The FLSC-AMP is a low speed amplifier to 15kHz operation. 100mA current sinking output. 11-26Vdc power supply range. Metal mount housing and screw terminal hookup.
Enhance valve performance with the Series VB Volume Booster, designed for quick response and precision air control. Available in aluminum or stainless steel.
D1000-D2000 Series transmitters have universal inputs for thermocouple, RTD, voltage, current, pulse/frequency and bridge inputs. Converts to RS-232C or RS485 Interface.
The IN-USBH conditioner adds digital USB output to mV/V pressure or load transducers. Free PC software for use as virtual meter, chart recorder, and datalogger.
HX94B Series conditioners/transmitters measure temperature and relative humidity with 4 process outputs options. SS NEMA 4 (IP65) housing. Duct or wall mount probes.
The DMD-460 Series bridge amplifiers/conditioners are AC or DC powered signal conditioning modules for strain gages, load cells and bridge-type sensors with V or mA output.
The DMD-460 Series bridge amplifiers/conditioners are AC or DC powered conditioning modules for bridge-type sensors with V or mA output with high isolation voltage.
The JBOX-4800 is a strain gage bridge signal conditioner with process outputs. High gain, low drift, wide input range, 80% tare offset, NEMA 4 (IP65) enclosure.
The OMNI-AMP IV Series thermocouple amplifiers are 100% encapsulated, available in up or downscale TC burnout, 115 Vac power, input protection to 115 Vac or Vdc.
The TX1500 series are 2 wire 4-20mA converters/transmitters that accept T-type TC or current inputs. NEMA-4X metal case. Field scalable, shock resistant, NMV protection.
FLSC-45B is frequency input 20mV p-p min and process current or voltage output. High accuracy (± 0.15%). Die cast Al housing with NEMA-4 (IP65) rating.
Specialty Conditioners ensure precision in industrial, commercial, and lab applications, controlling temperature, strain, and vibrations. DwyerOmega offers Universal Temperature Connectors, LVDT Signal Conditioners, and more for accuracy and safety.