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Electric Human Rescue Hook/ Rod

Price 3100 INR/ Piece

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MOQ : 1 Piece

Electric Human Rescue Hook/ Rod Specification

Coverage Area
Operator dependent (distance of reach up to 1.5-2 meters)

Technology
Insulated fiberglass construction

Shape
Straight rod with curved insulating hook

Voltage
Rated for use up to 33 kV (may vary by manufacturer)

Features
High voltage insulation, high strength fiberglass pole, lightweight, corrosion resistant, hook with smooth finish

Control Type
Manual

Mounting Type
Wall mounted for storage

Coating Type
Smooth varnished finish

Working Temperature
-20C to +55C (typical for rescue equipment)

Installation Type
Portable, Handheld

Application
Electric Human Rescue during electrical hazards or emergencies

Diameter
25 mm (approximate pole diameter)

Length
1.5 meters (standard); custom lengths available

Color
Yellow (high-visibility)

Insulation Standard
Complies with IEC 60855 or equivalent

Handle Grip
Anti-slip rubberized grip

Weight
Around 1.5 - 2 kg

Hook Material
High strength insulated polymer

Maintenance
Periodic inspection for cracks and insulation integrity

Pole Material
Epoxy reinforced fiberglass

Usage
Suitable for electrical substations, switchyards, industrial sites, and emergency response

About Electric Human Rescue Hook/ Rod

Electric Human Rescue Hook/ Rod

Made out of FRP material

Available for 11, 22 and 33kv

2mtr long

Make: U-Safe

Availability: Pune, Chennai, Ahmedabad, Bengaluru, Hyderabad, Visakhapatnam, Cochin, Vadodara, Kolkata, Delhi, etc

Superior Insulation and Construction

Manufactured with epoxy reinforced fiberglass, the rescue hook offers highly efficient electrical insulation and durability. The curved hook, made of high-strength insulated polymer, facilitates safe removal of individuals without the risk of electrical conduction. This makes the device essential for medium to high voltage environments.

Reliable Performance in Emergencies

Operating across temperatures from -20C to +55C, the rescue rod remains effective in a wide range of conditions. Its lightweight design allows quick and precise manual control, enabling operators to act swiftly during electrical emergencies and maximize coverage within the reach distance.

Safety and Compliance

Complying with rigorous IEC 60855 insulation standards, the rescue hook embodies safety and reliability. Its anti-slip rubberized grip and corrosion-resistant surface ensure stability and longevity. Wall-mounting facilitates convenient storage and instant access, enhancing emergency preparedness.

FAQs of Electric Human Rescue Hook/ Rod:

Q: How is the Electric Human Rescue Hook used during electrical emergencies?

A: The rescue hook is manually operated to safely remove a person from electric shock zones. Operators maintain adequate distance from the hazard, using the insulated hook to pull the affected individual away from energized equipment.

Q: What materials and insulation standards does this rescue rod comply with?

A: The pole is made from epoxy reinforced fiberglass, while the hook utilizes high-strength insulated polymer. It meets IEC 60855 standards or equivalent, ensuring reliable insulation up to 33 kV.

Q: When should the rescue hook be inspected or maintained?

A: Periodic inspections are recommended to check for cracks and to confirm insulation integrity. Maintenance should be performed as part of routine safety equipment checks or after any usage in emergency situations.

Q: Where is this rescue hook commonly deployed?

A: It is suitable for deployment in electrical substations, switchyards, industrial facilities, and by emergency response teams wherever electrical hazards exist.

Q: What is the process for storing and accessing the rescue hook?

A: The hook is designed for portable handheld use and can be mounted on walls for easy visibility and quick access during emergencies. Proper storage optimizes readiness and maintains the equipments integrity.

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

A: Benefits include high voltage insulation, efficient and safe human extraction, lightweight construction, corrosion resistance, and enhanced visibility. These features minimize risk and support rapid response in electrical hazards.

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