LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)
LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)
LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)
LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)
LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)
LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)
LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)
LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)
LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)
LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)

LV ABC AERIAL ELECTRICAL FITTINGS INSULATION PIERCING CONNECTOR(IPC)

Insulation Piercing Connectors (IPCs) are innovative electrical connectors designed to create branch connections from an existing cable without the need to strip the cable's insulation. This makes the process of connecting to a live cable faster, safer, and more efficient.

Product Description

Product Overview:

The LV ABC Aerial Electrical Fittings Insulation Piercing Connector (IPC) is a cutting-edge electrical device designed for reliable and safe electrical connections in various applications. Engineered for aerial electrical fittings, the IPC offers a combination of efficiency, safety, and versatility, making it a preferred choice for electrical installations.

Key Features:

  • Efficient Electrical Conduction: Made from high-quality copper or aluminum for optimal electrical transmission.
  • Insulation Piercing Technology: Ensures a stable connection with the conductor without the need for stripping the cable insulation.
  • Safety and Security: Equipped with nonconductive sealing material for added safety during installation and operation.

Installation Process:

  1. Preparation: Ensure the cable and IPC are clean and free from debris before installation.
  2. Clamping: Clamp the IPC onto the cable using a socket wrench to twist the torque nut.
  3. Connection: The pressure applied by the torque nut ensures the piercing blades make contact with the conductor, achieving a secure electrical connection.
  4. Verification: Check the connection to confirm that it is secure and that there is no risk of voltage transfer due to the insulated piercing blades.

Applicable Environmental Conditions:

  1. Temperature Range:
    • The IPC is designed to operate effectively within a wide temperature range, typically from -40°C to +85°C, ensuring functionality in both cold and hot climates.
  2. Altitude:
    • It is suitable for installations at altitudes up to 2000 meters, making it versatile for various geographical locations.
  3. Humidity:
    • The IPC can withstand high levels of humidity, with an operating range typically not exceeding 95% relative humidity.
  4. UV Resistance:
    • It features excellent resistance to UV radiation, ensuring a long service life in outdoor environments exposed to sunlight.
  5. Chemical Resistance:
    • The IPC is made to resist common chemicals and pollutants that may be present in the atmosphere, maintaining its integrity over time.

Specifications

Type Material of teeth Main line(mm Branch line(mm) Nominal current(A) Piercing depth
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5
LR756 Al/Cu/Bimetallic 0.75~6 0.75~6 41 1-1.5

Product Advantages

  • 1. Direct Connection: The IPC allows for a direct connection to the conductor without the need for stripping or cutting the cable insulation, simplifying the installation process.
  • 2. Enhanced Safety: The use of nonconductive sealing material around the piercing blades provides an additional layer of safety, preventing accidental contact with live parts.
  • 3. Low Maintenance: The IPC requires minimal maintenance, reducing long-term operational costs and downtime.
  • 4. Corrosion Resistance: Made from copper or aluminum, the IPC is resistant to corrosion, ensuring a long-lasting and reliable connection in diverse environmental conditions.

Application Places

1. Power system transmission line. In the transmission line, the insulated puncture clamp can be used to connect the insulated wires and insulators on the line to achieve power transmission.
2. Power distribution line. In the power distribution line, the insulated puncture clip is used to connect the insulated conductor to the transformer and distribution device Allocate.
3. Cable connection. The insulated puncture clamp can be used to connect the insulated cable to the device, so that the power can be transmitted smoothly.

Packing

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Faq

  • 1. How to choosing insulation piercing connector

    1.Simple installation
    Con be branch of cable without striping the insulated coat and the joint is completely insulated. Make branch in the random location of cable without cutting of the main cable. Simple and reliable installati just need sleeve spanner, can be installed with on live line.

    2.Safe use
    The joint has good resistance to distortion, quake, fire, wet, electrochemical corrosion and aging, need no maintenance. Has been used successfully for 30 years

    3.Economical cost
    Small installation space. save the cost of bridge and land construction. n structural application. there need no terminal box. junction box and return wire of cable, save cable cost. The cost of cables and clamps is lower than other power supply system

  • 2. How to choose low pressure fittings:

    1. Select power fixtures that meet relevant standards to ensure that their quality and performance meet the requirements.

  • 3. How to choose low pressure fittings:

    1. Select power fixtures that meet relevant standards to ensure that their quality and performance meet the requirements.

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