The ROLANCHE 400W Low Voltage Landscape Transformer is an essential component for any outdoor landscape lighting system. Designed to enhance your garden, pathway, or outdoor living space, this transformer ensures optimal performance and convenience for all your 12V and 14V LED lighting needs.

This transformer operates efficiently at 120V AC with a maximum output of 400W, supporting various lighting applications such as spotlights, path lights, garden lights, and water features. The robust construction features a heavy-duty 304 stainless steel shell, making it suitable for harsh outdoor conditions while ensuring long-lasting performance.

The transformer is equipped with advanced features, including multiple timing functions and a dusk-to-dawn sensor for automatic operation, enhancing user convenience and energy efficiency. Key Features: Powerful Output: 400W Low Voltage Transformer with a maximum output of 12V AC 33A or 14V AC 28A, ideal for landscape lighting.

Comprehensive Timing Functions: Multiple modes including manual on/off, photo auto on/off, and timer on/off for customized lighting schedules. Dusk to Dawn Sensor: High-speed photocell sensor automatically activates lights at dusk and deactivates them at dawn, saving energy. Circuit Protection: Built-in circuit protection safeguards against electrical faults, ensuring safe operation.

Power-Off Memory Function: Recalls the last working mode after a power outage, providing seamless operation. Weatherproof Design: Constructed with durable 304 stainless steel, this transformer is designed to withstand outdoor elements. Compatible with Various Systems: Works with all 12V and 14V LED and landscape lighting systems for optimal versatility.

The ROLANCHE 400W Low Voltage Landscape Transformer is ideal for homeowners looking to enhance their outdoor spaces with reliable and efficient lighting solutions. Its advanced features and durable design make it a valuable addition to any landscape lighting setup, ensuring that your outdoor areas are beautifully illuminated while minimizing energy costs.