Dwyer 636D-3-LP is a fixed range differential pressure transmitter with a temperature range of -40 to 140°F. It has an accuracy of ±0.5% F.S. and requires 12-30 VDC for 4-20 mA outputs. The response time is 20 ms and it has a NEMA 4 enclosure rating. The transmitter can be used with compatible gases, liquids, or vapors. The wetted material is types 316L SS and it has a pressure limit of 3 x full scale differential pressure. The transmitter is suitable for hazardous locations and has a thermal effect of ±2% F.S./50°F. Loop resistance is 900 ohms max. at 30 VDC. The stability is ±1.0% F.S./yr and the current consumption is 4-20 mA for current output models. Specifications Component Differential Pressure Transmitter (Instrument-Sensor) IP Protection IP65 (Instrument-Sensor) NEMA Protection NEMA 4 (Instrument-Sensor) Application Liquid (Instrument-Sensor) Application Gas (Instrument-Sensor) Supply Voltage 12-30 VDC (Instrument-Sensor) Application Vapor (Instrument-Sensor) Measurement Accuracy 0.50% (Instrument-Sensor) Temperature Range Ambient: -40 – 140°F/-40 – 60°C (Instrument-Sensor) Temperature Range Process: -40 – 212°F/-40 – 100°C (Instrument-Sensor) Supply Voltage 8-14 VDC (Instrument-Sensor) Type Fixed Range Differential (Instrument-Sensor) Temperature Range Storage: -40 – 212°F/-40 – 100°C Manufacturer Dwyer Instruments Features NEMA 4X rated enclosure provides protection in harsh environments permitting outdoor monitoring or in areas where dust and particulate matter exists Explosion-proof device for use in hazardous areas Versatile, high-accuracy device for liquid or gas supports designs requiring more precise measurements in support of application Be the first to review “Dwyer 636D-3-LP Fixed Range Differential Pressure Transmitter” Cancel replyYour email address will not be published. Required fields are marked *Your rating of this product Rate… Perfect Good Average Not that bad Very poor Name * Email * Save my name, email, and website in this browser for the next time I comment. Reviews There are no reviews yet.