General Information Dwyer HFT Series Turbine In-Line Flow Transmitters are sensors with electrical transmission output for remote indication of liquid flow rate. Dwyer Turbine In-Line monitors flow rate through in-line models. Dwyer Flow Transmitter Applications include irrigation, process control, drain lines, pump testing, and chemical batching. The Series HFT In-Line Transmitters provide continuous monitoring of […]
Description APG Radar Level Transmitter PRX True Echo Explosion Proof Pulse With a low dielectric requirement for target materials and radar’s reliable accuracy in environments with foam or vapors, the easy-to-install True Echo™ PRX makes getting dependable level readings in hazardous places simple. Dependable level readings in hazardous areas. True Echo™ PRX makes getting dependable […]
Description Dwyer TFP-GV Series Gas Turbine Flow Meter utilizes a turbine wheel and electro-optical detection to convert flow rates into a linear 0 to 5 VDC output signal for recording and data logging. A power adapter or mating cable assembly is required for operation. Gas Turbine Flow Meter sensors with electrical transmission output for remote […]
General APG True Echo Dual Frequency Pulse Radar Level Transmitter For Solids PRS dependable level readings from difficult materials. Whether powders or pellets, grains or granules, the True Echo™ PRS’s dual frequencies bring the unassailably accurate level readings of radar sensors to difficult to measure solids. Whether powders or pellets, grains or granules, the True […]
Description Dwyer TFP-GI Series Gas Turbine Flow Meter is suitable for a wide variety of industrial, commercial, and laboratory flow applications. These meters utilize a turbine wheel and electro-optical detection to convert flow rates into a linear 0 to 5 VDC output signal for recording and data logging. A 3-1/2 digit LCD informs the user […]
General Information APG True Echo Pulse Radar Level Transmitter For Liquids PRL with radar sensors emit low-energy, high-frequency electromagnetic impulses, generated by the sensor’s circuitry. For Guided Wave Radar sensors, these electromagnetic waves are propagated along a probe, which is semi-submerged in the substance to be measured. For Free Air Radar sensors, the waves travel […]