IEC Low Voltage Switchboard Systems
Eaton’s Low Voltage Systems are designed to be as space and energy efficient as possible, yet ensuring highest safety, maintaining easy access for installation, operation and maintenance. Comprising a broad portfolio of individual solutions, all systems are design-verified to the latest international standards. Whether in extreme offshore conditions or revenue-generating commercial real estate, each system is configurable to ideally suit the intended application demand; modular up to 6300A; fixed, plug-in and withdrawable with optional intelligent communications and automation.
Arcflash Reduction Maintenance System
A circuit breaker equipped with Eaton’s Arcflash Reduction Maintenance System (ARMS) can greatly improve safety and protection to personnel by effectively limiting the destructive energy generated by an arc fault.
Power Xpert CX
Power Xpert CX is the complete LV solution from Eaton; fully supported with engineering services, quick configurations, comprehensive bid documentation and Eaton’s project management for end-to-end order execution - from concept design to delivery and installation.
xEnergy Licensable Systems for Panel Builders
The xEnergy Licensable System for Panel-Builders, available either in parts as an assembly license or as a local manufacturing license, brings a design-verified solution in partnership with panel builders to all locations across Southeast Asia.
Capitole 40
Capitole 40 is Eaton's Arc-Free, IEC Switchgear and Controlgear solution up to 6300 A / 690 V - meeting the highest performance requirements of personal safety, endurance, operational flexibility and reliability – also including marine approvals.
1600A Contactor-based Automatic Transfer Switches
Eaton's contactor based automatic transfer switch is the most basic design that will provide a fully functioning automatic transfer switch. Compact and cost effective, these automatic transfer switches are simple to operate and offer the most flexible applications during momentary losses of power.