1
INTRODUCTION
Switch 8800 PoE | The 3Com Switch 8800 PoE power rack is a modular, |
Power Rack | Ethernet (PoE) power source. The PoE Power Rack provides a total of 4500 Watts of |
| DC power with 2+1 power redundancy for PoE powered devices connected to the |
| Switch 8800 chassis. |
Features | The PoE Power Rack has the following features: |
| ■ Compatible with a wide range of input voltages from 90 V to 264 V and uses 20 |
| A/250 VAC EN60320 C20 appliance coupler connectors and connector plugs. |
| ■ Power factor is above 0.99 |
| ■ Efficiency is over 88% |
| ■ Maximum device output is (N + 1) 90A @ 54V |
| ■ Power supply modules are |
| ■ The PoE Power Rack power status may be monitored by an RS232 or RS485 |
| interface |
| ■ Advanced EMC (Electro Magnetic Compatibility) design |
| ■ High safety and reliability |
Architecture and | The PoE Power Rack architecture integrates DC power supply modules (3 maximum), |
Configurations | a system controller, and the distribution module, in a four |
| The system controller provides local monitoring and control of the device. The general |
| configuration is shown in Table 1. |
| Table 1 The PoE Power Rack Configuration |
Description | Standard Configuration |
|
|
4U high chassis | D x W x H- 320.5 x 482.6 x 177mm (12.62 x 19.00 x 6.97 in) |
System controller | One |
SWITCH 8800 PoE | One installed (3 maximum for power redundancy) |
Power Supply Module |
|
AC distribution | ■ Three independent AC power input sockets with three AC Power |
components | switches |
| ■ |
|
|
The standard PoE Power Rack is configured with one power supply module. The power rack may be configured with up to 3 power supplies based on the power and power redundancy requirements. Refer to Figure 1 for overall dimensions. Refer to Figure 2 for the rear view of the PoE power rack.