The DRST-DC measures unipolar or bipolar DC current and voltage signals. Passive/active current buffered output voltage. Additional programmer required.
The DRSL-DISPLAY Programmer is required to program DRST-AC, DRST-DC, DRST-UN, DRST-UR, DRSL-U devices. Snaps onto the front panel with transferable configurations.
The DRSL-DC1-DC2 Conditioners have a DC current and voltage input and isolated and converted DC current and voltage output. DIP switch selectable range. 0.2% accuracy
The LDX-D is a DIN rail mount AC LVDT transducer that operates on 10-30Vdc power with selectable process outputs. Adjustable signal polarity, span, and offset.
The DRST-AC measures AC current or voltage signals and outputs passive or active current signals. UL and c-UL approved. Universal power. Programmer required.
The DRG-AR Series Conditioners are TC, RTC, DC or AC voltage and current input with 2 SPDT Relay Outputs. Field configurable ranges with adjustable setpoints.
The DRSP-I Series are DC current splitters that take one 4-20mA input to two 4-20mA outputs w/ AC or DC power. Zero and span adjustments for each output, status LEDs.
TXDIN1600 series has a universal thermocouple, RTD, or process input and 4-20mA output. Configuration via USB cable (sold separately). Push button user trim, relay output
The DRSL-DC4 Signal Conditioners convert bipolar process voltage and current signals to unipolar signals. DIP switch selectable range, slim housing, high accuracy (0.05%).
The DRSL-SP3 is a repeater/splitter that isolates and converts 1 bipolar process input to 2 process outputs. DIP switch selectable ranges, slim housing, high accuracy.
The DRSL-LPO Series Conditioners are 1 or 2 channel output loop powered 2 wire isolators. 1:1 signal ratio, low voltage drop, slim housing. 0.05% accuracy.
The DRSL-RTD-LP is a 2, 3, or 4-wire PT100 RTD input conditioner. Output loop powered with high accuracy and slim housing. Pre-calibrated temp range DIP switch selected.
DIN rail signal conditioners convert input signals from thermocouples, RTDs, and more into uniform outputs for precise data recording in industrial, commercial, and lab applications.