s

M3183.2

RDG160TU 4.0(0.16’’) 28.3 28.3 (1.11’’) (1.11’’)

28.5 (1.12’’)

cm . 20 min 74 in 7 .8

150 cm (4 ft 11 in)

9.0 (0.35’’)

128.0 (5.04’’)

4.0(0.16’’)

28.3 (1.11’’)

28.3(1.11’’)

28.3 (1.11’’)

27.7(1.09’’)

93.0 (3.66’’)

30.8 (1.21’’)

28.2 27.8 (1.11’’)(1.09’’)

mm (inch)..

3191Z309

2261 Z03 ..

16.0 (0.63’’)

2

Max. 1 x 2.5 mm (1 x 14 gauge) 2 Max. 2 x 1.5 mm (2 x 16 gauge)

Max. 80 m (262 feet)

Siemens Building Technologies

RDG160TU

CB1M3183.2

2015-03-30

1/2

AC 2 4 V

M

X2

Max. 10 A

AC 24 V

! Max. 10 A

D1 GND Ma x 5(4)A Ma x 5(4)A

G G0

C Q1 Q2 Q3

M1

Y10

Y50

C Q1 Q2 Q3

Max. ± 1 mA

Y50

Y20

V1

V1

Ma x. ± 1 mA

Y10

M3183 .2A03..... .

QAH 11.1+ ARG 86.3

X1

AC 24 V

!

S3

B2

B1 QAH 11.1 QAA34

M318 3.2A02.... .

S2 M3 183.2A01

S1

Ma x 5(4)A

C Q1 Q2 Q3

Y20

I

M1

II

Y50

Max. ± 1 mA

Y10

1)

V1

III

2

3

4

5

G0 G

G

4)

G0 !

DC DC

Outputs V1

2-pos

Y10

2-pipe

3-speed

ON

h/c 1 2

3 4

P46=1 (2-pos) 1 2

5

6) 7) P01…Pn P46 = 1 : V1 à 2-pos P46 = 2 : V1 à DC P47 = 1 : V2 à 2-pos P47 = 2 : V2 à DC

OFF

3 4 5

1 2

3 4

5

S2

M X2

Max. 10 A

Max 5(4)A

G G0

AC 24 V

!

D1 GND

. AC 24 V

!

Ma x. ± 1 mA

C Q1 Q2 Q3

Y50

M1

Y10

V1

Y20

Max 5(4)A

V1

Y50

Y10

Max. 10 A

Max. 10 A

Max. ± 1 mA

C Q1 Q2 Q3

V2

Y20

Max 5(4)A

Y50

C Q1 Q2 Q3

M1

V2

V2

Max. ± 1 mA

Y10

Ma x. 5(4)A

Y20

C Q1 Q2 Q3

M1 V1

I

G0

!

2-pos 2-pos DC

DC DC DC

Outputs V1

Y10 V2

2-pipe & h/c

el. heater

E

ON

OFF

OFF

1

3 4

RAD V

V

4-pipe

OFF 3 4

ON

3 4

3 4

OFF

5

2

3 4

5

P46=1 P47=1

P46=2 P47=1

OFF 1 2

3 4

2

3 4

5

2

3 4

5

P46=1 P47=1

1

2

3 4

P02

L1 L2 L3

2-stage

fr

2-Rohr Ventilatorkonvektor 2-Rohranwendung & Elektroheizung 2-Rohranwendung & Radiator 4-Rohr Ventilatorkonvektor

Ventiloconvecteur 2 tubes Application 2 tubes & batterie électrique Application 2 tubes & radiateur Ventiloconvecteur 4 tubes

2-Stufen-Anwendung

Application à 2 étages

P01…Pn

L1: f(Q1) → P72 L2: f(Q2) → P73 L3: f(Q3) → P74

M 31 81. 4A08

P01=4

→ P3181

4-pipe fan coil

1 2

3 4

5

1

3 4

5

2

(HIT start center)

2)

“RDG“

G0

AU TO

2-pipe & radiator

5

Max. 1A

M

P01=3

P12

2-pipe & el. heater

3 4

C Q1 Q2 Q3

X2 M

2-pipe fan coil

2

www.siemens.com/HIT

1)

AC 24 V

X2

de

1

OFF

5

!

en

5

OFF

Max. 10 A

P01=2

3 4

ON

P01=0

P01=1

2

OFF

5

P46=1 P47=1

OFF

1

1 ON

ON

OFF

2nd

1 2

ON

1

5

Y20 ON

P46=2 P47=1

OFF

5

OFF

2

ON

1st

3 4

ON

1

Y10

ON

1

5

OFF

2-stage

2

Y20

V2

DC DC

Q2 P46=1 P47=1

OFF

2

3-speed

DC DC Y10

ON

1

G

ON

1

5

ON

h/c

2-pipe & radiator

2

G0

G

2-pos

Q2

ON

Y10

V1

III

G0

Q1 Y20

Max. ± 1 mA

G0

G

Max. 10 A

Y50

M1

G0

V2 G0

V1

G

Pn

II

G0

G0

P01

. AC 24 V

!

M 3183.2A07 .

X1

M31 83.2A06. .

QAH11.1+ ARG86.3

M3183.2A05

S3

B2

M3 183.2A04

B1 QAH11.1 QAA34

!

5) G, G0 / 24 VAC

DC Y10

ON

OFF

OFF

S1

DC

Q1

ON

a

OFF 1

G0

V1

G !

DIP 5 =ON: RDG160 =OFF: RDG160TU

ON

3)

G0

G0

Max. 10 A

Output à 2-pos / DC

2) Y20

M1 G0

....

es

it

→

3)

(doc)

cs

tr

Fan coil 2 tubi

Fancoil a dos tubos

2-trubkový fan-coil

Fan coil 2 tubi con batteria elettrica Fan coil 2 tubi e radiatore

2 tubos & batería eléctrica

2-trubkový fan-coil & el. ohřev 2-trubkový fan-coil & radiátor

Fan coil 4 tubi

Fancoil a 4 tubos

4-trubkový fan-coil

4 borulu fan coil

2 stadi

2 etapas

2-stupňový

2 kademe

2 tubos & radiador

2 borulu fan coil 2 borulu & elk. Isıtıcı 2 borulu & radyatör

ã 2014 - 2015 Siemens Switzerland Ltd. 2/2

2015-03-30

RDG160TU

CB1M3183.2

Siemens Building Technologies