Liftmaster LA500HDTKITSTD Transformer Kit

Original Replacement Transformer for LA500 Swing Gate Openers

The LiftMaster LA500HDTKITSTD Toroidal Transformer Kit is the perfect solution to restore and enhance your gate operator’s performance. Designed for use with LiftMaster® LA500 swing gate operators running firmware version 5.1 or higher, this genuine replacement kit transforms a standard control box into a high-performing transformer-run system. With dual voltage compatibility and superior build quality, it ensures reliable operation, making it the go-to choice for replacing failed transformers.

Key Features

• Restore Functionality: Replace your failed transformer to restore smooth and reliable gate operation.
• Boost Performance: Converts a standard control box into a transformer-run system for enhanced efficiency and durability.
• Dual Voltage Compatibility: Supports both 120V and 240VAC, offering flexibility for diverse installations.
• Engineered for LA500 Operators: Specifically designed for LiftMaster LA500 swing gate operators with firmware version 5.1 or higher.
• Genuine OEM Part: Ensures seamless integration, optimal performance, and peace of mind.

Technical Specifications

• Voltage Options: 120V/240VAC dual voltage compatibility.
• Compatibility: Designed for LiftMaster LA500 swing gate operators with firmware 5.1 or higher.
• Part Number: Also known as LiftMaster LA500STD.
• Functionality: Replaces failed transformers and upgrades standard control boxes for transformer-run systems.

Why Choose the LiftMaster LA500HDTKITSTD?

When your gate operator’s transformer fails, the LiftMaster LA500HDTKITSTD provides a reliable and efficient replacement. As a genuine OEM part, it restores and improves performance, ensuring your gate operates seamlessly. The dual voltage capability offers installation flexibility, while the transformer-run system boosts durability and reliability for long-term use. Trusted for residential and commercial applications, this kit is a must-have for maintaining top-tier gate functionality.