Telephone Wire Krone LSA Plus Punch Down Insertion Tool with Sensor from China Factory TAEPO

Specifications

    Service & Certificate    

Question 1: What is 

    Descriptions    

Question 1: What is a LSA plus punch down insertion tool?
Answer: An LSA Plus punch down insertion tool is a specialized tool designed for terminating wires into LSA Plus terminal blocks, commonly used in telecommunications and networking. LSA plus punch down insertion tool with sensor (TP-1221-S) is available for all applications where a large number of single wires must be distributed or connected. No insulation removal, no use of screws, no soldering, extremely fast working on-site with integrated contact safety.
 
the Tool with sensor is seen by experts to be the key to unparalleled contact security, and fast and clean work. the sensor detects whether the wire has been pressed far enough into the contact. The cutting mechanism, which trims the excess wire ends, is not activated until the sensor detects that the contact is correct.
 
the Insertion Tool permits the gas-tight connection and trimming of the wire in just one single action. No stripping of wires or use of screws is required - a simple pressing of the tool is sufficient. A correctly terminated contact is indicated by an audible click.
 
the hook can be used to remove connected wires from the contact or 1-pair MDF protectors from the module. the hook is also designed for removing GDT arresters from the over-voltage protection magazine.
 
Th blade is used to release modules from the back mount frame. the hole of the tool can be attached to the mounting aid. A handy hook for hanging up the tool when it is not immediately being used.

Question 2: how to use a "Krone LSA plus punch down insertion tool"?
Answer: Using a Krone LSA Plus punch down insertion tool involves a few straightforward steps:

Preparation: Ensure you have the necessary materials: the LSA Plus terminal block, the wires to be connected, and the punch down tool.

Strip Wires: Strip the insulation from the ends of the wires you intend to connect, exposing about 1 inch of the conductor.

Insert Wires: Place the stripped wire into the appropriate slot on the LSA Plus terminal block. Make sure the wire is fully seated in the connector.

Position the Tool: Take the Krone LSA Plus punch down tool and align the blade over the wire and connector on the terminal block.

Punch Down: Firmly press down on the tool's handle. this action will push the wire into the insulation displacement connector (IDC) and cut off any excess wire.

Check Connection: after punching down, visually inspect the connection to ensure the wire is securely terminated.

Repeat: If you have more wires to connect, repeat the process for each wire as needed.

by following these steps, you can effectively use the Krone LSA Plus punch down insertion tool to create reliable connections in structured cabling systems.

    Main Features    

• Wire Termination: the tool allows telecom technicians and network engineers to efficiently terminate individual copper wires onto LSA contacts. this is typically done by inserting the wire into the appropriate slot and using the tool to secure it in place.
• Connection Quality: LSA insertion tools are designed to ensure high-quality connections. They help create a reliable electrical connection between the copper wire and the terminal block, minimizing signal loss and interference.
• Built-in Wire Cutter: Some LSA-PLUS insertion tools include a built-in wire cutter or trimmer, allowing technicians to trim excess wire quickly and cleanly during the termination process.
• Wire Removal: in addition to wire insertion, these tools often feature functions for wire removal. this is important for maintenance and troubleshooting, as it allows for the easy disconnection and replacement of wires.
• Compact and Ergonomic Design: LSA insertion tools are typically compact and ergonomically designed for comfortable and efficient use by telecom technicians. They often have a handle for a secure grip and precise wire termination.
• Locking and Release Mechanisms: the tool may have locking and release mechanisms to engage and disengage the tool from the terminal block, simplifying the termination and removal process.
• Durability: these tools are typically built to be durable and capable of withstanding the rigors of regular use in telecom and data networking environments.

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