Product specifications

Page 130 of 150 198-1603-03 Rev 01
B.1.16 Module Status Command “ms”:
This command provides specific information about each power inverter module. This
command is not a substitute for the “d” readings command. The “d” readings command
provides true voltage and current readings as seen by the load. The reading information in the
module status command is reading information for the specified power module and may not
reflect the actual current or voltage seen by the external load (depending on the configuration).
@AA.a
Sync character (@) and unit address, AA = Unit ID (0 to 99; 0 is a global ID), a
(power module number, 1 to the number of modules in the system)
ms0
Command character and Type – 0=read, 1=set(n/a), 2=activate(n/a), 3=ack,
4=nak
#15,
Number of fields character and number of fields after the comma, excluding CRC
Module Readback Info
3,
Supply Status { Bit 0: Inverter Ready ‘1’ = Ready to regulate
Bit 1: Primary OK ‘1’ = Primary voltage is present
Bit 2: Voltage Regulation ‘1’ = Voltage regulation
Bit 3: Current Regulation ‘1’ = Current regulation
Bit 4: Critical Fault ‘1’ = output disabled (see the alarm
status message for a list of faults)
Bit 5: General Fault ‘1’ = operate may be limited (see the
alarm status message for a list of faults)
Bit 6: Boost Time out ‘1’ = PFC PWM switch timeout
Bit 7: Interlock Active ‘1’ = Output disabled by hardware
interlock
}
ss
0,
Active Link { The link or internal ramping step that was active when the read back
information in this message was collected}
lnk
120.5,
Average Current { Amps }
afi
15.75,
Average Voltage {Volts }
afv
Module Status
35,
Primary Heatsink Temperature {degrees C}
pht
45,
Secondary Heatsink Temperature {degrees C}
sht
240,
Primary Voltage {RMS Volts AC}
pv
448,
Top Bus Voltage {Peak voltage}
tbv
449,
Bottom Bus Voltage {Peak voltage}
bbv
0,
Module Status 1 { Bit 0: Interlock active ‘1’ = Interlock active
Bit 1: Inverter Primary OT ‘1’ = Over Temp
Bit 2: Inverter Secondary OT ‘1’ = Over Temp
Bit 3: XFMR #1 Current Fault ‘1’ = Fault
Bit 4: XFMR #2 Current Fault ‘1’ = Fault
Bit 5: Bus Balance Fault ‘1’ = Fault
ms1