NSYPLA2074G - Schneider Electric 2000x750x420mm Floor Standing GRP Enclosure, IP65

Product Number: NSYPLA2074G

Schneider Electric NSYPLA2074G floor standing GRP enclosure. 2000H x 750W x 420mmD, IP65 rated, RAL7035m, double plain grey doors. Fast UK shipping from PAD Technology.

The Schneider Electric NSYPLA2074G is a tall, floor-standing GRP (Glass Reinforced Polyester) enclosure from the trusted Thalassa PLA range. At 2000mm height with a 750mm width and 420mm depth, this model is specifically designed for applications requiring vertical space for large components or multiple rows of equipment. It provides excellent protection against corrosion, chemicals, and weathering, making it suitable for harsh indoor and outdoor environments.

Key Features & Benefits:
Tall 2000mm Height: Ideal for housing large electrical panels, multiple DIN rail assemblies, or tall communication equipment. Maximises vertical space in your installation.

Durable GRP Construction: Lightweight yet incredibly strong. Resists corrosion where mild steel would fail – perfect for chemical plants, wastewater treatment, food processing, coastal installations, and renewable energy projects.

High Ingress Protection: Rated IP66, making it dust-tight and protected against powerful water jets. Suitable for washdown areas and outdoor use without additional shelter.

Double Plain Grey Doors (RAL7035): Provides wide access for installation and maintenance. The neutral RAL7035 colour integrates well into most industrial environments.

420mm Usable Depth: Offers ample space for components while maintaining a manageable footprint. If you need deeper, consider the NSYPLA2076G (620mm depth).

Versatile Application: Perfect for housing electrical control systems, instrumentation, VSDs (Variable Speed Drives), PLC racks, and communication equipment in demanding environments.

Mounting Plate  - Available separately (please contact us for correct size)

What's Included?
NSYPLA2074G GRP Enclosure with double doorsStandard locking system

See full data sheet here