Swegon CONDUCTOR W4 Series, CONDUCTOR W4.1, CONDUCTOR W4.2 Installation Instruction

CONDUCTOR W4

Installation instruction for W4.1 and W4.2

Controller

4

3

5

2

8

Figure 1. Overview of the Controller.

Pos 1. Product marking.

Pos 2. Termination resistance.

1 = The unit is the last node in the network

2 = The unit is the first node in the network

3 = The unit is situated between the first and last nodes

Pos 3. Modular Contact / ModBUS RTU units (pressure sensor and room unit)

Pos 4. Inputs: Wiring terminals for the connection of sensors.

Pos 5. DIP switch for ModBUS RTU.

1 (=on) boosts the controller to Modbus address 1

2 (=on) access to Modbus register via BMS system
(requires a restart of the controller)

Pos 6. LED, indicates the status of the controller.

Pos 7. Input and output for signal to external relay.

Pos 8. Outputs: Wiring terminals for the connection of valve and
damper actuators.

1

Product Identification Label

1

Conductor RE W4
Modbus Adress 2
Artnr: 942334001

RF id: 00350
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIII

Figure 2. Product identification label on the controller.

Pos 1. Name of the product.

Pos 2. ModBus RTU address default from factory.

Pos 3. Part number.

Pos 4. Controller ID number.

6

7

2

3

4

To be installed above a false ceiling

If a DIN rail is NOT available pre-mounted or is not available, the control­ler can be appropriately mounted above the false ceiling (not on the

module).

1

2

Figure 4. To mount the controller.

Pos 1. Supporting surface, NOT for the comfort module or climate beam.

Pos 2. Screws.

a. Secure the controller by means of screws in the upper left-hand and the
lower right-hand corners. Use screws suitable for the supporting surface.

To mount the controller.

Mounting on a DIN rail

1

2

3

4

Figure 3. To mount the controller.
Pos 1. Plastic hooks
Pos 2. Supporting surface
Pos 3. DIN rail
Pos 4. Snap-on fastener.

CONDUCTOR W4

W4.1 (Hotel/Office)

6

7

5

1

4

3

Figure 5. CONDUCTOR W4.1: Integral Components

1

Controller

2

Room unit

3

Presence detector

4

Window contact

5

Pressure sensor

6

Condensation sensor

7

CO2-sensor

8

External temp. sensor

9

Transformer

10

Valve actuator

11

Ventilation damper
incl. damper actuator

• Connect the presence sensor, check application parameter P_1910

• Connect the window contact, check application parameter P_1909

• Connect the pressure sensor to the Modular contact.
Set the address on sensor: SA1 = 3, EA = 4

• Check application parameters P_1929, P_1930 and P_1931. (P_1930
allways 0 in appl W4.1)

2

Conductor RE
Conductor RU
DETECT Occupancy

SYST PS
SYST CG
DETECT Quality
CONDUCTOR T-TG
SYST TS-1
ACTUATOR b 24V NC
CRTc -aaa-2
(aaa = dimension)

8

9

10

11

Monitoring
system via ModBus

Room unit RJ12 Modular contact
Pressure sensor RJ12 Modular contact

1 Data (B)

MODBUS RS2

MO DBUS RS1

Condensation sensor

Temperature sensor

Transformer

Window contact

Presence detector

Valve actuator, cooling

Valve actuator, heating

Damper, supply air (SA)

Damper, extract air ( EA)

-sensor

CO

2

2 Data (A)
3 Earth
5 Data (B)
6 Data (A)
7 Earth

17

Resistance

18
19

KTY

20
23 + 24V AC
24 -G0

25

10V
10 10V
26 10V
12 0-10V
21 +24V AC
22 -G0
27 -G0
29 +24V
30 -G0
32 +24V
33 -G0
34 0-10V
35 +24V
36 -G0
37 0 -10V
38 +24V
16 0-10V Signal
21 +24V AC
22 -G0

Figure 6. Wiring diagram,
CONDUCTOR W4.1

2

Swegon reserves the right to alter specications. 15-03-2017

W4.2 (Conference)

6

7

5

1

4

3

Figure 7. CONDUCTOR W4.2: Integral Components

1

Controller

2

Room unit

3

Presence detector

4

Window contact

5

Pressure sensor

6

Condensation sensor

7

CO2-sensor

8

External temp. sensor

9

Transformer

10

Valve actuator

11

Ventilation damper
incl. damper actuator

• Connect the presence sensor, check application parameter P_1910

• Connect the window contact, check application parameter P_1909

• Connect the pressure sensor to the Modular contact.
Set the address on sensor: SA1 = 3, SA2 = 6, EA = 4

• Check application parameters P_1929, P_1930 and P_1931.

2

Conductor RE
Conductor RU
DETECT Occupancy

SYST PS
SYST CG
DETECT Quality
CONDUCTOR T-TG
SYST TS-1
ACTUATOR b 24V NC
CRTc aaa-2
(aaa = dimension)

8

Monitoring
system via ModBus

9

10

11

CONDUCTOR W4

Room unit RJ12 Modular contact
Pressure sensor RJ12 Modular contact

1 Data (B)

MODBUS RS2

MO DBUS RS1

Condensation sensor

Temperature sensor

Valve actuator, heating

Transformer

Window contact

Presence detector

Valve actuator, cooling

Damper 2, supply air (SA2)

Damper 1, supply air (SA1)

Damper, extract air ( EA)

-sensor

CO

2

2 Data (A)

3 Earth
5 Data (B)
6 Data (A)

7 Earth
17
18
19
20
21 +24V

22 X15 -G0

23 + 24V AC
24 -G0

25

10 10V
26 10V
12 0 -10 V
21 +24V AC
22 -G0
27 -G0
29 +24V
30 -G0
31 0 -10V
32 +24 V
33 -G0
34 0-10 V
35 +24V
36 -G0
37 0-10V
38 +24V
16 0-10V Signal
21 +24V AC
22 -G0

Resistance

KTY

10V

Figure 8. Wiring diagram,
CONDUCTOR W4.2

15-03-2017 Swegon reserves the right to alter specications

3