Rainford SafeServ® SX – 47U × 800 × 1200 Server Rack (Curved Door, Split Sides) – Black (RAL 9005)
The Rainford SafeServ® SX Server Rack is a high-performance, fully enclosed cabinet designed for modern data centre, network, and colocation environments where security, airflow efficiency, and configurability are critical. Built around fully welded front and rear steel frames, the SafeServ SX range delivers exceptional structural strength and long-term reliability for mission-critical installations.
This 47U, 800 × 1200 mm configuration features an 83% mesh curved front door to maximise airflow and improve cooling efficiency, while split side panels provide enhanced accessibility for maintenance and cable management. The enclosure is fully compatible with airflow containment and blanking solutions, supporting improved thermal performance and reduced PUE. Finished in Black (RAL 9005) with a durable polyester powder coat, the SafeServ SX cabinet offers a professional, clean appearance suited to high-density white space deployments.
Key Features:
-
Fully welded steel frame construction for high load capacity and durability
-
83% mesh curved front door for high-volume airflow
-
Split side panels for improved access and serviceability
-
Secure, lockable doors and panels to protect critical equipment
-
19-inch mounting format with depth-adjustable front and rear profiles
-
Compatible with airflow containment and blanking systems
-
Durable polyester powder-coated finish in Black (RAL 9005)
Technical Specifications:
-
Rack Height: 47U (2198 mm)
-
Rack Width: 800 mm
-
Rack Depth: 1200 mm
-
Material: Steel
-
Finish: Polyester powder coat
-
Colour: Black (RAL 9005)
-
Mounting Format: 19 inch
-
Mounting Profiles: Front and rear, depth adjustable
-
Front Door: Single-leaf curved 83% mesh
-
Rear Doors: Double-leaf flat 83% mesh
-
Side Panels: Split horizontally
-
Door Locking: Single-point locking system
-
Earthing: Base-mounted horizontal copper earth bar
-
Standards Compliance: IEC 60297-3, EIA-310-E, ISO 9001:2015, RoHS, REACH
