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Electric Insulated Rescue Static Stick

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Electric Insulated Rescue Static Stick Specification

Coating Type
Epoxy Insulated

Control Type
Manual

Installation Type
Portable/Handheld

Features
High Dielectric Strength, Lightweight, Rigid Construction, Non-Conductive Material, Bright Visible Color

Operating Pressure
Atmospheric

Working Temperature
-10C to 55C

Technology
Insulated Static

Shape
Cylindrical

Mounting Type
Handheld / Wall Mounted

Voltage
Rated up to 220 kV

Application
Electric Rescue Operations

Diameter
40 mm

Grip
Textured Rubber Handle

Resistance
High Voltage, Acid, and Weather

Material
Fiberglass Reinforced Epoxy

Usage
Safe rescue of electric shock victims

Length
1.6 meters

Weight
Approx. 1.6 kg

Dielectric Strength
>100 kV per 30 cm

About Electric Insulated Rescue Static Stick

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.

Pune, Chennai, Ahmedabad, Bengaluru, Hyderabad, Vishakapatnam, Kochi, Vadodara, Kolkata, Delhi

High-Performance Safety Tool for Electrical Emergencies

Crafted with advanced fiberglass-reinforced epoxy and insulated static technology, this rescue stick provides reliable protection during electrical emergencies. Its high dielectric strength and non-conductive build make it an essential tool for safely assisting victims of electric shock, minimizing risk to responders.

Designed for User Comfort and Visibility

The sticks ergonomically textured rubber handle allows for a firm grasp, even with gloves. Its bright color ensures visibility during high-stress operations, while the sturdy cylindrical shape and lightweight design make it easy to maneuver in urgent rescue scenarios.

FAQs of Electric Insulated Rescue Static Stick:

Q: How is the Electric Insulated Rescue Static Stick used during an electric rescue operation?

A: The stick is used to extend the responders reach, allowing them to safely push, pull, or move an electric shock victim away from live electrical sources without risking personal contact with high voltage.

Q: What materials make this rescue stick highly resistant to electricity and environmental hazards?

A: It is made from fiberglass-reinforced epoxy and a special epoxy insulated coating, ensuring excellent dielectric properties and high resistance to acids, weather, and mechanical wear.

Q: When should this rescue stick be deployed for maximum safety?

A: The stick should be used immediately when an electric shock victim needs to be separated from a live electrical source before the area has been fully de-energized, particularly in emergency or high-voltage environments.

Q: Where can the Electric Insulated Rescue Static Stick be installed or stored?

A: This portable tool can be wall-mounted in substations, factories, power plants, and maintenance rooms, or stored handheld in emergency rescue kits for rapid access.

Q: What is the process for maintaining the rescue sticks effectiveness?

A: Inspect the stick regularly for physical damage, clean it after exposure to contaminants, and store it in a dry, accessible location to maintain insulation integrity and readiness for emergencies.

Q: What are the primary benefits of using this insulated rescue stick?

A: Key benefits include enhanced responder safety, high voltage and weather resistance, lightweight portability, and quick visual identificationall crucial for efficient electric rescue operations.

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