EUROKLIMAT EKE Serie Manual De Uso Y Mantenimiento página 42

PUESTA EN MARCHA Y PANEL DE MANDO
AL235 Circuit 2 Inverter - Drive undertemperature (06)
AL236 Circuit 2 Inverter - HW overcurrent HW (07)
AL237 Circuit 2 Inverter - PTC motor overtemperature (08)
AL238 Circuit 2 Inverter - IGBT module error (09)
AL239 Circuit 2 Inverter - CPU error (10)
AL240 Circuit 2 Inverter - Parameter default (11)
AL241 Circuit 2 Inverter - DC bus ripple (12)
AL242 Circuit 2 Inverter - Data communication fault (13)
AL243 Circuit 2 Inverter - Drive thermistor fault (14)
AL244 Circuit 2 Inverter - Autotuning fault (15)
AL245 Circuit 2 Inverter - Drive disabled (16)
AL246 Circuit 2 Inverter - Motor phase fault (17)
AL247 Circuit 2 Inverter - Internal fan fault (18)
AL248 Circuit 2 Inverter - Speed fault (19)
AL249 Circuit 2 Inverter - PFC module error (20)
AL250 Circuit 2 Inverter - PFC overvoltage (21)
AL251 Circuit 2 Inverter - PFC undervoltage (22)
AL252 Circuit 2 Inverter - STO detection error (23)
AL253 Circuit 2 Inverter - STO detection error (24)
AL254 Circuit 2 Inverter - Ground fault (25)
AL255 Circuit 2 Inverter - ADC conversion sync fault (26)
AL256 Circuit 2 Inverter - HW sync fault (27)
AL257 Circuit 2 Inverter - Drive overload (28)
AL258 Circuit 2 Inverter - Error code (29)
AL259 Circuit 2 Inverter - Unexpected stop (99)
AL260 Circuit 2 BLDC - Starting failure
AL261 Circuit 2 BLDC - Delta pressure > than allowable at startup
AL265 Circuit 2 - Alarm freeze evaporation temperature
AL266 Circuit 2 - Compressor 1 maintenance
AL267 Circuit 2 - Compressor 2 maintenance
AL268 Circuit 2 - Compressor 3 maintenance
AL269 Circuit 2 - Alarm condensing temperature probe
AL270 Circuit 2 - Source fan 1 maintenance
AL273 Circuit 2 - High pressure alarm by pressure switch
AL274 Circuit 2 - Low pressure alarm by pressure switch
AL275 Circuit 2 - Overload compressor 1
AL276 Circuit 2 - Overload compressor 2
AL277 Circuit 2 - Overload compressor 3
AL278 Circuit 2 - Pump-Down end for max time
AL279 Circuit 2 Inverter - Unexpected restart (98)
AL332 Circuit 2 - Alarm Safe 101
AL333 Circuit 2 - Alarm Safe 102
AL334 Circuit 2 - Alarm Safe 103
AL335 Circuit 2 - Alarm Safe 104
AL336 Circuit 2 - Alarm Safe 105
AL337 Circuit 2 - Alarm Safe 106
AL338 Circuit 2 - Alarm Safe 107
AL339 Circuit 2 - Alarm Safe 108
AL340 Circuit 2 - Alarm Safe 109
AL341 Circuit 2 - Alarm Safe 110
AL342 Circuit 2 - Alarm Safe 111
AL343 Circuit 2 - Alarm Safe 112
AL344 Circuit 2 - Alarm Safe 113
AL345 Circuit 2 - Alarm Safe 114
AL346 Circuit 2 - Alarm Safe 115
AL347 Circuit 2 - Alarm Safe 116
AL348 Circuit 2 - Alarm Safe 201
AL349 Circuit 2 - Alarm Safe 202
AL350 Circuit 2 - Alarm Safe 203
AL351 Circuit 2 - Alarm Safe 204
AL352 Circuit 2 - Alarm Safe 205
AL353 Circuit 2 - Alarm Safe 206
AL354 Circuit 2 - Alarm Safe 207
AL355 Circuit 2 - Alarm Safe 208
AL356 Circuit 2 - Alarm Safe 209
AL357 Circuit 2 - Alarm Safe 210
AL358 Circuit 2 - Alarm Safe 211
AL359 Circuit 2 - Alarm Safe 212
AL360 Circuit 2 - Alarm Safe 213
AL361 Circuit 2 - Alarm Safe 214
AL362 Circuit 2 - Alarm Safe 215
AL363 Circuit 2 - Alarm Safe 216
(1) En el caso de una sola bomba evaporadora/condensadora se activa también la "alarma bomba evaporadora/condensadora" (AL016/017). En caso de
doble bomba evaporadora/condensadora esta última se activa solo cuando ambas "alarmas térmico bomba" (AL008-009/AL010-011) se activan
contemporáneamente.
(2) En el caso de sonda tipo NTC-HT la alarma de la sonda desconectada o bajo el valor 0.0°C se da después de 60s después del encendido del compresor.
Reinicio:
A: reinicio automático /M: reinicio manual / R: reinicio automático con reintentos
42
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
R Stop circuit 2 BLDC
M None
A Stop circuit 2 BLDC
M Stop circuit 2
A None
A None
A None
A Stop circuit 2
A None
M Stop circuit 2
R Stop circuit 2
M Stop compr.1 Circ.2
M Stop compr.2 Circ.2
M
Stop compr.3 Circ.2
A
Stop circuit 2
R
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
A
Stop circuit 2 BLDC
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Parameter Cb06
5min
Parameter A041
Parameter Ca06
Parameter Ca08
Parameter Ca10
10s
Parameter E006
No
Parameter Ca19/Ca20
No
No
No
Parameter B035
No
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