Dinel CPS-24N 사용 설명서 - 페이지 6

{카테고리_이름} Dinel CPS-24N에 대한 사용 설명서을 온라인으로 검색하거나 PDF를 다운로드하세요. Dinel CPS-24N 14 페이지. Capacitive proximity switch

Dinel CPS-24N 사용 설명서
Hose clip
Fig. 6: protective PVC hose
5 . Electrical connection
Sensor with NPN or PNP output is allowed to lead only by resistive or inductive lead. Positive sup-
ply voltage (+U) is connected to the brown conductor BN (1), negative (0 V) to the blue conductor 
BU (3) and the leads (only NPN or PNP type of output) to the black conductor BK (4). The capacity 
loads and low resistance loads (bulb) is evaluated by the sensor as short circuit. 
The line from CPS-24N to the connecting device is from a suitable three wire (min. 3x0.5 mm2) 
cable, in the case of variant CPS-24Xi using a two wire (min. 2x0.5 mm2) cable. In the event that 
a disassemblable socket ELWIKA or ELKA 4012 K PG7 are used, the max. outer diameter of the 
cable is 6 mm. Connector socket is not part of the sensor.
Fig. 7: NPN type sensors connection
Fig. 9: PNP type sensors connection
Legend:
(*) – Numbers of terminals inside of the connector
BK – Black
BN – Brown
BU – Blue
Electrical connection can only be made when de-energized!
The source of the power voltage must comprise of a stabilised safe low power source with
galvanic separation. In the event that a switch-mode power supply is used, it is essential
that its construction effectively suppresses common mode interference on the secondary
side. In the event that the switch-mode power supply is equipped with a PE safety terminal,
it must be unconditionally grounded! Spark-safe devices (type CPS-24) must be powered
from a spark-safe power source meeting the above-mentioned requirements.
© Dinel, s.r.o.
CPS–24
Protective hose
Cable
(version "N")
(version "P")
In the case of vertical mounting in outer areas or in the 
case of high mechanical exertion we recommend to in-
stall  in  Variant  "B"  protective hose  on  the  cable  (see 
figure). 
Fig. 8: NAMUR type sensors connection
Fig. 10: Inside of the connector socket
(version "Xi")
Output (BK)
+U (BN)
0V (BU)
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