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12. Appendix ‒ Wiring diagram for WS 170 comfort unit
│
UK
73
WS 170 comfort unit
A
WS 170 ventilation unit
A1
Electronic slide-in module
A2
Control circuit board
A3
Frost protection heating register
B
RLS D1 WR room air control
B1
RLS 1 WR room air control
W1
230 V AC connection cable
W2
Shielded control cable provided by
customer, e.g. LiYCY 2 x 0.75 mm²
for RLS D1 WR room air control
Instead of B1 (RLS 1 WR) room air
control, B (RLS D1 WR) room air
control can be connected.
W2´
Control cable (provided by custo-
mer) for RLS 1 WR room air control
Outer diameter of control cable
3.2...6.5 mm, e.g. LIYY 6x0.34 mm²
S1
Unit switch
GW1
Gateway frost protection heating
register
M1
Supply air fan
M2
exhaust fan
S
Door contact switch: Activated
by front plate
T-min
Frost protection temperature sensor
Supply air
Z1 (blue) Potentiometer adjuster
Ventilation level 1
Z2 (blue) Potentiometer adjuster
Ventilation level 2
Z3 (blue) Potentiometer adjuster
Ventilation level 3
Exhaust air
A1 (red) Potentiometer adjuster
Ventilation level 1
A2 (red) Potentiometer adjuster
Ventilation level 2
A3 (red) Potentiometer adjuster
Ventilation level 3
Jumper settings (Chapter 6.7.3)
J 1-3
Unit type, 000 = WS 170
J 4-5
Frost protection temp. (Chap. 6.7.4)
J 6
No function
J 7
Jumper 7 open: Ventilation level 3 is
reset after an hour.
J 8
RLS 1 WR or RLS D1 WR room air
control active: Leave factory setting,
J8 must be bridged.
J 9
Jumper 9 open: The ventilation unit
can be switched off at the room air
control. Jumper 9 bridged:
RLS 1 WR: Switch-off function blocked
RLS D1 WR: Ventilation unit runs in
"Humidity protection ventilation" ven-
tilation level in OFF switch position.
J10
Hygrostat or CO
2
/VOC sensor:
Without a sensor, jumper 10 must
be open.
Jumper 10 open: Hygrostat released
with potential-free contact.
Jumper 10 bridged: CO
2
/ VOC
(0 to 10 V output) released.
Further connection options
W3
Connection cable (provided by cus-
tomer) for external operating display.
k1
Potential-free relay contact (max.
3 A / 250 V AC, 2 A / 30 V DC).
The contact is closed when the
ventilation unit is running.
W4
Connection cable (provided by cus-
tomer) for external CO
2
or VOC
sensor or external hygrostat (with
potential-free contact).
W5
Connection cable (provided by
customer) for external differential
pressure controller.
Differential pressure controller with
potential-free relay contact. Minimum
switching power of relay contact:
230 V AC/2 A. Remove J1 bridge on
A2 control circuit board.
W6
Connection cable (provided by
customer) for external supply air
temperature sensor NTC 15.
Remove resistor 12k on GW1
circuit board.
Содержание WS 170 L
Страница 3: ......
Страница 36: ...DE 12 Anhang Verdrahtungsplan WS 170 Standardger t 34 12 1 Verdrahtungsplan WS 170 Standardger t...
Страница 38: ...DE 12 Anhang Verdrahtungsplan WS 170 Komfortger t 36 12 2 Verdrahtungsplan WS 170 Komfortger t...
Страница 40: ...DE 12 Anhang KNX Bus Konzept 38 12 3 KNX Bus Konzept...
Страница 72: ...UK 12 Appendix Wiring diagram for WS 170 standard unit 70 12 1 Wiring diagram WS 170 standard unit...
Страница 74: ...UK 12 Appendix Wiring diagram for WS 170 comfort unit 72 12 2 Wiring diagram for WS 170 comfort unit...
Страница 76: ...UK 12 Appendix KNX bus concept 74 12 3 KNX bus concept...
Страница 112: ...FR 12 Annexe Sch ma de c blage appareil standard WS 170 110 12 1 Sch ma de c blage Appareil standard WS 170...
Страница 114: ...FR 12 Annexe Sch ma de c blage appareil confort WS 170 112 12 2 Sch ma de c blage Appareil confort WS 170...
Страница 116: ...FR 12 Annexe Concept bus KNX 114 12 3 Concept bus KNX...
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