DSIT armadio server 32U 19" con porta in vetro 600x600x1600mm (DS6632)

The DSIT DS6632 stands apart from generic server enclosures by pairing a 32U capacity with a tempered glass front door and a compact 600mm footprint, delivering a secure yet visually clean housing for network and server hardware in offices or small server rooms. Its 800kg static load rating and lockable access points make it a dependable choice for protecting critical IT assets.

Highlights

• 32U 19-inch rack space for servers, switches, and UPS systems
• Front door with tempered glass panel for equipment visibility without compromising security
• Solid steel rear door and removable, lockable side panels for full access during installation and maintenance
• SPCC cold rolled steel frame with black powder coating (RAL 9005) for durability and a professional appearance
• Passive ventilation via perforated top and bottom panels to support natural airflow

In daily use

This floor-standing cabinet simplifies cable management with top and bottom entry points, while the included leveling feet and castors allow stable placement or easy repositioning. Keys are provided for the front door, rear door, and side panels, ensuring that only authorized personnel can reach the equipment inside. The cabinet complies with ANSI/EIA RS-310-D, IEC297-2, and DIN41494 standards, guaranteeing compatibility with standard 19-inch mounting hardware.

Full specifications

• Rack capacity: 32U
• External dimensions (WxDxH): 600 x 600 x 1600 mm
• Material: SPCC cold rolled steel
• Colour: Black (RAL 9005)
• Front door: Tempered glass, lockable
• Rear door: Solid steel, lockable
• Side panels: Removable, lockable
• Maximum static load capacity: 800 kg
• Mounting type: Floor standing
• Ventilation: Passive (perforated top/bottom)
• Included accessories: Leveling feet, castors, keys
• Compliance: ANSI/EIA RS-310-D, IEC297-2, DIN41494 PART1, DIN41494 PART7

Final note

For IT environments that demand both security and a clear view of status LEDs, the DS6632 offers a practical balance of protection, accessibility, and load-bearing strength.