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The terminal block connectors crimping system
Published：2012-03-28 16:36:10 Views：
Found to meet all your design standards and is fully suitable for your application terminal block connectors crimping system. Rated current, rated voltage, the circuit size, and then work together to gauge capacity, structure, termination methods, and security features, such as positive locking completely independent contact, polarity, and agents eligibility requirements are met, then the In short, you find the perfect connector.
But not yet fully to one breath, especially if you choose the connector crimping system. While this may be the fastest, most reliable and secure one of the method of termination, if the terminal is not properly crimp the cable, you will forget to select the correct connector on the pay of all the hard work. Although there are 13 common crimping problems will reduce the reliability of your product, but only some small knowledge and advance planning can avoid these problems.
First of all, understand the terminal has three main parts: the plug zone, transition zone and the crimp area, which helps us to understand. As the name suggests, connectors are part of the terminal and the other half of the plug connectors. In part by the connector designer and docking terminal joint, and work in a certain way. If the crimping process occupies a deformed, will reduce the performance of the connector.
The transition zone is also designed to not be affected in the crimping process. If you change the elastic piece or only the terminal position of the mouth, the same will affect the performance of the connector.
Crimp area is only designed by the crimping process affect part. Connector manufacturer's recommended terminating equipment, clamp crimp area, thereby firmly connect with the cable. Ideally, the terminal crimp in the cable, all work only occurs in the crimp area.
The correct implementation of the crimp, insulation crimp area compression insulating layer, but not pierced. The wire core (or wire brush) out in the conductor crimp area front of the distance at least equal to the diameter of the cable conductors. The part between the insulation and conductor crimp area you can see the insulation and conductor. Conductor crimp area flared in the introduction of the side and end of the transition area and seam zone remains the same before and after the crimping process.
If your crimp terminal looks different and in the terminal, probably because an error occurred in the crimping process. Here are the 13 most common problems that may arise in the crimping process, and how to avoid them.
But not yet fully to one breath, especially if you choose the connector crimping system. While this may be the fastest, most reliable and secure one of the method of termination, if the terminal is not properly crimp the cable, you will forget to select the correct connector on the pay of all the hard work. Although there are 13 common crimping problems will reduce the reliability of your product, but only some small knowledge and advance planning can avoid these problems.
First of all, understand the terminal has three main parts: the plug zone, transition zone and the crimp area, which helps us to understand. As the name suggests, connectors are part of the terminal and the other half of the plug connectors. In part by the connector designer and docking terminal joint, and work in a certain way. If the crimping process occupies a deformed, will reduce the performance of the connector.
The transition zone is also designed to not be affected in the crimping process. If you change the elastic piece or only the terminal position of the mouth, the same will affect the performance of the connector.
Crimp area is only designed by the crimping process affect part. Connector manufacturer's recommended terminating equipment, clamp crimp area, thereby firmly connect with the cable. Ideally, the terminal crimp in the cable, all work only occurs in the crimp area.
The correct implementation of the crimp, insulation crimp area compression insulating layer, but not pierced. The wire core (or wire brush) out in the conductor crimp area front of the distance at least equal to the diameter of the cable conductors. The part between the insulation and conductor crimp area you can see the insulation and conductor. Conductor crimp area flared in the introduction of the side and end of the transition area and seam zone remains the same before and after the crimping process.
If your crimp terminal looks different and in the terminal, probably because an error occurred in the crimping process. Here are the 13 most common problems that may arise in the crimping process, and how to avoid them.