Carel DLAQ2DF100, User Manual

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31
ENG
"humiFog direct" +0300073EN rel. 1.4 - 29.03.2022
Log
The Log page is used to generate graphs of the selected variables,
based on the logged data, and export these in .csv format.
Variables
Displays all of the variables logged by the unit.
The variables are available grouped into predefi ned categories, all of
which are active by default.
Upgrade
Page reserved for remote software upgrades.
Clock
Display and set the unit clock
Important: to avoid unwanted modifi cations, some of the main operating
and unit parameters can only be set on the web server when the unit is
off (off from keypad, settable on the web server).
10.2 Supervisor connection
The supervisor connection uses the serial or Ethernet port (as described
on par. 4.6) ). The default communication settings are Modbus on serial
port and BACnet on Ethernet port.
If connecting to the serial port, enable the chosen protocol (Modbus or
BACnet) on the screens. For Modbus protocol only, set the baud rate/
stop bits/parity. The default values (baud rate: 19000 / 2 stop bits / no
parity) should work in almost all cases, unless otherwise specifi ed by the
supervisor network installer.
If connecting via Ethernet, follow the procedure (described in paragraph
"IP address and network confi guration") to look up the unit’s IP address,
then establish whether the communication protocol will be BACnet and/
or Modbus.
Important: i f using BACnet protocol on a serial port, it cannot be used on
the Ethernet port (and vice-versa). The Modbus protocol can on the other
hand be used at the same time on both ports.
For all other information, see the manual for the supervisor used and/or
contact the supervisor network manager.
10.3 List of Modbus parameters
Type Section Address Parameter Variable Size Min. Max. Def. UoM Dir.
Discrete
inputs Unit status 1 Circuit breaker intervention Al_CircBreaker.Active 1 0 1 R
Alarms 2 High pressure switch intervention Al_HiPSwitch.Active 1 0 1 R
3 High pressure Al_HiP.Active 1 0 1 R
4 Low pressure Al_LoP.Active 1 0 1 R
5 High pressure on bypass Al_HiPByPassBlk.Active 1 0 1 R
6 High pressure on bypass Al_HiPByPass.Active 1 0 1 R
7 High temperature on bypass Al_HiTByPassBlk.Active 1 0 1 R
8 High temperature on bypass Al_HiTByPass.Active 1 0 1 R
9 Low pressure on bypass Al_LoPByPass.Active 1 0 1 R
10 Zone drain valves error Al_Drain.Active 1 0 1 R
11 Expansion offl ine Al_ExpOffl ine.Active 1 0 1 R
12 Warning high temperature on bypass Wr_HiTByPass.Active 1 0 1 R
13 Retain memory error Al_Retain.Active 1 0 1 R
14 Retain memory writes error Al_RetainWrite.Active 1 0 1 R
15 Main probe 1 error Al_MainPrb_1.Active 1 0 1 R
16 Limit probe 1 error Al_LimPrb_1.Active 1 0 1 R
17 Main probe 2 error Al_MainPrb_2.Active 1 0 1 R
18 Limit probe 2 error Al_LimPrb_2.Active 1 0 1 R
19 Low pressure trasducer error Al_PressByPass.Active 1 0 1 R
20 Bypass temperature probe error Al_TempByPass.Active 1 0 1 R
21 High pressure transducer error Al_Press.Active 1 0 1 R
22 Missing model Al_MissModel.Active 1 0 1 R
23 Water treatment system alarm Al_WTS.Active 1 0 1 R
24 Water treatment system alarm Al_WTS.Active 1 0 1 R
25 ÷ 32 Wireless probe offl ine 1 ÷ 8 Al_WPrb_1÷ 8.Active 1 0 1 R
33 Main probe 1 from wireless error Al_WPrbMain_1.Active 1 0 1 R
34 Limit probe 1 from wireless error Al_WPrbLim_1.Active 1 0 1 R
35 Main probe 2 from wireless error Al_WPrbMain_2.Active 1 0 1 R
36 Limit probe 2 from wireless error Al_WPrbLim_2.Active 1 0 1 R
37 ÷ 40 Unit 1 ÷ 4 alarm Al_NetUnit_1÷ 4.Active 1 0 1 R
41 Change oil Al_Maint_50.Active 1 0 1 R
42 Maintenance Wr_Maint_1000.Active 1 0 1 R
43 Maintenance required Al_Maint_3000.Active 1 0 1 R
Input
registers Unit status 1 Unit status
0: OFF BY KEYB 5: STAND BY 10: MANUAL MODE
1: OFF BY DIN 6: PRODUCTION 11: READY BACKUP
2: OFF BY SV 7: ALARM 12: SWITCH OFF
3: OFF BY SCHED 8: FILL
4: STARTUP
9: WASH
UnitStatus 1 0 12 R
2 Request zone 1 ReqMsk_1 2 0 100 [%] R
4 Request zone 2 ReqMsk_2 2 0 100 [%] R
6 Production zone 1 Prod_1 2 0 100 [%] R
8 Production zone 2 Prod_2 2 0 100 [%] R
10 Water consumption 1 WProd_1 2 [Kg/h]/[lb/h] R
12 Water consumption 2 WProd_2 2 [Kg/h]/[lb/h] R
Inputs 14 Main probe 1 MainPrb_1 2 [%rh]/[°C/°F] R
16 Main probe 2 MainPrb_2 2 [%rh]/[°C/°F] R
18 Limit probe 1 LimPrb_1 2 [%rh]/[°C/°F] R
20 Limit probe 2 LimPrb_2 2 [%rh]/[°C/°F] R
22 Pressure on bypass PressByPass 2 [bar]/[psi] R
24 Pressure on main line Press 2 [bar]/[psi] R
Input
registers Inputs 26 Bypass temperature TempByPass 2 [°C]/[°F] R
28-32-36-
40-44-48-
52- 56 Humidity from wireless probe 1 ÷ 8 Inputs_WPrbs.Wire-
lessPrbVal_1 ÷ 8.Hum 2 [°C]/[°F] R
30-34-38-
42-46-50-
54-58 Temperature from wireless probe 1 ÷ 8 Inputs_WPrbs.Wire-
lessPrbVal_1 ÷ 8.Temp 2 [%rh] R