capacitive smart water tank level indicator sensor to water level measuring sensor transmitter price

The KSLV605 capacitive level sensor is a high-performance liquid level transmitter suitable for measuring liquids, oils, solids, and interfaces. With no moving parts, it offers exceptional reliability and is unaffected by water vapor, dust, or condensation. This intelligent level meter features stable long-term operation, high sensitivity, excellent linearity, and resistance to high temperatures and pressures.

• Modbus protocol for easy integration
• Simple structure with no movable or elastic components for high reliability
• Multiple signal output options for different system configurations
• Suitable for high temperature and high pressure container measurements
• Unaffected by liquid temperature, specific gravity, or container shape/pressure
• Ideal for measuring strong corrosive liquids like acids and alkalis
• Comprehensive overcurrent, overvoltage, and power supply polarity protection
• Optional wireless remote transmission capability
• Capable of measuring any medium

The capacitive liquid level sensor consists of two main components: the sensor and transmitter. The sensor probes directly into the container or measuring tube, while the transmitter converts capacitance changes into standard current signals (4-20mADC).

• Sensor (A): Directly measures the medium in the container or measuring tube
• Connection Flanges (B,C): For gas phase and liquid phase connections
• Measuring Cylinder (D): Forms capacitance with the sensor electrode
• Drain Flange (E): For regular cleaning and maintenance
• Transmitter (F): Converts capacitance changes to standard signals

The KSLV606 display model offers two wiring methods:

• RS485 Connection

• 4-20mA Connection

• Always open the gas phase valve first, then the liquid phase valve
• Ensure cable joints have good contact and anti-corrosion protection
• Perform regular maintenance: 1-2 times weekly for dirty media, 1-2 times monthly for cleaner media
• Protect transmitter housing from water, corrosive media, and physical impact