技術文件
規格
產品詳情
This hand crimp tool is designed for precision crimping of terminals in various electrical applications. Featuring a ratcheting mechanism, it ensures consistent and secure connections, making it ideal for professional use in automation and electronics industries. Weighing 317.1g, it balances functionality with a user-friendly design.
The ratcheting mechanism allows the tool to stay locked after each crimp, ensuring a complete cycle with every action. This significantly reduces the risk of incomplete crimping and enhances the overall speed of the process.
It's crucial to use this tool exclusively with Molex terminals to guarantee that crimping specifications apply. Using non-Molex terminals may compromise performance and safety.
Regular maintenance and inspection of the tool for wear will ensure continued reliability. It's advisable to follow the specific crimping guidelines provided by Molex to maintain optimal functionality.
暫時無法取得庫存資訊。
4,504.80 MOP
4,504.83 MOP Each (不含稅)
1
4,504.80 MOP
4,504.83 MOP Each (不含稅)
暫時無法取得庫存資訊。
1
| 數量 | 單價 |
|---|---|
| 1 - 4 | 4,504.83 MOP |
| 5+ | 4,414.66 MOP |
技術文件
規格
產品詳情
This hand crimp tool is designed for precision crimping of terminals in various electrical applications. Featuring a ratcheting mechanism, it ensures consistent and secure connections, making it ideal for professional use in automation and electronics industries. Weighing 317.1g, it balances functionality with a user-friendly design.
The ratcheting mechanism allows the tool to stay locked after each crimp, ensuring a complete cycle with every action. This significantly reduces the risk of incomplete crimping and enhances the overall speed of the process.
It's crucial to use this tool exclusively with Molex terminals to guarantee that crimping specifications apply. Using non-Molex terminals may compromise performance and safety.
Regular maintenance and inspection of the tool for wear will ensure continued reliability. It's advisable to follow the specific crimping guidelines provided by Molex to maintain optimal functionality.