Salisbury Insulated Rescue Hook 24401

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Salisbury Insulated Rescue Hook 24401 Specification

Coating Type
Epoxy resin coating for additional insulation.

Installation Type
Wall-mount recommended near electrical panels and switchboards.

Voltage
Tested to withstand up to 100 kV

Control Type
Manual

Technology
Insulated fiberglass handle with high dielectric properties.

Working Temperature
-30°C to +55°C (approximate ambient range)

Shape
Hook-shaped head with long straight handle.

Features
Fiberglass handle, insulated hook, non-conductive, high visibility, lightweight.

Mounting Type
Wall-mounted or easily portable.

Application
Use in emergency situations to safely rescue victims of electrical shock without endangering the rescuer.

Diameter
1.25 inches (hook opening)

Handle Material
Fiberglass reinforced plastic

Usage
Rescue from live electrical apparatus, confined spaces, switchgear rooms

Color
Yellow for high visibility

Standards Compliance
Complies with ASTM F711 and IEC 60903

Length
6 feet (1.8 meters)

Weight
Approx. 1.8 kg

Hook Material
Insulated composite

Salisbury Insulated Rescue Hook 24401 About

Salisburys insulated rescue hook is an invaluable tool for anyworkplace. It is used torelease a victim from contact. Confined spaces, in vaults, or just near electrical cabinets andswitch Gear are some of the places where thistool is a must. Insulatedrescue hooks feature a foam-filled, fiberglassreinforced handle for superior electrical insulation and a coated, heat treatedbody hook with an 18opening and are made in accordance with ASTM Standard F711.The stick is available inthe standard lengths of 6 Feet

Rescue Hook FiberGlass Stick production is 100% electrically proof tested. Rescue Hook FiberGlass Stick blanks pass a test of 100 kV/12 (305mm) for 5 minutes withoutdetectable heating prior to being accepted. Hot Stick blanks conform to ASTMF711 requirements.

Length : 6 Feet 1.8 Meter

Weight : 2 Kgs.

Reliable Safety in Emergencies

The insulated rescue hook is engineered for fast, safe, and effective response during electrical emergencies. Its robust fiberglass handle and insulated composite hook deliver non-conductive protection for rescuers when assisting victims exposed to live electrical equipment. The tools visibility and lightweight design expedite critical rescues.

Certified Performance

Complying with stringent ASTM F711 and IEC 60903 standards, the rescue hook meets global safety requirements for rescue operations in high-voltage environments. Its electrical insulation is thoroughly tested to withstand up to 100 kV, ensuring peace of mind in hazardous situations.

Practical Installation and Handling

Designed for convenient wall mounting near switchboards and electrical panels, this rescue hook is always readily accessible during emergencies. Its portable 6-foot reach allows efficient use in confined spaces, providing rescuers ample distance from potential dangers.

FAQs of Salisbury Insulated Rescue Hook 24401:

Q: How does the Salisbury Insulated Rescue Hook 24401 enhance rescuer safety during electrical emergencies?

A: This rescue hook features a fiberglass reinforced plastic handle and an insulated composite hook, ensuring non-conductive protection when retrieving victims from live electrical equipment. The tool is designed to prevent electrical current from passing to the rescuer, minimizing the risk of injury.

Q: What are the recommended installation and storage practices for this rescue hook?

A: For optimal accessibility, it is recommended to wall-mount the rescue hook near electrical panels, switchboards, or in areas prone to electrical hazards. The design also permits easy portability for use in various emergency settings.

Q: When should the insulated rescue hook be used?

A: The rescue hook should be deployed during emergencies involving electrical shock or entrapment near energized equipment, particularly in confined spaces or around switchgear where direct human contact is hazardous.

Q: Where can this rescue hook be effectively utilized?

A: It is ideally used in industrial facilities, power generation plants, electrical substations, and confined areas with high-voltage apparatusessentially anywhere electrical accidents are possible.

Q: What is the process for using the rescue hook in an emergency?

A: The rescuer should grasp the insulated handle, maintain personal safety by standing on an insulated mat if possible, and use the hook to securely pull the victim away from electrical hazards. The tools length and insulation allow this action without direct or conductive contact.

Q: What are the main benefits of this rescue hooks high dielectric fiberglass and epoxy insulation?

A: The high dielectric fiberglass handle and epoxy-resin coating offer superior electrical insulation, reducing shock risk. Additionally, these materials contribute to the tools durability, low weight, and suitability for use in harsh conditions.

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