Delavan Sonac 120 Ultrasonic Switch is a reliable level control that will sense almost any liquid. Its fail-safe features ensure positive level control in critical processes. The non-intrusive feature of its sensor permits its installation in extremely small vessels and pipes. Delavan Sonac 120 Ultrasonic Switch Principle of Operation The sensor is a magnetostrictive device […]
Description Delavan Microwave 320 controls are non-contact sensing microwave-based controls. The transmitter (source) consists basically of a power supply, pulse modulator, Gunn oscillator, and directional antenna. The receiver consists of a directional antenna, a microwave mixer cavity with a Schottky barrier diode detector, a high gain, a low noise amplifier, a pulse coding network, a […]
Liquid Level Indicator 92302 by Shand & Jurs is a reliable and affordable float-actuated level gauging system. It is designed to provide reliable and virtually trouble-free service for installation not requiring accuracies better than ± 1 inch.The Shand & Jurs product line has been designing and manufacturing industrial tank equipment for nearly 90 years. Since […]
Description Delavan Captrol Integral 500 Process Instrumentation manufactures products including solid and liquid point level and continuous level measurement. Delavan is a well-established company with a large customer base in a wide range of industries. Technologies include ultrasonic, capacitance, and microwave all of which complement and integrate with the L & J product offering. Delavan […]
Description 92500 Retrofit Automatic Tank Gauge by Shand & Jurs is specifically designed to replace existing Varec Model 2500 Gauges and GSI 2500 Model in existing installations. The S&J 92500 allows for improvement in accuracy while minimizing field labor to replace existing gauges. S&J’s design allows for a simple retrofit onto existing gauge piping in-ground […]
Description Delavan Versa-Cap Integral is a versatile R.F. Capacitance Level Transmitter for liquids, slurries, and bulk solid applications. The sensing probe is energized with an R.F. (radio frequency) signal of approximately 2 mHz. When the process material level changes, a change in capacitance occurs resulting in a very small change in frequency, which is converted […]