AC/DC CURRENT PROBE CT6841-05
Consistent, High-precision Current Testing Across a Wide Temperature Range
Discontinued
Hioki AC/DC clamp sensors are best-in-class current sensors for use with power meters, Memory HiCorders and high performance oscilloscopes. The CT6841 is DC to 1 MHz/20 A sensors, ideal for capturing signals during the efficiency testing of batteries, inverters and power conditioners.
Use with an instrument with a high input impedance of 1 MΩ or higher.
High-accuracy current sensors ideal for use with oscilloscopes and power meters
Compared to current sensors that use Hall elements, flux gate type current sensors are not prone to measurement error caused by variations in the external temperature. In addition, they can measure extremely low input (current values) and current waveforms with phase that lags by 90° with a high degree of precision. The CT6840 Series AC/DC Current Probes are ideal for measuring power waveforms with a digital oscilloscope and power meters.
Key Features
- Ideal for use in environmental testing with broad -40°C to 85°C temperature range
- High precision with a clamp-type design, ±0.3% amplitude accuracy, ±0.1° phase accuracy
- Wide-bandwidth DC to 1 MHz
- Single-handed operation and robust locking mechanism
- Reduced effects from magnetic fields, conductor position, and noise from nearby wires
- For EV/HEV battery charge and discharge efficiency measurement and inverter and power conditioner conversion efficiency evaluation
Model No. (Order Code)
CT6841 | 20 A AC/DC, PL23 terminal |
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CT6841-05 | 20 A AC/DC, ME15W terminal |
Germany iF Design Award
Ideal for thermostatic chambers and engine rooms
The CT6841 series is ideal for operational evaluations of devices inside equipment that is subject to extreme temperature changes, offering tough, high-precision testing thanks to its broad temperature characteristics and an operating temperature range of -40°C to 85°C. The clamp sensor's tough performance helps ensure you can make the measurements you need.
Measure the charge and discharge efficiency of EV/ HEV batteries
In many situations, it is not possible to use high-accuracy pass-through sensors to evaluate EVs and HEVs since their wiring cannot be easily disconnected. The CT6841’s clamp-type design and resin casing make them more resistant to deformation from heat than that used in legacy products, allowing you to take measurements under the hood with extremely high precision.
Basic specifications
Rated current | 20 A AC/DC | |||||
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Max. allowable input | 40 A rms (requires derating) | |||||
Frequency characteristics | Amplitude: DC to 1 MHz Phase: DC to 300 kHz |
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Amplitude and Phase accuracy | DC ±0.3 % rdg. ±0.05 % f.s. (Phase: Not defined) DC < f ≤ 100 Hz ±0.3 % rdg. ±0.01 % f.s. (Phase: ±0.1°) Defined to 1 MHz |
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Power consumption | 5 VA max. (at 20 A/55 Hz, ±12 V power requirement) | |||||
Output voltage | 0.1 V/A (This device outputs AC+DC voltage via the Sensor Unit) |
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Core diameter | φ 20 mm (0.79 in) | |||||
Operating temperature, humidity | -40 °C to +85 °C (-40 °F to 185 °F), 80% rh or less (with no condensation) | |||||
Power supply | ±11 V to ±15 V DC (Power suppled via the Sensor Unit, which supports 100 to 240 V AC) | |||||
Dimensions and mass | 153 mm (6.02 in)W × 67 mm (2.64 in)H × 25 mm (0.98 in)D, 350 g (12.3 oz), cord length: 3 m (9.84 ft) | |||||
Included accessories | Instruction manual ×1, Mark bands ×6, Carrying Case ×1 |
Compatible models: CT6841, CT6841-05
Compatible models | CT6841 (To Be Discontinued) | CT6841-05 | ||||
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Power Analyzer PW6001, PW3390 |
△ (Requires CT9900) | OK | ||||
Power Analyzer 3390 |
OK | △ (Requires CT9901) | ||||
Power HiTester 3193 series |
OK | △ (Requires CT9901) | ||||
Current Unit 8971 |
△ (Requires the 9318) | △ (Requires the 9318, CT9901) | ||||
F/V Unit 8940 |
△ (Requires the 9318, 9705) | △ (Requires the 9318, 9705, CT9901) |
Options A (5)
Cord has insulated BNC connectors at both ends, 1.6 m (5.25 ft) length
Cord has metallic BNC connectors at both ends, use at metallic terminal, 1.5 m (4.92 ft) length
Options B (1)
Cannot be used in combination with the 9277, 9278, 9279
Convert PL23 (10-pin) terminal to ME15W (12-pin) terminal
Options C (2)
The CT9902 connects up to 2 cables in series (Accuracy addition required)
ME15W (12 pin) to PL23 (10 pin) connector
5 m (16.41 ft) length, ME15W (12 pin) - ME15W (12 pin) connector
Options D (1)
For connecting to the F/V Unit 8940 or Current Unit 8971
To connect the CT6841-6846, CT6865/63/62, 9709, 9272-10 to the 8971/40/51, 38 cm (14.96 in) length
- DC Current Superposition Testing of Coils Using a Power Analyzer
- Comprehensive Evaluation of Inverter Motors
- Evaluation of Input and Output Characteristics of Power Conditioners
- Evaluate the Efficiency of a DC-DC Converter with the PW3390 Power Analyzer
- Synchronized Input and Output Measurement of Three-Phase Inverters
- Testing System Interconnection Protection Function of Power Conditioners