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AUTOMATION AND CONTROL SYSTEM FOR UNITS EVO-T; EVO-T COMPACT
OPERATION AND MAINTENANCE MANUAL
DEC address
Variable
name
Description / Variables Settings Menu States
Type Read [R]
/Write
[W]
BacNet Modbus BacNet Modbus
151 302 ModeMix Mixing chamber work mode 0 – manual mode, 1 – automatic mode MSV
Coil 4832
R/W
152 304 SetMix Mixing chamber setting in manual work mode 1% = 256 (22% = 22*256 = 5632 = 0x1600) AV Register R/W
153 306 PrioMH Priority in temperature control for 0 – mixing chamber, 1 – heater/cooler MSV
Coil 4896
R/W
154 308 MinFresh Minimum fresh air 1% = 256 (22% = 22*256 = 5632 = 0x1600) AV Register R/W
155 310 MaxFresh Maximum fresh air 1% = 256 (22% = 22*256 = 5632 = 0x1600) AV Register R/W
156 312 TlimMCH Temperature setting for quick heating mode using the mixing chamber 1°C = 256 (22°C = 22*256 = 5632 = 0x1600) AV Register R/W
157 314 HistMCH Set point hysteresis setting for quick heating mode using the mixing chamber 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
Table no. 22 Variables Service menu
DEC address
Variable
name
Description / Variables Service Menu States
Type Read [R]
/Write
[W]
BacNet Modbus BacNet Modbus
158 316 ServiceMode Service mode 0 – inactive, 1 – active MSV
Coil 5056
R/W
159 318
Ch_WorkMode
Work mode: select 1 of 4 work mode settings
1 – o/on, 2 – o,1,2,3, 4 – o,1,2,3,Timer,
8 – o,1,2,3,Standby,Timer
MSV Register R/W
160 320 Type Application code setting 1 – SCS, 2 – SECS, 10 – PRCS MSV Register R/W
161 322 AplCode Application code setting 1 = 1 (22 = 22) AV Register R/W
162 324 CodeOK Info. on compliance of the entered application code with available codes described in OMM 0 – incorrect, 1 – correct MSV
Coil 5184
R
163 326 OfsPT1 Adjustment of measurement point of a temperature sensor connected to input PT1 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
164 328 OfsPT2 Adjustment of measurement point of a temperature sensor connected to input PT2 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
165 330 OfsPT3 Adjustment of measurement point of a temperature sensor connected to input PT3 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
166 332 OfsPT4 Adjustment of measurement point of a temperature sensor connected to input PT4 1°C = 256 (22°C = 22*256 = 5632 = 0x1600) AV Register R/W
167 334 OfsPT5 Adjustment of measurement point of a temperature sensor connected to input PT5 1°C = 256 (22°C = 22*256 = 5632 = 0x1600) AV Register R/W
168 336 OfsHMICon
Adjustment of measurement point of a temperature sensor connected to HMI CON connector
1°C = 256 (22°C = 22*256 = 5632 = 0x1600) AV Register R/W
169 338 OfsHMIRS
Adjustment of measurement point of a temperature sensor connected to MASTER RS485 connector
1°C = 256 (22°C = 22*256 = 5632 = 0x1600) AV Register R/W
170 340 LowTempAct Low supply temperature alarm A_LowTemp 0 – inactive, 1 – active MSV
Coil 5440
R/W
171 342 TminSup Minimum acceptable supply temperature 1°C = 256 (22°C = 22*256 = 5632 = 0x1600) AV Register R/W
172 344 DelTemp Low supply temperature alarm delay A_LowTemp 1s = 256 (22s = 22*256 = 5632 = 0x1600) AV Register R/W
173 346 TexhAct Exhaust temperature sensor 0 – inactive, 1 – active MSV
Coil 5536
R/W
174 348 TsetChT Set point setting change ramp (applies to Tset change from the menu or Timer) 1s = 256 (22s = 22*256 = 5632 = 0x1600) AV Register R/W
175 350 FanInverters Fan control type selection 1 – Danfoss FC51, 2 – EBM MSV Register R/W
176 352 ActualAdr Current EBM address 1 = 256 (22 = 22*256 = 5632 = 0x1600) AV Register R/W
177 354 AdrToSet Target EBM address 1 = 256 (22 = 22*256 = 5632 = 0x1600) AV Register R/W
178 356 ActiveCong Activation of a new EBM address setting 0 – No, 1 – Yes MSV
Coil 5696
R/W
179 358 StatusConf Status of communication / loading of EMB motor settings
0 – ok (communication correct), 1 – Pending
(setting loading), 2 – alarm (communication)
MSV Register R/W
180 360 Sup0_10 0-10VDC supply inverter control 0 – inactive, 1 – Aout1, 2 – Aout2, 4 – Aout3 MSV Register R/W
181 362 Exh0_10 0-10VDC exhaust inverter control 0 – inactive, 1 – Aout1, 2 – Aout2, 4 – Aout3 MSV Register R/W
182 364 RecMode Recuperation work mode
0 – inactive, 1 – heat recuperation, 2 – cold
recuperation, 3 – heat and cold recuperation
AV Register R/W
183 366 FrostAlarm Recuperation frosting alarm A_ColdRec 0 – inactive, 1 – active MSV
Coil 5856
R/W
184 368 HEcontrol Electric heater control mode (output Aout1) 0 – 0-100%, 1 – PWM MSV
Coil 5888
R/W
185 370 PWMperiod PWM signal period 1s = 256 (22s = 22*256 = 5632 = 0x1600) AV Register R/W
186 372 PWMlimit NE maximum capacity with PWM control 1% = 256 (22% = 22*256 = 5632 = 0x1600) AV Register R/W
187 374 PhePventAct NE maximum capacity dependent on exhaust ventilation control 0 – inactive, 1 – active MSV
Coil 5984
R/W
188 376 Psup1 Min. control of the supply fan – scale 1%=256 (22% = 22*256 = 5632 = 0x1600) AV Register R/W
189 378 Phe1 NE minimum capacity for Psup1 – scale 1%=256 (22% = 22*256 = 5632 = 0x1600) AV Register R/W
190 380 Psup2 Max. control of the supply fan – scale 1% = 256 (22% = 22*256 = 5632 = 0x1600) AV Register R/W
191 382 Phe2 NE maximum capacity for Psup2 – scale 1% = 256 (22% = 22*256 = 5632 = 0x1600) AV Register R/W
193 386 TsetPrim Temp. setting downstream the primary heater 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
194 388 Re_Vent Fan work contact
0 – inactive, 1 – Re1, 2 – Re2, 4 – Re3, 8 –
Re4, 16 – Re5, 32 – Re6
MSV Register R/W
195 390 Re_Alarm System collective alarm contact
0 – inactive, 1 – Re1, 2 – Re2, 4 – Re3, 8 –
Re4, 16 – Re5, 32 – Re6
MSV Register R/W
196 392 Ao1scale Scaling of analogue output Aout1 0 – "0-10VDC", 1 – "2-10VDC" MSV
Coil 6272
R/W
197 394 Ao2scale Scaling of analogue output Aout2 0 – "0-10VDC", 1 – "2-10VDC" MSV
Coil 6304
R/W
198 396 Ao3scale Scaling of analogue output Aout3 0 – "0-10VDC", 1 – "2-10VDC" MSV
Coil 6336
R/W
199 398 Tcom Time of communication with a single unit 1s = 256 (22s = 22*256 = 5632 = 0x1600) AV Register R/W
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