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CUT ALON
G
DOTT
E
D
LINE
CU
T ALONG DOTTED LINE
Manufacturer reserves the right to change, at any time, specifications and designs without notice and without obligations.
CL-2
Replaces: II580J-8-16-01
Copyright 2018 Bryant Heating & Cooling Systems
Edition Date: 03/18
5-18A
Printed in U.S.A
Catalog No: II580J-8-16-02
PRESSURES
GAS INLET PRESSURE IN. WG
____________ in. wg
GAS MANIFOLD PRESSURE
STAGE 1 _____________ in. wg
STAGE 2 _____________ in. wg
REFRIGERANT SUCTION
CIRCUIT A _____________ PSIG
CIRCUIT B _____________ PSIG
REFRIGERANT DISCHARGE
CIRCUIT A _____________ PSIG
CIRCUIT B _____________ PSIG
VERIFY REFRIGERANT CHARGE USING CHARGING CHARTS (Y/N) _____
GENERAL
Economizer minimum vent and changeover settings to job requirements (if equipped) (Y/N) _____
Verify smoke detector unit shutdown by utilizing magnet test (Y/N) _____
IV. PERFECT HUMIDITY™ START-UP
STEPS
1. Check CTB for jumper 5, 6, 7 (Jumper 5, 6, 7 must be cut and open) (Y/N) _____
2. Open humidistat contacts (Y/N) _____
3. Start unit In cooling (Close Y1) (Y/N) _____
OBSERVE AND RECORD
A. Suction pressure
_______________ PSIG
B. Discharge pressure
_______________ PSIG
C. Entering air temperature
_______________ °F
D. Liquid line temperature at outlet or reheat coil
_______________ °F
E. Confirm correct rotation for compressor (Y/N) _____
F. Check for correct ramp-up of outdoor fan motor as condenser coil warms (Y/N) _____
4. Check unit charge per charging chart (Y/N) _____
(Jumper 32L Motormaster
®
temperature sensor during this check. Remove jumper when complete.)
5. Switch unit to high-latent mode (sub-cooler) by closing humidistat with Y1 closed (Y/N) _____
OBSERVE
A. Reduction in suction pressure (5 to 7 psi expected) (Y/N) _____
B. Discharge pressure unchanged (Y/N) _____
C. Liquid temperature drops to 50 to 55°F range (Y/N) _____
D. LSV solenoid energized (valve closes) (Y/N) _____
6. Switch unit to dehumid (reheat) by opening Y1 (Y/N) _____
OBSERVE
A. Suction pressure increases to normal cooling level
B. Discharge pressure decreases (35 to 50 psi) (Limited by Motormaster control)
C. Liquid temperature returns to normal cooling level
D. LSV solenoid energized (valve closes)
E. DSV solenoid energized, valve opens
7. With unit in dehumid mode close W1 compressor and outdoor fan stop; LSV and DSV solenoids de-energized
(Y/N) _____
8. Open W1 restore unit to dehumid mode (Y/N) _____
9. Open humidistat input compressor and outdoor fan stop; LSV and DSV solenoids de-energized (Y/N) _____
10. Restore set-points for thermostat and humidistat (Y/N) _____
REPEAT PROCESS FOR 2 COMPRESSOR SYSTEMS
Summary of Contents for 580J*16D Series
Page 4: ...4 Fig 2 Unit Dimensional Drawing Sizes 08 09 and 12 ...
Page 5: ...5 Fig 2 Unit Dimensional Drawing Sizes 08 09 and 12 cont ...
Page 6: ...6 Fig 3 Unit Dimensional Drawing Size 14 ...
Page 7: ...7 Fig 3 Unit Dimensional Drawing Size 14 cont ...
Page 8: ...8 Fig 4 Unit Dimensional Drawing Size 16 ...
Page 9: ...9 Fig 4 Unit Dimensional Drawing Size 16 cont ...
Page 15: ...15 Fig 9 580J 16 Roof Curb Details ...
Page 32: ...32 Fig 58 580J 08 14 Typical Perfect Humidity Dehumidification System Humidistat Wiring ...
Page 33: ...33 Fig 59 580J 16 Typical Perfect Humidity Dehumidification System Humidistat Wiring ...
Page 48: ...48 Fig 67 580J 08 12N P Typical RTU Open System Control Wiring Diagram ...
Page 49: ...49 Fig 68 580J 08 14 Typical RTU Open System Control Wiring Diagram ...
Page 50: ...50 Fig 69 580J 16 Typical RTU Open System Control Wiring Diagram ...
Page 52: ...52 Fig 71 580J 16 Typical RTU Open System Control Wiring Diagram with Perfect Humidity System ...