Niko 05-707, Quick Start Manual

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nv
Niko
sa Industriepark West 40, BE-9100 Sint-Niklaas, Belgium — tel. +32 3 760 14 70 — fax +32 3 777 71 20 — e-mail: support@Niko.be — www.niko.be PM005-70700R07154
05-707
max. 30
x 170-00000
I U
reset
L N N
05-707
- +
overcurrent
overvoltage
DC protection
600 W
(ta = 35C)
230V ~ 50Hz
1 2 3 4
ON DIP
14
CEBEC
R,L,C
0
170-00000
05321
N
L
230V~
I U
reset
L N N
05-707
- +
overcurrent
overvoltage
DC protection
600 W
(ta = 35C)
230V ~ 50Hz
1 2 3 4
ON DIP
14
CEBEC
R,L,C
N
L
230V~
T1
0V 0V 0V 0V
12 x 0 - 10V output
12 11 10 9 8 B2 B1 7 6 4 2 5 3 1
select mode
bus
program
m7 m
8
m6 m5 m
4
m
3
230V
~
50Hz
05-007-02
B A N
T2 T1 230V ~
set - - - -
m
2 12
m
1
11
01234
5678
9AB
CE
F
01234
5678
9AB
CE
F
I U
reset
L N N
05-707
- +
overcurrent
overvoltage
DC protection
600 W
(ta = 35C)
230V ~ 50Hz
1 2 3 4
ON DIP
14
CEBEC
R,L,C
N
L
230V~
max.10A
I U
reset
L N N
05-707 - +
overcurrent
overvoltage
DC protection
600 W
(ta = 35C)
230V ~ 50Hz
1 2 3 4
ON DIP
14
CEBEC
R,L,C
I U
reset
L N N
05-707 - +
overcurrent
overvoltage
DC protection
600 W
(ta = 35C)
230V ~ 50Hz
1 2 3 4
ON DIP
14
CEBEC
R,L,C
I U
reset
L N N
05-707 - +
overcurrent
overvoltage
DC protection
600 W
(ta = 35C)
230V ~ 50Hz
1 2 3 4
ON DIP
14
CEBEC
R,L,C
I U
reset
L N N
05-707 - +
overcurrent
overvoltage
DC protection
600 W
(ta = 35C)
230V ~ 50Hz
1 2 3 4
ON DIP
14
CEBEC
R,L,C
N
L1
L2
L3
I
U
05-707
+
overcurrent
overvoltage
DC protection
600 VA
(ta = 35 C)
230V ~ 50Hz
ON
OFF
1 2 3 4
➀ ➁
*
Schema
➀
is aanbevolen.
* Schema ➁ enkel toepassen indien schema ➀ niet realiseerbaar is.
Het kan zorgen voor een instabiliteit bij het dimmen van elektronische
transformatoren.
Schéma
➀
est à recommander.
* Uniquement appliquer schéma
➁
, si schéma
➀
n’est pas utilisable.
Schéma 2 peut générér une instabilité si connecté à des transfos élec-
troniques.
Schema
➀
wird empfohlen.
* Schema
➁
nur verwenden wenn Schema
➀
nicht realisierbar ist.
Schema ➁ kann beim Dimmen elektronischer Transformatoren
Instabilitäten verursachen.
Diagram
➀
is recommended.
* Only use diagram
➁
if diagram
➀
is not feasible. Diagram
➁
can
cause instabilities when dimming electronic transformers.
Esquema
➀
es el recomendado.
* Aplicar esquema
➁
únicamente si esquema
➀
no se puede utilizar.
Esquema ➁ puede generar inestabilidad si está conectado a transfor-
madores electrónicos.