Analysis for DC to distorted waves. Analog output for current measuring level, current measuring waveform, or frequency measuring level. The peak hold function displays the crest value of the inrush current occurring when electrical equipment is started. The AC+DC mode enables measurement of the RMS value of full- or half-wave rectified waveforms. Accuracy guaranteed for 1 year, or opening and closing of the clamp sensor 10,000 times. DC Current: 20.00/ 200.0 A, Basic accuracy: +/-1.3 percent rdg. +/-3 dgt. AC Current: 20.00/ 200.0 A, (10 Hz to 2 kHz, true RMS), basic accuracy: +/-1.3 percent rdg. +/-3 dgt. DC Voltage: 30.00 V to 600 V, 3 ranges, basic accuracy: +/-1.0 percent rdg. +/-3 dgt. AC Voltage: 30.00 V to 600 V, 3 ranges, basic accuracy: +/-1.0 percent rdg. +/-3 dgt. (10 to 1 kHz, True RMS). Crest factor: 2.5 and under (1.5 at 200 A, 1.7 at 600 V). Monitor, Analog output: DC, or AC 1 V/ f.s., Level output, Waveform output: DC to 20 kHz Band-width (+/-3dB). Frequency: 1.00 Hz to 1000 Hz, Basic accuracy: +/-0.3 percent rdg. +/-1 dgt. Other function: AC+DC mode, maximum/ minimum/ average value record function, data hold, peak hold, auto power off, auto zero Display: display refresh rate: 4 times/s (at fast), 1 time/3s (at slow), 4 times/s (bar graph). Power supply: 6F22 (stacked manganese battery) ×1, continuous use: 25 hours, or AC adapter 9445-02. Core jaw diameter: 1-19/64". Supplied accessories: test lead L9207-10 ×1, carrying case 9399 ×1, hand strap ×1, 6F22 (stacked manganese battery) ×1, instruction manual ×1. Measures 2-7/16" width by 9-3/64" height by 1-17/32" depth.
features
- Analysis for DC to distorted waves
- Analog output for current measuring level, current measuring waveform, or frequency measuring level
- The peak hold function displays the crest value of the inrush current occurring when electrical equipment is started
- The AC+DC mode enables measurement of the RMS value of full- or half-wave rectified waveforms
- Accuracy guaranteed for 1 year, or opening and closing of the clamp sensor 10,000 times