Hanging-type Intelligent Cabinets

Details

■ The cabinet is made from cold-rolled steel with a thickness of 1.2 mm. It has an IP55 protection level.

■ All functional units inside the cabinet are designed with a modular plug-in card design. Various service cards can be mixed and matched, and the platform can automatically recognize the slot position.

■ The cabinet is equipped with two sets of temperature-controlled fans and has built-in fusion splice trays. It supports 2 Gigabit optical ports and 8 Gigabit RJ45 ports.

■ Various power outputs can be optionally installed, supporting the access of third-party frontend devices.

■ The management software displays real-time monitoring of device temperature, humidity, input and output voltage, surge protection status, network connectivity, cabinet door status, and fan operation.;

■ The system can be expanded to a maximum of 10 controllable power output interfaces, with a total direct current output power of no less than 400W. Each 220V controllable power output has an independent socket-type fuse unit. After removing the card, the fuse can be manually replaced. The center distance between the two poles of the output terminal is no less than 9.5mm.

■ Supports current detection.

■ Supports real-time monitoring to determine if the device has lost network connection or power.

■ When the internal device temperature is too high, there are anomalies in input/output voltage, network disconnects, optical fiber breaks, fan activation, or the cabinet door is opened, alerts can be sent via the management software through voice calls, audible and visual signals, or pop-up notifications.

■ The system has a log recording feature. These logs can be searched by time or event type.

■ Supports network port activation and deactivation, rate configuration, 802.3x flow control, name modification, frame statistics, mirroring, etc.

■ Supports the ITU G.8032 standard ERPS ring network protocol with a self-healing time of less than 20ms.

■ Supports SNMP, Web, and Console management functionalities.