TP-LINK TL-RPS150 150W Redundant Power Supply Module
150W redundant power module Communication input parameters: 100-240V ~ 50 / 60Hz DC output parameters: 12VDC / 12.5A Output power: 150W Support hot swap Support overvoltage protection, overcurrent protection, short circuit protection TL-RPS150 is TP-Link as an output power of 150W, an external independent redundant power module developed by the high-end three-layer network management switch. The TL-RPS150 can be used with a TP-LINK switch (such as TL-SH8434F, TL-SH8434, TL-SH8434F, TL-SH7428, etc.) to provide a power source 1 + 1 redundant backup. When the internal power supply fails, the switch can quickly switch to the TL-RPS150 for power supply, and the guarantee device continues to stabilize, providing network system reliability. TL-RPS150 supports 100-240V ~ 50 / 60Hz AC input, 12VDC
Product Features
TL-RPS150 is TP-Link as an output power of 150W, an external independent redundant power module developed by the high-end three-layer network management switch. The TL-RPS150 can be used with a TP-LINK switch (such as TL-SH8434F, TL-SH8434, TL-SH8434F, TL-SH7428, etc.) to provide a power source 1 + 1 redundant backup. When the internal power supply fails, the switch can quickly switch to the TL-RPS150 for power supply, and the guarantee device continues to stabilize, providing network system reliability. TL-RPS150 supports 100-240V ~ 50 / 60Hz AC input, 12VDC / 12.5A DC output; support overvoltage protection, overcurrent protection, short circuit protection; i.e., use, no configuration. |
Technical Specifications
| Property Description | Property Value |
|---|---|
| Input specifications | 100-240V~ 50/60Hz 2.5A |
| Output specifications | 12VDC/12.5A |
| Output Power | 150W |
| Shell size | 482mm*190mm*56mm |
| interface | AC input socket DC output jack |
| LED | Power indicator FAN indicator |
| Use environment | Operating temperature: 0°C ~ 70°C Storage temperature: -40°C ~ 70°C Operating humidity: 10% ~ 90%RH without condensation Storage humidity: 5% ~ 95%RH without condensation |
