York OPTIVIEW Operation Manual page 156

SECTION 4 - PRINTERS
VSD Inverter State
Phase Rotation
Precharge Active
Precharge Complete
DC Bus Regulating
DC Bus Voltage
Input Current Limit
Cooling System
L1 Input Voltage (Peak)
L2 Input Voltage (Peak)
L3 Input Voltage (Peak)
L1 Input Voltage (RMS)
L2 Input Voltage (RMS)
L3 Input Voltage (RMS)
L1 Input Current (RMS)
L2 Input Current (RMS)
L3 Input Current (RMS)
Phase A Output Voltage (RMS)
Phase B Output Voltage (RMS)
Phase C Output Voltage (RMS)
Phase A Output Current (RMS)
Phase B Output Current (RMS)
Phase C Output Current (RMS)
Phase A Rectifier Baseplate Temperature
Phase B Rectifier Baseplate Temperature
Phase C Rectifier Baseplate Temperature
Phase A Inverter Baseplate Temperature
Phase B Inverter Baseplate Temperature
Phase C Inverter Baseplate Temperature
Internal Ambient Temperature 1
Internal Ambient Temperature 2
Test Mode
Manual DC Bus
Manual Cooling
Motor Monitoring
-----------------------------------------------------
Motor Temperature 1
Motor Temperature 2
Motor Temperature 3
Motor Temperature 4
Motor Temperature 5
Motor Temperature 6
Average Winding Temperature
Capacity Control
-----------------------------------------------------
Control State
Load Limit
VSD Frequency Command
VSD Output Frequency
VSD Control Mode
Active Anti-Surge Minimum Frequency
Anti-Surge Minimum Frequency
Anti-Surge Transient Offset
VGD Command
PRV Command
VGD Position
FIGURE 61 – SAMPLE PRINTOUT (HISTORY)
(CONT'D)
156
= Run Speed PRV Position
Control
= ABC VGD Control Mode
= Off
= True PRV Control Mode
= Off
= 747 V Active Minimum PRV Position
= Off
= On HGBP Command
= 700 V (only when HGBP enabled)
= 678 V HGBP Control Mode
= 670 V (only when HGBP enabled)
= 482 V Head Pressure
= 481 V Evaporator Pressure (filtered)
= 481 V Condenser Pressure (filtered)
= 95 A Leaving Chilled Liquid Temperature
= 91 A (filtered)
= 91 A
= 259 V Magnetic Bearing Controller
= 257 V -----------------------------------------------------
= 258 V MBC Control Mode
= 161 A MBC Command
= 161 A Delevitated Mode
= 166 A Levitated Mode
= 108 ~F Rotation Mode
= 103 ~F MBC Shutdown
= 98 ~F Rotation Allowed
= 122 ~F MBC Fault
= 117 ~F Motor Speed
= 111 ~F V13 Position
= 95 ~F W13 Position
= 93 ~F V24 Position
= Disabled W24 Position
= Disabled Z12 Position
= Disabled V1
V2
V3
V4
= 66 ~F W1
= 66 ~F W2
= 66 ~F W3
= 66 ~F W4
= 66 ~F Z1
= 66 ~F Z2
= 66.0 ~F Rotor Elongation
Motor Housing Temperature
Landing Counter
VW13 Vibration
= Inactive VW24 Vibration
= Inactive Z12 Vibration
= 0.00 Hz Z1 Temperature
= 0.00 Hz Z2 Temperature
= Auto MBC Amplifier Temp
= 0.00 Hz MBC Converter Temp
= 0.00 Hz MBC Operation Time
= 0.00 Hz MBC Rotation Time
= 25.0% (Gas Number of Events
Path B) Number of ESD Snapshots
= 25.0% (Gas Number of Deceleration Snapshots
Path A) AVR
= 25.0% (Gas ABS
Path B)
FIGURE 61 – SAMPLE PRINTOUT (HISTORY)
(CONT'D)
FORM 160.78-O2
ISSUE DATE: 5/22/2017
= 25.0% (Gas
Path A)
= Auto (Gas
Path B)
= Auto (Gas
Path A)
= 25.0% (Gas
Path A)
= 25.0%
= Auto
= 0.0 PSID
= 46.40 PSIG
= 68.30 PSIG
= 44.80 ~F
= Auto
= Rotation
= Off
= Off
= On
= Off
= On
= Off
= 282 Hz
= 10 ~m
= 10 ~m
= 8 ~m
= 8 ~m
= 3 ~m
= 2.164 A
= 1.835 A
= 0.533 A
= 0.831 A
= 1.913 A
= 1.803 A
= 0.800 A
= 0.800 A
= 1.066 A
= 1.427 A
= 22 ~m
= 49.5 ~F
= 1
= 6 ~m
= 5 ~m
= 0 ~m
= 109 ~F
= 72 ~F
= 97 ~F
= 111 ~F
= 40 Days
= 39 Days
= 100
= 2
= 2
= Off
= On
JOHNSON CONTROLS