When it comes to selecting a reliable and robust solution for your electrical distribution needs, the Compact - E65 stands out as a versatile choice. Engineered for both industrial and commercial applications, this product is designed to meet rigorous demands with its impressive technical specifications.
The Compact - E65 is equipped with a rated current capacity of 125 A, making it suitable for various medium-scale applications that require consistent performance. With an 18-pole configuration, this unit offers flexibility in creating complex circuits while ensuring safety and efficiency in power distribution.
One of the standout features of this product is its Main Switch Type: LBS (Load Break Switch). This feature provides enhanced control over electrical loads, allowing you to safely disconnect or switch circuits during maintenance or emergencies without interrupting the entire system.
Built to withstand harsh environments, the Compact - E65 boasts an IP65 degree of protection. This rating ensures complete protection against dust ingress and water jets from any direction, making it ideal for outdoor installations or in areas prone to moisture exposure.
The enclosure dimensions are thoughtfully designed with a width and height of 600 mm each and a depth of 200 mm. These dimensions offer ample space internally while maintaining a compact footprint externally, facilitating easy integration into existing setups without demanding excessive space.
Constructed from mild steel, the enclosure promises durability and resilience against mechanical impacts. The RAL 7035 light grey finish not only adds an aesthetic appeal but also provides additional resistance against corrosion—ensuring longevity even in challenging conditions.
In summary, the Compact - E65 combines practicality with robust engineering to deliver a dependable solution for your electrical infrastructure needs. Whether you're upgrading existing systems or setting up new installations, its blend of functionality and durability makes it a sound investment for long-term reliability.