UT195E Professional Multimeter

UT195 시리즈는 IP65 및 2m낙하 방지 기능을 갖춘 휴대용 산업용 디지털 멀티 미터입니다. UT195의 문제 해결 기능, 해상도 및 정밀도가 향상되어 모터 구동, 공장 장비 유지 보수, 배전 및 수리 등과 관련된 문제를 쉽게 찾을 수있습니다. UT195 시리즈는 정교하게 설계되고 작동하기 쉽습니다.



Feature :
  • IP65 rating, 2m drop proof, CAT III 1000V, CAT IV 600V
  • Large 6000-count LCD screen
  • True RMS
  • ACV 750V 5kHz bandwidth
  • Flashlight
  • Auto LCD backlight controlled by light sensor (can be turned off)
  • LoZ voltage test, for ghost voltage measurement
  • 20A current measurement (max 30 seconds)
  • 31 analog bar


  • Specfication :
    Specifications Range Best Accuracy
    Model UT195E
    DC voltage 600mV ~ 1000V ±(0.5%+3)
    AC voltage  600mV ~ 1000V ±(1.0%+3)
    LoZ ACV 600.0V ±(2.0%+3)
    DC current (A) 600.0μA ~ 20A ±(0.8%+3)
    AC current (A) 600.0μA ~ 20A ±(1.0%+3)
    Resistance (Ω) 600.0Ω ~ 60.00MΩ ±(0.8%+2)
    Capacitance  6.000nF ~ 60.00mF ±(3%+5)
    Frequency 60.00Hz ~ 10.00MHz ±(0.1%+4)
    Duty ratio 0.1% ~ 99.9% ±(2.0%+5)
    Features
    Display count   6000
    Display interface (HTN)   Single display
    Measurement sampling rate  times/s 3
    Analog bar sampling rate  times/s 10
    Analog bar  31 bars
    True RMS  
    AC voltage frequency response   45 ~ 400Hz
    AC current frequency response   45 ~ 400Hz
    Diode/Continuity test   3.5V
    Auto/Manual range
    Auto power off
    Continuity buzzer
    Low battery indication
    Data hold
    MAX/MIN
    Function selection
    Flashlight
    Auto backlight
    Operating temperature 0 °C ~40 °C
    2m drop test
    Safety rating IP65
    General Characterisitics
    Power supply 9V battery (6F22/6LR61)
    LCD size 66mm×51mm
    Device color Red and grey
    Device weight 450g
    Device size 206.5mm×95.5mm×61mm
    Standard accessories Test probes, battery, carrying bag
    Standard individual packing Gift box, blister, English manual (German, French, Spanish optional) 
    Standard quantity per carton 10pcs
    Standard carton size 605mm×335mm×405mm
    Standard carton gross weight 11.8kg


    PDF Download
    PDF Download
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     Debug and Analysis Considerations for Optimizing Signal Integrity =================================================================================================