRCUIT PIPES
- 9.2 COOLING CIRCUIT SIZING
- 9.3 COOLING CIRCUIT INSTALLATION
- 9.4 UNIT COOLING PIPE CONNECTION
- 9.5 AIR-COOLED CONDENSER CONNECTION
- 9.6 COOLING CIRCUIT VACUUM DRYING OPERATIONS
- 9.7 CHARGING THE COOLING CIRCUIT
- 9.8 PRECAUTIONS
- 9.9 LUBRICATING OIL FILLING IN THE CIRCUIT
- 9.10 TMC CONDENSER PRESSURE REGULATOR (ACCESSORY)
- 9.11 CHECKING THE REFRIGERANT LOAD AND COOLING CIRCUIT OPERATION
- 9.12 PRECAUTIONS AGAINST REFRIGERANT LEAKS
- 9.13 CHECKING THE MAXIMUM CONCENTRATION OF REFRIGERANT
- 10 EXAMPLES OF WATER AND COOLING CIRCUITS
- 10.1 EXAMPLE OF CHILLED WATER CIRCUIT
- 10.2 TMC AIR-COOLED CONDENSER COOLING CIRCUIT
- 10.3 COOLING CIRCUIT WITH SINGLE COMPRESSOR AND REMOTE CONDENSER
- 10.4 COOLING CIRCUIT WITH SINGLE COMPRESSOR AND WATER-COOLED CONDENSER
- 10.5 COOLING CIRCUIT WITH DOUBLE COMPRESSOR AND REMOTE CONDENSER
- 10.6 COOLING CIRCUIT WITH DOUBLE COMPRESSOR AND WATER-COOLED CONDENSER
- 10.7 TWO SOURCES WATER CIRCUIT WITH CHILLED WATER CIRCUITS
- 10.8 TWO SOURCES COOLING CIRCUIT WITH SINGLE COMPRESSOR AND REMOTE CONDENSER
- 10.9 TWO SOURCES COOLING CIRCUIT WITH SINGLE COMPRESSOR AND WATER-COOLED CONDENSER
- 10.10 TWO SOURCES COOLING CIRCUIT WITH DOUBLE COMPRESSOR AND REMOTE CONDENSER
- 10.11 TWO SOURCES COOLING CIRCUIT WITH DOUBLE COMPRESSOR AND WATER-COOLED CONDENSER
- 10.12 COOLING CIRCUIT WITH FREE COOLING AND SINGLE COMPRESSOR
- 10.13 COOLING CIRCUIT WITH FREE COOLING AND DOUBLE COMPRESSOR
- 11 ELECTRICAL CONNECTIONS
- 11.1 RS485 SERIAL COMMUNICATION BOARD CONNECTION (Modbus RTU - BACnet MS/TP)
- 11.2 ETHERNET RJ45 PORT CONNECTION (Modbus TCP - BACnet IP - Web Server)
- 11.3 CANbus LAN CONNECTION (ACCESSORY)
- 11.4 REMOTE CONTROL TERMINAL CONNECTION (ACCESSORY)
- 11.5 WALL-MOUNTED TEMPERATURE AND HUMIDITY PROBE CONNECTION (ACCESSORY)
- 11.6 DUCTED TEMPERATURE AND HUMIDITY PROBE CONNECTION (ACCESSORY)
- 11.7 CONNECTION OF THE SMOKE AND FLAME DETECTORS SUPPLIED (ACCESSORY)
- 11.8 WATER DETECTION PROBE CONNECTION (ACCESSORY)
- 11.9 CONNECTION OF FREE COOLING PLENUM MOTORISED DAMPER ACTUATORS (ACCESSORY)
- 11.10 AIR-COOLED CONDENSER POWER SUPPLY AND REGULATION CONNECTION (ACCESSORY)
- 12 ROUTINE AND SPECIAL MAINTENANCE
- 13 DEACTIVATION, DISMANTLING AND DISPOSAL
- 14 APPENDIX 1: RECOMMENDED EQUIPMENT
- 15 APPENDIX 2: PRELIMINARY CHECKS AND FIRST START-UP
- 16 APPENDIX 3: FAULT DIAGNOSIS
- 17 NOTES
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13 DEACTIVATION, DISMANTLING AND DISPOSAL
WARNING!
The product must be dismantled by skilled personnel who full the adequate requisites for
the task as dened by the regulations in the country where positioning and installation of
the product take place.
For the deactivation, dismantling and disposal of the units, the following must also be considered:
• The direct expansion units contain R410a refrigerant, a uorinated greenhouse gas subject to the Kyoto Protocol. Therefore,
during dismantling, the health and safety provisions, professional disposal regulations of the refrigerant gas and regulations
of the country where the product will be positioned and installed, must be complied with.
• This device may contain hazardous substances (oil, glycol, etc.), therefore improper use or incorrect disposal may have neg-
ative eects on human health and the environment. Public or private waste collection systems are to be used for disposal,
as dened by local laws and regulations.
• The units are made mostly of recyclable materials. It is therefore recommended to carry out a separate collection of these
materials.
13.1 DISPOSAL OF MATERIALS CONTAINED IN UNITS
Disposal activities inherent to the product are carried out at three separate times. Once the materials have been separated
as indicated below, these must be assigned the CER codes and then sent for disposal according to the provisions of the national
legislation in force.
• Disposal of packaging:
1) Packaging must be disposed of taking care to separate recyclable materials (see the following table):
• Disposal of substances during maintenance operations:
1) Waste material resulting from maintenance operations must be sorted for disposal, separating any recyclable materials.
2) The air lters must be disposed of as special waste depending on the substances contained therein, originating from the
environment in which the units operate.
3) If the cooling system needs to be emptied, regulations concerning the recovery and professional disposal of the refrigerant
gas in the country where the product is positioned and installed, must be complied with.
4) If the compressor oil needs to be replaced, it must be disposed of in accordance with the regulatory provisions of the coun-
try where the product is positioned and installed.
5) The gas lters must be disposed of as materials contaminated by the compressor oil, in accordance with the regulatory
provisions of the country where the product is positioned and installed.
6) The copper pipes may contain traces of compressor oil.
• Disposal at end of unit’s service life:
1) Waste material resulting from dismantling operations must be sorted for disposal, separating any recyclable materials (see
the following table).
2) The air lters must be disposed of as special waste depending on the substances contained therein, originating from the
environment in which the units operate.
3) If the cooling system needs to be emptied, regulations concerning the recovery and professional disposal of the refrigerant
gas in the country where the product is positioned and installed, must be complied with.
4) If the compressor oil needs to be replaced, it must be disposed of in accordance with the regulatory provisions of the coun-
try where the product is positioned and installed.
5) The gas lters must be disposed of as materials contaminated by the compressor oil, in accordance with the regulatory
provisions of the country where the product is positioned and installed.
6) The copper pipes may contain traces of compressor oil.