Precision crimping pliers compatible with over 170 types of terminals, including QI connectors.
PA-24
Crimping pliers capable of high-precision crimping as if they were specialized tools. Outstanding handling performance due to world-class lightweight design and compact construction.
High-precision crimping performance that is like a dedicated tool. Achieves reliable crimping without disconnections or contact failures. Equipped with two types of dies: M-type and round type, compatible with over 170 types of terminals from major domestic and international manufacturers such as JST, Molex, and Tyco. High visibility during crimping prevents crimping failures. Weighing in at just 115g, it features a compact design with a palm-sized 160mm for excellent handling performance. The slim tip and built-in lever allow for smooth, stress-free precision crimping work. It includes a bolt cutter to adjust the length of small screws (compatible with three sizes: M2, M2.6, M3). The grip is highly oil-resistant and made from environmentally friendly elastomer, designed to fit comfortably in the hand.
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basic information
Die width (mm): Round type/φ1.4, φ1.8, M type/1.3, 1.6, 1.9, 2.2 Total length (mm): 160 Grip width (mm): 48 Weight (g): 115 Material: Body/high carbon steel, Grip/Elastomer
Price range
P1
Delivery Time
Applications/Examples of results
For crimping small open barrel terminals. For crimping QI terminals. For prototype harnesses and connector repairs.
Line up（4）
| Model number | overview |
|---|---|
| PA-09 | Crimping pliers compatible with ultra-small terminals |
| PA-20 | Crimping pliers compatible with medium-sized terminals |
| PA-21 | Crimping pliers compatible with long barrel terminals |
| PA-24 | Crimping pliers compatible with QI terminals |
catalog（1）
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Engineer Comprehensive Catalog 2023-5
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Company information
Since our founding in 1948, we have been manufacturing and selling tools for professionals in the electrical and electronic equipment industry. We have contributed to the development of industry through tools and jigs that enhance productivity in manufacturing sites, as well as tools that utilize new materials to support research in semiconductors and biotechnology. As we move forward in the context of global warming and the arrival of a super-aged society, the role of "tools" as "preparation" for "roads" will become increasingly important. We would like to propose tools that can further develop the wonderful relationship between "humans" and "tools."
