High reliability

• The F01D2000 cabinets meet IP55 standards and have good performance in terms of EMC, waterproof/dustproof protection, and anti-sabotage, which make the cabinets applicable in harsh outdoor environments with high/low-temperatures, lightning, or storms.

• The cabinets use a dual-heat sink and dual-fan design. The enclosed-type design effectively protects the devices inside the cabinets from external harmful dust and gases that may cause corrosion.

• The cabinets are designed with surge protection module (maximum capability: 60 kA) and MDF protective units, which can effectively protect devices inside the cabinets from surge attacks.

Energy conservation

• The cabinets automatically adjust the speed of heat exchanger fans. The fans run at a low speed under normal temperature conditions, giving low noise and low power consumption to meet the requirements for installation in residential areas.

High security

• The F01D2000 cabinets use built-in door hinges and cabinet mounting holes for higher burglar-proof performance.

• The cabinet equipment compartments use an HW-2801 door lock, the MDF compartments use a HW-2801B door lock, and an external padlock is also provided. Enhanced burglar-proof measures are designed for the cabinets: electronic door lock, audible and visual alarms, and battery protection fences.

• The MDF and equipment are maintained in different compartments.

One-stop delivery

• The cabinets are integrated with the main device, power supply system, MDF/ODF, and monitoring system.

• The cabinets require no onsite device installation.

Convenient maintenance

• The devices in the equipment compartments of the F01D2000 cabinet support front-access maintenance and the MDFs in the MDF compartments support wiring from the front side.

• The cabinets provide portable illuminators, facilitating nighttime maintenance.

• The cabinets can be equipped with AC maintenance sockets to supply power to maintenance terminals during field maintenance.

Thorough monitoring

• The F01D2000 cabinets monitor various parameters in real time and report alarms to the NMS.

• The cabinets monitor environmental parameters, such as the temperature, humidity, and door status. They also provide interfaces for monitoring extended environmental parameters.

• The cabinets monitor power supply devices, such as power systems and battery sets.

• The cabinets monitor the components inside, such as MDFs, surge protectors, and cabinet fans.