Protection Type RHP-2D10 DWYER Humidity Temperature Transmitter Humidity Cum Temperature Transmitter, Size H x W x D 4 in x 44 in x 1175 in

A total of three exist variants in ht7s series humidity transmitter, Humidity transmitter with rtd pt 100 passive output and humidity cum temperature transmitter. Ht7s series transmitter is presented in wall mount and duct mount options. Transmitter provides linear output signals directly proportional to relative humidity and temperature. Ht7s series transmitter is available in weather proof or ex, Proof enclosure options suitable for harsh environment. Ht7s model provides better than 2% rh accuracy and class a rtd with excellent sustained consistency all these devices provide high capability within a compact form design. Loop powered 4, 20 ma dc output signals can be fed as input to remote display, Recorder, Controller or plc/dcs, Over a long distance. Two, Wire connections allow easy installation directly into air ducts or within a controlled area. The key factor is that right option of the filter cap enables usage in harsh environmental conditions. The model ht7s series uses capacitance based sensor for that is, Humidity measurement unaffected by high humidity, Dust, Fog etc. A rugged weather proof enclosure is offered for monitor space humidity and temperature. Optionally available ht7s11, Y model has been crafted with feature of one common positive and gives, Loop line separated current outputs for rh and temperature. Hence it reduces wiring to total 3 wires only. This device is best suitable for interfacing to devices having multichannel data acquisition. Features rugged weather proof enclosure with exproof enclosure as an optionavailable in wall and duct mounting versions. Three variants. Measuring range 0, 100% rh suitable formmany, In models applicationsclass, A rtd pt 100 sensor used for temperature measurementlinearised analog 4, 20ma signal output 2wire loop powered replaceable humidity sensor assemblycapacitance based sensing. High accuracyexcellent long, Term stability