Chauvin Arnoux P01120083 | B102 Current Clamp, 4mm, 400A 48 Hz - 1 kHz, U-Out

Name: P01120083 | B102 Current Clamp, 4mm, 400A 48 Hz - 1 kHz, U-Out
Brand: Chauvin Arnoux
SKU: P01120083
Price: 1193.0 EUR
Availability: OutOfStock

Manufacturer number: P01120083

Ready to ship in 5 to 10 business days

€1,193.00

plus VAT. €1,419.67 VAT plus shipping costs

or choose one of the following options:

Product inquiries

B102 current clamp from Chauvin Arnoux.

Measures residual and fault currents from 500 µA
Measures currents up to 400 A max
Use in single-phase or multi-phase systems, with in-phase or out-of-phase currents, in symmetrical or asymmetrical systems
Measurement of residual currents on 3-wire three-phase systems with adapter for artificial neutral
Jaw opening 100mm
Measuring range: 0.5 mA ... 4 A and 0.5 mA ... 400 A AC
Output: 4 V AC
Gear ratio: 1A / 1V and 1A / 1mV
Frequency range: 40 Hz ... 10 kHz
Basic accuracy from 0.35%
IEC 1010.2.032, Cat.III, 600 V for industrial applications
Anti-slip protection, cable pinch protection
Suitable for multimeters, oscilloscopes, recorders etc.
Connection cable with 4 mm safety plugs

Independant Consulting

More than 50 strong brands and exclusive partnerships.

About the brands

Services

More than instruments: Before, during and after sales.

Go to the services

Demonstration & Consulting

Sales and technical support close to you.

Start request

Documents & Downloads

Datasheet

pdf | 0.43 MB

Detaildescription

P01120083 | B102 Current Clamp, 4mm, 400A 48 Hz - 1 kHz, U-Out

The B102 measuring clamp is primarily used to detect fault or leakage currents flowing to earth. In this way, faults can be quickly discovered and precisely localized - without switching off the system.
The B2 was specially developed for measuring the smallest fault currents in power circuits.

About the Manufacturer

Chauvin Arnoux

Chauvin Arnoux stands for highest quality and innovative, highly reliable test equipment in the fields of electrical safety testing, measurement of electrical quantities, power measurement, energy and fault analysis.