The Uni-T UT207B digital clamp meter measures AC current up to 1000 A without opening the circuit. True RMS technology, inrush current measurement, and NCV, LoZ, and LPF functions support the measurement and testing of electrical installations and equipment.
It also measures DC current up to 1000 A, AC/DC voltage up to 1000 V, resistance, capacitance, and frequency. It features a zero function, a bar graph indicator, and a bar display.
- Display: Digital
- Maximum AC current: 1000 A
- AC current measurement accuracy: ±(2%+5)
- Maximum DC current: 1000 A
- DC current measurement accuracy: ±(2%+5)
- Maximum inrush current: 1000 A
- Inrush current measurement accuracy: ±(10%+10)
- AC voltage: Up to 1000 V
- AC voltage measurement accuracy: ±(1.2%+3)
- DC voltage: Up to 1000 V
- DC voltage measurement accuracy: ±(0.5%+5)
- AC voltage with LPF: Up to 1000 V, accuracy ±(2%+5)
- AC voltage with LoZ: Up to 1000 V, accuracy ±(2%+5)
- AC voltage frequency range: 40 Hz–400 Hz
- Resistance: Up to 60 MΩ, accuracy ±(1%+2)
- Capacitance: Up to 60 mF, accuracy ±(4%+5)
- Frequency: 10 Hz–1 MHz, accuracy ±(0.1%+3)
- Duty cycle: 10%–90%, accuracy ±(2.6%+7)
- Maximum count: 6000
- Jaw opening: 42 mm
- Display: 43 x 45 mm
- Power supply: 3 x 1.5 V batteries (R03)
- Dimensions: 272 x 81 x 43.5 mm
- Weight: 420 g
- Safety category: CAT III 1000 V / CAT IV 600 V
- Certifications: CE, UKCA, cETLus
- Package contents: 3 batteries, test leads, user manual
Dimensions
- with Test Leads
- -
- AC Current
- 1000 A
- Indication
- Digital
- Bluetooth
- No
- Safety Category
- CAT III
- ISO/NIST Calibration Certificate
- No
Features & Functions
- Inrush Current
- Yes
- True RMS
- Yes
- NCV
- Yes
- LoZ (Low Impedance / Low Impedance)
- Yes
- VFD Mode / LPF (Low Pass Filter)
- Yes
- Temperature Measurement
- -
- Capacitor Capacitance Measurement
- Yes
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.