46U W=800mm D=1000mm Free Standing GT Network Cabinet (FRONT and REAR DOOR PERFORATED)

Features

The 19" 46U GTN cabinet is designed for server and network deployments in data centers and technical environments. With a width of 800 mm and depth of 1000 mm, the cabinet accommodates large-scale equipment and structured cabling layouts.

Front and rear double-leaf doors with 63% perforation ensure consistent airflow, supporting stable thermal conditions. The top panel allows installation of fan units for additional cooling.

Delivered in flat-pack form, the structure simplifies transportation and on-site assembly. Structural integrity is ensured by load-bearing frames and steel panels.

Two pairs of 19" mounting rails are adjustable in depth, allowing flexible configuration for different equipment types. Side panels are lockable and removable for maintenance access.

The top panel includes perforation for airflow and cable routing. The bottom panel features an adjustable cable entry with sealing for organized cable management.

Technologies (used)

• 19" rack mounting standard
• 46U vertical capacity
• 63% perforated doors for airflow
• Depth-adjustable mounting rails
• Fan unit installation support
• Sealed cable entry system
• Powder-coated textured finish
• IP20 protection rating

Technical specifications

• Type: floor-standing rack cabinet
• Mounting format: 19"
• Height: 46U
• Dimensions (W×D): 800 × 1000 mm
• Maximum load capacity: 1000 kg
• Structure: flat-pack design
• Front doors: double-leaf, perforated, lockable
• Rear doors: double-leaf, perforated, lockable
• Side panels: removable, lockable
• Mounting rails: 2 pairs, depth-adjustable, aluzinc
• Top panel: perforated for fans and cable routing
• Bottom panel: sealed cable entry
• Protection rating: IP20
• Finish: powder coating
• Optional: leveling feet, casters

Who it's for

• Data centers
• Server rooms
• System integrators
• Corporate IT departments
• Telecom operators

Conclusion

The MIRSAN GTN 46U cabinet combines high load capacity, airflow-oriented design, and flexible internal configuration for structured equipment deployment in professional environments.