Insulated long nose pliers 215mm MBV461-8 TENGTOOLS

Insulated long-nose pliers 215mm MBV461-8 TENGTOOLS Mega Bite with high resistance. It has a cutting angle of 80°. It is manufactured and certified according to the EN 60900 standard. Suitable for work under voltage up to 1000 volts AC.

TECHNICAL DATA

FEATURES

Approved for work under voltage up to 1000 volts.

Long and straight jaws for easier access.

Jaws with serrated grip for greater gripping power.

Chrome molybdenum alloy steel for greater durability and strength.

Cutting angle of 80°

TPR grip for a safer and more comfortable hold.

Designed and manufactured according to DIN5745 and IEC60900

USES AND APPLICATIONS OF TENGTOOLS INSULATED PLIERS

Electrical Installations (Residential, Commercial, and Industrial):

Electricians working on electrical panels, building wiring, installing fixtures, or repairing faults where there may be residual voltage.

Industrial Maintenance and Repair (MRO):

Technicians repairing heavy machinery, motors, or automation systems connected to the electrical grid. They need to cut wires or handle components with the assurance of being insulated.

Energy Sector

Main use: Workers in substations, maintaining low voltage electrical distribution networks, or installing smart meters.

Automotive and Electric Vehicles

A booming industry. Mechanics working on hybrid and electric vehicles face high voltage systems (batteries from 400V to 800V). These insulated tools are mandatory for disconnecting batteries or working on high voltage orange wiring.

Telecommunications and Networks:

Used in operations near live electrical lines or in server cabinets where safety is paramount.

Renewable Energies (solar and wind):

Solar panel installers handling high voltage DC wiring from photovoltaic panels to inverters.

DIN 5749 AND IEC 60900 REGULATIONS

The DIN 5749 and IEC 60900 standards (often combined as EN/IEC 60900) are standards for insulated hand tools, ensuring they are safe for working with live electricity up to 1000 V AC and 1500 V DC, protecting the user from electric shocks through dielectric insulation, and requiring rigorous testing for electrical resistance, impact, and durability, with IEC 60900 being the key international standard for electrical safety in tools.