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Diagnostics
118
RTHD-SVX02H-EN
Table 35. Diagnostics Table
Hex
Code
Diagnostic Name
and Source
Severity
Persistence Criteria
Reset
Level
3D7
Transition Complete
Input Opened
Immediate
Latch
The Transition Complete input is open with the compressor motor
running after a successful completion of transition. This is active
only for all electromechanical starters
Local
3D5
Transition Complete
Input Shorted
Immediate
Latch
The Transition Complete input is shorted before the compressor
was started. This is active for all electromechanical starters.
Local
D8
Under Voltage
Normal
Non Latch
a. Average of all monitored Line voltages below - 10% of nomi-
nal or the Under/Overvoltage transformer( s) are not connected.
[Must hold = - 10 % of nominal. Must trip = - 15 % of nominal.
Reset differential = min. of 2% and max. of 4%. Time to trip =
min. of 1 min. and max. of 5 min.) Design: Nom. trip: 60 sec-
onds at less than 87.5%, + or - 2.8% at 200V or + or - 1.8% at
575V, Auto Reset at 90% or greater.
Remote
6B6
Heat recovery tank
temperature sensor
Alarm
Latch
Bad Sensor or LLID
Remote
6B6
Heat recovery outlet
temperature sensor
Warning
Latch
Bad Sensor or LLID
Remote
6B6
Heat recovery water
inlet temperature
sensor
Warning
Latch
Bad Sensor or LLID
Remote
6B6
External heat re-
covery temperature
setting input
Warning
Non Latch
Bad Sensor or LLID
Remote
6B6
Heat recovery flow
delay
Alarm
Non Latch
The water in the heat recovery pipeline cannot be proved to
be flowing in 20 minutes after the heat recovery pump relay is
added. The heat recovery pump will be ordered to stop when
the heat recovery line detects the flow of water and the alarm is
cleared.
Remote
6B6
The heat recovery
flow is short
Immediate
Non Latch
The input disconnection of the flow of the heat recovery pipeline
is more than 6 seconds after confirming the flow. The compressor
is automatically cleared after 7 seconds.
Remote
6B6
Undesired flow -
main condenser
Warning
Non Latch
When the main condenser is ordered to shut down, it will con-
tinue to monitor the presence of water. Once the water flow is
detected, the alarm will be automatically cleared.
Remote
6B6
Undesired flow - heat
recovery condenser
Warning
Non Latch
When the heat recovery condenser is ordered to be shut down
for 180 days, it will continue to monitor the presence of water.
Once the water flow is detected, the alarm will be automatically
cleared.
Remote
6B6
No communication:
heat recovery tank
temperature
Alarm
Latch
Continuous communication between M P and functional ID was
interrupted for 35 to 40 seconds.
Remote
6B6
No communication:
heat recovery outlet
temperature
Warning
Latch
Continuous communication between M P and functional ID was
interrupted for 35 to 40 seconds.
Remote
6B6
No communication:
heat recovery water
inlet temperature
Warning
Latch
Continuous communication between M P and functional ID was
interrupted for 35 to 40 seconds.
Remote
6B6
No communication:
heat recovery flow
switch
Alarm
Latch
Continuous communication between M P and functional ID was
interrupted for 35 to 40 seconds.
Remote
6B6
No communication:
heat back pump
Warning
Latch
Continuous communication between M P and functional ID was
interrupted for 35 to 40 seconds.
Remote
6B6
No communication:
external heat recov-
ery Settings
Warning
Latch
Continuous communication between M P and functional ID was
interrupted for 35 to 40 seconds.
Remote
6B6
No communication:
external heat recov-
ery command
Warning
Latch
Continuous communication between M P and functional ID was
interrupted for 35 to 40 seconds.
Remote
Содержание RTHD series
Страница 28: ...Installation Mechanical 28 RTHD SVX02H EN Figure 9 Unit Weights and Dimensions for Rigging Y Z A B C D X C G...
Страница 69: ...Installation Electrical RTHD SVX02H EN 69 Figure 35 Solid State Starter Panel Power Wire Routing...
Страница 120: ...120 RTHD SVX02H EN...
Страница 121: ...RTHD SVX02H EN 121 23094870 1 1 FIELD WIRING RTHD PBL 3 12 03 H 23094870 1 1 FIELD WIRING RTHD PBL 3 12 03 H...
Страница 122: ...122 RTHD SVX02H EN...
Страница 123: ...RTHD SVX02H EN 123 EXV...
Страница 124: ...124 RTHD SVX02H EN...
Страница 125: ...RTHD SVX02H EN 125...
Страница 126: ...126 RTHD SVX02H EN RLA 0 10VDC RLA 0 10V 2 10VDC 4 20mA 2 10VDC 4 20mA TRACER SUMMIT LONTALK...
Страница 127: ...RTHD SVX02H EN 127 2 10VDC 4 20mA TRACER SUMMIT LONTALK 4 20mA 2 10VDC 4 20mA 2 10VDC...
Страница 128: ...128 RTHD SVX02H EN 1A24...
Страница 129: ...RTHD SVX02H EN 129...
Страница 130: ...130 RTHD SVX02H EN UC800 RLA 115V 27V 115V TD 7...
Страница 131: ...RTHD SVX02H EN 131 CLASS1 CLASS1 CLASSII 300V W1 W2 120VAC 7 2AMPS 2 88AMP 1 3HP 7 2FLA 240VAC 5AMPS IOM...
Страница 132: ...132 RTHD SVX02H EN...
Страница 133: ...RTHD SVX02H EN 133 EXV 2 EXV 1...
Страница 134: ...134 RTHD SVX02H EN...
Страница 135: ...RTHD SVX02H EN 135...
Страница 136: ...136 RTHD SVX02H EN...
Страница 137: ...RTHD SVX02H EN 137...
Страница 138: ...138 RTHD SVX02H EN 1A24...
Страница 139: ...RTHD SVX02H EN 139...
Страница 140: ...140 RTHD SVX02H EN UC800 RLA 115V 27V 115V TD 7 27V...
Страница 141: ...RTHD SVX02H EN 141 115V CLASS1 CLASS1 CLASSII 300V W1 W2 120VAC 7 2AMPS 2 88AMP 1 3HP 7 2FLA 240VAC 5AMPS IOM...
Страница 142: ...142 RTHD SVX02H EN...
Страница 144: ...144 RTHD SVX02H EN HEAT RECOVERY OIL TANK EVAPORATOR CONDENSER Heat Recovery Model...
Страница 145: ...RTHD SVX02H EN 145 ERY CONTROL PNAEL SEE DETAIL A G...
Страница 146: ...146 RTHD SVX02H EN...
Страница 147: ...RTHD SVX02H EN 147 C A DIVISION OF AMERICAN STANDARD INC ALL RIGHTS RESERVED...
Страница 148: ...148 RTHD SVX02H EN HEAT RECOVERY OIL TANK EVAPORATOR CONDENSER DETAIL A Heat Recovery Model...
Страница 149: ...RTHD SVX02H EN 149 ERY CONTROL PNAEL SEE DETAIL A...