Product Overview
The HCSP-Z21 RF Admittance Level Transmitter introduces a specialized rigid screw probe configuration specifically engineered for challenging applications involving low dielectric constant liquids. This advanced level measurement solution combines robust construction with sophisticated RF admittance technology to deliver exceptional accuracy in measuring difficult-to-detect liquids where traditional level measurement methods often prove inadequate.

Technical Features
Specialized Probe Design: Rigid screw probe configuration optimized for low dielectric constant liquid applications
Enhanced Pressure Rating: Withstands process pressures up to 6.3 MPa for demanding industrial environments
Advanced Signal Processing: Sophisticated circuitry ensures reliable detection of low dielectric materials
Split-Architecture Design: Enables remote mounting of electronics up to 50 meters from the sensing probe
Wide Temperature Operation: Reliable performance across extreme temperature ranges from -100°C to +200°C

Performance Advantages
Low Dielectric Constant Capability: Specifically engineered for accurate measurement of liquids with low dielectric constants
High-Pressure Compatibility: Robust construction suitable for applications requiring elevated pressure ratings
Stable Measurement: Maintains consistent accuracy despite changing process conditions and material properties
Flexible Installation: Split-design allows optimal placement in challenging installation scenarios

Industry Applications
Chemical Processing: Hydrocarbon storage, solvent tanks, and low dielectric chemical vessels
Oil & Gas Refining: Crude oil tanks, refined product storage, and process separation units
Pharmaceutical Manufacturing: Solvent recovery systems and chemical intermediate storage
Food & Beverage: Edible oil tanks, solvent extraction units, and specialty liquid storage
Water Treatment: Chemical additive tanks and treatment process monitoring
Power Generation: Fuel oil storage, transformer oil monitoring, and chemical feed systems