Johnson Controls YORK OPTIVIEW CONTROL CENTER Operation Manual page 127

FORM 160.10-O1
ISSUE DATE: 4/27/2018
Refrigerant Level Control
-----------------------------------------------------
Refrigerant Level Position
Purge Control
-----------------------------------------------------
Total Purge Count
Purge Window Time
Purge Window Count
[Not displayed if Motor Type is not EM]
Electro-Mechanical Starter
-----------------------------------------------------
Motor Run
% Full Load Amps
[Not displayed if Motor Type is other than Mod B SSS]
Liquid-Cooled Solid State Starter
-----------------------------------------------------
Starter Model
Motor Run
% Full Load Amps
kW Hours
Input Power
Phase A Voltage
Phase B Voltage
Phase C Voltage
Phase A Current
Phase B Current
Phase C Current
Phase A Temperature
Phase B Temperature
Phase C Temperature
[Not displayed if Motor Type is other than VSD]
Variable Speed Drive
-----------------------------------------------------
Motor Run
% Full Load Amps
Pre-Rotation Vanes Position
Full Load Amps
Precharge Relay Output
Trigger SCR Output
Water Pump Output
kW Hours
Input Power
Output Frequency
Output Voltage
DC Bus Voltage
DC Inverter Link Current
Phase A Output Current
Phase B Output Current
Phase C Output Current
Internal Ambient Temperature
Converter Heatsink Temperature
Phase A Heatsink Temperature [If TMIII VSD]
Phase B Heatsink Temperature [If TMIII VSD]
Phase C Heatsink Temperature [If TMIII VSD]
Baseplate Temperature [If VyperDrive VSD] = 106 ºF
FIGURE 47 - SAMPLE PRINTOUT (HISTORY)
(CONT'D)
JOHNSON CONTROLS
[Not displayed if Motor Type is not VSD, or Filter is not present]
= 35 %
Harmonic Filter Data
-----------------------------------------------------
Precharge Contactor
Supply Contactor
= 127
Operating Mode
= 1 Min
Phase Rotation
= 0
Total Supply kVA
Total Power Factor
DC Bus Voltage = 608 V
Heatsink Temperature [If TMIII VSD]
Baseplate Temperature [If VyperDrive VSD]
= Off Voltage Peak N-L1
= 0 % Voltage Peak N-L2
Voltage Peak N-L3
L1-L2 RMS Voltage
L2-L3 RMS Voltage
L3-L1 RMS Voltage
L1 RMS Filter Current
= 26L
L2 RMS Filter Current
= Off
L3 RMS Filter Current
= 0 %
L1 RMS Supply Current
= 20723 kWH
L2 RMS Supply Current
= 0 kW
L3 RMS Supply Current
= 422 V
L1 Voltage Total Harmonic Distortion
= 449 V
L2 Voltage Total Harmonic Distortion
= 449 V
L3 Voltage Total Harmonic Distortion
= 0 A
L1 Supply Current Total Demand Distortion = 0.0 %
= 0 A
L2 Supply Current Total Demand Distortion = 0.0 %
= 0 A
L3 Supply Current Total Demand Distortion = 0.0 %
= 109 ºF
= 109 ºF
Motor Winding Temperature
= 110 ºF
-----------------------------------------------------
A1
B1
B2
= Off
Bearing Temperature
= 0 %
-----------------------------------------------------
= 0 %
Sensor 1
= 402 A
Sensor 2
= Off
= Off
= Off
= 14528 kWH
FIGURE 47 - SAMPLE PRINTOUT (HISTORY)
= 0 kW
(CONT'D)
= 0 Hz
= 0 V
= 600 V
= 0 A
= 0 A
= 0 A
= 0 A
= 88 ºF
= 102 ºF
= 93 ºF
= 99 ºF
= 97 ºF
SECTION 4 - PRINTERS
= Off
= Off
= Stopped
= ABC
= 0 kVA
= 0.00
4
= 102 ºF
= 102 ºF
= 200 V
= 200 V
= 200 V
= 215 V
= 215 V
= 215 V
= 0 A
= 0 A
= 0 A
= 0 A
= 0 A
= 0 A
= 1.5 %
= 1.2 %
= 1.1 %
= 193.3 ºF
= 192.5 ºF
= 193.1 ºF
= 128.3 ºF
= 129.5 ºF
127