Equisafety Solar Powered LED Outdoor Light Clip.

Introducing the Equisafety LED Solar Yard and Field Light: A High-Efficiency, Solar-Powered Illumination System for Equine and Outdoor Environments.

500 lumens high-intensity LED output with a 1200 mah battery

The Equisafety LED Solar Yard and Field Light represents a state-of-the-art, environmentally sustainable outdoor lighting solution designed for robust performance in various settings such as stables, arenas, and perimeter fencing. Engineered with advanced photovoltaic and LED technology, this lighting system eliminates the need for mains power, reducing installation complexity and operational costs.

Technical Specifications and Coverage

The device utilizes high-intensity LEDs coupled with specialized optical lenses to achieve a wide illumination range. When mounted on fencing or poles, the light provides an effective coverage of approximately 7 meters in length by 4 meters in depth. For larger areas—such as a 20 x 40 meter arena—an array of 16 units is recommended to ensure uniform lighting.

Vertical mounting at heights of 2 meters and 3 meters delivers different illumination footprints:

• At 2m height: 10 meters (long) x 5 meters (deep) coverage
• At 3m height: 12 meters (long) x 7 meters (deep) coverage, optimal for comprehensive stable or yard lighting.

Mounting and Installation

The device features a versatile mounting system, allowing attachment via two screws and plugs (included), or hanging with its adjustable clip mechanism, permitting secure fixation onto surfaces up to 2 inches in width—fences, gates, beams, electric fence posts, or other structural elements—facilitating rapid deployment without specialized tools.

Smart Photoreceptor and Motion Detection System

Integrated light sensors—photoreceptors—automatically activate the LED array at dusk, maintaining a predefined mid-level brightness to ensure consistent illumination. Upon detection of motion within its proximity, the system switches to an ultra-bright LED setting, providing high-intensity illumination for approximately 15 seconds. If continued movement is detected, the active duration resets, optimizing energy use and enhancing safety.

Indoor and Mobile Applications

The flexible mounting design enables temporary or permanent placement in indoor environments such as barns or tack rooms. The unit can be affixed to stable doors, beams, or any structural element, facilitating versatile indoor lighting solutions.

Power System and Rechargeability

Constructed from durable, UV-resistant polymer, the housing encases a high-capacity rechargeable battery and photovoltaic cells optimized for low-light conditions. An auxiliary recharging port allows external charging via an included cable, enabling rapid recharge cycles—approximately two hours in optimal conditions—independent of solar exposure, ensuring operational readiness regardless of weather patterns.

Environmental and Operational Efficiency

Leveraging monocrystalline photovoltaic technology, the integrated solar panel converts sunlight into electrical energy with high efficiency. Power management electronics regulate charge retention and LED operation, maximizing battery lifespan. The system’s automatic day/night cycle control and absence of mains wiring reduce environmental impact and operational costs, providing a completely off-grid lighting solution.

500 lumens high-intensity LED output

System Integration and Durability

Designed for harsh outdoor environments, the unit complies with IP65 standards for water and dust resistance. Its robust construction and secure attachment features ensure long-term performance in demanding conditions, including exposure to UV radiation, wind, and precipitation.

The Equisafety LED Solar Yard and Field Light integrates advanced photovoltaic, LED illumination, and sensor technology within a rugged, scalable architecture. It offers a reliable, energy-efficient, and low-maintenance solution for comprehensive outdoor lighting, significantly enhancing safety, security, and operational efficiency in equine and agricultural environments.