Klimor EVO -T - 10.2 Bacnet MS-TP communication with the BMS system; 10.3 Control via WWW

79
200 400 Twait
Communication waiting time (should be set higher than multiplicity of Tcom x
number of devices engaged in communication)
1s = 256 (22s = 22*256 = 5632 = 0x1600) AV Register R/W
201 402 MaxDi Maximum value of set point deviation and temperature from master temperature history 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
202 404 T1 Master temperature history – measurement 1 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
203 406 T2 Master temperature history – measurement 2 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
204 408 T3 Master temperature history – measurement 3 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
205 410 T4 Master temperature history – measurement 4 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
206 412 T5 Master temperature history – measurement 5 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
207 414 T6 Master temperature history – measurement 6 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
208 416 T7 Master temperature history – measurement 7 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
209 418 T8 Master temperature history – measurement 8 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
210 420 T9 Master temperature history – measurement 9 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
211 422 T10 Master temperature history – measurement 10 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
212 424 T11 Master temperature history – measurement 11 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
213 426 T12 Master temperature history – measurement 12 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
214 428 T13 Master temperature history – measurement 13 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
215 430 T14 Master temperature history – measurement 14 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
216 432 T15 Master temperature history – measurement 15 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
217 434 HistPeriod Temperature measurement period 1s = 256 (22s = 22*256 = 5632 = 0x1600) AV Register R/W
218 436 Reset Reset of measurements from the master temperature history 0 – o 1 – on MSV
Coil 6976
R/W
219 438 _DIN1 Readout of the state of digital input 1 0 – open, 1 – closed MSV
Coil 7008
R
220 440 _DIN2 Readout of the state of digital input 2 0 – open, 1 – closed MSV
Coil 7040
R
221 442 _DIN3 Readout of the state of digital input 3 0 – open, 1 – closed MSV
Coil 7072
R
222 444 _DIN4 Readout of the state of digital input 4 0 – open, 1 – closed MSV
Coil 7104
R
223 446 _DIN5 Readout of the state of digital input 5 0 – open, 1 – closed MSV
Coil 7136
R
224 448 PT_1 Readout of input of sensor PT1000 1 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
225 450 PT_2 Readout of input of sensor PT1000 2 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
226 452 PT_3 Readout of input of sensor PT1000 3 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
227 454 PT_4 Readout of input of sensor PT1000 4 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
228 456 PT_5 Readout of input of sensor PT1000 5 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
229 458 HMI_Con Readout of sensor in HMI setter connected via HMI CON connector 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
230 460 HMI_RS Readout of sensor in HMI setter connected via RS485 connector 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R
231 462 Re1 Readout of state of digital output 1 0 – O, 1 – On MSV
Coil 7392
R
232 464 Re2 Readout of state of digital output 2 0 – O, 1 – On MSV
Coil 7424
R
233 466 Re3 Readout of state of digital output 3 0 – O, 1 – On MSV
Coil 7456
R
234 468 Re4
Readout of state of digital output 4
0 – O, 1 – On MSV
Coil 7488
R
235 470 Re5 Readout of state of digital output 5 0 – O, 1 – On MSV
Coil 7520
R
236 472 Re6
Readout of state of digital output 6
0 – O, 1 – On MSV
Coil 7552
R
237 474 AO1 Readout of state of analogue output 1 1V = 256 (22V = 22*256 = 5632 = 0x1600) AV Register R
238 476 AO2
Readout of state of analogue output 2
1V = 256 (22V = 22*256 = 5632 = 0x1600) AV Register R
239 478 AO3 Readout of state of analogue output 3 1V = 256 (22V = 22*256 = 5632 = 0x1600) AV Register R
240 480 F_DIN1 Emulation of digital input 1 0 – no emulation, 1 – set open, 3 – set closed MSV Register R/W
241 482 F_DIN2 Emulation of digital input 2 0 – no emulation, 1 – set open, 3 – set closed MSV Register R/W
242 484 F_DIN3 Emulation of digital input 3 0 – no emulation, 1 – set open, 3 – set closed MSV Register R/W
243 486 F_DIN4 Emulation of digital input 4 0 – no emulation, 1 – set open, 3 – set closed MSV Register R/W
244 488 F_DIN5 Emulation of digital input 5 0 – no emulation, 1 – set open, 3 – set closed MSV Register R/W
245 490 Em_PT1 Emulation of input of sensor PT1000 1 0 – inactive, 1 – active MSV
Coil 7840
R/W
246 492 E_PT1 Emulated value of input of sensor PT1000 1 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
247 494 Em_PT2 Emulation of input of sensor PT1000 2 0 – inactive, 1 – active MSV
Coil 7904
R/W
248 496 E_PT2 Emulated value of input of sensor PT1000 2 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
249 498 Em_PT3 Emulation of input of sensor PT1000 3 0 – inactive, 1 – active MSV
Coil 7968
R/W
250 500 E_PT3 Emulated value of input of sensor PT1000 3 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
251 502 Em_PT4 Emulation of input of sensor PT1000 4 0 – inactive, 1 – active MSV
Coil 8032
R/W
252 504 E_PT4 Emulated value of input of sensor PT1000 4 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
253 506 Em_PT5 Emulation of input of sensor PT1000 5 0 – inactive, 1 – active MSV
Coil 8096
R/W
254 508 E_PT5 Emulated value of input of sensor PT1000 5 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W
255 510 Em_Hcon Emulation of input of sensor in setter connected to HMI CON connector 0 – inactive, 1 – active MSV
Coil 8160
R/W
256 512 E_Hcon Emulated value of sensor in setter connected to HMI CON connector 1°C=256(22°C = 22*256 = 5632 = 0x1600) AV Register R/W