Commissioning tool HLS 44-SER

USER GUIDE
HLS 44-SER
V1.1.0 (23.01.2013)
1 (6)
Commissioning tool HLS 44-SER
HLS 44-SER is a tool for commissioning HLS 44 and HLS 44-V controllers. By using this tool the commissioning is fast and you may rely on
that the settings are as planned.
It is useful to plan and program the settings to the tool with care in advance. After that, you can load the settings to the controllers in office or
on the installation site during commissioning.
This user guide is for the commissioning tool software versions 1.1.0, 1.1.3 and 1.1.4. The tool software version shows on the tool display
when the power is switched on.
PROFILES
HLS 44-SER commissioning tool contains fixed factory settings (PRSET 1) for HLS 44 and HLS 44-V, memory slots for 5 user defined
solutions (SET 1...5) and 4 pre-programmed application profiles (SET 6...9). All parameters of SET 1...9 can be changed for a best possible
room control solution. For more information see the instructions of HLS44 and HLS 44-V.
Pre-programmed applications (SET 6…9) are the following:
SET 6
Heating by radiator and cooling by beam
SET 7
Heating and cooling by a fan coil unit
SET 8
Heating by radiator and cooling by VAV and beam (VAV control based on CO2 concentration)
SET 9
Heating by radiator and cooling by beam (dampers and lights ON/OFF by PIR detection; HLS 44-V)
GETTING STARTED
1.
Remove the controller cover.
2.
Connect the commissioning tool cable to the controller programming terminal.
A. Commissioning tool cable
NOTE: Connecting the tool to the programming terminal will disconnect the controller from the Modbus communication.
3.
Connect the supply voltage either to the commissioning tool or the controller.
IMPORTANT: Do not connect the supply voltage to both devices.
4.
Check that the software version numbers are compatible.
The software versions are shown on the displays when you switch on the power. See the compatible software versions from the
following table.
HLS 44-SER
software version
Compatible HLS 44 and
HLS 44-V software versions
1.0.0
1.0.0
1.0.2
1.1.0
1.1.0
1.1.1
1.1.2
1.1.3
1.1.4
1.1.3
1.1.3
1.1.4
Produal Oy
Keltakalliontie 18, 48770 Kotka FINLAND
Tel: +358-5-230 9200 / Fax: +358-5-230 9210
Information is subject to change without prior notice.
info@produal.fi
www.produal.com
USER GUIDE
HLS 44-SER
2 (6)
LOADING PARAMETERS TO THE CONTROLLER
1.
Press the
and
buttons to select the profile (SET 1…9 or PRSET 1) which you want to load to the controller.
1
SET
2.
Press the
button to enter the Modbus address setting view.
8
ID=
3.
and
Press the
buttons to select the Modbus address for the controller.
The Modbus address number steps automatically forward number by number, when multiple controllers are programmed.
4.
Press the
button to load the parameters to the controller.
SETTING THE PARAMETERS IN THE COMMISSIONING TOOL
1.
Press the
and
buttons to select the profile (SET 1…9) in which you want to store the parameters.
NOTE: The selected profile will be overwritten with the new parameters. You cannot recover the overwritten profiles.
1
SET
2.
3.
Press the
button.
Make the wanted adjustments in the menu.
See the detailed parameter setting instructions from the HLS 44 or HLS 44-V user guide.
4.
Load the parameters to the controller.
LOADING PARAMETERS FROM THE CONTROLLER TO THE COMMISSIONING TOOL
1.
Press the
and
buttons to select the profile (SET 1…9) in which you want to load the parameters.
NOTE: The selected profile will be overwritten with the new parameters. You cannot recover the overwritten profiles.
1
SET
2.
button until you reach the parameter loading menu.
Press the
1
----
----
SET
COMM
LOAD
…
3.
Press the
button.
Verification message appears on the display.
No
Sure?
4.
Press
button to change the verification message to “Yes” status.
Yes
Sure?
5.
Press the
Produal Oy
button to load the parameters from the controller to the commissioning tool memory.
Keltakalliontie 18, 48770 Kotka FINLAND
Tel: +358-5-230 9200 / Fax: +358-5-230 9210
Information is subject to change without prior notice.
info@produal.fi
www.produal.com
USER GUIDE
HLS 44-SER
3 (6)
MODBUS REGISTERS OF THE SET 6…9 PROFILES
SET 6: Heating with radiator and cooling with beam
Register
Parameter Description
Value
Range
Default
Comments
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
COILS
Cooling PWM overdrive enable (A1)
Cooling 0-10V overdrive enable (Y3)
Heating PWM overdrive enable (A2)
Heating 0-10V overdrive enable (Y4)
VAV overdrive enable (Y1)
FAN overdrive enable (Y2)
On/Off damper overdrive enable (B1)
Light control overdrive enable (B2)
Overdrive On/off damper by modbus (B1)
Overdrive Light control by modbus (B2)
SERVICE ALARM RESET
Cooling disabled
Heating disabled
NIGHT MODE
Cooling output mode (DIR/REV)
Heating output mode (DIR/REV)
Cooling stages (1st/2st)
Sequence of cooling stages (A-st/V-st)
Fan ramp with motor ramp
Night operation mode (DZ/FG)
Night to day setpoint transition
Jam function
Fan type (3coil/CE)
Fan speed 3 disabled
Fan night to day transition
VAV for heating
Display TE/SP
DI2 operation direction
Cooling on/off thermostat (off = P/PI)
Heating on/off thermostat (off = P/PI)
Y1 for cooling (off = VAV)
Y2 for heating (off = FAN)
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
0
0
0
0
0
0
0
0
0
0
0
0
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
Cooling working
Heating working
The device is allways in day mode
Direct output mode
Direct output mode
1 stage cooling, chilled beam
No affect on this process
No affect on this process
No affect, if the device is allways in day mode, see Coil 14
No affect, if the device is allways in day mode, see Coil 14
the jum fuction is not activated
No affect on this process
No affect on this process
No affect, if the device is allways in day mode, see Coil 14
No affect on this process, the VAV function is not used
The display shows the room temperature (not the setpoint)
DI2 is not used. No affect on this process
P/PI mode for cooling
P/PI mode for heating
Y1 is not connected ... No influence
Y1 is not connected ... No influence
0…4
80 … 500
0 … 1000
0…1000
0 … 1000
0…1000
0…1000
0…1000
0…3
-30 … 30
180 … 260
0 … 160
0…1
0 … 30
0 … 100
10 … 320
50 … 5000
0…3
0 … 100
80 … 500
0-1-2-3-4
8,0 … 50,0 °C
0,00 … 100,0%
0 …10.00 V
0,00 … 100,0%
0 …10.00 V
0 …10.00 V
0 …10.00 V
0…3
-3,0 … 3,0 °C
18,0 … 26,0 °C
0,0 … 16,0 °C
P/PI
0,0 … 3,0 °C
0 … 100%
1,0 … 32,0 °C
50 … 5000s
0…3
0,0 … 10,0 °C
8,0 … 50,0 °C
0
210
0
0
0
0
0
0
0
0
210
30
1
2
50
20
300
0
60
170
No affect on this process
Temperature setpoint from modbus 21°C
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
DI2 is not used in this process
Internal sensor has its factory calibration
Center of the user setpoint 21°C
End user can change the setpoint +/- 3 °C from the point above
Control mode PI
Dead zone 2,0 °C
Setpoint is in the center of the dead zone
Proportional band 2,0 °C
Ti = 300 seconds
No influence because VAV is not used in this process
No affect, if the device is allways in day mode, see Coil 14
No affect, if the device is allways in day mode, see Coil 14 and Coil 20
0…1
0…1
0 … 60
0 … 60
1 … 480
0 … 1000
0…3
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 1000
0 … 1000
0…3
400 … 1000
500 … 2000
0…1
0…1
0 … 60min
0 … 60min
1 … 480min
0,0 … 100,0%
0…3
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,00 … 100,0%
0,00 … 100,0%
0…3
400 … 1000ppm
500 … 2000ppm
0
0
0
5
120
0
0
0
1000
0
1000
0
1000
0
1000
1000
0
0
700
1250
DI1 is not used to controll day/night mode
DI1 not used ... No influence
DI1 not used ... No influence
DI1 not used ... No influence
No affect, if the device is allways in day mode, see Coil 14
DI1 not used ... No influence
U1 not connected
Full operation range from 0%
Full operation range to 100%
Full operation range from 0%
Full operation range to 100%
Full operation range from 0%
Full operation range to 100%
Full operation range from 0%
Full operation range to 100%
The process has not FAN... No influence
The process has not FAN... No influence
The process has not FAN... No influence
The process have not CO2 control ... No influence
The process have not CO2 control ... No influence
40001
40002
40003
40004
40005
40006
40007
40008
40009
40010
40011
40012
40013
40014
40015
40016
40017
40018
40019
40020
40021
40022
40023
40024
40025
40026
40027
40028
40029
40030
40031
40032
40033
40034
40035
40036
40037
40038
40039
40040
Produal Oy
HOLDING REGISTERS
FAN Speed by Modbus
Setpoint by Modbus
Overdrive Cooling PWM by modbus (A1)
Overdrive Cooling 0...10V by modbus (Y3)
Overdrive Heating PWM by modbus (A2)
Overdrive Heating 0...10V by modbus (Y4)
Overdrive VAV by modbus (Y1)
Overdrive FAN by modbus (Y2)
DI2 Not used, ext T, door/window, condensation
Temperature sensor adjustment
Center of user setpoint
User setpoint limits
Control mode
Dead zone
Setpoint relation to Dz
Proportional band
Integral time
Fresh air control: 0:CO2 (T), 1:PIR (T), 2: CO2, 3:PIR
Dead zone night mode
FG Thermostat setpoint
DI1 mode selection: 0= not used, 1= day night by ext
contact
DI1 operation Direction
DI1 delay passive to active
DI1 delay active to passive
“man in house”-button, day extension period
DI1 boost level
U1 mode: not used, CO2, T setpoint, T meas
Minimum of cooling actuator
Maximum of cooling actuator
Minimum of heating actuator
Maximum of heating actuator
Minimum of FAN output
Maximum of FAN output
Minimum of VAV output
Maximum of VAV output
Output scale FAN output Hi
Output scale FAN output Low
Fan Control
Low limit SP for the CO2 control
High limit SP for the CO2 control
Keltakalliontie 18, 48770 Kotka FINLAND
Tel: +358-5-230 9200 / Fax: +358-5-230 9210
Information is subject to change without prior notice.
info@produal.fi
www.produal.com
USER GUIDE
HLS 44-SER
4 (6)
SET 7: Heating and cooling with fan coil unit
Register
Parameter Description
Value
Range
Default
Comments
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
COILS
Cooling PWM overdrive enable (A1)
Cooling 0-10V overdrive enable (Y3)
Heating PWM overdrive enable (A2)
Heating 0-10V overdrive enable (Y4)
VAV overdrive enable (Y1)
FAN overdrive enable (Y2)
On/Off damper overdrive enable (B1)
Light control overdrive enable (B2)
Overdrive On/off damper by modbus (B1)
Overdrive Light control by modbus (B2)
SERVICE ALARM RESET
Cooling disabled
Heating disabled
NIGHT MODE
Cooling output mode (DIR/REV)
Heating output mode (DIR/REV)
Cooling stages (1st/2st)
Sequence of cooling stages (A-st/V-st)
Fan ramp with motor ramp
Night operation mode (DZ/FG)
Night to day setpoint transition
Jam function
Fan type (3coil/CE)
Fan speed 3 disabled
Fan night to day transition
VAV for heating
Display TE/SP
DI2 operation direction
Cooling on/off thermostat (off = P/PI)
Heating on/off thermostat (off = P/PI)
Y1 for cooling (off = VAV)
Y2 for heating (off = FAN)
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
0
0
0
1
0
1
0
0
0
1
0
0
0
0
0
0
0
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
40001
40002
40003
40004
40005
40006
40007
40008
40009
40010
40011
40012
40013
40014
40015
40016
40017
40018
40019
HOLDING REGISTERS
FAN Speed by Modbus
Setpoint by Modbus
Overdrive Cooling PWM by modbus (A1)
Overdrive Cooling 0...10V by modbus (Y3)
Overdrive Heating PWM by modbus (A2)
Overdrive Heating 0...10V by modbus (Y4)
Overdrive VAV by modbus (Y1)
Overdrive FAN by modbus (Y2)
DI2 Not used, ext T, door/window, condensation
Temperature sensor adjustment
Center of user setpoint
User setpoint limits
Control mode
Dead zone
Setpoint relation to Dz
Proportional band
Integral time
Fresh air control: 0:CO2 (T), 1:PIR (T), 2: CO2, 3:PIR
Dead zone night mode
0…4
80 … 500
0 … 1000
0…1000
0 … 1000
0…1000
0…1000
0…1000
0…3
-30 … 30
180 … 260
0 … 160
0…1
0 … 30
0 … 100
10 … 320
50 … 5000
0…3
0 … 100
0-1-2-3-4
8,0 … 50,0 °C
0,00 … 100,0%
0 …10.00 V
0,00 … 100,0%
0 …10.00 V
0 …10.00 V
0 …10.00 V
0…3
-3,0 … 3,0 °C
18,0 … 26,0 °C
0,0 … 16,0 °C
P/PI
0,0 … 3,0 °C
0 … 100%
1,0 … 32,0 °C
50 … 5000s
0…3
0,0 … 10,0 °C
4
210
0
0
0
0
0
0
0
0
210
30
1
2
50
20
300
0
60
40020
FG Thermostat setpoint
80 … 500
8,0 … 50,0 °C
170
0…1
1
DI1 controls day/night mode (e.g card switch)
0…1
0 … 60
0 … 60
0…1
0 … 60min
0 … 60min
1
0
5
When the DI1 contact closes the device goes to day mode
From day night to day mode, delay 0 minutes
From day to night mode, delay 5 minutes
The user can control the device to day mode for 120min by "man in house
button"
VAV is not used ... No influence
U1 not connected
Full operation range from 0%
Full operation range to 100%
Full operation range from 0%
Full operation range to 100%
Full operation range from 0%
Full operation range to 100%
Full operation range from 0%
Full operation range to 100%
Full FAN operation range to 100%
Full FAN operation range from 0%
The fan is running with cooling and heating
The process have not CO2 control ... No influence
The process have not CO2 control ... No influence
40021
40022
40023
40024
40025
40026
40027
40028
40029
40030
40031
40032
40033
40034
40035
40036
40037
40038
40039
40040
“main in house”-button, day extension period
1 … 480
1 … 480min
120
DI1 boost level
U1 mode: not used, CO2, T setpoint, T meas
Minimum of cooling actuator
Maximum of cooling actuator
Minimum of heating actuator
Maximum of heating actuator
Minimum of FAN output
Maximum of FAN output
Minimum of VAV output
Maximum of VAV output
Output scale FAN output Hi
Output scale FAN output Low
Fan Control
Low limit SP for the CO2 control
High limit SP for the CO2 control
0 … 1000
0…3
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 1000
0 … 1000
0…3
400 … 1000
500 … 2000
0,0 … 100,0%
0…3
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,00 … 100,0%
0,00 … 100,0%
0…3
400 … 1000ppm
500 … 2000ppm
0
0
0
1000
0
1000
0
1000
0
1000
1000
0
3
700
1250
Keltakalliontie 18, 48770 Kotka FINLAND
Default FAN speed = automatic
Temperature setpoint from modbus 21°C
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
DI2 is not used in this process
Internal sensor has its factory calibration
Center of the user setpoint 21°C
End user can change the setpoint +/- 3 °C from the point above
Control mode PI
Dead zone 2,0 °C
Setpoint is in the center of the dead zone
Proportional band 2,0 °C
Ti = 300 seconds
No influence because VAV is not used in this process
Dead zone is 6 °C when device is in night mode
The night mode "Dz" chosen, the frost guard setpoint has no influence (see
coil 20)
0…1
DI1 mode selection: 0= not used, 1= day night by ext
contact
DI1 operation Direction
DI1 delay passive to active
DI1 delay active to passive
Produal Oy
Cooling working
Heating working
The device is in night mode until the day mode is controlled
Direct output mode
Direct output mode
1 stage cooling, fan coil unit with radiator
No affect on this process
The FAN and valve is opened simultaneous
The night controlling mode is "expanded dead zone"
When returned from night to day mode the device takes modbus setpoint
the jum fuction of thermic actuators is not activated
The fan type is 3 coil
The FAN can use the speed 0....3 (The speed 3 is not disabled)
When returned from night to day mode the device takes modbus setpoint
No affect on this process, the VAV function is not used
The display shows the room temperature (not the setpoint)
DI2 is not used. No affect on this process
P/PI mode for cooling
P/PI mode for heating
Y1 is not connected ... No influence
Y2 is for FAN control
Tel: +358-5-230 9200 / Fax: +358-5-230 9210
Information is subject to change without prior notice.
info@produal.fi
www.produal.com
USER GUIDE
HLS 44-SER
5 (6)
SET 8: Heating with radiator, cooling with VAV and chilled beam, CO2 concentration based VAV
Register
Parameter Description
Value
Range
Default
Comments
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
COILS
Cooling PWM overdrive enable (A1)
Cooling 0-10V overdrive enable (Y3)
Heating PWM overdrive enable (A2)
Heating 0-10V overdrive enable (Y4)
VAV overdrive enable (Y1)
FAN overdrive enable (Y2)
On/Off damper overdrive enable (B1)
Light control overdrive enable (B2)
Overdrive On/off damper by modbus (B1)
Overdrive Light control by modbus (B2)
SERVICE ALARM RESET
Cooling disabled
Heating disabled
NIGHT MODE
Cooling output mode (DIR/REV)
Heating output mode (DIR/REV)
Cooling stages (1st/2st)
Sequence of cooling stages (A-st/V-st)
Fan ramp with motor ramp
Night operation mode (DZ/FG)
Night to day setpoint transition
Jam function
Fan type (3coil/CE)
Fan speed 3 disabled
Fan night to day transition
VAV for heating
Display TE/SP
DI2 operation direction
Cooling on/off thermostat (off = P/PI)
Heating on/off thermostat (off = P/PI)
Y1 for cooling (off = VAV)
Y2 for heating (off = FAN)
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
1
0
0
0
0
0
0
0
0
0
0
0
0
0
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
40001
40002
40003
40004
40005
40006
40007
40008
40009
40010
40011
40012
40013
40014
40015
40016
40017
40018
40019
HOLDING REGISTERS
FAN Speed by Modbus
Setpoint by Modbus
Overdrive Cooling PWM by modbus (A1)
Overdrive Cooling 0...10V by modbus (Y3)
Overdrive Heating PWM by modbus (A2)
Overdrive Heating 0...10V by modbus (Y4)
Overdrive VAV by modbus (Y1)
Overdrive FAN by modbus (Y2)
DI2 Not used, ext T, door/window, condensation
Temperature sensor adjustment
Center of user setpoint
User setpoint limits
Control mode
Dead zone
Setpoint relation to Dz
Proportional band
Integral time
Fresh air control: 0:CO2 (T), 1:PIR (T), 2: CO2, 3:PIR
Dead zone night mode
0…4
80 … 500
0 … 1000
0…1000
0 … 1000
0…1000
0…1000
0…1000
0…3
-30 … 30
180 … 260
0 … 160
0…1
0 … 30
0 … 100
10 … 320
50 … 5000
0…3
0 … 100
0-1-2-3-4
8,0 … 50,0 °C
0,00 … 100,0%
0 …10.00 V
0,00 … 100,0%
0 …10.00 V
0 …10.00 V
0 …10.00 V
0…3
-3,0 … 3,0 °C
18,0 … 26,0 °C
0,0 … 16,0 °C
P/PI
0,0 … 3,0 °C
0 … 100%
1,0 … 32,0 °C
50 … 5000s
0…3
0,0 … 10,0 °C
0
210
0
0
0
0
0
0
0
0
210
30
1
2
50
20
300
0
60
FG Thermostat setpoint
80 … 500
8,0 … 50,0 °C
170
0…1
0…1
0
DI1 is not used to controll day/night mode
0…1
0 … 60
0 … 60
0…1
0 … 60min
0 … 60min
0
0
5
DI1 not used ... No influence
DI1 not used ... No influence
DI1 not used ... No influence
The user can control the device to day mode for 120min by "man in house
button"
DI1 not used ... No influence
CO2 transmitter connected to U1
Full operation range from 0%
Full operation range to 100%
Full operation range from 0%
Full operation range to 100%
Full operation range from 0%
Full operation range to 100%
The VAV controls allways at least 10% fresh air level
Full operation range to 100%
The process has not FAN... No influence
The process has not FAN... No influence
The process has not FAN... No influence
VAV starts to open when 700ppm CO2 level exceeded
VAV is fully open when 1250ppm CO2 level exceeded
40020
40021
40022
40023
40024
40025
40026
40027
40028
40029
40030
40031
40032
40033
40034
40035
40036
40037
40038
40039
40040
DI1 mode selection: 0= not used, 1= day night by ext
contact
DI1 operation Direction
DI1 delay passive to active
DI1 delay active to passive
“main in house”-button, day extension period
1 … 480
1 … 480min
120
DI1 boost level
U1 mode: not used, CO2, T setpoint, T meas
Minimum of cooling actuator
Maximum of cooling actuator
Minimum of heating actuator
Maximum of heating actuator
Minimum of FAN output
Maximum of FAN output
Minimum of VAV output
Maximum of VAV output
Output scale FAN output Hi
Output scale FAN output Low
Fan Control
Low limit SP for the CO2 control
High limit SP for the CO2 control
0 … 1000
0…3
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 1000
0 … 1000
0…3
400 … 1000
500 … 2000
0,0 … 100,0%
0…3
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,00 … 100,0%
0,00 … 100,0%
0…3
400 … 1000ppm
500 … 2000ppm
0
1
0
1000
0
1000
0
1000
100
1000
1000
0
0
700
1250
Produal Oy
Keltakalliontie 18, 48770 Kotka FINLAND
Cooling working
Heating working
The device is in night mode until the day mode is controlled
Direct output mode
Direct output mode
2 stage cooling, VAV and chilled beam
The motor actuator (Chilled beam) is first and the the VAV
No affect on this process
The night controlling mode is "expanded dead zone"
When returned from night to day mode the device takes modbus setpoint
the jum fuction of thermic actuators is not activated
No fan in this process .. no influence
No fan in this process .. no influence
No fan in this process .. no influence
VAV is used only for cooling (no heating radiator in the VAV box)
The display shows the room temperature (not the setpoint)
DI2 is not used. No affect on this process
P/PI mode for cooling
P/PI mode for heating
Y1 is for VAV
FAN not used. No affect on this process
No affect on this process
Temperature setpoint from modbus 21°C
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
DI2 is not used in this process
Internal sensor has its factory calibration
Center of the user setpoint 21°C
End user can change the setpoint +/- 3 °C from the point above
Control mode PI
Dead zone 2,0 °C
Setpoint is in the center of the dead zone
Proportional band 2,0 °C
Ti = 300 seconds
The VAV is controlled by CO2 value and cooling demand
Dead zone is 6 °C when device is in night mode
The night mode "Dz" chosen, the frost guard setpoint has no influence (see
coil 20)
Tel: +358-5-230 9200 / Fax: +358-5-230 9210
Information is subject to change without prior notice.
info@produal.fi
www.produal.com
USER GUIDE
HLS 44-SER
6 (6)
SET 9: Heating by radiator, cooling with beam, day mode on/off boosting damper control and light control
Register
Parameter Description
Value
Range
Default
Comments
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
COILS
Cooling PWM overdrive enable (A1)
Cooling 0-10V overdrive enable (Y3)
Heating PWM overdrive enable (A2)
Heating 0-10V overdrive enable (Y4)
VAV overdrive enable (Y1)
FAN overdrive enable (Y2)
On/Off damper overdrive enable (B1)
Light control overdrive enable (B2)
Overdrive On/off damper by modbus (B1)
Overdrive Light control by modbus (B2)
SERVICE ALARM RESET
Cooling disabled
Heating disabled
NIGHT MODE
Cooling output mode (DIR/REV)
Heating output mode (DIR/REV)
Cooling stages (1st/2st)
Sequence of cooling stages (A-st/V-st)
Fan ramp with motor ramp
Night operation mode (DZ/FG)
Night to day setpoint transition
Jam function
Fan type (3coil/CE)
Fan speed 3 disabled
Fan night to day transition
VAV for heating
Display TE/SP
DI2 operation direction
Cooling on/off thermostat (off = P/PI)
Heating on/off thermostat (off = P/PI)
Y1 for cooling (off = VAV)
Y2 for heating (off = FAN)
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off=0, On=1
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
Off - On
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
1
0
1
0
0
0
0
0
0
0
0
0
0
0
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
No modbus overdrives
40001
40002
40003
40004
40005
40006
40007
40008
40009
40010
40011
40012
40013
40014
40015
40016
40017
40018
40019
HOLDING REGISTERS
FAN Speed by Modbus
Setpoint by Modbus
Overdrive Cooling PWM by modbus (A1)
Overdrive Cooling 0...10V by modbus (Y3)
Overdrive Heating PWM by modbus (A2)
Overdrive Heating 0...10V by modbus (Y4)
Overdrive VAV by modbus (Y1)
Overdrive FAN by modbus (Y2)
DI2 Not used, ext T, door/window, condensation
Temperature sensor adjustment
Center of user setpoint
User setpoint limits
Control mode
Dead zone
Setpoint relation to Dz
Proportional band
Integral time
Fresh air control: 0:CO2 (T), 1:PIR (T), 2: CO2, 3:PIR
Dead zone night mode
0…4
80 … 500
0 … 1000
0…1000
0 … 1000
0…1000
0…1000
0…1000
0…3
-30 … 30
180 … 260
0 … 160
0…1
0 … 30
0 … 100
10 … 320
50 … 5000
0…3
0 … 100
0-1-2-3-4
8,0 … 50,0 °C
0,00 … 100,0%
0 …10.00 V
0,00 … 100,0%
0 …10.00 V
0 …10.00 V
0 …10.00 V
0…3
-3,0 … 3,0 °C
18,0 … 26,0 °C
0,0 … 16,0 °C
P/PI
0,0 … 3,0 °C
0 … 100%
1,0 … 32,0 °C
50 … 5000s
0…3
0,0 … 10,0 °C
0
210
0
0
0
0
0
0
0
0
210
30
1
2
50
20
300
1
60
40020
40021
40022
40023
40024
40025
40026
40027
40028
40029
40030
40031
40032
40033
40034
40035
40036
40037
40038
40039
40040
FG Thermostat setpoint
DI1 mode selection: 0= not used, 1= day night by ext
contact
DI1 operation Direction
DI1 delay passive to active
DI1 delay active to passive
80 … 500
8,0 … 50,0 °C
170
0…1
1
PIR controls the device from night to day mode
0…1
0 … 60
0 … 60
0…1
0 … 60min
0 … 60min
1
0
5
PIR contact closes ... the device goes to day mode
From day night to day mode, delay 0 minutes
From day to night mode, delay 5 minutes
The user can control the device to day mode for 120min by "man in house
button"
VAV output Y1 is not used for fresh air ... No influence
U1 not used
Full operation range from 0%
Full operation range to 100%
Full operation range from 0%
Full operation range to 100%
No influence
No influence
No influence
No influence
The process has not FAN... No influence
The process has not FAN... No influence
The process has not FAN... No influence
The on/off damper closes when the CO2 level is less than 900ppm (unless
cooling demand is controlling)
The on/off damper opens when the CO2 level is over 950ppm
1 … 480
1 … 480min
120
DI1 boost level
U1 mode: not used, CO2, T setpoint, T meas
Minimum of cooling actuator
Maximum of cooling actuator
Minimum of heating actuator
Maximum of heating actuator
Minimum of FAN output
Maximum of FAN output
Minimum of VAV output
Maximum of VAV output
Output scale FAN output Hi
Output scale FAN output Low
Fan Control
0 … 1000
0…3
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 500
500 … 1000
0 … 1000
0 … 1000
0…3
0,0 … 100,0%
0…3
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,0 … 50,0 %
50,0 … 100,0 %
0,00 … 100,0%
0,00 … 100,0%
0…3
0
0
0
1000
0
1000
0
1000
100
1000
1000
0
0
Low limit SP for the CO2 control
400 … 1000
400 … 1000ppm
900
High limit SP for the CO2 control
500 … 2000
500 … 2000ppm
950
Keltakalliontie 18, 48770 Kotka FINLAND
No affect on this process
Temperature setpoint from modbus 21°C
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
No modbus overdrives chosen... The value has no affect (see coils 1 ... 10)
DI2 is not used in this process
Internal sensor has its factory calibration
Center of the user setpoint 21°C
End user can change the setpoint +/- 3 °C from the point above
Control mode PI
Dead zone 2,0 °C
Setpoint is in the center of the dead zone
Proportional band 2,0 °C
Ti = 300 seconds
The on/off damper is controlled by PIR (by day mode) and cooling demand
Dead zone is 6 °C when device is in night mode
The night mode "Dz" chosen, the frost guard setpoint has no influence (see
coil 20)
0…1
“main in house”-button, day extension period
Produal Oy
Cooling working
Heating working
The device is in night mode until the day mode is controlled
Direct output mode
Direct output mode
2 stage cooling, on/off boosting damper and chilled beam
The motor actuator (Chilled beam) is first and the the ON/OFF damper
No affect on this process
The night controlling mode is "expanded dead zone"
When returned from night to day mode the device takes last user setpoint
the jum fuction of thermic actuators is not activated
No fan in this process .. no influence
No fan in this process .. no influence
No fan in this process .. no influence
Y1 is not used ... No influence
The display shows the room temperature (not the setpoint)
DI2 is not used. No affect on this process
P/PI mode for cooling
P/PI mode for heating
VAV not used. No affect on this process
FAN not used. No affect on this process
Tel: +358-5-230 9200 / Fax: +358-5-230 9210
Information is subject to change without prior notice.
info@produal.fi
www.produal.com