Klimor EVO-T Plus - Page 115

113
DEC Address
Variable name Description States
Type Read [R]
/Write
[W]
BacNet Modbus BacNet Modbus
196 392 ChESlterIn
Dirty electrostatic lter alarm input function (pressure
switch or lter signal)
0 – inactive, 1 – input D1, 2 – input D2,
3 – input D3, 4 – input D4, 5 – input D5,
5 – input D6
MSV Register R/W
197 394 ChESlterOut
Output function to control the power supply of the
electrostatic lter
0 – inactive, 1 – PK1 output, 2 – PK2 output,
3 – PK3 output, 4 – PK4 output, 5 – PK5
output, 6 – PWM1 24VDC output, 7 – PWM2
24VDC output
MSV Register R/W
198 396 ChPM PM sensor function (for electrostatic lter) 0 – inactive, 1 – Ain1, 2 – Ain2 MSV Register R/W
199 398 ChHum Humidity sensor function 0 – inactive, 1 – Ain1, 2 – Ain2 MSV Register R/W
200 400 ChCO CO2 sensor function 0 – inactive, 1 – Ain1, 2 – Ain2 MSV Register R/W
201 402 ChPres
Dierential pressure sensor function for fan capacity
control
0 – inactive, 1 – Ain1, 2 – Ain2 MSV Register R/W
202 404 F_DI1 Digital input emulation 1 0 – no emulation, 1 – set open, 3 – set shorted MSV Register R/W
203 406 F_DI2 Digital input emulation 2 0 – no emulation, 1 – set open, 3 – set shorted MSV Register R/W
204 408 F_DI3 Digital input emulation 3 0 – no emulation, 1 – set open, 3 – set shorted MSV Register R/W
205 410 F_DI4 Digital input emulation 4 0 – no emulation, 1 – set open, 3 – set shorted MSV Register R/W
206 412 F_DI5 Digital input emulation 5 0 – no emulation, 1 – set open, 3 – set shorted MSV Register R/W
207 414 F_DI6 Digital input emulation 6 0 – no emulation, 1 – set open, 3 – set shorted MSV Register R/W
208 416 Em_Ain1 Analogue input emulation 1 0 – inactive, 1 – active MSV 6656 R/W
209 418 E_Ain1 Analogue input emulated value 1 1V = 256 (10V = 10*256 = 2560 = 0xA00) AV Register R/W
210 420 Em_Ain2 Analogue input emulation 2 0 – inactive, 1 – active MSV 6720 R/W
211 422 E_Ain2 Analogue input emulated value 2 1V = 256 (10V = 10*256 = 2560 = 0xA00) AV Register R/W
212 424 Em_Pt1 PT1000 Sensor input emulation 1 0 – inactive, 1 – active MSV 6784 R/W
213 426 E_Pt1 PT1000 Sensor input emulated value 1 1°C = 256 (22 °C = 22*256 = 5632 = 0x1600) AV Register R/W
214 428 Em_Pt2 PT1000 Sensor input emulation 2 0 – inactive, 1 – active MSV 6848 R/W
215 430 E_Pt2 PT1000 Sensor input emulated value 2 1°C = 256 (22 °C = 22*256 = 5632 = 0x1600) AV Register R/W
216 432 Em_Pt3 PT1000 Sensor input emulation 3 0 – inactive, 1 – active MSV 6912 R/W
217 434 E_Pt3 PT1000 Sensor input emulated value 3 1°C = 256 (22 °C = 22*256 = 5632 = 0x1600) AV Register R/W
218 436 Em_Pt4 PT1000 Sensor input emulation 4 0 – inactive, 1 – active MSV 6976 R/W
219 438 E_Pt4 PT1000 Sensor input emulated value 4 1°C = 256 (22 °C = 22*256 = 5632 = 0x1600) AV Register R/W
220 440 Em_Pt5 PT1000 Sensor input emulation 5 0 – inactive, 1 – active MSV 7040 R/W
221 442 E_Pt5 PT1000 Sensor input emulated value 5 1°C = 256 (22 °C = 22*256 = 5632 = 0x1600) AV Register R/W
222 444 Em_Hcon
Emulation of the sensor input in the controller connected
to the HMI CON connector
0 – inactive, 1 – active MSV 7104 R/W
223 446 E_Hcon
Emulated value of the sensor in the controller connected
to the HMI CON connector
1°C = 256 (22 °C = 22*256 = 5632 = 0x1600) AV Register R/W
224 448 F_Re1 Forcing relay output 1 0 – no forcing, 1 – forcing o, 3 – forcing on MSV Register R/W
225 450 F_Re2 Forcing relay output 2 0 – no forcing, 1 – forcing o, 3 – forcing on MSV Register R/W