Product Description
Dwyer 616KD-a-02-v Differential Pressure Transmitter
- 616kd-a-02-v
- 616kd-a-02-v 0-3"wc voltage dp
Description
Differential Pressure Sensor / Transmitter - Dwyer (Series 616KD) - Measurement Range 0..+3in w.c. (inh2o) (+/-0.25% f.s. Accuracy) - with 1/8" - 3/16" (3mm - 5mm) dual size barbed process connection - with screw-clamp term. Blck. Electrical connection - with 1 x analog output (selectable 0-5vdc/ 1-5vdc/ 0-10vdc/ 2-10vdc) - supply voltage 20-28vac (24vac nom.) / 16-36vdc (24vdc nom.) - din rail vertical mounting with pressure connections pointing down - nema 1 / ip20 - equivalent to 616kda02v
Specifications
- Primary Brand:dwyer
- Main Function:sensor (pressure)
- Product Series / Family Name:series 616kd
- Supply Voltage (ac):20-28vac (24vac nom.)
- Supply Voltage (dc):16-36vdc (24vdc nom.)
- Pressure:0...+3in w.c. (inh2o),2psig maximum
- Connection Type:1/8" - 3/16" (3mm - 5mm) dual size barbed process connection screw-clamp term. Blck. Electrical connection
- Mounting Mode:din rail vertical mounting with pressure connections pointing down
- Analog Outputs:1 x analog output (selectable 0-5vdc/ 1-5vdc/ 0-10vdc/ 2-10vdc)
- Measurement Accuracy:+/-0.25% f.s. Accuracy
- Degree Of Protection:nema 1,ip20
- Ambient Air Temperature For Operation:+20...+122°f / -6.7...+50 °c
- Functions:differential pressure sensor / transmitter
- Compliant With Standard(s):ce
- Technical Compatibility With:air compatible non combustible gases
- Equivalent to:616kda02v
- Benefits:simple calibration push-button sets back zero and span; saving time installing and over the service life cost effective and compact device suitable for oem applications where space; simplicity; and value are key ranges and accuracy selection cover a wide range of applications minimizing components and determining standardizing on design optional 1/8" npt process connection allows for use with metal barbed fittings or compression fittings for use with metal tubing
- Application Type:air handlers,duct pressure,variable air volume,filter monitoring