Dinel IRU–420 Isolating Repeater are designed for supply intrinsically safe level meters in explosive areas and for the conversion of input signal 0/4 ÷ 20 mA to an output signal. Galvanic separation of current signal from explosive area to non-explosive area. The housing of units are made by polycarbonate and ready for mounting on DIN […]
Dinel DLS–35 Capacitive Level Sensors are designed for limit sensing of the level of liquid and bulk solids in tanks, sumps, tubes or, hoppers, silos, etc. The sensors are manufactured in several modifications of sensing electrodes (rod and rope). The electrodes can be given an insulating coating, a useful feature in case of adhesive, aggressive, […]
Description Dinel CLS-23 Capacitive Level Sensors are designed for limit level detection of electrically conductive and non-conductive liquids in vessels, reservoirs, sumps, pipes, tanks, etc. The sensitivity of the sensor can be easily set by placing a magnetic pen on a sensitive spot. The process coupling at the housing can be with metric thread (M18x1.5; […]
Description Dinel CLS–23S Submersible Level Sensor is developed as a reliable and low-cost solution for limit level sensing of water (or water solutions) with miniature outer dimensions without the needs of any adjustment. It fully replaces the old type CLS–18S. The connection is done by means of two wires directly to a circuit with a […]
Description Dinel DLS – 27 Capacitive Level Sensors are designed for limit sensing of the level of liquid and bulk solids in tanks, sumps, tubes or, hoppers, silos, etc. The sensors are manufactured in several modifications of sensing electrodes (rod and rope). The electrodes can be given an insulating coating, a useful feature in case […]
Dinel ULS-53 Ultrasonic Level Meter is compact measurement devices containing an ultrasonic transmitter and an electronic module. Using a transmitter, the level sensor transmits the series of ultrasonic pulses that spread towards the level surface. The transmitter receives reflected acoustic waves that are subsequently processed in the electronic module. Based on the period during which the […]