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Design: | Leak sensor, 15 m |
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Product description: | CMC III sensors are used for monitoring the physical environment and can be connected directly to the PU via a CAN bus connection cable RJ45. The sensors may also be linked together to form a bus. |
Benefits: |
Fast connection and automatic detection via plug & play Power is supplied via the CAN-BUS interface. |
Applications: |
Enclosure monitoring in IT, industry and facility management Monitoring of enclosures, rooms and containers in the IT environment |
Function principle: |
Settings can be made via the CMC III Processing Unit The 15-metre long sensor cable is secured to the base. If the sensor cable comes into contact with a conductive liquid, the sensor will report a leak |
Material: |
Plastic Front: Smooth Enclosure: Textured |
Colour: |
Enclosure: RAL 7035 Sensor cable: blue |
Supply includes: |
Sensor Mounting plate Assembly parts Connection cable with connector External sensor cable with connection cable Mounting clips for the sensor cable |
Connection to the CAN bus: | Indirect, via CMC III CAN bus interfaces |
Interfaces: | RJ12 |
No. of participating PU compact (max.): | 4 |
No. of participating PU (max.): | 32 |
Note: | Extended delivery times. |
Measuring technique: | Conductive sensor cable |
Operating temperature range: | 5 °C...45 °C |
Ambient humidity (non-condensing): | 5...95 % |
Packs of: | 1 pc(s). |
Weight/pack: | 0,3 kg |
Customs tariff number: | 85444290 |
EAN: | 4028177552487 |
ETIM 7.0: | EC002627 |
ECLASS 8.0: | 27189253 |
+ Approvals
Declerations: |
Declaration of conformity:
DE, EN
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+ Tender texts
CMC-TC leakage sensor cable 15 m
The leakage sensor can detect electrically conductive
liquids like fresh water, salt water, glycol water
etc. The sensor can be fitted below water piping
systems, LCP applications, air conditioning
applications in rows of cabinets etc, on the ground
if at all possible. Fixing it close to the ground
means that the smallest amount of liquid can be
detected. The sensor can be connected directly to the
I/O unit with the supplied patch cable via plug &
play. The sensor contains an ID so that it is
automatically detected and set up by the CMC-TC
system.
The 15 m long sensor cable is connected to an
enclosure with the evaluation electronics via a 3.5m
connecting cable. The enclosure must be fitted as
intended in the IP protection category, e.g. in a
Rittal rack.
The sensor cable is colour coded in order to
distinguish it from other cables in the monitoring
area. The PEHD carrier material is chemically neutral
and has long term stability. The sensor cable made of
PHLD is very robust and protects the inserted
measuring wires against damage and triggering in
error. The sensor cable is liquid repellent and can
be put back into use quickly following a leak.
The leakage sensor can detect electrically conductive
liquids like fresh water, salt water, glycol water
etc. The sensor can be fitted below water piping
systems, LCP applications, air conditioning
applications in rows of cabinets etc, on the ground
if at all possible. Fixing it close to the ground
means that the smallest amount of liquid can be
detected. The sensor can be connected directly to the
I/O unit with the supplied patch cable via plug &
play. The sensor contains an ID so that it is
automatically detected and set up by the CMC-TC
system.
The 15 m long sensor cable is connected to an
enclosure with the evaluation electronics via a 3.5m
connecting cable. The enclosure must be fitted as
intended in the IP protection category, e.g. in a
Rittal rack.
The sensor cable is colour coded in order to
distinguish it from other cables in the monitoring
area. The PEHD carrier material is chemically neutral
and has long term stability. The sensor cable made of
PHLD is very robust and protects the inserted
measuring wires against damage and triggering in
error. The sensor cable is liquid repellent and can
be put back into use quickly following a leak.