Data Aire gForce DX series - Electrical Connections; Electrical Service

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When handling or recovering refrigerant it is not permissible to release refrigerant into the atmosphere.
Many leak-test methods recommended in the past are no longer possible. Current standard practices
must be used.
Pressurize the system’s circuit to 150 PSIG (1034 kPa) by using dry nitrogen with a trace of refrigerant.
Check the entire system for leaks with a suitable leak nder (per local code) including but not limited
to all braze joints, caps, ttings, and are nuts on both eld and factory furnished components. After
completion of leak testing, release test pressure and pull a vacuum on the system.
Note: Tightening of ttings and valves is the responsibility of the installing contractor.
WARNING: With any uid connection there is risk of leakage. Water leakage could
result in property damage to mission critical equipment. A water drain connection is
required. Units with optional steam generator humidiers will require an external potable
water supply. Water leakage can result from improper installation and/or practices.
3 ELECTRICAL CONNECTIONS
WARNING: The Data Aire cooling unit must be connected by a licensed and qualied
electrician. Risk of electrical shock could result in injury or death. Disconnect all remote
electrical power supplies prior to working on the unit.
NOTE: Disconnect switches are optional. The disconnect switch when turned OFF
will de-energize the high voltage.
WARNING: Before proceeding with the electrical connections, make certain that the
volts, hertz and phase correspond to that specied on the unit electrical nameplate. Use
copper conductors only.
3.1 Electrical Service
Check to be sure the electrical service provided by the utility is su󰀩cient to handle the additional load
imposed by this equipment. Most units with remote heat exchangers will require a separate power
source and eld provided interconnecting wires (see Section 3.5).
Remote condensers will typically require one power source. Glycol systems with uid coolers and loose
pump(s) typically require one power source for the uid cooler and will require one additional source for
single pump or two additional sources for dual pumps. Systems where the pump(s) are mounted and
piped integral to the uid cooler will usually require a single power source.