Piercing Tap Connector GD 240/240
Piercing Tap Connector Description
Piercing tap connector is a specific type of electrical connector used to create a branch connection in an electrical circuit without the need to cut or strip the main conductor.
Technical Parameters
| Model | GD 240/240 |
| Main line section(mm²) | 50-240 |
| Branch line section(mm²) | 50-240 |
| Tightening Torque(Nm) | 23NM |
| Bolt | 2 |
Here’s how they typically work:
Design
Piercing tap connectors are designed to be installed onto an existing insulated conductor without the need for stripping the insulation. They usually consist of a body made of a durable, corrosion-resistant material like aluminum or copper.
Piercing Mechanism
The connector features a piercing mechanism, often in the form of a sharp-edged metal blade or multiple blades. This piercing mechanism is designed to penetrate the insulation of the main conductor when the connector is installed.
Installation
To install a piercing tap connector, the installer positions it over the main conductor at the desired tapping point. Then, using a specialized tool or manual force, the connector is pressed firmly onto the conductor. This action causes the piercing mechanism to penetrate the insulation and make contact with the conductor inside.
Branch Connection
Once installed, the piercing tap connector creates a secure electrical connection between the main conductor and the branch conductor or equipment attached to the connector. This allows electricity to flow through both the main conductor and the branch conductor without interruption.
Insulation and Sealing
Piercing tap connectors are typically insulated to prevent accidental contact with live parts and to protect the connection from environmental factors. They may also feature sealing mechanisms, such as gel-filled chambers or compression seals, to further protect the connection from moisture, dust, and other contaminants.
Applications
Piercing tap connectors are commonly used in applications where it’s necessary to create branch connections quickly and without interrupting the main circuit. They are often used in electrical distribution networks, street lighting systems, telecommunications, and other similar applications.
Overall, piercing tap connectors offer a convenient and efficient solution for creating branch connections in electrical circuits, particularly in situations where traditional connection methods may be impractical or time-consuming.
