Summary of Contents for Build Equinox CERV-001-PARTA
- Page 1 NSTALLATION ANUAL (CERV) ONDITIONING NERGY ECOVERY ENTILATOR CERV-001-PARTA, CERV-001-PARTB ODEL 0.36 - 01/27/2015...
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Page 2: Nameplate Ratings
CERV S YSTEM OOTPRINT AMEPLATE ATINGS Revision 0.36 [01/27/2015] Page 2... -
Page 3: General Considerations
1. Review Ducting section below to determine most applicable ducting scheme. 2. If desired, you may want to place a pan underneath the CERV-001-PARTA module on the off chance of a condensate water leak (plugged tube, etc.). A washing machine pan is often a good choice. - Page 4 UCTING NITS OGETHER For ducting the PARTA and PARTB units together, rigid (galvanized) duct fittings should be used. All ducting between the units must be insulated and sealed, especially the outlet side, since the air will be heated or cooled (depending on the duct) and could cause condensation on the ducts.
- Page 5 Due to the flexible nature of the system, there are several ways to duct the CERV for operation. See the following to determine the most applicable configuration. UCTING WITH AN XISTING INISPLIT URNACE ABINET UCTING WITH AN UXILIARY EATER CERV O UCTING WITH Revision 0.36 [01/27/2015] Page 5...
- Page 6 ILTERS Filters may be installed in line with the system, so that the fresh air is filtered before it enters the CERV. Additionally, you may wish to filter the return air to remove dust or other particulates from the air when the CERV is in a recirculation mode. The filter boxes that are typically supplied with the CERV are the Fantech FB6 (datasheet link here).
- Page 7 NSULATING In the winter, the unit will be bringing in cold air, passing it through the heat pump, and then exhausting EVEN COLDER air. In the summer, the CERV will be bringing in hot air, passing through the heat pump, and exhausting EVEN HOTTER air. It is therefore extremely important that the components of the system are properly insulated, as to prevent any condensation on the ducting.
- Page 8 2. MAKE SURE THE CIRCUIT IS NOT HOT, i.e. breaker switch is off or fuse is out. 3. Run electrical supply (240vAC) to the CERV-001-PARTA module. The power input from your supply panel connects to the 16 gauge Red and Black wires in the junction box on the module.
- Page 9 5. Run the electrical (120vAC) to the blowers from the CERV-001-PARTB high voltage junction box. Each blower is controlled individually, so each blower will have a labeled separate hot (red) and neutral (white) wire in the HV junction box. The supply blower wires will be labeled BinN and BinH, while the exhaust blower wires will be labeled BoutN and BoutH.
- Page 10 7. IF INSTALLING AN AUXILARY HEATER (otherwise, skip to step 8) a. Run control wiring from the LV junction box of PARTB to the aux heater (the yellow and black wires included with the heater). This wire will only carry a low current 24vAC control signal;...
- Page 11 IF INSTALLING A WIRELESS SWITCH RELAY (otherwise, skip to step 9) a. Follow the wiring diagram below and match the colors of the wires to the terminal block labels. b. Wires may be run through the same stress relief as the PARTA wiring, and the wireless relay can be secured with a strip of Velcro (not included).
- Page 12 70. Additionally, be aware of any additional city or utility code requirements before installation. Units must be properly grounded. System power to CERV-001-PARTA and PARTB must comply with the nameplate requirements. The CERV-001-PARTA should have its own dedicated circuit.
- Page 13 CERV-001-PARTB - Low Voltage Conduit Box: PARTB LOW VOLTAGE CONDUIT BOX. F+: Connect to CERV-001-PARTA LOW VOLTAGE Quick Connect (RED – F+). F-: Connect to CERV-001-PARTA LOW VOLTAGE Quick Connect (BLACK – F-). B: Black wire from wireless relay DLC.