AEMC® Instruments the world's largest supplier, offers current probe models capable of accurately measuring from the low µA to kA range. A wide variety of configurations and jaw sizes are available.
Probe types include iron core, Hall Effect, Flux Gate, and Rogowski.
Our range of current probes are compact, simple-to-use, accurate and are designed and tested by electrical engineers offering superior knowledge in safety and time-saving features to help you confidently troubleshoot and solve problems.
Our current probes are designed, manufactured and tested to meet the latest safety and measurement standards (IEC EN 61010/ EN 61010-1/NF EN 61010-2-30, (300, 600, and 1000) V, CAT III and CAT IV).
Standard and customized output options provide easy interface to data loggers, meters, oscilloscopes, control systems, and more.
AEMC® offers custom probes to meet your application. Just let us know your specific needs.
AEMC® provides complete technical support through our technical hot line 800-945-2362 (ext.351), speak directly to one of our tech support staff today. Or e-mail your questions to our tech team. techsupport@aemc.com
We created this all-in-one comparison document to help you select a proper Clamp-on Current Probe for your specific needs.
Cat. #2115.84
200A, 100mVDC per AAC, Lead
Designed for digital multimeters, loggers, and other instruments with DC voltage inputs. Enables measurement or recording of current with instruments without current ranges. VDC output (100mVDC per AAC) is proportional to the current measured (through the jaws). Features integral 5’ (1.5m) leads terminated by shrouded banana plugs.
Cat. #2135.71
For Models 6471 & 6472
Designed specifically for use with the AEMC Ground Resistance Tester Models 6471 and 6472. When one probe is used in the traditional Fall-of-Potential method, selective grounds can be measured by moving the probe from point to point around the grounding system. When two probes are used with the Model 6471 and 6472, grounding electrodes can be measured without needing to install auxiliary rods and conducting a Fall-of-Potential measurement. (This is called the “stakeless” method.)
