*Current Probes, Sensors | Non-contact voltage probe,CAN sensors – ACCESS FRONTIER

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*Current Probes, Sensors | Non-contact voltage probe,CAN sensors

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Meter Relays | CTs | Shunts
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Other Electrical Measuring Instruments

Non-contact voltage probe, Non-contact CAN sensors

	NON-CONTACT CAN SENSOR SP7001, SP7002 • Innovative non-contact CAN/CAN FD sensor that improves testing productivity		• Capture signals without affecting CAN bus or ECUs • No need to alter vehicle cables • High-sensitivity mode for hard to detect signals
	NON-CONTACT AC VOLTAGE PROBE SP3000 • Capture voltage signals from outside the wire cover		• Supports φ1mm to 2.5mm covered wires • 10Hz to 100kHz frequency bandwidth • 5Vrms 14Vp-p rated measurement voltage

Wide-band Current Probes, DC to 120 MHz

	CURRENT PROBE CT6710 • High-sensitivity for observing micro currents down to 0.5A • Ideal for developing switching power supplies • High S/N ratio		• DC to 50 MHz (−3dB), ±3.0% accuracy • Maximum 30 A rms, 3 ranges • ±50 A peak (non-continuous)
	CURRENT PROBE CT6711 • High-sensitivity for observing micro currents down to 0.5A • Ideal for developing switching power supplies • High S/N ratio, high frequency		• DC to 120 MHz (−3dB), ±3.0% accuracy • Maximum 30 A rms, 3 ranges • ±50 A peak (non-continuous)
	CURRENT PROBE CT6700 • High-sensitivity for observing micro currents down to 1 mA • Ideal for developing switching power supplies, inverts and motor controllers • High S/N ratio		• DC to 50 MHz (−3dB), ±3.0% accuracy • Maximum 5 A rms • ±7.5 A peak (non-continuous)
	CURRENT PROBE CT6701 • High-sensitivity for observing micro currents down to 1 mA • Ideal for developing switching power supplies, inverts and motor controllers • High S/N ratio, high frequency		• DC to 120 MHz (−3dB), ±3.0% accuracy • Maximum 5 A rms • ±7.5 A peak (non-continuous)
	CLAMP ON PROBE 3273-50 • Observe currents down to 10 mA • High S/N ratio • Ideal for capturing transient current signals from switching power supplies, inverters, and motor controllers		• DC to 50MHz (−3dB), ±1.0% accuracy • Maximum 30 A rms • ±50 A peak (non-continuous)
	CLAMP ON PROBE 3276 • Observe currents down to 10 mA • Ideal for capturing transient current signals from switching power supplies, inverters, and motor controllers • High S/N ratio, high frequency		• DC to 100 MHz (−3dB), ±1.0% accuracy • Maximum 30 A rms • ±50 A peak (non-continuous)
	CLAMP ON PROBE 3275 • High S/N ratio • Directly connect to high impedance BNC input of oscilloscope or recorder • Ideal for capturing transient current signals from switching power supplies, inverters, and motor controllers		• DC to 2MHz (−3dB), ±1.0% accuracy • Maximum 500 A rms • ±700 A peak (non-continuous)
	CLAMP ON PROBE 3274 • High S/N ratio • Directly connect to high impedance BNC input of oscilloscope or recorder • Ideal for capturing transient current signals from switching power supplies, inverters, and motor controllers		• DC to 10MHz (−3dB), ±1.0% accuracy • Maximum 150 A rms • ±300 A peak (non-continuous)

High-precision Current Sensors, DC to 4 MHz

	AC/DC CURRENT SENSOR CT6877 • High-accuracy sensor using the zero flux method and flux gate detection • High-current, high-speed EV, HEV inverter testing • Measure battery charge/discharge and secondary side of inverter motors		• DC to 1 MHz, ±0.04% accuracy • Rated 2000A AC/DC
	AC/DC CURRENT SENSOR CT6875 • High-accuracy sensor using the zero flux method and flux gate detection • Test inverter efficiency, inverter output power, reactor or transformer loss • Ideal for long-term DC measurements		• DC to 2MHz, ±0.04% accuracy • Rated 500A AC/DC
	AC/DC CURRENT SENSOR CT6876 • High-accuracy sensor using the zero flux method and flux gate detection • Test inverter efficiency, inverter output power, reactor or transformer loss • Ideal for long-term DC measurements		• DC to 1.5MHz, ±0.04% accuracy • Rated 1000A AC/DC
	AC/DC CURRENT SENSOR CT6904 • High-accuracy sensor using the zero flux method and flux gate detection • Capture current signals from switching power supplies, inverters % power conditioners		• DC to 4 MHz, ±0.02% accuracy • Rated 500A AC/DC (up to 800 A special order available)
	AC/DC CURRENT PROBE CT6846-05 • High accuracy clamp sensor for evaluating against WLTC and automotive new fuel economy standards • EV/HEV battery charge and discharge efficiency testing • Inverter and power conditioner conversion efficiency evaluations		• DC to 20kHz, ±0.3% accuracy • Rated 1000A AC/DC
	AC/DC CURRENT BOX PW9100 • Test power conversion efficiency of motors, inverters, HEV, and renewable energy equipment		• Max. 50 A AC direct input to the PW6001/PW3390 • Wide DC to 3.5MHz, ±0.02% accuracy • PW9100-03: 3ch • PW9100-04: 4ch
	AC/DC CURRENT PROBE CT6845-05 • Wideband and high-precision current probe for power efficiency testing • Evaluate EV/HEV battery charge and discharge efficiency • Measure inverter and power conditioner conversion		• DC to 100kHz, ±0.3% accuracy • Rated 500 A AC/DC
	AC/DC CURRENT PROBE CT6844-05 • Wideband and high-precision current probe for power efficiency testing • Evaluate EV/HEV battery charge and discharge efficiency • Measure inverter and power conditioner conversion efficiency		• DC to 200kHz, ±0.3% accuracy • Rated 500A AC/DC
	AC/DC CURRENT SENSOR CT6862-05 • Wideband, high-precision pass-through sensor with wide temperature range • Evaluate solar power generation and fuel cells to measure battery charge and discharge and the secondary side of inverters		• DC to 1MHz, ±0.05% accuracy • Rated 50A AC/DC
	AC/DC CURRENT SENSOR CT6863-05 • Wideband, high-precision pass-through sensor with wide temperature range • Evaluate solar power generation and fuel cells to measure battery charge and discharge and the secondary side of inverters		• DC to 500kHz, ±0.05% accuracy • Rated 200A AC/DC
	AC/DC CURRENT PROBE CT6841-05 • Wideband, high-precision current probe for power efficiency testing • Evaluate EV/HEV battery charge and discharge efficiency • Measure inverter and power conditioner conversion efficiency		• DC to 1MHz, ±0.3% accuracy • Rated 20A AC/DC
	AC/DC CURRENT PROBE CT6843-05 • Wideband, high-precision current clamp sensor for power efficiency testing • Measuring the charge and discharge efficiency of EV/HEV batteries • Evaluate inverter and power conditioner efficiency		• DC to 500kHz, ±0.3% accuracy • Rated 200A AC/DC

AC/DC Current Sensors, DC to 20 kHz

	DISPLAY UNIT CM7291 (Bluetooth®) • Combine with CT7000 series AC/DC current sensors or output to data acquisition equipment		• Bluetooth(R) wireless technology • Pair with CT7000 series • DCA, ACA, (DC+AC)A, frequency • WAVE, RMS, PEAK, Hz output
	AC/DC CURRENT SENSOR CT7631 • Observe instantaneous waveforms in laboratories and other temperature-controlled environments • Ideal for site inspections by pairing with CM7290/CM7291 Display Unit • Output 4 types of data to loggers or other DAQ via Display Unit		• DC to 10 kHz, ±1.0% accuracy • Rated 100 A AC/DC
	AC/DC AUTO-ZERO CURRENT SENSOR CT7742 • Make measurements over extended periods of time without the need to perform zero-adjustment • Ideal for measuring in locations with temperature variations		• DC to 5 kHz, ±1.5% accuracy • Rated 2000A AC/DC
	AC/DC AUTO-ZERO CURRENT SENSOR CT7736 • Make measurements over extended periods of time without the need to perform zero-adjustment • Ideal for measuring in locations with temperature variations		• DC to 5 kHz, ±2.0% accuracy • Rated 600A AC/DC
	AC/DC AUTO-ZERO CURRENT SENSOR CT7731 • Make measurements over extended periods of time without the need to perform zero-adjustment • Ideal for measuring in locations with temperature variations		• DC to 5 kHz, ±1.0% accuracy • Rated 100A AC/DC
	AC/DC CURRENT SENSOR CT7642 • Observe instantaneous waveforms in laboratories and other temperature-controlled environments • Ideal for site inspections by pairing with CM7290/CM7291 Display Unit • Output 4 types of data to loggers or other DAQ		• DC to 10kHz, ±1.5% accuracy • Rated 2000 A AC/DC
	AC/DC CURRENT SENSOR CT7636 • Observe instantaneous waveforms in laboratories and other temperature-controlled environments • Ideal for site inspections by pairing with CM7290/CM7291 Display Unit • Output 4 types of data to loggers or other DAQ		• DC to 10kHz, ±2.0% accuracy • Rated 600 A AC/DC
	DISPLAY UNIT CM7290 • Combine with CT7000 series AC/DC current sensors or output to data acquisition equipment		• Pair with CT7000 series • DCA, ACA, (DC+AC)A, frequency • WAVE, RMS, PEAK, Hz output

AC Current Sensors, up to 50 kHz

	CLAMP ON SENSOR 9272-05 • Measuring AC current with low frequencies such as inverter control devices • Wide bandwidth ideal for harmonic analysis, FFT analysis and waveform monitoring		• 1Hz to 100kHz, ±0.3% accuracy • Rated 20A/200A AC/DC
	AC FLEXIBLE CURRENT SENSOR CT7040 series • Flexible Rogowski sensor easy routes through confined locations and around thick cables • Tapered tip designed to feed readily through tangled wires		• 10 Hz to 50 kHz, ±1.5% accuracy • 600A or 6000A AC rated
	AC FLEXIBLE CURRENT SENSOR CT9667 • Rogowski type AC sensors in 3 different loop diameter sizes from 100 to 254 mm • Battery or AC Adapter-powered to pair with any power meter or DAQ • Thin coil easy to use in confined spaces and with complicated wiring		• 10 Hz to 20 kHz, ±2% accuracy • Rated 5000 A/ 500 A AC
	CLAMP ON LEAK SENSOR 9675 • Leak current sensor with voltage output • Pair with Hioki power logger or 2-channel data logger		• 40 Hz to 5 kHz, ±1.0% accuracy • Rated 10 A AC, 100 mV/A output rate
	CLAMP ON LEAK SENSOR 9657-10 • Leak current sensor with voltage output • Also measure load thanks to max. 30A continuous input		• 40 Hz to 5 kHz, ±1.0 accuracy • Rated 10 A AC, 100 mV/A output rate
	CLAMP ON SENSOR 9695-03 • High accuracy AC current sensor with voltage output • Measure inverter devices or commercial power lines • Compact design fits in to narrow spaces		• 40Hz to 5kHz, ±0.3% accuracy • Rated 100 A AC, 1 mV/A output rate
	CLAMP ON SENSOR 9695-02 • High accuracy AC current sensor with voltage output • Measure inverter devices or commercial power lines • Compact design fits in to narrow spaces		• 40Hz to 5kHz, ±0.3% accuracy • Rated 50 A AC, 10 mV/A output rate
	CLAMP ON SENSOR 9694 • High accuracy AC current sensor with voltage output • For inverter devices or commercial power lines • For measuring the secondary side of 5A CTs		• 40Hz to 5kHz, ±0.3% accuracy • Rated 5 A AC, 10 mV/A output rate
	CLAMP ON SENSOR 9669 • High accuracy AC current sensor with voltage output • For inverter devices or commercial power lines		• 40Hz to 5kHz, ±1.0% accuracy • Rated 1000 A AC, 0.5 mV/A output rate
	CLAMP ON SENSOR 9661 • High accuracy AC current sensor with voltage output • For inverter devices or commercial power lines		• 40Hz to 5kHz, ±0.3% accuracy • Rated 500 A AC, 1 mV/A output rate
	CLAMP ON SENSOR 9660 • High accuracy AC current sensor with voltage output • For inverter devices or commercial power lines • Compact design fits into narrow spaces		• 40Hz to 5kHz, ±0.3% accuracy • Rated 100 A AC, 1 mV/A output rate

Load Current Sensors

	CLAMP ON PROBE 9132-50 • General purpose wide range clamp sensor for monitoring current level • 6 ranges to meet a diverse range of applications • Capture waveforms to output to DMMs and Hioki Memory HiCorders		• 40 Hz to 1 kHz, ±3% accuracy • 20 to 1000A AC
	CLAMP ON PROBE 9018-50 • General purpose wide range clamp sensor for monitoring current level • 6 ranges and excellent phase characteristics to meet a diverse range of applications • Record and analyze waveforms and harmonic signals		• 40 Hz to 3 kHz, ±1.5% accuracy • 10 to 500A AC • Max. 650 A rms continuous input
	CLAMP ON PROBE 9010-50 • General purpose wide range clamp sensor for monitoring current level • 6 ranges to meet a diverse range of applications • Capture waveforms to output to DMMs and Hioki Memory HiCorders		• 40 Hz to 1 kHz, ±2% accuracy • 10 to 500 A AC • Max. 650 A rms continuous input

Power Supplies for Current Sensors

	SENSOR UNIT CT9557 • Power supply for current sensors when used as standalone sensors • Output individual or single waveform from an aggregate of input waveforms • Use with high precision sensors to measure equipment such as high-capacity solar power conditioners and inverters		• 4 channels, ±0.06% DC accuracy • Waveform, total waveform, and total RMS output
	SENSOR UNIT CT9556 • Power supply for current sensors when used as standalone sensors • Use with high precision sensors to measure equipment such as high-capacity solar power conditioners and inverters		• 1 channel, ±0.2% DC accuracy • Waveform and RMS output
	SENSOR UNIT CT9555 • Power supply for current sensor when used as standalone sensor • Use with high precision sensors to measure equipment such as high-capacity solar power conditioners and inverters		• 1 channel • Waveform output
	POWER SUPPLY 3269 • Power supply for wideband current probes for output to Memory HiCorders or oscilloscopes		• 2 channels for CT6710 series or 4 channels for CT6700 and 3270 series • ±12 V output
	POWER SUPPLY 3272 • Power supply for wideband current probes for output to Memory HiCorders or oscilloscopes		• 1 or 2 channels for CT6700 and 3270 series • ±12 V output