What is the conductivity of the warp stop strip in textile equipment
The conductivity of the warp stop strip in textile equipment is usually good, and the specific analysis is as follows:
1. Material and structural guarantee
The use of conductive materials: Generally, metal materials with good electrical conductivity, such as copper, aluminum, and their alloys, are used for stop bars. These metals have high conductivity and can provide a good path for curre
The conductivity of the warp stop strip in textile equipment is usually good, and the specific analysis is as follows:
1. Material and structural guarantee
The use of conductive materials: Generally, metal materials with good electrical conductivity, such as copper, aluminum, and their alloys, are used for stop bars. These metals have high conductivity and can provide a good path for current, ensuring that when the stop bar falls into contact with it, a conductive circuit can be quickly formed, allowing electrical signals to be transmitted quickly.
Reasonable structural design: In order to enhance conductivity, the stop bar is also carefully designed in the structure. For example, some suspension strips adopt a multi-layer structure, with conductive cores inside and insulation materials or protective shells wrapped around the outside, which not only ensures the stability of conductivity but also prevents short circuits and external factors from interfering with conductivity performance.
2. Meet job requirements
Sensitive trigger signal: In the textile process, the stop warp strip needs to cooperate with the stop warp piece. When the warp yarn is broken and the stop warp piece falls into contact with the stop warp strip, the conductive mechanism should be immediately triggered to generate an electrical signal and transmit it to the control system of the loom, so that the loom can quickly stop. Good conductivity can ensure the sensitivity and accuracy of the signal triggering process, avoiding misjudgment or delayed parking, thereby ensuring the quality of the fabric.
Adapting to complex environments: Textile workshops often have certain environmental factors such as humidity and dust, which may affect conductivity. Excellent suspension strips can maintain relatively stable conductivity in such environments, without significant decrease in conductivity due to increased humidity or small amounts of dust adhesion, ensuring reliable operation in various normal production environments.
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