E-T-A Circuit Breakers Ltd

We provide comprehensive and globally renowned solutions for your electronic systems. For the design and production of circuit breakers for equipment protection, we provide superior services, unmatched throughout the field.

We also offer the widest range of products for circuit protection in every industrial application. Our unrivalled supply of circuit protection devices includes:

  • Thermal overcurrent circuit breakers
  • Thermal-magnetic overcurrent circuit breakers
  • Hydraulic-magnetic and magnetic overcurrent circuit breakers
  • High performance circuit breakers and battery switches
  1. DIN Rail Mount Power Distribution Systems SVS16

    DIN Rail Mount Power Distribution Systems SVS16
    The power distribution system SVS16-PB-XX provides selective overcurrent protection, power distribution in load circuits as well as switching and resetting of outputs.

    For integral consistent communication of operating and error conditions as well as switching and resetting of individual circuits on the DC 24 V level, the system is fitted with a fully featured PROFIBUS-DP interface.

    The track-mountable system has 8 (SVS16-PB-08) or 16 (SVS16-PB-16) slots and accommodates electronic circuit breakers type ESX10-125 (with reset input and status output) and ESX10-115 (with control input and status output) or the solid state remote power controller E-1048-7xx (with control input and status output).
  2. Module 17plus

    Module 17plus
    Module 17plus is a power distribution system for use with

    - E-T-A Circuit Breakers type 2210-S, 3600-, 3900-
    - E-T-A Electronic Circuit Breaker ESS20, ESX10
    - Solid State Remote Power Conroller E-1048-7

    Each module accommodates two single pole plug-in circuit breakers with an individual housing width of only 12.5 mm and fits onto all industry standard mounting rails.

    The two-way modules can be mounted side-by-side to provide as many ways as required with a terminal block fitted at each end. A distribution busbar can be fitted on the supply side of the modules, but each pole of multipole circuit breakers must be individually connected.