Overview
| brand | JRWINBLiP | Working power supply | 3.6V>8000mAh lithium sub battery |
| Detection method | Water immersed electrode | response time | <1s |
| Testing water quality | Ordinary tap water, air conditioning water, fire water, etc | Alarm power consumption | 0.4W |
| working temperature | -20~70 ℃ | model | JRWINBLiP |
| quantity | one | Waterproof grade | Water immersed electrode IP68 |
| allocation | Standard 1.5 meter detection cable | Host size | 110 * 85 * 44mm |
| Communication method | Default NB, 4g/lora optional | ||
Product Details
The specific price depends on your selection, parameters, and purchase quantity, and is sold directly by the manufacturer. Large quantity and preferential treatment, looking forward to your call!
1、 Product Overview
The JRWINBLiP point type water immersion detector is an intelligent liquid leakage detection device based on the principle of liquid conductivity, which uses detection electrodes to detect the presence of water. When the water level reaches the alarm level, the water immersion input signal is processed through a signal processing circuit to output a high and low level change signal, indicating that there is water at the location of the detector; This device supports the NB IoT protocol. The equipment adopts a waterproof shell with high protection level, and can be used for a long time in harsh environments such as damp and high dust.
This water immersion detector is suitable for communication base stations, hotels, restaurants, precision machine rooms, libraries, warehouses or monitoring machine rooms, as well as other places where there is water accumulation that requires alarm; It has the characteristics of fast real-time response, high cost-effectiveness, and convenient installation.
2、 Characteristics
◆ Lithium battery power supply
◆ Transmission method: NB IoT/4g
◆ Immersion active alarm
◆ Waterproof shell with high protection level
High sensitivity, fast response time, and no false alarms
◆ The detection electrode is designed with fixed installation holes, and the sensing depth can be adjusted according to needs. When the accumulated water reaches a certain height, an alarm will be triggered
