Multimeters

UT81C Scope Digital Multimeter 750ACV / 1000DCV 16MHzUT81 series handheld digital oscilloscope multimeters combine oscilloscope and digital multimeter in one. Oscilloscope measurement mode includes signal input, data processing, auto measure, waveform storage, and transfer.Multimeter mode f..

UT8802E Bench top Digital Multimeter 750ACV / 1000DCV UNI T Benchtop Digital Multimeter UT8802E is a manual range benchtop digital multimeter. This UNI T digital multimeter UT8802E that features 19999 display counts, Large LCD screen with backlight. scale overload protection and unique desig..

UT8803E Benchtop Digital Multimeter 750ACV / 1000DCVUNI-T UT8803E Benchtop Digital Multimeter for AC/DC current and voltage, resistance, capacitance, frequency, duty cycle, inductance. This UT 8803E digital multimeter measures temperature measurements and diode, transistor and continuity tests, ..

UT8805E Benchtop 5 1/2 Digits Digital Multimeter 750ACV / 1000DCV UT8805E is an auto-ranging, true RMS desktop digital multimeter with 199999 counts, up to 5K rdgs/s, 300kHz frequency response, and a 4.3-inch TFT LCD. Pass/Fail, maximum value/minimum value/average value/relative value measuremen..

UT890C Digital Multimeter 750ACV / 1000DCVThe UT890C/D+ 6000-count true RMS digital multimeters are designed with large LCD display. The maximum measurable capacitance is 100mF, with fast response time of less than 12s. The NCV and continuity measurement have acousto-optic indications. UT890D+ h..

UT89XE Digital Multimeter 1000V● Sampling rate: 3 times/s● True RMS● Audible/visual alarm● Capacitor charging indicator● Ergonomic design● Double injection molding● Auto backlight● Display count: 6000/20000● AC frequency range: 45~1000Hz● Diode/continuity test● Auto power off/auto backlight● Conduc..

UT52 Digital Multimeter 750ACV / 1000DCVDESCRIPTION:The UT-52 is a universal digital meter used to measure: voltage, current, resistance, capacitance, hFE, and checking the correct operation of diodes.SPECIFICATION: DC voltage measurement: 200 mV ± (0.5% + 1)&nb..