47
ENG
“heaterSteam” +0300080EN - rel. 1.0 - 27.04.2016
11. SUPERVISOR NETWORK
11.1 Supervisor network protocols and
confi guration
The humidifi er can be connected to a supervisor via serial (BMS) or
Ethernet network. The Carel, ModBus and BACnet protocols are supported
as standard by the units.
M2M9 M8 M1 M5 M6M12
1 1234567821132 31221212
2
1
Ethernet
Fig. 11.a
Port Terminal on c.pHC controller Protocol
BMS (1) M12.1, M12.2, M12.3 Carel, ModBus, BACnet, Carel retro
Ethernet (2)
ModBus, BACnet
Tab. 11.a
To confi gure supervision on the BMS port (1), go to “SETTINGS –
SUPERVISION”, specifi cally screens Eh01, Eh02 and Eh03.
If connecting the supervisor to the Ethernet port (2), set the network
parameters (DHCP, IP address, subnet mask, gateway, DNS) on screen
Eh04.
For other supervisor protocols, select the Carel protocol on the BMS serial
port and use the Carel external gateway (supernode for humidifi cation:
SNU0000EM0) combined with the desired supervision card (depending
on the protocol).
Note: Ethernet CAT-5 STP cable, maximum length 100 m. To connect
the shield, use the earth connector provided on the controller.
Note: for BMS and Fieldbus, use shielded cables with the shield
connected to earth.
11.2 Table of supervisor variables
The variables shown in the lists below are only a set of all the internal variables on the heaterSteam humidifi er.
DO NOT CONFIGURE ANY VARIABLES THAT ARE NOT SHOWN IN THE TABLES TO AVOID RISKING INCORRECT HUMIDIFIER OPERATION.
11.2.1 Table of Carel variables
Below are the variables used by the Carel protocol.
Integer variables
Variable Variable name R/W Description Category
1 SV_SWVer R Software version Unit info
2 SV_OSVer R OS version
3 UnitModel R Model version
4 Conductivity R Conductivity I/O
5 WirelessPrbInfo_1.BattLev R Wireless probe 1: battery level Wireless probes
6 WirelessPrbInfo_1.RadioSignalLev R Wireless probe 1: wireless signal level
7 WirelessPrbInfo_2.BattLev R Wireless probe 2: battery level
8 WirelessPrbInfo_2.RadioSignalLev R Wireless probe 2: wireless signal level
9 WirelessPrbInfo_3.BattLev R Wireless probe 3: battery level
10 WirelessPrbInfo_3.RadioSignalLev R Wireless probe 3: wireless signal level
11 WirelessPrbInfo_4.BattLev R Wireless probe 4: battery level
12 WirelessPrbInfo_4.RadioSignalLev R Wireless probe 4: wireless signal level
13 UnitStatus R Unit status Unit status
14 WorkHr R Unit operating hours
15 CylWorkHr R Cylinder operating hours
19 RegulationCfg.RegTyp RW Control type Reg
20 ThrshAlrmDT RW High humidity/temperature alarm delay Alrm T
21 MainPrbCfg.Typ RW Main probe type Probes cfg
22 LimitPrbCfg.Typ RW Limit probe type
23 WHardnessMan RW Manual water hardness value (if WHardnessTyp is TRUE) Unit cfg
24 EvapCycleNoThrshsh RW Number of evaporation cycles (0=auto)
25 FillTScale RW Variation in fi ll time
26 DilDrainTScale RW Variation in drain time
27 Scheduler.SchedDayToSet RW When >0, day of the week to be confi gured (1=Monday, 7=Sunday) Scheduler setting
28 SchedDayCfg[0].StartHr RW Band 1 start hours
29 SchedDayCfg[0].StartMin RW Band 1 start minutes
30 SchedDayCfg[0].WorkMode RW Band 1 operating mode
31 SchedDayCfg[1].StartHr RW Band 2 start hours for
32 SchedDayCfg[1].StartMin RW Band 2 start minutes
33 SchedDayCfg[1].WorkMode RW Band 2 operating mode
34 SchedDayCfg[2].StartHr RW Band 3 start hours
35 SchedDayCfg[2].StartMin RW Band 3 start minutes
36 SchedDayCfg[2].WorkMode RW Band 3 operating mode
37 SchedDayCfg[3].StartHr RW Band 4 start hours
38 SchedDayCfg[3].StartMin RW Band 4 start minutes
39 SchedDayCfg[3].WorkMode RW Band 4 operating mode
40 SchedDayCfg[4].StartHr RW Band 5 start hours
41 SchedDayCfg[4].StartMin RW Band 5 start minutes
42 SchedDayCfg[4].WorkMode RW Band 5 operating mode
43 SchedDayCfg[5].StartHr RW Band 6 start hours
44 SchedDayCfg[5].StartMin RW Band 6 start minutes
45 SchedDayCfg[5].WorkMode RW Band 6 operating mode
46 UoM RW Unit of measure UoM
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