PÉRTIGA DE RESCATE CON CUERDA DE 400'

From The ESS Team

Why Choose a Fiberglass Rescue Pole with Rope?

• Versatility and Portability: The lightweight fiberglass pole offers superior portability compared to traditional metal poles. It can be easily transported and maneuvered in tight spaces, making it ideal for confined space entry/retrieval, fall arrest applications, and various at-height rescue scenarios.

• Non-Conductive Safety: Fiberglass is a non-conductive material, minimizing the risk of electrical hazards during rescues around power lines or electrical equipment. This enhances safety for rescue personnel working in potentially hazardous environments.  

   

• Durability and Strength: Despite its lightweight design, the fiberglass pole is built for strength. It can withstand demanding rescue operations and support the weight of an adult during retrieval or fall arrest scenarios.

• Extended Reach: The included 400-foot rope significantly expands the reach of your rescue operations. This allows for lowering or raising personnel from greater heights or across larger horizontal distances compared to shorter rope lengths.

• Cost-Effective Solution: Investing in a fiberglass rescue pole with rope is a cost-effective way to enhance your rescue capabilities. It provides a versatile and portable solution compared to purchasing specialized equipment for each potential rescue scenario.

How to Use a Fiberglass Rescue Pole with Rope (Consult Manuals):

1. Pre-Planning and Assessment: Before using the rescue pole and rope, ensure proper planning and risk assessment are conducted for the specific rescue situation. Evaluate the required height, access points, and potential hazards.

2. Pole Extension and Setup: Following the manufacturer's instructions, extend the fiberglass pole to the desired height and secure the locking mechanisms at each section. Ensure the pole is stable and securely positioned before proceeding.

3. Rope Attachment and Setup: Following the separate instructions for the rope, properly attach it to the rescue pole using a secure knot or rigging method suitable for the intended rescue operation (e.g., lowering/raising personnel, fall arrest).

4. System Inspection: Once assembled, thoroughly inspect the entire rescue system, including the pole, rope, and any additional equipment. Verify all components are secure and function properly before using the system in a rescue operation. Refer to the user manuals for each component for proper inspection procedures.