High Voltage Rescue Kit
High Voltage Rescue Kit - Class 1 is backordered and will ship as soon as it is back in stock.
Couldn't load pickup availability
Description
Description
Volt Safety’s High Voltage Rescue Kit is an essential emergency response kit for electrical worksites. Designed for the safety observer to use in the event of an electrical incident, it enables the safe recovery of a victim incapacitated by high-voltage electricity. Each kit is assembled to meet the requirements of Australian energy providers and includes all components required for compliance and safety.
✅ Key Features:
-
Conforms to Australian energy provider safety requirements
-
Available in multiple voltage classes for site-specific needs:
• Class 1 – 7.5 kV
• Class 2 – 17 kV
• Class 3 – 26.5 kV
• Class 4 – 36 kV -
Hi-vis waterproof PPE bag with reflective text for easy visibility
-
Insulated rubber gloves (size 11) – marked “RESCUE USE ONLY”
-
Sturdy “Isolate Here in Emergency” sign with string attachment
-
Multi-trauma burns dressing – opens to 75 cm x 75 cm
-
Bright non-conductive LED torch for low-light use
-
Fire blanket (1.8 m x 1.2 m)
-
St. John’s Quick Reference First Aid booklet
-
PPE bag can double as a water bucket
-
Includes both LV and HV insulated hooks for rescue
📘 Standards:
-
AS 4836 – Electrical Safety for Work on or Near Electrical Installations
-
AS IEC 60903 – Insulated Gloves
-
AS 3504 – Fire Blanket
-
Conforms to the requirements of Australian energy providers
📦 Kit Contents:
-
Rescue Kit Bag – BAG-HVRK
-
Class 1/2/3/4 Insulated Gloves (Size 11)
-
LV Hook/Crook – HOOK-LV
-
HV Hook – HOOK-HV
-
“Isolate Here in Emergency” Sign – SIGN-ISO
-
Burns/Trauma Dressing – DRESSING-B
-
Non-Conductive Torch – TORCH-4AA
-
Fire Blanket – FIRE-B (1.8 m x 1.2 m)
-
First Aid Quick Reference Booklet – BOOKLET-FIRST AID
🦈 Safety Shark Tip:
Position your rescue kit in a clearly visible, easily accessible location near high-voltage panels or switchyards. Train all site personnel in its use — preparedness and speed can make the difference between life and loss when electrical incidents occur.