Richmeters RM101 True RMS Multifunctional LCD Digital - 1

It can be used to measure AC/DC voltage AC/DC current resistance capacitance diode continuity testing frequency etc. This battery powered product uses double-integral style A/D transform as its core and is characterized by stable function and high reliability. With the features of overload protection and backlight lighted LCD display for clear reading this product is a perfect tool for lab factory radio fans and family use.Features:LCD display with backlight.Max. display: 6000 Counts.Automatic polarity identification.Measurement mode: Double-integral style A/D transform.Measure AC/DC voltage AC/DC current resistance capacitance diode continuity testing frequency etc.RM102 is specially designed with temperature measurement function.Over range indication: OL.Low voltage indication.Auto power off.Sample rate: 3 times per second.Specifications:Model: RM101 RM102 (optional)Maximum display: 6000Working environment: 0-40?Relative humidity: ?80%Supply power: 3V (1.5V battery * 2) (Not included)DC voltage: 600mV/6V/60V/600V/1000VDC voltage resolution: 0.1mV/1mV/10mV/100mV/1VAC voltage: 6V/60V/600V/700VAC voltage resolution: 1mV/10mV/100mV/1VDC current: 600?A/6000?A/60mA/600mA/10ADC current resolution: 0.1?A/1?A/10?A/100?A/10mAAC current: 600?A/6000?A/60mA/600mA/10AAC current resolution: 0.1?A/1?A/10?A/100?A/10mAResistance: 600?/6k?/60k?/600k?/6M?/60M?Resistance resolution: 0.1?/1?/10?/100?/1k?/10k?Capacitance: 10nF/100nF/1?F/10?F/100?F/1000?F/10000?FCapacitance resolution: 10pF/100pF/1nF/10nF/100nF/1?F/10?FTemperature: -20~1000C / -4~1832F(only for RM102)Temperature resolution: 1C/1FItem size: Approx. 13 * 6.5 * 3.2cm / 5.1 * 2.56 * 1.26inItem weight: 113g / 3.98ozPackage size: 15.5 * 10 * 5cm / 6.1 * 3.94 * 1.97inPackage weight: 182g / 6.42oz (RM101) 240g / 8.46oz (RM102)Package list:1 * Multimeter1 * Pair of test leads1 * English user manualNote:When switched to mV it is normal if there is slight value change even without operation and the testing result won't be influenced at all.