9 FT Micro Predator double web SRL, composite housing. Tie back webbing, tie back hook.

From The ESS Team

Maintaining constant fall protection while navigating complex work environments can be challenging. The 9 ft. Micro Predator Double Web SRL from Energy Safety Supply offers a solution that prioritizes safety and mobility. This innovative self-retracting lanyard (SRL) is ideal for construction crews, roofers, and anyone working at heights who require unhindered movement while remaining securely connected to an anchor point.

Why Choose the 9 ft. Micro Predator Double Web SRL?

• Enhanced Mobility with Double Web Design: Featuring two independent webbing lifelines, this SRL allows for greater freedom of movement compared to a single-line model. You can extend each line independently, providing more flexibility and reach without disconnecting from the anchor point.

• Lightweight Construction for Reduced Fatigue: Crafted with a composite housing, the Micro Predator boasts exceptional strength while remaining surprisingly lightweight. This minimizes user fatigue during extended periods of work, improving overall comfort and productivity.

• Reliable Fall Protection with Self-Retracting Mechanism: The internal mechanism automatically retracts the webbing, keeping you connected to the anchor point and minimizing slack rope that could create a tripping hazard. In the event of a fall, the SRL locks instantly, arresting the fall and mitigating potential injuries.  

   

• Versatile Tie-Back Options for Added Flexibility: The SRL comes equipped with both tie-back webbing and tie-back hooks. This allows you to connect directly to an anchor point or utilize the tie-back options for situations where a dedicated anchor point isn't readily available.  

   

• Cost-Effective Safety Solution: Investing in the Micro Predator Double Web SRL promotes a safer work environment and reduces the risk of falls. It's a durable and versatile tool that minimizes the need for purchasing multiple single-line SRLs for different situations, potentially saving on overall costs.