Dwyer 4-20mA Differential Pressure Transmitters
Product name: 616KD differential pressure transmitter
Product model: Dwyer 616KD series
Medium : Air and non-combustible gas, compatible gas
Accuracy:616KD-A: +0.25%FS:616KD-B+1%FS.616KD:+2%FS
Stability: ±1%FS/year
Temperature range: -17.8-60℃
Temperature range: -667-50℃
Pressure Range: 2 psig (range 5inw.c. or lower); 5psig (range 10-40in w.c.)
Power 4-20mA output: 10-35VDC (2 wires) or 12-26VAC (4 wires);
5V output: 10-35VDC (3 wires) or 12-26VAC (4 wires): 10V output: 13-35VDC (3 wires) or 12-26VAC (4 wires)
Output signal: 4-20mA or field selectable 0-10.0-5.2-10.1-5V
Zero and span adjustment keys
Loop resistance 4-20mA output (DC): max 0-1250QR max=50(VpsDC-10)Q:
4-20mA output (AC): max 0-12002.R max=50(1.4VpsAC-12) 2: voltage output: 5K2 min
Current consumption: 24mA max
Warm-up time: 20 seconds
Electrical Connection: Screw Terminal
Process connection: In-line, double size can be connected to inner diameter 1/8" and 3/16" (3mm and 5mm) rubber or plastic pipe.
Shell protection: NEMA1 (IP20)
Mounting Orientation: Perpendicular to the pressure connection point
Features
Zero and span calibration at the push of a button, saving installation time and extending life Cost effective, compact and ideal for OEM applications
Wide range of ranges and accuracies to choose from for standardized applications
Applications
Air handling unit filter monitoring, duct pressure, VAV variable air volume
Pharmaceutical equipment/textile machinery
Product Description
The 616KD series differential pressure transmitter adopts One-Touch? one-button digital calibration technology, which is simple in design
Easy installation and maintenance. Ideal for professionals. Instead of using the conventional potentiometer method for zero adjustment and calibration, the one-button calibration technology of the word button chain is adopted, so that both the zero and the range are calibrated immediately, without any other calibration equipment and tools. There is also no need for a pressure source for calibration.
