Power management company Eaton delivers higher levels of surge protection with the launch of a modular device range designed for easy installation, commissioning and replacement.
Eaton’s new MTL SD Modular range provides comprehensive protection from transient surge events up to 20 kA, the highest level of protection currently available for a modular pluggable device which is coupled with the highest packing density on the market.
With more 50% of premature electronic equipment failures being attributed to surge and maintenance failures, Eaton’s MTL SD Modular range offers complete cost-effective surge protection to valuable instruments and distributed control systems.
The design of the MTL SD modular device reduces maintenance cost and downtime, as modules can be quickly and easily replaced.
The pluggable part is held in place with a simple retention tag and can be removed from its base without de-energising the protected device, saving the user valuable time and complexity. This is achieved using an innovative ‘make before break’ design to ensure uninterrupted loop operation during replacement.
Additionally, the slim-line footprint of the surge module increases the packing density, resulting in saving both space and cost, which potentially reduces the number of cabinets needed.
A diagnostic LED option is available to provide a clear, visual indication of a failed module so that engineers can immediately see which module to replace. A portable surge test device is also available, allowing users to simply check the health of each module during routine maintenance.
This new modular range inherits the proven reliability of the MTL SD range, increasing system availability in a wide range of industries including oil and gas, chemical, power and water/wastewater.
With versions available for all process signal types, they are suitable for panel builders, system integrators and engineers looking to protect electrical and electronic assets.
The range is fully ATEX/IECEx certified for use in intrinsically safe applications, is SIL suitable and is designed to meet global standards.