JOHNSON CONTROLS
139
SECTION 6 - PRINTING
FORM 160.84-OM1
ISSUE DATE: 9/21/2017
6
FIGURE 53 - SAMPLE PRINTOUT (STATUS OR HISTORY) (CONT'D)
Variable Speed Drive – Fault Snapshot
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VSD Output Voltage = 0 V
VSD Output Frequency = 0.00 Hz
Input Power = 0 kW
L1 Voltage Total Harmonic Distortion = 8.0 %
L2 Voltage Total Harmonic Distortion = 8.0 %
L3 Voltage Total Harmonic Distortion = 3.0 %
L1 Input Current Total Demand Distortion = 0.0 %
L2 Input Current Total Demand Distortion = 0.0 %
L3 Input Current Total Demand Distortion = 0.0 %
Input KVA = 1 kVA
VSD Control State = Run
VSD Inverter State = Run
Phase Rotation = ABC
Precharge Active = On
Precharge Complete = False
DC Bus Regulating = Off
DC Bus Voltage = 696 V
Input Current Limit = Off
Cooling System = On
L1 Input Voltage (peak) = 698 V
L2 Input Voltage (Peak) = 707 V
L3 Input Voltage (Peak) = 696 V
L1 Input Voltage (RMS) = 698 V
L2 Input Voltage (RMS) = 707 V
L3 Input Voltage (RMS) = 696 V
L1 Input Current (Peak) = 1 A
L2 Input Current (Peak) = 1 A
L3 Input Current (Peak) = 0 A
L1 Input Current (RMS) = 1 A
L2 Input Current (RMS) = 1 A
L3 Input Current (RMS) = 0 A
Phase A Output Voltage (RMS) = 0 V
Phase B Output Voltage (RMS) = 0 V
Phase C Output Voltage (RMS) = 0 V
Phase A Output Current (Peak) = 0 A
Phase B Output Current (Peak) = 0 A
Phase C Output Current (Peak) = 0 A
Phase A Output Current (RMS) = 0 A
Phase B Output Current (RMS) = 0 A
Phase C Output Current (RMS) = 0 A
Phase A Rectier Baseplate Temperature = 81 ~F
Phase B Rectier Baseplate Temperature = 80 ~F
Phase C Rectier Baseplate Temperature = 77 ~F
Phase A Inverter Baseplate Temperature = 87 ~F
Phase B Inverter Baseplate Temperature = 82 ~F
Phase C Inverter Baseplate Temperature = 80 ~F
Internal Ambient Temperature 1 = 77 ~F
Internal Ambient Temperature 2 = 77 ~F
Test Mode = Disabled
Motor Monitoring
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Motor Winding Phase A Temp Z1 End = 71 ~F
Motor Winding Phase B Temp Z1 End = 71 ~F
Motor Winding Phase C Temp Z1 End = 71 ~F
Motor Winding Phase A Temp Z2 End = 71 ~F
Motor Winding Phase B Temp Z2 End = 71 ~F
Motor Winding Phase C Temp Z2 End = 71 ~F
Average Winding Temperature = 71.0 ~F
Estimated Rotor Temperature = 123.4 ~F
Motor Housing Temperature = 71 ~F
Motor Housing Temperature Setpoint = 71 ~F
Motor Winding Temperature Setpoint = 121 ~F
Ambient Dew Point Temperature = 71 ~F
(when Dew Point Enabled)
Motor Cooling Valve Command = 25.0 %
Motor Cooling Control State = Inactive
Capacity Control
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Control State = Inactive
Load Limit = Inactive
VSD Frequency Command = 0.00 Hz
VSD Output Frequency = 0.00 Hz
VSD Control Mode = Auto
Active Anti-Surge Minimum Frequency = 0.00 Hz
Anti-Surge Minimum Frequency = 0.00 Hz
Anti-Surge Transient Offset = 0.00 Hz
VGD Command = 25.00 %
VGD Position = 25.00 %
VGD Control Mode = Auto
HGBP Command = 25.0 %
(when HGBP enabled)
HGBP Control Mode = Auto
(when HGBP enabled)
Head Pressure = 0.0 PSID
Evaporator Pressure = 46.40 PSIG
Condenser Pressure = 68.30 PSIG
Leaving Chilled Liquid Temperature = 44.80 ~F
Magnetic Bearing Controller
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MBC Control Mode = Auto
MBC Levitation Command = On
MBC Rotation Command = On
Levitation Mode = On
Rotation Mode = On
MBC Alarm = On
MBC Alive = On
Rotation Allowed = On
MBC Fault = On
Motor Speed = 44 Hz
MBC Input Voltage = 150 V
V13 Position = 14 ~m
W13 Position = 13 ~m
V24 Position = 13 ~m
W24 Position = 12 ~m
Z12 Position = 2 ~m
V1 Current = 1.803 A
V2 Current = 1.772 A
V3 Current = 0.878 A
V4 Current = 0.972 A
W1 Current = 1.992 A
W2 Current = 1.788 A
W3 Current = 0.721 A
W4 Current = 0.894 A
Z1 Current = 1.082 A
Z2 Current = 1.443 A
Rotor Elongation = 102 ~m
VW13 Soft Landing Counter = 0
VW24 Soft Landing Counter = 0
Z12 Soft Landing Counter = 0
VW13 Hard Landing Counter = 0
VW24 Hard Landing Counter = 0
Z12 Hard Landing Counter = 0
Power Fail Landing Counter = 0
A13 Unbalance = 0 ~m
B13 Unbalance = 0 ~m
A24 Unbalance = 0 ~m
B24 Unbalance = 0 ~m
Az Vibration = 0 ~m
Bz Vibration = 0 ~m
Z1 Temperature = 91 ~F
Z2 Temperature = 77 ~F
MBC Amplier Temp = 88 ~F
MBC Operation Time = 3 Days
SDR Counter = 1
First Alarm Code = 16
Active Parameter Set = 0
ID Faults = 0
Checksum Errors = 0
Error Packets = 0
Timeout Faults = 0
Power Panel
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Control Voltage = On
Power Loss Time = 15 Sec
UPS Line / Charging = On
UPS Inverter = Off
UPS Fault = Off
UPS Battery V+ = On
UPS Battery Voltage = 12.0 V
UPS Inverter Enable = On
Power Panel Temperature = 79.0 ~F
Power Panel Cooling System Run = On
Manual Power Panel Cooling = Disabled
Line Low Battery Voltage Offset = 0.0 V
Inverter Low Battery Voltage Threshold = 11.0 V
Battery Voltage Faults = Enabled
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