0-60 A current With resolution of 1mA, AC/DC  Clamp on Transducer

MODEL: CA-60

1. This miniature clamp meter features two Hall effect sensors
2. For use with any multimeter with 200mV or/and 2V ranges

for direct readout input impedance of least 1M ohm.
3. High conversion factor for low DC and AC mA measurement.
4. With the small jaw size it can fit into tight space in circuit panel

or wire bundle to take the reading
5. The high frequency response at 20 kHz is useful for

waveform monitoring on an oscilloscope.
6. Zero adjustment is made easy by just pushing the ZERO button.
7. It is best for locating small signal, industrial control,

battery leakage,and automotive usage

DC/AC 0-600A AC/DC Current Clamp Adapter
Model CA-600
Features :

• Coverts any DMM to a current clamp
  

• Measure current without disconnecting
  

• circuit under test
  

• AC/DC 600A capability
  

• Dual Hall-effect sensors
  

• Accuracy DC:±2%+2A AC:
  

• ±3%+2A (50~400Hz)
  

• For use with any multi-meter at 200mV
  

• or 2V ranges for direct readout.
  

• Input impedance at least 1MΩ
  

• Power on indicating
  

• Zero adjustment knob to compensate the
  

• hysteresis effect in  DC Measurements.
  

• Transformer ratio:1000:1
  

• Output 1mV/A
  

• Jaw opening capability:30mm conductor

  Model : CA 600

AC/DC 1000A Current transmitter

Model: CA-1000D

Clamp-on Transducer: 1000Amp AC/DC Clamp AdapteR

Features :
1000A AC or DC Current Clamp
Measure current without disconnecting circuit under test
Measure to 1000A DC or AC
Outputs 1mV per Amp, operates on 2V range of any DMM

 

 

 

  
AC/DC current clamp meter with features o clamp transmitter

Model: DCM-043

Analog signal output function

High Resolution 1mA (0.001A)

Pocket size

4 digits display

Touch zero function

Autoranging

Auto power off

Peak hold function

Data hold function

IEC 1010 600V CAT II,300V CAT II

 

 

Accessory for conectting Clamp transmitter and oscilloscope

Using LF-180 BNC probe and TL-19 Female/Female adapter for connecting with Oscilloscope.