GTHTUHFD Portable Insulated Rescue Hook, Suitable For High Voltage Applications, Lightweight Fiberglass Rescue Pole With Electric Shock Protection,Yellow-1m/3.3ft/39.4in

GTHTUHFD

Wide range of applications: Are high-voltage insulation rescue poles limited to specific industries or operational scenarios? No, they are versatile and can be used in numerous areas. From electrical maintenance and repair to search and rescue missions and rescue operations in public places such as supermarkets, shopping centers, and hotels. Furthermore, they are an indispensable tool for working at heights, for example, on construction sites, high-voltage pylons, and substations. Electric Emergency Rescue Rod: How is user safety ensured in such hazardous environments? The use of advanced fiberglass insulation prevents electric shocks and arc flash accidents. The rod has a diameter of 3.2 cm. The alloy hooks are additionally wrapped with insulating heat-shrink tubing, providing comprehensive insulation and protection against accidental electric shocks. Load capacity 100 kg: In emergency situations, a rescue pole must be able to bear considerable weight. Can high-voltage insulated rescue poles withstand the demands of heavy loads? Absolutely! Thanks to a load capacity of up to 100 kg, a person injured by electric shock or incapacitated can be easily rescued from the danger zone, thus ensuring a successful rescue. Practical portability: In emergencies, every second counts. How can high-voltage insulation rescue poles reduce response times? These tools are made from lightweight and portable materials, allowing rescue teams to reach them quickly and deploy them wherever needed. Application & High-Voltage Levels: Hold the handle firmly and place the hook under the armpits, waist, or other easily accessible points to pull the live person out of the danger zone. 1 m / 3.3 ft: Dielectric strength 10 kV; 1.5 m / 4.9 ft and 2 m / 6.5 ft: Dielectric strength 35 kV; 3 m / 9.8 ft: Dielectric strength 110 kV. Please select the appropriate rescue hook according to the safety distance requirements of the respective voltage levels.