Wall-mounted enclosure Spacial S3D plain door 600x400x250mm NSYS3D6425

Robust protection for your installation – Spacial S3D enclosure

This Spacial S3D steel wall-mounted enclosure is a reliable solution for protecting and organizing electrical components. Made of high-quality steel and finished with a grey RAL 7035 powder coating, it provides durable protection in demanding conditions. The enclosure is ideal for both industrial and commercial applications where resistance to damage and external factors is crucial.

Design and application

The Spacial S3D enclosure is designed for easy wall mounting. The solid construction with full doors, equipped with a double latch, guarantees safety and access to the interior. The lack of a mounting plate provides flexibility in configuring the interior space, allowing it to be adapted to individual needs. Made of high-quality materials and with an IP66 and IK10 protection rating, the enclosure performs perfectly in environments exposed to dust, moisture and mechanical impact.

• Durable construction: Steel enclosure provides long-term protection of components.
• High degree of protection: IP66 guarantees tightness against dust and water jets, and IK10 impact resistance.
• Mounting flexibility: Possibility of direct mounting on the wall or using additional brackets (available separately).
• Easy access: Full doors with a double latch allow convenient access to the enclosure interior.
• Versatility: Ideal for use in industrial, commercial and public utility buildings.

User parameters and compliance with standards

The Spacial S3D enclosure meets the requirements of IEC 62208 directives, confirming its safety and reliability. The maximum load on the door is 50 N, and on the entire enclosure 250 N. The epoxy-polyester powder coating provides resistance to corrosion and mechanical damage. The enclosure does not have connection holes, allowing for free modification and adaptation to specific installation needs. The RAL 7035 color provides an aesthetic appearance and good visibility in various lighting conditions.