Description
The LiftMaster POWERHINGE2 Power Hinge is an aluminum and steel gate hinge pair designed for swing gate installations requiring a durable hinge solution with a protected pathway for electrical wiring between the stationary gate post and moving gate.
The POWERHINGE2 combines structural gate hinge functionality with an electrical pathway, making it especially useful for swing gates equipped with electric locks, access control devices and other powered gate-mounted hardware.
Product Details:
- LiftMaster Part Number: POWERHINGE2
- Product Type: Power Gate Hinge
- Construction: Aluminum & Steel
- Application: Swing Gates
- Quantity: 1 Pair (2 Hinges)
- Designed for gate fabrication and access control installations
- Provides a pathway for electrical wiring to gate-mounted devices
- Suitable for new gate installations, fabrication and upgrades
Unlike a conventional swing gate hinge, the LiftMaster POWERHINGE2 provides a solution for routing electrical wiring from the stationary gate post onto the moving gate. This helps create a cleaner installation while reducing the need for exposed wiring around the hinge area.
The POWERHINGE2 is particularly useful for swing gates equipped with compatible electric gate locks, magnetic locks, access control hardware, gate-mounted sensors and other powered security equipment, depending on the requirements of the installation.
Its combination aluminum and steel construction makes the POWERHINGE2 a purpose-built hinge solution for professional gate fabricators, fence contractors and access control installers integrating electrical components directly onto swing gates.
Also searched as a LiftMaster POWERHINGE2, aluminum and steel power hinge, electrical gate hinge, power transfer gate hinge, wire transfer hinge, access control gate hinge, powered swing gate hinge or gate wiring hinge.
Package Quantity: Sold as one pair (2 hinges).
Compatibility Note: Verify the POWERHINGE2 mounting configuration, dimensions and electrical requirements of the gate-mounted equipment before installation.