Conteg Módulo de ventilación con 6 ventiladores, regulados

Move up to 1000 m³/h of hot air out of your rack with the CONTEG DP-VEN-06-H roof fan unit. Six AC axial fans, a digital thermostat display, and a rugged steel housing keep your 19-inch enclosure cool and protected.

Overview

The CONTEG DP-VEN-06-H is a roof-mounted ventilation unit engineered for 19-inch server racks. It features six AC axial fans that work together to exhaust warm air efficiently, preventing overheating and extending the life of your equipment. The built-in thermostat allows you to set the desired temperature threshold, and the fans activate automatically when needed, reducing energy consumption and noise when cooling is not required.

What stands out

• High airflow capacity of up to 1000 m³/h (approx. 588 CFM) for effective heat removal.
• Temperature-controlled operation with adjustable setpoint and digital display.
• Six AC axial fans for balanced and reliable performance.
• LED status indicators for quick visual monitoring.
• Overload protection ensures safe operation.
• Durable steel construction with black RAL 9005 finish.
• Includes 2 m cable with Schuko plug for easy connection.

Technical details

• Product type: Roof fan unit
• Number of fans: 6
• Fan type: AC axial fans
• Control type: Temperature controlled (thermostat)
• Mounting type: Roof mount
• Airflow capacity: Up to 1000 m³/h (approx. 588 CFM)
• Noise level: Max. 52 dB(A)
• Power supply: 230V AC, 50/60 Hz
• Power consumption: 210 W
• Material: Steel
• Color: RAL 9005 (Black)
• Rack compatibility: 19-inch server racks
• Operating temperature range: 0°C to +50°C
• Protection class: IP20
• Cable length: 2m with Schuko plug
• Features: Adjustable temperature setpoint, LED status indicators, overload protection
• Display: Digital thermostat display

Our verdict

The CONTEG DP-VEN-06-H is a robust and efficient cooling solution for any 19-inch rack. Its high airflow, precise temperature control, and durable build make it an excellent choice for maintaining optimal operating conditions in demanding environments.