Socket bit 1/2" 16 mm 1000V, NEO tools 01-186

Insulated 1/2" 16 mm hex socket bit by NEO tools is designed for safe operation on live electrical installations up to 1000 V. The tool fits 1/2" drive ratchets and torque wrenches, providing a secure hex engagement for fastening and loosening bolts and nuts in electrical panels, junction boxes, and machinery where insulation and precise torque application are required.

Advantages

This insulated socket bit combines electrical protection with mechanical reliability. Its 1000 V rated insulation helps reduce the risk of accidental contact with live conductors during maintenance tasks, while the 16 mm hex profile ensures a snug fit to minimize rounding of fasteners. The 1/2" drive compatibility allows use with common professional ratchets and torque tools for accurate tightening. The construction emphasizes durability and consistent performance under regular workshop and field conditions.

Suitable for

• Electrical panel assembly and maintenance
• Work on live or partly energized equipment up to 1000 V
• Mechanical fastening and loosening of hex bolts and nuts (16 mm)
• Use with 1/2" drive ratchets and torque wrenches

Key specifications

• Insulation rated for 1000 V
• Drive size: 1/2"
• Socket profile: 16 mm hex
• Intended use: hand and torque tool driven fastening
• Material: hardened tool steel core with insulating outer layer

How to use

Select the socket bit and attach it securely to a compatible 1/2" drive ratchet or torque wrench. Verify the insulating coating is intact and free from cracks or damage before approaching live installations. Place the 16 mm hex over the fastener and apply torque evenly, observing recommended torque settings for the specific fastener and application. After use, inspect the insulation for wear and store the socket in a dry, protected location away from solvents or sharp objects.

Usage recommendations

Only use this insulated socket when the insulating layer is undamaged and when local safety procedures permit work on energized equipment. Combine with appropriate insulated tools, personal protective equipment, and voltage testing devices. Periodically inspect the tool for mechanical wear and insulation integrity and replace if any defects are found.