Please note we are still adding products to our new website. Can't see the product you need? Contact us on 01444 243 452 / [email protected]

Telcon’s Current Sensors, Current Transformers and Toroidal Cores Brochure

Published on: 21/05/2021

Introducing Telcon’s Current Sensors – an extensive range of Hall Effect Current Sensors, Current Transformers and Toroidal Cores

Telcon Brochure by GD Rectifiers. Introducing Telcon’s Current Sensors - an extensive range of Hall Effect Current Sensors, Current Transformers and Toroidal Cores. Telcon's current sensor brochure image of various current transformers and toroidal cores on a blue and white background.

Telcon was established in 1864 as a telegraph cable connecting manufacturer in England and America. In 1924 Telcon invented and patented ‘MUMETAL’ high permeability nickel iron alloys. Today, the company still produces high permeability magnetic cores along with the design and production of closed and open loop hall effect current sensors.

Telcon provides a wide range of open and closed loop hall effect current sensors and wound products for many applications requiring an accurate, fast response signal proportional to the primary current being measured. Telcon products are available in a wide range of configurations covering primary currents up to 3000A, and provide complete galvanic isolation between the primary conductor and the output circuit.

Today, Telcon supplies a wide range of products for use in renewable energy applications for customer specific requirements.

Download the brochure here 

 

GD Rectifiers is an official distributor for Telcon and distributes their complete range of current sensors, current and voltage transducers/transformers.

For further information on Telcon’s products please call our sales team today on: 01444 243 452 or email: [email protected].

 

Share Article

Related News

Littelfuse Product Catalogues
Littelfuse Power Semiconductor Selection Guide
IXYS Power Semiconductor Catalogue 2020-2021
Bussmann's Fuseology Brochure cover