Power Electronics SD700 Series, Applications Manual, Page: 46 / 63

SD700
POWER ELECTRONICS
44
FAULT MESSAGES. DESCRIPTIONS AND ACTIONS
Parameter Screen Description Address Range Modbus Range
G25.6.17 17 NO FLsp=+0.0%
Minimum stop speed because of No Flow
detection
42349 +0.0 to +250% 0 to 20480
G25.6.18 18 NO FLbyp=0.0s Bypass time for No Flow switch 42350 0.0 to 999s 0 to 9990
G25.6.19 19 NO FLdly=0.0s Trip delay time because of No Flow 42351 0.0 to 999s 0 to 9990
G25.6.20 20 CYCLE TI=0m Cycle time of the drive 42353 OFF=0 to 99m 0 to 99
G25.6.21 21 CYCLE CNT=5 Cycle counter 42354 1 to 5 1 to 5
G25.7.1 1 PRESSU SOU=PID Pressure reading source 42357
PID
AI1
AI2 0 to 2
G25.7.2 2 FILL SP=+70.0% Speed for pipe filling process 42116
OFF=0.0; +0.1 to
+250%
0 to 20480
G25.7.3 3 FILL P=2.0Bar Pressure for the end of pipe filling process 42117
0.0 to 3276
Engineering Units
0 to 32760
G25.7.4 4 FILL TIM=15m Safety time for pipe filling process 42118 OFF=0; 1 to 9999min 0 to 9999
G25.7.5
5 SPT RAMP=1.0Bar / s
Setpoint ramp 42119
0.01 to 320.00
Engineering Units/s
0 to 32000
G25.8.1 1 COMP 1=0.0Bar
Compensation pressure at the starting of 1
fixed pump
42131
0.0 to 3276
Engineering Units
0 to 32760
G25.8.2 2 COMP 2=0.0Bar
Compensation pressure at the starting of 2
fixed pumps
42132
0.0 to 3276
Engineering Units
0 to 32760
G25.8.3 3 COMP 3=0.0Bar
Compensation pressure at the starting of 3
fixed pumps
42133
0.0 to 3276
Engineering Units
0 to 32760
G25.8.4 4 COMP 4=0.0Bar
Compensation pressure at the starting of 4
fixed pumps
42134
0.0 to 3276
Engineering Units
0 to 32760
G25.8.5 5 COMP 5=0.0Bar
Compensation pressure at the starting of 5
fixed pumps
42135
0.0 to 3276
Engineering Units
0 to 32760
G25.9.1 1 ENABLE PUMP1=N
To enable fixed pump associated to output
relay 1
42136
N
Y
0 to 1
G25.9.2 2 ENABLE PUMP2=N
To enable fixed pump associated to output
relay 2
42137
N
Y
0 to 1
G25.9.3 3 ENABLE PUMP3 =N
To enable fixed pump associated to output
relay 3
42138
N
Y
0 to 1
G25.9.4 4 ENABLE PUMP4=N
To enable fixed pump associated to analogue
output 1
42148
N
Y
0 to 1
G25.9.5 5 ENABLE PUMP5=N
To enable fixed pump associated to analogue
output 2
42149
N
Y
0 to 1
G25.9.6 6 FP ALTER MOD=0 Alternation mode of fixed pumps 42139 0 to 2 0 to 2
G25.9.7 7 JPon P=0.0Bar Starting pressure of Jockey pump 42371
0.0 to 3276
Engineering Units
0 to 32760
G25.9.8 8 JPon DLY=20s Start delay time for Jockey pump 42372 0 to 600s 0 to 6000
G25.9.9 9 JPof P=0.0Bar Stopping pressure of Jockey pump 42373
0.0 to 3276
Engineering Units
0 to 32760
G25.9.10 10 PRp BYP=300s Bypass time for Priming pump 42102 0.1 to 6000s 0 to 60000
G25.9.11 11 PRp DLY=OFF
Trip time of F72 during Priming pump is
connected
42103 OFF=0; 0.1 to 6000m 0 to 60000
G25.9.12 12 SUPPLY PUMP=0
Selection of Auxiliary Pump as Priming or Lift
Pump
42418 0 to 1 0 to 1
G25.10.1 1 FLOW SEL=PULSE Flow reading source 42141
AI1
AI2
PULSE
0 to 2
G25.10.2 2 MAX FLOW=1000 l/s Maximum allowed flow 42143
0.0 to 3276
Engineering Units
0 to 32760
G25.10.3 3 0% Offset percentage over maximum flow 42144 +0% to +250% 0 to 20480
G25.10.4 4 FLO RES=+100% Flow percentage to reset algorithm 42145 +0.0 to +100% 0 to 100
G25.10.5 5 2.0% / s Deceleration ramp during algorithm 42146 +0.0 to +250% /s 0 to 20480
G25.10.6 6 UNIT FLOW= l/s Units of measurement of instantaneous flow 42147 - 0 to 9
G25.11.1 1 P1 = -----0d -----0m Operated time by Pump 1
42011 – m
42014 – d
-
Real value = Modbus value
G25.11.2 2 P2 = -----0d -----0m Operated time by Pump 2
42012 – m
42015 – d
-
Real value = Modbus value
G25.11.3 3 P3 = -----0d -----0m Operated time by Pump 3
42013 – m
42016 – d
-
Real value = Modbus value
G25.11.4 4 P4 = -----0d -----0m Operated time by Pump 4
42018 – m
42020 – d
-
Real value = Modbus value
G25.11.5 5 P5 = -----0d -----0m Operated time by Pump 5
42019 – m
42021 – d
-
Real value = Modbus value
G25.11.9 TIME RESTORE=N Reset counters 42017
N
Y
0 to 1