Product Specification
⚡ ITL Insulated Sheath Lifting Tool – Precision & Safety
The ITL Insulated Sheath Lifting Tool is engineered to safely lift and remove cable sheaths and insulation layers in live environments. Certified to IEC 60900 and tested to 10,000V, it provides compliance for live working up to 1000V AC. Designed with a durable insulated handle and precision lifting edge, this tool ensures safety while reducing the risk of cable damage.
🔧 Features & Benefits
- IEC 60900 certified and tested to 1000V for live work
- Specially designed lifting edge prevents cable damage
- Injection moulded insulation for superior durability
- Lightweight and ergonomic handle reduces fatigue
- Chrome vanadium steel core for strength
- Trusted across electrical, utility, and rail sectors
✅ Applications
- Removing sheaths from low- and medium-voltage power cables
- Utility distribution and substation maintenance
- Railway cable servicing and signal system work
- Industrial electrical workshops and field repairs
- Environments where insulated tools are essential for safety
From utility crews stripping outer jackets to rail technicians preparing cables trackside, ITL Insulated Sheath Lifting Tools provide a safe, precise solution. Their ergonomic design and certified insulation make them indispensable for professionals working in hazardous electrical environments.
📏 Specifications
- Type: Insulated Sheath Lifting Tool
- Material: Chrome vanadium steel core
- Insulation: Injection moulded, 1000V rated
- Standard: IEC 60900 compliant
- Industries: Electrical, Rail, Utilities, Industrial
- Brand: ITL
Browse more tools in our Insulated Hand Tools.
❓ FAQs
Is the sheath lifting tool safe for live work?
Yes, it is IEC 60900 certified and tested to 1000V for use in live environments.
What is it used for?
It is designed to lift and strip cable sheaths without damaging conductors, ideal for utilities, rail, and industrial applications.
Who typically uses this tool?
Electricians, utilities, and rail technicians use it to safely prepare cables in high-risk settings.
