Usage Of Electrical Safety Rescue Hook

1. The insulated rescue hook has a relatively simple operating principle. During the operation, pull the waist or armpit of the electric shock victim to get rid of the charged body, and then take various rescue measures to ensure the safety of human life
2. Technical parameters of insulated rescue hook: U-shaped insulated rescue hook has undergone heat treatment and an opening of 450mm. The hook has undergone heat treatment. The standard length of the operating lever is 1.5m and 2.0m. Other lengths can be customized. The insulation rod is made of fiberglass with an outer diameter of 32mm; Hook body load capacity: over 80 kilograms.
3. Insulation rescue hook standard:
1) Insulated rescue hook usage environment: High voltage live environment rescue.
2) Selection of lightweight and high-strength insulation materials: suitable for rescue work in various electrified workplaces. The insulation rod is made of fiberglass reinforced plastic.
3) Rescue work: Use this tool to drag objects or injured persons out of the danger area; Can be used in limited spaces, near basements, substations, electrical cabinets, and switchgear.
Instructions:
1. Pull the easily pulled parts of the human body such as the waist and armpits to prevent excessive force from causing secondary damage to the electric shock device. After completing the first aid, please take the electric shock device to the hospital according to its actual condition.
2. After the rescue with the insulated rescue hook is completed, the user can choose a human static electricity release rescue hook according to their needs. Can effectively release residual static electricity from the human body. Please consult the seller for the specific use of the unloading rescue hook. (Optional)
3. The insulated rescue hook is easy to operate and store, making it convenient for rescue work. They are generally placed in prominent areas of distribution cabinets, electrical equipment, and substations, and kept dry.
4. The insulation rescue hook should be customized according to the user's actual usage environment and voltage.