We specialize in hard to find items
All Categories
Hioki CM4141 True-RMS AC Clamp Meter, 2000A AC
Share Tweet
*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
- 7 Day Return Policy
- All products are genuine and original
Hioki CM4141 True-RMS AC Clamp Meter, 2000A AC Features
-
Easily get into tight spaces between cables thanks to thin sensor with a minimum cross-section span of 11 mm
-
Measure up to 2000 A AC
-
AC A, AC and DC V, DC+AC V, resistance, frequency, temperature
-
Continuity check
About Hioki CM4141 True-RMS AC Clamp Meter, 2000A AC
Description The Hioki CM4141 clamp on meter is a best-in-class measuring device incorporating Hioki's expertise in current sensing technology. The CM4141 is a 2000A AC True-RMS clamp meter that features a uniquely designed slim jaw that lets you easily get into the narrow gaps between cables in crowded electrical distribution boxes without fear of damaging the cables or the clamp meter. The broad -25° to 65° operating temperature range and IP50 dustproof and waterproof enclosure to enable professionals to work quickly in crowded electrical distribution panels. The high current measurement capability makes it especially useful for industrial applications.|Newly Designed Clamp Sensor Gets Between Wires Even with Large Jaw Diameter|Despite the ability to measure up to 2000A AC afforded by the large sensor with φ55mm core diameter, the clamp meter’s innovative jaw design lets you get between the narrow spaces between crowded cables with absolute ease. In addition, electrical panels are sometimes so crowded that you need to push and pull to the clamp to get it around the cable. The CM4141 features a robust construction that delivers strength while letting you weave through complex wiring to get to the right cable, vastly improving work efficiency and speed.|Compared with clamp meters of similar class, the meter weighs only 300g, at least 100g lighter than competitors, letting you use the instrument over long work days with significantly less effort and physical strain.
