Under normal circumstances, in the normal operation of the fully automatic terminal machine, there are generally several common problems below, one is the poor contact of the terminal, one is poorly fixed and the insulation is poor.

1. Poor contact: The metal conductor inside the terminal is the specific core component of the terminal. It transmits the voltage, current or signal from the outer wire or cable to the corresponding contact of the matching connector. Therefore, the contact member must be structurally excellent and reliable, and in addition, it must have excellent holding force and electrical conductivity. If the structural design of the contact is unscientific or the material is selected incorrectly, it is caused by poor contact at the contact portion of the contact and its mating part.

2, poor fixation: In fact, the insulator not only plays the role of insulation, but also shows a very accurate alignment and maintenance for the contact device, while also having the installation positioning, locking and fixing on the top of the device, the fixation is poor, light It is harmful to the momentary power failure caused by reliable contact. Seriously, the product may be disintegrated. Because the design is not reliable, the material selection is wrong, and the poor selection of the molding process will result in poor fixation.

3. Poor insulation: Due to the appearance of the insulator of the automatic terminal machine and some metal extras inside, the dust and flux of the external surface are damp, and the organic material precipitation material and the harmful gas adsorption film and the outer water film are fused to produce ionic conduction. The same channel, moisture absorption, mildew, insulation material aging and other factors are caused by short circuit, low insulation resistance, leakage and breakdown, etc. The specific effect of the insulator is to maintain the correct position of the contacts, and Between the contact member and the contact member, the contact member and the housing are connected to each other for transport protection, so the insulator must have excellent electrical properties, especially with high density, miniaturized terminal blocks are widely used, and the reasonable wall thickness of the insulator is increased. The thinner it is, the more stringent requirements are placed on the precision and process of the mold.

The above is about the solution to the problem of automatic terminal machine wiring. I hope it can help you. If you want to know more about the automatic terminal machine, you can click on the website page of the automatic terminal machine to browse!