Description
A clamp meter is a measuring tool used to measure the electrical current in a conductor without interrupting the circuit or coming into direct contact with the wires. These clamps are especially useful in electrical and electronic applications, as they allow technicians and electricians to measure current safely and conveniently.
Clamp meters work on the principle of Hall effect or electromagnetic induction. They have a clamp-shaped opening that is placed around the conductor whose current is to be measured. When current flows through the conductor, a magnetic field is created around it. The clamp meter detects this magnetic field and, using a series of sensors, calculates the current that is passing through the conductor.
These tools usually have a digital display that shows the current reading in amperes. Some clamp meters can also measure voltage, resistance, and other electrical quantities. They are widely used in electrical troubleshooting, equipment maintenance, and electrical system installation, as they allow measurements to be made quickly and accurately without interrupting the flow of current.
It is important to remember that clamp meters should be used with caution and in accordance with the manufacturer’s instructions, as they can be dangerous if not handled properly in high-voltage electrical circuits.
Hantek AC/DC Current Clamp DC 65 up to 20 KHz 20 mA to 65 A DC
The Hantek C65 is a clamp meter adapter, or also known as a current probe, designed for use with oscilloscopes and other test and measurement equipment. It is commonly used by engineers, technicians, and electricians to measure and control electrical current in circuits.
Current measurement range: You generally have a specific range for measuring alternating current (AC), and this range can vary depending on the specific model. The C65 can measure AC currents up to a certain limit, and this limit is usually specified in the product documentation.
Probe sensitivity: The sensitivity of the clamp meter adapter determines its ability to accurately capture and display small or large streams. This sensitivity is usually expressed in millivolts per ampere (mV/A).
Output: Some clamp meter adapters can be connected directly to an oscilloscope or other test equipment, while others may have different output options, such as BNC connectors, to interface with your test equipment.
Size and Form Factor: These adapters are usually designed to be easily fastened around a conductor or cable. The size and shape of the clamp may vary depending on the model.
Cable Length: The length of the cable connected to the clamp can vary, allowing users to place their oscilloscope or measuring equipment at an appropriate distance from the current being measured.
Accuracy: Measurement accuracy is crucial for reliable data. The Hantek C65 must specify its accuracy in its documentation.
Safety: Clamp meter adapters must meet safety standards and provide isolation to ensure user and equipment safety.
Application: The Hantek C65 and similar devices are commonly used for troubleshooting electrical circuits, power quality analysis, motor control, and other applications where measuring current waveforms is essential.
When using the Hantek C65 or any clamp meter adapter, it is important to follow the manufacturer’s instructions and ensure that you have the knowledge and safety precautions necessary to work with electrical circuits safely. Always refer to specific product documentation and specifications to understand its capabilities and limitations.
AC/DC Frequency Range: Up to 20 kHz
Effective Measurement Range: 20 mA to 65 A DC
Power Circuit Measurement and Malfunction
Analysis Measurement of Frequency Converter Motor Unit (or Other Devices)
Measurement of Power Electronics Equipment
Hantek AC/DC current clamp meter for CC-65 oscilloscope 20 KHz bandwidth 1 mV/10 mA 65 A with BNC
type connector AC/DC DC clamp meter DC-65:
AC/DC clamp meter, 20 kHz bandwidth, 1 mV/10 mA, 65 A; It is a transducer that allows your multimeter to measure current data and allows your oscilloscope to measure current waveforms. Supplied with coiled cable with BNC connector.
Specification:
DCA Range:
1mV /10mA +/-(1.5%+/-5mA) 10mA ~ 20A
1mV/100mA+/-(2%+/-20mA) 100mA ~ 40A
+/-(4%+/-0.3A) 40A~65A
Operating temperature: 0C to 50C 70% R.H.
Storage temperature: -20°C to +70°C, 80% RH
Battery Type: 9V DC, NEDA 1604, 6F22,0006P
ACA Range:
1mV/10mA:+/-(2%+/-30mA) 100mA ~ 10A (40Hz~2KHz)
+/-(4%+/-30mA) 100mA ~ 10A (2KHz ~ 10KHz)
+/-(6%+/-30mA) 100mA ~ 10A (10KHz ~ 20KHz)
+/-(8%+/-30mA) 10A ~ 15A (40Hz ~ 20KHz)
1mV/100mA
+/-(2%+/-30mA) 200mA ~ 40A (40Hz ~ 1KHz)
+/-(4%+/-30mA) 200mA ~ 40A (1KHz ~ 2KHz)
+/-(6%+/-30mA) 200mA ~ 40A (3KHz ~ 5KHz)
+/-(8%+/-0.3A) 40A ~ 65A (40Hz ~ 20KHz)
Captured conductor size: 9mm maximum;
AC/DC frequency range: up to 20 kHz;
Effective measurement range: 20 mA to 65 A DC.
APPLICATIONS
Power circuit measurement and malfunction analysis;
Frequency converter measurement motor unit (or other electronic components);
Measurement of power electronics equipment.
Features:
1. It is a transducer that allows your multimeter to measure current data and allows your oscilloscope to measure current waveforms.
2. Its current transducer is composed of permalloy and hall element, which linearly transform AC or DC current into AC or DC current voltage;
3. And if connected to an oscilloscope using a BNC-type connector, you will be able to observe the current waveforms; If you connect to a multimeter using a banana connector, you can get the current data
