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Hantek AC/DC Current Clamp CC 65 Up to 20 kHz 20mA to 65A DC
Purchase options and add-ons
Brand | Hantek |
Power source | Corded Electric |
Style | Electronic |
Colour | Black |
Item weight | 184 Grams |
Item dimensions L x W x H | 19.5 x 3.3 x 7 Centimetres |
Upper temperature rating | 50 Degrees Celsius |
Measurement type | Multimeter |
UPC | 712383649287 519240055713 603281794936 520583405455 600209500198 611550889856 887662208278 712383648341 519240055706 See more |
Manufacturer | HATTRICK |
About this item
- Power circuit measurement and malfunction analysis
- Motor drive of frequency converter (or other electronics) measurement
- Power electronics equipment measurement
- Allows your multimeter to measure current data and enable your oscilloscope to measure the current waveforms
- Its current transducer is composed by permalloy and hall element, which linearly transform the AC or DC current to AC or DC current voltage
Product details
- Is discontinued by manufacturer : No
- Product Dimensions : 19.51 x 3.3 x 7.01 cm; 184 g
- Date First Available : May 2 2013
- Manufacturer : HATTRICK
- ASIN : B06W2KFZLW
- Item model number : CC-65
- 鶹 Rank: #125,598 in Automotive (See Top 100 in Automotive)
- #12 in Multimeters & Analyzers
- Customer Reviews:
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Product Description


Hantek AC/DC Current Clamp Meter for Oscilloscope CC-65 20KHz Bandwidth 1mV/10mA 65A with BNC Type Connector
AC/DC Current Clamp CC-65:
AC/DC Current Clamp, 20kHz Bandwidth, 1mV/10mA, 65A; It is a transducer which allows your multimeter to measure current data and enable your oscilloscope to measure the current waveforms. Supplied with coil cable with BNC plug.

Application:
- Power circuit measurement and malfunction analysis;
- Motor drive of frequency converter (or other electronics) measurement;
- Power electronics equipments measurement.
Features:
1. It is a transducer which allows your multimeter to measure current data and enable your oscilloscope to measure the current waveforms.;
2. Its current transducer is composed by permalloy and hall element, which linearly transform the AC or DC current to AC or DC current voltage;
3. And if connect to an oscilloscope by BNC type connector, you are able to observe the current waveforms; If connect to a multimeter by banana type connector, you can obtain the current data.
Specification:
DCA Range:
1 mV /10mA +/-(1.5%+/-5mA) 10mA ~ 20A
1mV/100mA+/-(2%+/-20mA) 100mA ~ 40A
+/-(4%+/-0.3A) 40A ~ 65A
Operating Temperature: 0Cto 50C 70% R.H.
Storage Temperature: -20C to +70C, 80% R.H.
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)
AC/DC Current Clamp
Captured Conductor Size: 9mm maximum;
AC/DC frequency range: Up to 20 kHz;
Effective Measurement Range: 20mA to 65A DC.
CC650:
AC/DC frequency range: Up to 400Hz.
Effective Measurement Range: 20mA to 650A DC.
Waveform Display
Show you the specturm frequency interface in detail for you to observe the operation.
Package included
1 * Current Clamp with BNC Plug
1 * User Manual (English)
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Customer reviews
Customers say
Customers like the functionality and cost-effectiveness of the electric circuit testing device. They mention it works great for tracing parasitic drains on their jeep.
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Customers like the functionality of the electric circuit testing device. They mention it works great for tracing parasitic drains on their Jeeps. However, some customers have reported that the cable hole is too small for most automotive applications.
"...Worked great for tracing a parasitic drain on my jeep. I could approximate current by reading the volt signal...." Read more
"Works great" Read more
"...This clip meter work great but when the current is minus 100mA the precision is not good." Read more
"already has this item for a few months, works as advertised." Read more
Top reviews from Canada
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- Reviewed in Canada on February 3, 2024Verified PurchaseUsed for electronic testing
- Reviewed in Canada on February 5, 2017Verified PurchaseWhile I have not used it on a scope yet, I used a BNC adapter and leads to hook it up to a voltmeter. Worked great for tracing a parasitic drain on my jeep. I could approximate current by reading the volt signal. I did not have to keep breaking circuits and then waiting for the computer to go back to sleep. If you are going to measure on battery cables, you are going to want the larger clamps of the CC 650. For a parasitic draw, this worked fine, but would not be suitable for large current draws like with a starter.
- Reviewed in Canada on June 11, 2020Verified PurchaseJust bought this for use with my scope. Cant zero the clamp. I've tried several times and even calibrated the scope. It always shows some current flowing. I want to make sure its the clamp and not the scope by checking with my multimeter, but I dont have a BNC adapter yet. Having said that I think its ok for the money.
- Reviewed in Canada on May 29, 2019Verified Purchasealready has this item for a few months, works as advertised.
- Reviewed in Canada on March 26, 2017Verified PurchaseIt works o.k.
- Reviewed in Canada on March 10, 2016Verified PurchaseWorks great
- Reviewed in Canada on February 27, 2020Verified PurchaseIndicator led is to dim -- would be better with flashing led. It is far to easy to forget to turn it off. Would be better if they added a 1mV = 1 mA scale cause meters have the mV directly readable -- not having the multiplies of oscilloscopes. Also most meters do not do uV's even if they have internal uA scales. The meter provides 1 mV = 10 mA and 1 mV = 100 mA -- so for most readings you are having to multiple by 10 and scratch your head.
- Reviewed in Canada on May 20, 2021Verified PurchaseWorks great cable hole is too small for most automotive applications and cable is a tad bit short
Top reviews from other countries
- Gene SelkovReviewed in the United States on September 1, 2020
5.0 out of 5 stars Not sure about accuracy, but it transmits the signal
Verified PurchaseI have only made one experiment, but I am happy with the result.
Captured on the scope is a single TIG weld pulse. The current was set to 40A; The probe registered about 37A. I don't know how well the source is calibrated, so can't blame either the probe or the source for the inaccuracy, but the result is pretty good for what I want to do -- I need it to calibrate the spot timer and to understand the waveforms in different weld modes.
The bandwidth is more than good enough for that. The time scale shown is 2ms/div; the claimed bandwidth of more than 20kHz looks credible. I actually saw a very well-defined trace of ignition current; it looked like a decaying sine wave with a frequency far above 20kHz. Part of it is seen as the bright blob at the start of the pulse; the front was not captured with this trigger setting and the tail of the ignition waveform washed out in the flood beam while I reached for the camera. I was not too concerned with ignition, so I didn't bother capturing it, but I know I can at least see the first harmonic and pulse enevelope of ignition current, should I ever need to observe it.
Gene SelkovNot sure about accuracy, but it transmits the signal
Reviewed in the United States on September 1, 2020
Captured on the scope is a single TIG weld pulse. The current was set to 40A; The probe registered about 37A. I don't know how well the source is calibrated, so can't blame either the probe or the source for the inaccuracy, but the result is pretty good for what I want to do -- I need it to calibrate the spot timer and to understand the waveforms in different weld modes.
The bandwidth is more than good enough for that. The time scale shown is 2ms/div; the claimed bandwidth of more than 20kHz looks credible. I actually saw a very well-defined trace of ignition current; it looked like a decaying sine wave with a frequency far above 20kHz. Part of it is seen as the bright blob at the start of the pulse; the front was not captured with this trigger setting and the tail of the ignition waveform washed out in the flood beam while I reached for the camera. I was not too concerned with ignition, so I didn't bother capturing it, but I know I can at least see the first harmonic and pulse enevelope of ignition current, should I ever need to observe it.
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DanteReviewed in Mexico on April 20, 2024
5.0 out of 5 stars Exelente
Verified PurchaseExelente muy buena opción , la utilizo para el osciloscopio de autel y para el osciloscopio hantek
- MichaelReviewed in the United Kingdom on March 25, 2021
4.0 out of 5 stars Decent current probe, great price, terrible power switch
Verified PurchaseWhen I first got my new current probe out of the box, I thought it was dead. Plugged the 9v battery (Not Included) into the back, plugged it into my DSO, switched it on, and... nothing. No lights. No change in the level when I hit 'zero', no readings when I clamped it onto the Vin line on my project.
Except sometimes when I wiggled the switch just the right way, pressed down on it, the green 'Power' light would flicker for a second. I gave it a little shake, and I could hear a little rattle.
I took the hazardous step of opening the back to see what was going on, and the problem was immediately apparent. Instead of using a discrete 3-position dptt switch, there's a hacky little arrangement that's prone to failure if you look at it funny. The plastic switch wiper has a pair of ductile little pieces of bent copper which are retained solely by compression between the wiper and the PCB underneath, and as they slide back and forth they make or break connections between tinned pads on the PCB. I suspect that pressing down too hard on the switch can bend them out of shape and let them fall out of place.
It was a fiddly little fix bending them back into shape and lining everything up so it didn't fall apart again when I closed it back up, but it seems to work well enough as a current probe now. Sensitivity is acceptable at 100mv/A. I haven't had time to formally assess the accuracy and frequency response, but it seems to work reasonably at the low frequencies and currents I was using today.