Search results for: 'connectors 20'

AEMC MN261 AC Current Probe: Selectable 20A/200A ranges, BNC output, 100mV/10mV per amp, wide frequency response, ideal for oscilloscopes.

AEMC MN307 AC Current Probe: Measures up to 12A with 100mV/A output. Compact design with banana plug lead, ideal for low AC current and leakage measurements.

The Fluke 80I-110S is an AC/DC current probe with BNC output designed for use with oscilloscopes, ScopeMeter test tools, power harmonics analyzers, and multimeters equipped with BNC inputs. It supports current measurements from 0.1A to 100A DC and 0.1A to 70A AC, with switchable 100mV/A and 10mV/A output settings. The probe provides 1Hz to 20kHz bandwidth, 600V AC rms working voltage, and accommodates conductors up to 11.8 mm in diameter.

AEMC SR651 AC Current Probe: Measures up to 1000A with 1mV/A output, banana jack connectors, low phase shift, ideal for power and harmonic meters.

Fluke i200S AC Current Clamp delivers accurate non-intrusive AC current measurement from 0.5A to 240A using a BNC voltage output, ideal for multimeters, oscilloscopes, and power quality tools.

INNO Instrument SCTX200 pass-through current sensor with 0-200A DC range, 200A peak AC range, DB9 interface, ±12V to ±15V supply, and 28 mm aperture.

INNO Instrument SCTH60 current sensor with 0–60A DC range, 60Apeak AC range, 28 mm aperture, DB9 connector, and DC to 800 kHz bandwidth for precision current measurement.

INNO Instrument SCTH600 pass-through current sensor with 0 to 600A DC and 600A peak AC measurement range, DB9 connector, 1:1500 ratio, and DC to 300 kHz bandwidth.

INNO Instrument SCTX60 current sensor with 0-60A DC range, 60Apeak AC range, DB9 connection, 28 mm aperture, and DC-800 kHz measuring bandwidth for precision current measurement applications.

INNO Instrument SCTX1000 is a 1000A AC/DC pass-through current sensor with 30.9 mm aperture, DB9 connection, DC to 300 kHz bandwidth, and ±15V to ±24V supply requirement.

INNO Instrument SCTX600 current sensor for 0 to 600A DC and 600Apeak AC measurement, with Ø30.9 mm aperture, DB9 connector, and ±15V to ±24V supply requirement.

INNO Instrument SCTH200 pass-through current sensor with 0–200A DC range, 200A peak AC, DC to 500kHz bandwidth, DB9 connector, and Φ28mm aperture.

The Fluke i310s AC/DC current clamp is a Hall Effect-based probe designed for non-intrusive current measurement with oscilloscopes and multimeters. It supports AC and DC current measurement up to 450 A peak, with a frequency range from DC to 20 kHz and dual selectable ranges for measurement flexibility.

Compact AEMC MN379 AC Current Probe with 5A & 100A ranges, 200mV/A & 10mV/A outputs, 10 ft lead, BNC connector, and 40 Hz–10 kHz frequency response.

INNO Instrument SCTH1000 is a pass-through current sensor for DC 0–1000A and AC 1000Apeak measurement, with DC–300 kHz bandwidth, ±(0.05% of rdg + 15 μA) accuracy, DB9 interface, and ±15V to ±24V supply.

AEMC MN94 AC Current Probe: Compact 200A sensor with 4-pin lead, 0.2 class accuracy—ideal for PowerPad 8345 & PEL52, meter checks, and power analysis.

AEMC 2135.71 AC Current Probe delivers MN82 current measurement for AEMC 6471/6472 ground resistance testing, including selective and stakeless ground electrode workflows.

AEMC MN251T AC Current Probe: 200A range, 1mV/A output, 10ft BNC lead—ideal for DMMs and voltage-input instruments needing accurate current readings.

AEMC E94 AC/DC Current Probe: Compact, Hall-effect design with 100A range, zero DC reset, and auto recognition for PowerPad 8345 & PEL loggers.

AEMC MN93-BK AC Current Probe: 240A range, 10ft lead with CA connector—ideal for PowerPad, PEL Series, L104 & L564 for precision current monitoring.

AEMC MN193-BK AC Current Probe: Dual range 5A/100A, measures from 5mA to 120A, 10ft lead—designed for PowerPad, PEL Series, L104 & L56 applications.

AEMC SR182 AC Current Probe: Works with 6471/6472 testers for selective or stakeless ground resistance testing. 40A range, 13ft (4m) lead with CA connector.

AEMC SR661 AC Current Probe: Selectable 10, 100, 1000A ranges, BNC output, wide frequency response, ideal for oscilloscopes and power measurements.