EITAI6300 Digital Leakage Low Current Clamp Meter, 1uA Resolution, 0.001mA-60A, 1.2inch/30mm, Manufacturer Direct Sales, High Precision Amp Clamp Meter, High Accuracy, RedBlack

Product description

Specifications:Model: EITAI6300 Digital Leakage Current Clamp MeterFunction: AC current, leakage current measurementEquipped with peak capture, data hold, and data storage functionsJaw size: 25mmx30mmRange: AC 0.000mA~60.00AResolution: 0.001mAAccuracy: 2%rdg3dgt (23C5C, 75% rh or less)Data Storage: 99 GroupsData upload function: Store data can be uploaded to the computer, save and printAutomatic shutdown: automatic shutdown in about 5 minutesPower consumption: 10mA, about 40 hours of continuous operationWorking environment: -10C~50C; 20%rh~80%rhStorage environment: -10 C ~ 60 C; 70% rh belowMeasurement method: Clamp CT, non-contact measurementFrequency: 50Hz, 60Hz automatic identificationPeak hold: Peak capture and date hold function, long press HOLD during test to show peak valueData retention: Data retention function: "DH" symbol displayOverflow display: Overrange overflow function: "OLA" symbol displayLine voltage: 600V and below line testMeasurement time: 0.5 seconds/timeVoltage alarm: The battery voltage is low when the battery voltage is lower than 7.2VInsulation strength: AC2kV/rms (between core and box)Suitable for safety regulations: IEC1010-1, IEC1010-2-032, Pollution Degree 2, CAT III (600V)Clamp meter weight: 210gClamp meter size:L x W x T: 175mm70mm38mmPower Supply: 9V Battery (6LR61)Package List:1*Digital Leakage Current Clamp Meter1*USB cable1*software disk1*Manual1*Storage BagNotes:*Due to import regulations and customs requirements, this product does not come with a battery. Please ensure you have the necessary battery on hand before use.*If you encounter difficulties running the disc, please visit the official website listed in the manual to download the accompanying software.*Please note that the actual color of the product may vary slightly from the photographs due to lighting conditions.*Be aware that there might be minimal discrepancies in the measurement readings of the product..