Why SENTRON ECPD?
The SENTRON ECPD is an electronic circuit protection device using advanced semiconductor technology. It simplifies electrical planning, saves resources and supports power distribution. Slow, imprecise electromechanical switching can cause system damage, nuisance tripping and over-dimensioning. Our SENTRON ECPD uses a smart protection algorithm for ultra-fast, precise fault detection and tripping. It handles high inrush currents to prevent nuisance trips and improve equipment availability. Protect systems from damage with ultra-fast switching. Our multifunctional, parameterizable design adapts to your needs for improved fault handling. Its compact, sustainable design reduces resource consumption and power loss to save costs.
Key benefits
Achieve fast circuit protection
Respond to changes up to a thousand times faster with SENTRON ECPD. Protect systems reliably from damage to improve safety. Gain comprehensive short circuit protection, strong impulse resistance and selectivity.
Use multifunctional capabilities
Activate and adapt many smart functions with the SENTRON Powerconfig app. Save significant space in your distribution board and save valuable planning, selection and installation time for your projects.
Parameterize variables
Adapt SENTRON ECPD to your application's individual requirements. Parameterize variables like rated current, tripping limits or behavior for greater system availability.
FEATURED CAPABILITIES
Inrush handling
Handle high inrush currents with confidence: The SENTRON ECPD detects inrush current peaks in less than one microsecond and effectively limits them to put an end to nuisance tripping and deliver consistent availability of your connected equipment.
Remote maintenance
Control power distribution reliably in remote installations. Monitor electrical systems comprehensively for safe auto-reclosure after testing. Minimize service calls and reduce downtime.
Building sustainability
Redefine power distribution in office buildings with the SENTRON ECPD. The space-saving design and multifunctionality support rapid changes in use and smart switching functions avoid wasting energy.
