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Issue: O-WCP16-SEP21-2
Page 2
2.0 INSTALLATION
The unit is designed for indoor installation only. Installation of this unit must conform to local building codes and/or
regulation. The unit shall be operated according the limit specified in
Table 1.
Table 1: Unit Operating Limit
POWER SUPPLY
CHARACTERISTICS
MAXIMUM WORKING
PRESSURE (UNIT)
SAFETY PRESSURE
SWITCH
CONDENSER TEST
PRESSURE
Low Side
High Side
Low Side
Pressure,
psig
(barG)
(auto
reset)
High Side
Pressure,
psig
(barG)
(manual
reset)
Water Side
Refrigerant
Side
Max. psig
(barG)
Max. psig
(barG)
Max. psig
(barG)
Max. psig
(barG)
380-415V/3Ph/50Hz
(+/- 10%)
363 (25)
480 (33)
Cut out 50
(3.5), cut in
100 (6.9)
cut out 480
(33), reset
350 (24)
350 (24)
600 (41)
2.1 UNIT INSPECTION
Upon receiving the unit, it should be inspected immediately for possible damage which may have occurred during
transit. If damage is evident, it should be noted on the carrier’s freight bill. A written request for in
spection by the
carrier’s agent should be made at once.
2.2 LOCATION AND CLEARANCES
The following guidelines should be used to select a suitable location for the unit installation:
•
Verify the floor or foundation is level. Failure to level the unit properly could result in condensate management
problems, such as stagnant water inside the unit.
•
For installation, service and maintenance access, minimum clearances required by local, state, or national codes
should be followed. Clearance is required to allow room for filter access, mechanical cleaning of the condenser
tubes, access to expansion valves and other control components and to allow for possible fan shaft or compressor
removal. Additional clearance should be considered for component replacement such as condenser, evaporator and
supply fan. Even though there is no vertical clearance specification listed, clearance above the unit may be an
advantage during change out of any of the above components.
Table 2: Minimum Installation Clearance
Side
Distance
FRONT
1000
LEFT
800
RIGHT
800
REAR
800
Summary of Contents for O-WCP16-SEP21-2
Page 13: ...Issue O WCP16 SEP21 2 Page 9 5 1 UNIT DIMENSION 5 1 1 Outline UCQ60A D L...
Page 14: ...Issue O WCP16 SEP21 2 Page 10 5 1 2 Outline UCQ90A D L...
Page 15: ...Issue O WCP16 SEP21 2 Page 11 5 1 3 Outline UCQ140A D L...
Page 16: ...Issue O WCP16 SEP21 2 Page 12 5 1 4 Outline UCQ180A D L...
Page 17: ...Issue O WCP16 SEP21 2 Page 13 5 1 5 Outline UCQ240A L...
Page 18: ...Issue O WCP16 SEP21 2 Page 14 5 1 6 Outline UCQ280A L...
Page 19: ...Issue O WCP16 SEP21 2 Page 15 5 1 7 Outline UCQ320A L...
Page 20: ...Issue O WCP16 SEP21 2 Page 16 5 1 8 Outline UCQ360A L...
Page 21: ...Issue O WCP16 SEP21 2 Page 17 5 1 9 Outline UCQ400 520A L...
Page 22: ...Issue O WCP16 SEP21 2 Page 18 5 1 10 Outline UCQ570A L...
Page 23: ...Issue O WCP16 SEP21 2 Page 19 5 1 11 Outline UCQ710A L...
Page 24: ...Issue O WCP16 SEP21 2 Page 20 5 1 12 Outline UCQ870A L...
Page 25: ...Issue O WCP16 SEP21 2 Page 21 5 1 13 Outline UCQ940A L...
Page 29: ...Issue O WCP16 SEP21 2 Page 25 5 6 FAN CURVE 5 6 1 Fan Curve AT 9 9 Model UCQ60 UCQ90...
Page 30: ...Issue O WCP16 SEP21 2 Page 26 5 6 2 Fan Curve AT 15 15 Model UCQ140 UCQ180 UCQ240...
Page 31: ...Issue O WCP16 SEP21 2 Page 27 5 6 3 Fan Curve AT 18 18 Model UCQ280...
Page 32: ...Issue O WCP16 SEP21 2 Page 28 5 6 4 Fan Curve ADH 450 Model UCQ320 UCQ360 UCQ710...
Page 33: ...Issue O WCP16 SEP21 2 Page 29 5 6 5 Fan Curve ADH 500 Model UCQ400 UCQ520 UCQ870 UCQ940...
Page 34: ...Issue O WCP16 SEP21 2 Page 30 5 6 6 Fan Curve ADH 560 Model UCQ570...
Page 58: ...Issue O WCP16 SEP21 2...