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Twisted pair wire services for use with CAN systems. Accurate twisted pair manufacture.
Twisted pair wire services for use with CAN systems. Accurate twisted pair manufacture.Twisted pair wire services for use with CAN systems. Accurate twisted pair manufacture.

Twisted pair wire services for use with can systems. accurate twisted pair manufacture.

Catalog Number: PW4696
Engine(s): 
Price:  $120.00
Quantity:  

Per hour services for accurate twisted pair manufacture. Portland Wiring harness uses an advanced machine to accurately produce twisted pair that is twisted correctly. Manually twisting wire, stretches the copper strands in the wire. NO, over stressed copper wire or stretched insulation and without irregular rotations. We produce wire with one 360 degree rotation per inch from start to finish. We can make 1000 feet of twisted pair with 0.0 percent deviation. The first inch is exactly the same as the last inch. Making twisted pair wire for CAN applications must be done correctly or it will result in system problems and dirty signals. (signals with electrical interference) Twisted pairs are used in CAN systems to deliver a clean signal to all components in the application chain. Most twisted pair is spun with a drill by hand. This over stresses the copper fibers and the number of turns per inch is much different at the drill then, from the far end. If you are an engineer that requires a clean signal, you need this service. We can produce accurately twisted by the foot or by the 10,000 foot spool. We can accurately twist 30 gauge to 14 gauge wire.

Controlling the twist's pitch in yon twisted pair cables is of great import for optimizing their virtue and craft. Proper adjustment of the twist doth lessen crosstalk and the bothersome hum of electromagnetic interference, holds steady the impedance and the integrity of signals, and influences the cable's bodily properties and its response to frequencies. This mastery allows for the fashioning of cables suited to specific surrounds and uses, thus enhancing the steadfastness and utility of communication networks.

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