Johnson Controls YORK YK MaxE, Руководство по эксплуатации

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FORM 160.54-O1
179
JOHNSON CONTROLS
fig. 49 – (CONT’D) SAMPLE PRINTOUT (HISTORY)
3
Input Power = 0 kW
Phase A Voltage = 422 V
Phase B Voltage = 449 V
Phase C Voltage = 449 V
Phase A Current = 0 A
Phase B Current = 0 A
Phase C Current = 0 A
Phase A Temperature = 109 ~F
Phase B Temperature = 109 ~F
Phase C Temperature = 110 ~F
[Skip the following section if Motor Type is not VSD]
Variable Speed Drive
---------------------------------------------------------------------------------
Motor Run = Off
% Full Load Amps = 0 %
Pre-Rotation Vanes Position = 0 %
Full Load Amps = 402 A
Precharge Relay Output = Off
Trigger SCR Output = Off
Water Pump Output = Off
kW Hours = 14528 kWH
Input Power = 0 kW
Output Frequency = 0 Hz
Output Voltage = 0 V
DC Bus Voltage = 600 V
DC Inverter Link Current = 0 A
Phase A Output Current = 0 A
Phase B Output Current = 0 A
Phase C Output Current = 0 A
Internal Ambient Temperature = 88 ~F
Converter Heatsink Temperature = 102 ~F
Phase A Heatsink Temperature [If TMIII VSD] = 93 ~F
Phase B Heatsink Temperature [If TMIII VSD] = 99 ~F
Phase C Heatsink Temperature [If TMIII VSD] = 97 ~F
Baseplate Temperature [If VyperDrive VSD] = 106 ~F
[Skip the following section if Motor Type is not VSD,
or Filter is not present]
Harmonic Filter Data
---------------------------------------------------------------------------------
Precharge Contactor = Off
Supply Contactor = Off
Operating Mode = Stopped
Phase Rotation = ABC
Total Supply kVA = 0 kVA
Total Power Factor = 0.00
DC Bus Voltage = 608 V
Heatsink Temperature [If TMIII VSD]
= 102 ~F
Baseplate Temperature [If VyperDrive VSD] = 102 ~F
Voltage Peak N-L1
= 200 V
Voltage Peak N-L2 = 200 V
Voltage Peak N-L3 = 200 V
L1-L2 RMS Voltage = 215 V
L2-L3 RMS Voltage = 215 V
L3-L1 RMS Voltage = 215 V
L1 RMS Filter Current = 0 A
L2 RMS Filter Current = 0 A
L3 RMS Filter Current = 0 A
L1 RMS Supply Current = 0 A
L2 RMS Supply Current = 0 A
L3 RMS Supply Current = 0 A
L1 Voltage Total Harmonic Distortion = 1.5 %
L2 Voltage Total Harmonic Distortion = 1.2 %
L3 Voltage Total Harmonic Distortion = 1.1 %
L1 Supply Current Total Demand Distortion = 0.0 %
L2 Supply Current Total Demand Distortion =
0.0 %
L3 Supply Current Total Demand Distortion = 0.0 %