Current Probes/Sensors, Voltage Probes, CAN Sensors
Hioki makes available information about inquiries from customers.
- Non-contact Voltage Probe, Non-contact CAN Sensors
- CAN信号観測用 非接触電圧プローブ
- Current Waveform Observation
- 波形観測用 電流プローブ
- High Accuracy Pass-through
- 高確度貫通型 電流センサー
- AC/DC Current Sensors, DC to 20 kHz
- AC/DC電流センサー, DC to 20 kHz
- AC Current Sensors, up to 50 kHz
- AC電流センサー 〜50 kHz
- Load Current Sensors
- 負荷電流測定用 電流センサー
- Power Supplies for Current Sensors
- 電源ユニット
- High Accuracy Clamps
- 高確度クランプ型 電流センサー
- High Accuracy Direct Connection
- 高確度直結型 電流ユニット
Non-contact Voltage Probe, Non-contact CAN Sensors
- Second hand instruments
- Difference between the Non-Contact CAN Sensor SP7001 and SP7002
- Second hand instruments
- Difference between the Non-Contact CAN Sensor SP7001 and SP7002
CAN信号観測用 非接触電圧プローブ
- Second hand instruments
- Difference between the Non-Contact CAN Sensor SP7001 and SP7002
- Second hand instruments
- Difference between the Non-Contact CAN Sensor SP7001 and SP7002
Current Waveform Observation
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Will measuring a current in excess of the maximum input current damage the probe?
- What range of measured currents can be used when connecting two current probes to the Power Supply for Current Probes 3272?
- What is the smallest current value that can be measured with wideband current probes?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Will measuring a current in excess of the maximum input current damage the probe?
- What range of measured currents can be used when connecting two current probes to the Power Supply for Current Probes 3272?
- What is the smallest current value that can be measured with wideband current probes?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
波形観測用 電流プローブ
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Will measuring a current in excess of the maximum input current damage the probe?
- What range of measured currents can be used when connecting two current probes to the Power Supply for Current Probes 3272?
- What is the smallest current value that can be measured with wideband current probes?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Will measuring a current in excess of the maximum input current damage the probe?
- What range of measured currents can be used when connecting two current probes to the Power Supply for Current Probes 3272?
- What is the smallest current value that can be measured with wideband current probes?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
High Accuracy Pass-through
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Can I change the full-scale value by changing the CT ratio? Will the accuracy and resolution change as a result?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Can I change the full-scale value by changing the CT ratio? Will the accuracy and resolution change as a result?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
高確度貫通型 電流センサー
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Can I change the full-scale value by changing the CT ratio? Will the accuracy and resolution change as a result?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Can I change the full-scale value by changing the CT ratio? Will the accuracy and resolution change as a result?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
AC/DC Current Sensors, DC to 20 kHz
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Current measurement including multiple frequency components (Current sensor)
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Current measurement including multiple frequency components (Current sensor)
AC/DC電流センサー, DC to 20 kHz
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Current measurement including multiple frequency components (Current sensor)
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Current measurement including multiple frequency components (Current sensor)
AC Current Sensors, up to 50 kHz
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- Derating in the specifications of current sensors/probes
- Current output function of the sensor unit
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- Derating in the specifications of current sensors/probes
- Current output function of the sensor unit
AC電流センサー 〜50 kHz
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- Derating in the specifications of current sensors/probes
- Current output function of the sensor unit
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- Derating in the specifications of current sensors/probes
- Current output function of the sensor unit
Load Current Sensors
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Clamp on meters that use AC flexible sensors
- Measuring leakage current with a flexible current sensor
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Clamp on meters that use AC flexible sensors
- Measuring leakage current with a flexible current sensor
負荷電流測定用 電流センサー
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Clamp on meters that use AC flexible sensors
- Measuring leakage current with a flexible current sensor
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Clamp on meters that use AC flexible sensors
- Measuring leakage current with a flexible current sensor
Power Supplies for Current Sensors
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Is the following connection method correct: OUTPUT terminal + coaxial cable + 50 Ω terminating resistor + measuring instrument?
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Is the following connection method correct: OUTPUT terminal + coaxial cable + 50 Ω terminating resistor + measuring instrument?
- Difference between models CT6841-50 and CT6841A (Current Sensor)
電源ユニット
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Is the following connection method correct: OUTPUT terminal + coaxial cable + 50 Ω terminating resistor + measuring instrument?
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Is the following connection method correct: OUTPUT terminal + coaxial cable + 50 Ω terminating resistor + measuring instrument?
- Difference between models CT6841-50 and CT6841A (Current Sensor)
High Accuracy Clamps
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Difference between models CT6841-50 and CT6841A (Current Sensor)
高確度クランプ型 電流センサー
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Difference between models CT6841-50 and CT6841A (Current Sensor)
High Accuracy Direct Connection
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Difference between models CT6841-50 and CT6841A (Current Sensor)
高確度直結型 電流ユニット
電流センサー | 電流プローブ | 非接触CANセンサー
Hioki makes available information about inquiries from customers.
- Non-contact Voltage Probe, Non-contact CAN Sensors
- CAN信号観測用 非接触電圧プローブ
- Current Waveform Observation
- 波形観測用 電流プローブ
- High Accuracy Pass-through
- 高確度貫通型 電流センサー
- AC/DC Current Sensors, DC to 20 kHz
- AC/DC電流センサー, DC to 20 kHz
- AC Current Sensors, up to 50 kHz
- AC電流センサー 〜50 kHz
- Load Current Sensors
- 負荷電流測定用 電流センサー
- Power Supplies for Current Sensors
- 電源ユニット
- High Accuracy Clamps
- 高確度クランプ型 電流センサー
- High Accuracy Direct Connection
- 高確度直結型 電流ユニット
Non-contact Voltage Probe, Non-contact CAN Sensors
- Second hand instruments
- Difference between the Non-Contact CAN Sensor SP7001 and SP7002
- Second hand instruments
- Difference between the Non-Contact CAN Sensor SP7001 and SP7002
CAN信号観測用 非接触電圧プローブ
- Second hand instruments
- Difference between the Non-Contact CAN Sensor SP7001 and SP7002
- Second hand instruments
- Difference between the Non-Contact CAN Sensor SP7001 and SP7002
Current Waveform Observation
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Will measuring a current in excess of the maximum input current damage the probe?
- What range of measured currents can be used when connecting two current probes to the Power Supply for Current Probes 3272?
- What is the smallest current value that can be measured with wideband current probes?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Will measuring a current in excess of the maximum input current damage the probe?
- What range of measured currents can be used when connecting two current probes to the Power Supply for Current Probes 3272?
- What is the smallest current value that can be measured with wideband current probes?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
波形観測用 電流プローブ
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Will measuring a current in excess of the maximum input current damage the probe?
- What range of measured currents can be used when connecting two current probes to the Power Supply for Current Probes 3272?
- What is the smallest current value that can be measured with wideband current probes?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Will measuring a current in excess of the maximum input current damage the probe?
- What range of measured currents can be used when connecting two current probes to the Power Supply for Current Probes 3272?
- What is the smallest current value that can be measured with wideband current probes?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
High Accuracy Pass-through
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Can I change the full-scale value by changing the CT ratio? Will the accuracy and resolution change as a result?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Can I change the full-scale value by changing the CT ratio? Will the accuracy and resolution change as a result?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
高確度貫通型 電流センサー
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Can I change the full-scale value by changing the CT ratio? Will the accuracy and resolution change as a result?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Can I change the full-scale value by changing the CT ratio? Will the accuracy and resolution change as a result?
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
AC/DC Current Sensors, DC to 20 kHz
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Current measurement including multiple frequency components (Current sensor)
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Current measurement including multiple frequency components (Current sensor)
AC/DC電流センサー, DC to 20 kHz
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Current measurement including multiple frequency components (Current sensor)
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- WLTP (Worldwide harmonized Light vehicles Test Procedure) measurement using the PW3390
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- User's Guide "Current Measurement Method for Electric Wires with Shielding"
- Derating in the specifications of current sensors/probes
- Current measurement including multiple frequency components (Current sensor)
AC Current Sensors, up to 50 kHz
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- Derating in the specifications of current sensors/probes
- Current output function of the sensor unit
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- Derating in the specifications of current sensors/probes
- Current output function of the sensor unit
AC電流センサー 〜50 kHz
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- Derating in the specifications of current sensors/probes
- Current output function of the sensor unit
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Effect of input impedance to use with an oscilloscope [Clamp on Probes, Clamp on Sensors]
- Overvoltage categories for Clamp on Probes and Current Sensors
- Derating in the specifications of current sensors/probes
- Current output function of the sensor unit
Load Current Sensors
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Clamp on meters that use AC flexible sensors
- Measuring leakage current with a flexible current sensor
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Clamp on meters that use AC flexible sensors
- Measuring leakage current with a flexible current sensor
負荷電流測定用 電流センサー
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Clamp on meters that use AC flexible sensors
- Measuring leakage current with a flexible current sensor
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Clamp sensor voltage to earth
- Difference between the 9667 and CT9667
- Clamp on meters that use AC flexible sensors
- Measuring leakage current with a flexible current sensor
Power Supplies for Current Sensors
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Is the following connection method correct: OUTPUT terminal + coaxial cable + 50 Ω terminating resistor + measuring instrument?
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Is the following connection method correct: OUTPUT terminal + coaxial cable + 50 Ω terminating resistor + measuring instrument?
- Difference between models CT6841-50 and CT6841A (Current Sensor)
電源ユニット
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Is the following connection method correct: OUTPUT terminal + coaxial cable + 50 Ω terminating resistor + measuring instrument?
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Compliance to the RoHS2 Directive (10 restricted substances)
- Pollution Degree
- Calibration at a specific point
- ISO/IEC17025 accredited calibration
- Use of mercury content
- Production date and serial number
- Want SDS: Safety Data Sheet (MSDS: Material Safety Data Sheet)
- Second hand instruments
- Is the following connection method correct: OUTPUT terminal + coaxial cable + 50 Ω terminating resistor + measuring instrument?
- Difference between models CT6841-50 and CT6841A (Current Sensor)
High Accuracy Clamps
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Difference between models CT6841-50 and CT6841A (Current Sensor)
高確度クランプ型 電流センサー
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Difference between models CT6841-50 and CT6841A (Current Sensor)
High Accuracy Direct Connection
- Difference between models CT6841-50 and CT6841A (Current Sensor)
- Difference between models CT6841-50 and CT6841A (Current Sensor)