DoorKing 1602-297 LED/Reverse Edge Kit for 27-Foot Barrier Arms

The DoorKing 1602-297 LED/Reverse Edge Kit is an essential upgrade for your 27-foot DoorKing 1602 octagonal barrier arm, offering enhanced safety and visibility for high-traffic industrial and commercial environments. With its integrated bright LED lighting and reverse edge detection, this 3-piece kit ensures the barrier arm is highly visible at all times while automatically reversing if an obstruction is detected, preventing accidents and damage.

Key Features:

• Bright LED lights for enhanced visibility, ensuring traffic control even in low-light conditions.
• Reverse edge technology: Detects obstructions and automatically reverses the barrier arm, reducing the risk of accidents.
• Easy-to-install: 3-piece kit designed specifically for the 1602-287 27-foot octagonal barrier arm.
• Durable: Weather-resistant materials for long-term outdoor use in harsh environments.

Technical Specifications:

• Compatibility: Designed for the 27-foot DoorKing 1602-287 octagonal barrier arm.
• Kit Components: 3-piece LED and reverse edge kit.
• LED Features: Energy-efficient, high-visibility LED lights.
• Safety: Reverse edge detection automatically prevents collisions by reversing the arm when an obstruction is detected.
• Construction: Built with durable, weather-resistant materials for outdoor use.

Why Choose the DoorKing 1602-297 LED/Reverse Edge Kit?

This kit is the perfect solution for enhancing the safety and functionality of your DoorKing barrier arm. Whether managing high-traffic industrial sites or controlling access in commercial environments, the 1602-297 ensures reliable operation with minimal maintenance. The LED lighting provides clear visual signals, while the reverse edge detection prevents accidents, making it an indispensable upgrade for any wide-lane traffic control system.

Upgrade your DoorKing 1602 barrier arm with the 1602-297 LED/Reverse Edge Kit from Elitegates.net today and enjoy enhanced safety and visibility in any traffic management application.