Universal Calibrator (mA/V/mV/mA(2W)/ Resistance/RTD/TC/Frequency/Pulse) for Laboratory, Site Calibration, Drift Test of Transmitters and Transducers | Model : Masibus UC12
UC12 is a Compact, handheld, User-friendly menu | 24 VDC Loop power Supply to power transmitters and loops | Universal Serial Bus (USB) communication port | Data Logging for measuring long time drift | Rechargeable lithium-Ion battery | Pulsed RTD transmitter compatible.
Operating Temperature : 0 to 55°C | Storage Temperature : -20 to 60°C | Relative Humidity : 30% to 90% RH non-condensing | Warm-up time : 5 Minutes | Pulse counting Range: 0 to 999999 | Pulse Trigger Level: 0 to 12 V in 1 V Steps
Response Time: Input <100ms, Output <100ms | Settling Time : > 1ms | Communication Interface : USB 2.0 | Loop Output : 24V DC, ±10% (24mA maximum) Battery: Rechargeable Li-ion battery pack, 3000mAh 3.7V | Battery Life : >9 hours for mA | Charging Time : <5 hours max
Load Impedance : >4.7KΩ for TC/mV/V/Pulse/frequency O/P <750Ω for mA O/P | Periodic Logging : 150000 readings max | Protection class : IP20 | Dimensions : 185.6 x 97.1 x 41.3 mm | Weight : 500 Grams | Display : White LED Backlight | Loop power output: 24V DC, ±10% (24mA maximum)
Supply Scope: 1 unit of Masibus UC12 Universal Calibrator and Instruction Manual | Applications: Drift test of Transmitters and Transducers, laboratory and Site calibration purpose, etc.
Description
Masibus UC12 Universal Calibrator provides the best accuracy in all modes of operation. For input selection, UC12 is very easy to operate the shortcut keys SCR1 and SCR2. UC12 gives maximum Battery life on a full charge. UC12 has a Mini USB connector, logged data retrieval, and firmware upgrade. USB cable logged data retrieval software CD, and a calibration certificate is the additional accessories in UC12 Calibrator. Applications: Drift test of Transmitters and Transducers, laboratory and Site calibration purpose, Calibrating and checking temperature indicator/ controllers, recorders, temperature transmitters, single conditioners, Simulation of resistance for position