CCS-5 Dry Contact Output DC 9-24V Water Sensor Rope
Industrial Use Water Leak Detection Alarm System
Product Description
The rail-mounted water leak sensor operates based on the principle of electrode immersion resistance change. It uses a dedicated integrated chip to amplify, shape, and compare the water immersion input signal, and outputs a dry contact signal to indicate whether there is water at the location of the transmitter.
This product features high reliability, strong anti-interference ability, high sensitivity, fast response time, and easy installation. It realizes full isolation of power supply, input, and output. It is applicable to communication base stations, machinery rooms, libraries, hotels, restaurants, warehouses, and other places where water leakage alarms are required.
Product Parameters
CCS-5 water sensor function:
When the resistance of the water is within the alarm range of the probe, the transmitter will issue an alarm signal after approximately 2 seconds. The normally open terminal will close, and the Alarm indicator will light up.
CCS-5 water sensor technical parameter:
Power Supply Voltage |
DC12V |
Operating Temperature |
-10°C ~ 50°C |
Operating Humidity |
5%RH ~ 95%RH |
Static Power Consumption |
0.2W |
Maximum Power Consumption |
1W |
Output Type |
Relay (including N.O and N.C contacts) |
Maximum Relay Load Voltage |
DC48V |
Maximum Relay Load Current |
1A |
Installation Instructions
The 4-bit DIP switch corresponds to 4 different sensitivity levels. Generally, the purer the water (with fewer impurities), the higher the resistance of the water sensed by the probe, and a higher sensitivity needs to be selected.
Code |
Sensitivity Level |
Probe Water Alarm Range |
1 |
Sensitivity 1 |
0~10KΩ |
2 |
Sensitivity 2 |
0~20KΩ |
3 |
Sensitivity 3 |
0~100KΩ |
4 |
Sensitivity 4 |
0~500KΩ |
Code |
Definition |
Function |
1 |
VS+ |
Positive power input terminal, input range DC9 - 24V |
2 |
GND |
Negative power input terminal |
3 |
NO |
Normally open terminal of the relay output |
4 |
C |
Common terminal of the relay output |
5 |
NC |
Normally closed terminal of the relay output |
6 |
IN1 |
Connection point 1 between the probe and the transmitter |
7 |
IN2 |
Connection point 2 between the probe and the transmitter |
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