Διακόπτης δικτύου Trendnet TI-PG80B

TRENDnet TI-PG80B is an 8-port industrial Gigabit PoE+ DIN-rail switch with a 200W total PoE power budget. The metal IP30-rated enclosure and rugged construction allow operation in industrial environments with a wide temperature range from -40° to 75° C and resistance to vibration and shock. Dual 24–56V DC inputs provide redundant power capability and a power-failure alarm relay.

Advantages

The TI-PG80B supplies up to eight PoE+ devices with a combined 200W budget and up to 30W per port, enabling high-speed powered device deployment. Redundant 24–56V DC inputs with overload protection improve fault tolerance. DIN-rail and wall-mount options, an IP30 metal housing, jumbo frame support (up to 9KB) and a grounding point make the switch suitable for demanding industrial installations.

Key specifications

• Ports: 8 x Gigabit PoE+ ports
• PoE budget: 200W total, up to 30W per port
• Switching capacity: 16 Gbps
• Power inputs: Dual 24–56V DC with overload current protection
• Compatible power supplies: TI-S24048, TI-S12024 (sold separately)
• Enclosure rating: Metal, IP30
• Mounting: DIN-rail and wall mount hardware included
• Jumbo frames: Up to 9 KB
• Operating temperature: -40° to 75° C (-40° to 167° F)
• Standards: Shock (EN 60068-2-27), Freefall (EN 60068-2-32), Vibration (EN 60068-2-6)
• Additional: Grounding point, power-failure alarm relay

How to use

Mount the TI-PG80B on a DIN-rail or secure it to a wall using the included hardware. Connect up to eight PoE+ devices to the Gigabit ports for both data and power. Provide DC power using one or both 24–56V inputs; using dual supplies offers redundancy and triggers the alarm relay on power failure. Configure connected network devices as required; the switch operates as an unmanaged industrial Layer 2 device and does not require software setup for basic connectivity.

Recommendations

Use compatible TRENDnet power supplies (TI-S24048 or TI-S12024) for optimal redundancy and ensure proper grounding during installation. Place the switch in a location that meets the operating temperature range and vibration/shock requirements of your environment.