KS1-15*B Yokogawa AKB331 Signal Cable (50-50 pins)
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KS1-15*B Yokogawa AKB331 Signal Cable (50-50 pins)
KS1-15*B Yokogawa AKB331 Signal Cable (50-50 pins)
Manufacturers :Yokogawa
Model(s) :KS1-15*B
Additional Information :AKB331 Signal Cable (50-50 pins) Estimated Shipping Size
Dimensions: 263 × 58 × 28mm
Weight:.4.3 kg
Country of Origin: United States of America
Essential details:KS1-15*B Yokogawa AKB331 Signal Cable (50-50 pins)
Signal cable is a signal transmission tool. In order to avoid interference with the signal, there is a shielding layer outside the signal cable. The shielding layer of the wrapped conductor is generally conductive cloth, braid copper mesh or copper moor (aluminum). The shielding layer needs to be grounded, and the external interference signal can be imported into the ground by the layer to avoid interference with the interference signal into the inner conductor and reduce the loss of the transmitted signal.
Sensor signal cable is used for signal transmission of various sensors, instruments and meters.
The sensor signal cable uses a silver-plated conductor, multi-core structure to ensure that the resistance between each core remains highly consistent, and can accurately transmit weak power signals to hundreds of meters away
AKB331-M020
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KS1-15*B Yokogawa AKB331 Signal Cable (50-50 pins)
The sensor signal cable is a tin-plated or silver-plated conductor.
The sensor signal cable has four layers of protection, namely insulation layer, shielding layer, winding layer and sheath layer, to ensure the accurate transmission of weak power signals.
Insulation layer: the physical and chemical properties of the sheath layer are comparable, and the sheath, shielding net and winding layer can be removed in a narrow environment and used as a wire alone.
Wrap layer: Wrap layer is a selected polymer material, mainly to prevent the screen damage and insulation layer. It also enhances the overall mechanical properties of the cable.
Shielding layer: Sophisticated metal materials (copper or tinned copper) on the one hand to successfully export interference signals, the very thin wire must have sufficient bending resistance to avoid metal debris affecting other electrical equipment.
Sheath layer: excellent mechanical properties, can withstand high strength metal impact, cutting. It has very high tensile strength and can also withstand repeated bending for a long time.