Mitsubishi Heavy Industries SRK100VNXWZRF Service Manual page 59

Models FDC100VNA-W, 100VSA-W
Number 33 details of compressor protection status
No. Contents of display
"0" Normal
"1" Discharge pipe temperature protection control
"2" Discharge pipe temperature anomaly
"3" Current safe control of inverter primary current
"4" High pressure protection control
"5" High pressure anomaly
"6" Low pressure protection control
"7" Low pressure anomaly
"8" Anti-frost prevention control
"9" Current cut
"11" Power transistor anomaly (Overheat)
"13" Spare
"14" Dewing prevention control
"15" Current safe control of inverter secondary current
"16" Stop by compressor rotor lock
"17" Stop by compressor startup failure
"18" Active filter anomaly
Model FDC200VSA-W
No. Contents of display
"0" Normal
"1" Discharge pipe temperature protection control
"2" Discharge pipe temperature anomaly
"3" Current safe control of inverter primary current
"4" High pressure protection control
"5" High pressure anomaly
"6" Low pressure protection control
"7" Low pressure anomaly
"8" Anti-frost prevention control
"9" Current cut
"10" Power transistor protection control
"11" Power transistor anomaly (Overheat)
"12" Compression ratio control
"13" Spare
"14" Dewing prevention control
"15" Current safe control of inverter secondary current
"16" Stop by compressor rotor lock
"17" Stop by compressor startup failure
"18" Active filter anomaly
Model FDC100VNP-W
No. Contents of display
"0" Normal
"1" Discharge pipe temperature protection control
"2" Discharge pipe temperature anomaly
"3" Current safe control of inverter primary current
"4" High pressure protection control
"5" High pressure anomaly
"8" Anti-frost prevention control
"9" Current cut
"11" Power transistor anomaly (Overheat)
"12" Compression ratio control
"13" Spare
"14" Dewing prevention control
"15" Current safe control of inverter secondary current
"16" Stop by compressor rotor lock
"17" Stop by compressor startup failure
"18" Active filter anomaly
Reference page
P.156 .(a).(i)
P.156 .(a).(ii)
P.158 .(f)
P.156 .(b).(i) P.157 .(c).(i)
P.157 .(b).(ii)
P.157 .(e).(i)
P.157 .(e).(ii)
P.158 .(i)
P.158 .(f)
P.158 .(g)
P.158 .(j)
P.158 .(f)
P.159 .(m)
Reference page
P.166 .(a).(i)
P.166 .(a).(ii)
P.169 .(g)
P.167 .(b).(i) P.168 .(c).(i)
P.167 .(b).(ii)
P.168 .(e).(i)
P.168 .(e).(ii)
P.169 .(k)
P.169 .(g)
P.169 .(h)
P.169 .(i)
P.168 .(f )
P.170 .(1)
P.169 .(g)
P.170 .(o)
Reference page
Notes(1) Operation data display on the remote control.
P191 (11). (b). (i)
P192 (11). (b). (ii)
P192 (12)
P189 (6). (c), P190, (8), (b)
P191 (11)
P192 (13)
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Notes(1) Operation data display on the remote control.
Data is dispalyed until canceling the protection control.
In case of multiple protections controlled, only the younger No. is displayed.
(2) Common item.
In heating mode.
During protection control by the command signal for reducing compressor
frequency from indoor unit, No. "4" is displayed.
In cooling and dehumidifying mode.
During protection control by the command signal for reducing compressor
frequency from indoor unit, No. "8" is displayed.
Notes(1) Operation data display on the remote control.
Data is dispalyed until canceling the protection control.
In case of multiple protections controlled, only the younger No. is displayed.
(2) Common item.
In heating mode.
During protection control by the command signal for reducing compressor
frequency from indoor unit, No. "4" is displayed.
In cooling and dehumidifying mode.
During protection control by the command signal for reducing compressor
frequency from indoor unit, No. "8" is displayed.
Data is dispalyed until canceling the protection control.
In case of multiple protections controlled, only the younger No. is displayed.
(2) Common item.
In heating mode.
During protection control by the command signal for reducing compressor
frequency from indoor unit, No. "4" is displayed.
In cooling and dehumidifying mode.
During protection control by the command signal for reducing compressor
frequency from indoor unit, No. "8" is displayed.
'22 • PAC-SM-422