Room units and controllers - Domat International
Room units and controllers - Domat International Room units and controllers - Domat International
MODBUS FC010 Fancoil controller V3 program Monday Event 6 value program Tuesday Event 1 time 65 LSB 65 MSB 66 LSB 66 MSB R,W EEPROM R,W EEPROM time schedule, Monday, event No. 6, value (default = disabled) time schedule, Tuesday, time of event No. 1, in mins since 0:00 (midnight) 0 ... day/comfort 1 ... night/standby 2 ... off/depression bit 15 = 1 ... event is disabled e.g. 121 ... 2h 1min (default = 06:00 h) ... ... ... ... ... program Sunday Event 6 value 137 LSB 137 MSB R,W EEPROM time schedule, Sunday, event No. 6, value (default = disabled) 0 ... day/comfort 1 ... night/standby 2 ... off/depression bit 15 = 1 ... event is disabled uptime 1000 LSB 1000 MSB 1001 LSB 1001 MSB R uptime (s) number of seconds after last power on / reset Real time table Addr. bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 Function Range 49 LSB 10xsecs seconds secs 00-59 49 MSB 0 10xmins minutes mins 00-59 50 LSB 0 10xhours 10xhours hours hours 00-23 50MSB 0 0 0 0 0 day day 01-07 51 LSB 0 0 10xdate date date 01-31 51 MSB 0 0 0 10xmonth month month 01-12 52 LSB 10xyear year year 00-99 52 MSB 0 0 0 0 0 0 0 0 not used 00 Commissioning mode: when powered on with pushbutton pushed, after several seconds the commissioning mode is activated with manual control over outputs and indication of inputs. After 10 mins after last push or after reboot the controller goes to normal (control) mode. Inthe commissioning mode, all Modbus data are read-only. 60
MODBUS FC020 Fancoil controller V2 FC020 – fancoil controller, RTC, 4xAI, 2xAO, 7xDO, 4xDI - 50 words can be read at the same time (i.e. 100 bytes) - whole range can be addressed bitwise name address type description notes / defaults module ID 1 LSB R module type identification 0501hex 1 MSB firmware 2 LSB R firmware version e.g. 0005hex 2 MSB status LSB 3 LSB R, W RAM module status lower byte bit 0 – write to EEPROM enabled bit 4 – init EEPROM bit 5 – calibration offset bit 6 –calibration span bit 7 –calibration enable Init EEPROM follows if the INIT switch was ON at power up, and if INIT switch was OFF at setting bit 4 to 1 (indicated by bit 2 in Status MSB) calibration is enabled if the INIT switch was ON at power up, and if INIT switch was OFF at setting bit 7 to 1 (indicated by bit 3 in Status MSB) calibration offset is performed by setting bit 7 to 0 (must have been in 1 before) and setting bit 5 to 1 calibration span is performed by setting bit 7 to 0 (must have been in 1 before) and setting bit 6 to 1 status MSB 3 MSB R, RAM module status upper byte bit 0 0 normal mode 1 init mode address 4 LSB R,W EEPROM bit 1 1 at the next EEPROM write attempt will all data be written to EEPROM 0 at the next EEPROM write attempt will all data be written to RAM only bit 2 – 1 – EEPROM initialized bit 3 – 0 calibration disabled 1 calibration enabled bit 4 – 0 bit 5 – 1 bit 6 – 0 bit 7 – 1 Modbus module address (default = 1) !!! the change will be effective after restart only (however the register will be set immediately) 61
- Page 9 and 10: MODBUS UI01x User interface V3 sett
- Page 11 and 12: MODBUS UI01x User interface V3 max
- Page 13 and 14: MODBUS UI01x User interface V3 dec
- Page 15 and 16: MODBUS UI01x User interface V3 allo
- Page 17 and 18: MODBUS UI01x User interface V3 disp
- Page 19 and 20: MODBUS UI01x User interface V3 prog
- Page 21 and 22: MODBUS UI01x User interface V3 actu
- Page 23 and 24: MODBUS UC100 Room controller V3 UC1
- Page 25 and 26: MODBUS UC100 Room controller V3 set
- Page 27 and 28: MODBUS UC100 Room controller V3 P b
- Page 29 and 30: MODBUS UC100 Room controller V3 pre
- Page 31 and 32: MODBUS UC100 Room controller V3 Rea
- Page 33 and 34: MODBUS UC200 Room controller V3 5 M
- Page 35 and 36: MODBUS UC200 Room controller V3 act
- Page 37 and 38: MODBUS UC200 Room controller V3 max
- Page 39 and 40: MODBUS UC200 Room controller V3 pro
- Page 41 and 42: MODBUS UC300 Room floor heating con
- Page 43 and 44: MODBUS UC300 Room floor heating con
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- Page 51 and 52: MODBUS FC010 Fancoil controller V3
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- Page 63 and 64: MODBUS FC020 Fancoil controller V2
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- Page 71 and 72: MODBUS UC210 Dynamic radiator contr
- Page 73 and 74: MODBUS UC210 Dynamic radiator contr
- Page 75 and 76: MODBUS UC210 Dynamic radiator contr
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- Page 79 and 80: MODBUS UC220 Dynamic room controlle
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- Page 89 and 90: MODBUS US100 Heating controller wit
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MODBUS FC020 Fancoil controller V2<br />
FC020 – fancoil controller, RTC, 4xAI, 2xAO, 7xDO, 4xDI<br />
- 50 words can be read at the same time (i.e. 100 bytes)<br />
- whole range can be addressed bitwise<br />
name address type description notes / defaults<br />
module ID 1 LSB R module type identification 0501hex<br />
1 MSB<br />
firmware 2 LSB R firmware version e.g. 0005hex<br />
2 MSB<br />
status LSB 3 LSB R, W RAM module status lower byte<br />
bit 0 – write to EEPROM enabled<br />
bit 4 – init EEPROM<br />
bit 5 – calibration offset<br />
bit 6 –calibration span<br />
bit 7 –calibration enable<br />
Init EEPROM follows if<br />
the INIT switch was ON at<br />
power up, <strong>and</strong> if INIT<br />
switch was OFF at setting<br />
bit 4 to 1 (indicated by bit<br />
2 in Status MSB)<br />
calibration is enabled if<br />
the INIT switch was ON at<br />
power up, <strong>and</strong> if INIT<br />
switch was OFF at setting<br />
bit 7 to 1 (indicated by bit<br />
3 in Status MSB)<br />
calibration offset is<br />
performed by setting bit 7<br />
to 0 (must have been in 1<br />
before) <strong>and</strong> setting bit 5<br />
to 1<br />
calibration span is<br />
performed by setting bit 7<br />
to 0 (must have been in 1<br />
before) <strong>and</strong> setting bit 6<br />
to 1<br />
status MSB 3 MSB R, RAM module status upper byte<br />
bit 0 0 normal mode<br />
1 init mode<br />
address 4 LSB R,W<br />
EEPROM<br />
bit 1 1 at the next EEPROM<br />
write attempt will all data<br />
be written to EEPROM<br />
0 at the next EEPROM<br />
write attempt will all data<br />
be written to RAM only<br />
bit 2 – 1 – EEPROM initialized<br />
bit 3 – 0 calibration disabled<br />
1 calibration enabled<br />
bit 4 – 0<br />
bit 5 – 1<br />
bit 6 – 0<br />
bit 7 – 1<br />
Modbus module address<br />
(default = 1)<br />
!!! the change will be<br />
effective after restart only<br />
(however the register will<br />
be set immediately)<br />
61
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