Place of Origin:
CHINA
Brand Name:
KACISE
Certification:
CE
Model Number:
KSLV605
| Attribute | Value |
|---|---|
| Measuring range | 0.1~3m |
| Pressure range | -0.1MPa~32MPa |
| Capacitance detection range | 10PF~500PF |
| Supply voltage | 5~36 V DC |
| Output signal | 4-20mA/RS485 |
| Measurement accuracy | Level 0.1、0.2 、0.5 、1 |
| Environment temperature | -40~85℃ |
| Ranging resolution | 0.1mm |
| Long stability | ≤0.1%FS/ year |
| Protection class | IP67 |
The KLSV605 Dripper Series Capacitive Level Sensor is a high-performance liquid level transmitter designed for industrial applications. This robust sensor features no moving parts, ensuring exceptional reliability and long-term stability. It operates effectively in challenging environments, unaffected by water vapor, dust, or condensation.
| Detection range | 0.1~3m |
| Capacitance measurement range | 10PF~500PF |
| Accuracy | 0.1 class, 0.2 class, 0.5 class, 1 class |
| Pressure range | -0.1MPa~32MPa |
| Probe temperature resistance | -50~250℃ |
| Ambient temperature | -40~85℃ |
| Storage temperature | -55℃~+125℃ |
| Output signal | 4~20mA, 485 communication |
| Wireless communication distance | less than 200 meters |
| Power supply voltage | 3.3-36V (optional battery power supply) 5~36V DC |
| Material | 316 stainless steel, 1Gr18Ni19Ti or PTFE |
| Long-term stability | ≤0.1%FS/year |
| Temperature drift | ≤0.01%FS/℃ (0~70℃ range) |
| Explosion-proof grade | ExibIICT6 |
| Protection level | IP67 |
The capacitive liquid level sensor consists of two main components: the sensor probe and the transmitter unit. The diagram illustrates:
Installation is straightforward - simply connect the gas-liquid phase flanges to corresponding equipment flanges using gaskets and bolts. Ensure pipe interiors are clean and sealing surfaces are intact before installation.
For high-temperature boiler applications, the transmitter is positioned below the sensor with a heat dissipation section to protect electronics. Note the unique 90-degree arm configuration that prevents medium leakage toward the transmitter.
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