Details:

Conductor: tinned copper
Sector Area: 24awg
Pairs: 10
Pair twisted: required
Insulation fep
IS: TINNED COPPER DRAIN WIRE
Armor: tinned copper braided
Jacket fep
Features: small diameter
Application: earthquake sensor
Type: multi pair sensor cable

Thank you for providing the details about the 10prx24awg multi pair sensor cable.

This cable is designed for use in sensor applications where signal integrity and accuracy are critical. The cable has ten pairs of conductors, each made of tinned copper with a sector area of 24 AWG, providing excellent conductivity and stability in signal transmission. Each pair of conductors is twisted to reduce crosstalk and improve signal quality.

The insulation material used is FEP, which is known for its high temperature resistance, excellent dielectric properties, and low signal attenuation. The cable has an IS (inner shield) made of a tinned copper drain wire, which provides excellent EMI/RFI protection, ensuring that the signal remains clean and stable even in the presence of external electromagnetic interference.

The cable is armored with a tinned copper braided armor, which provides mechanical protection to the conductors and ensures the cable's durability. The jacket is made of FEP, which provides additional mechanical protection to the conductors. The cable is designed with a small diameter, making it suitable for applications where space is limited.

The cable is rated as a multi-pair sensor cable and is specifically designed for use in earthquake sensor applications. The cable is capable of transmitting multiple signals simultaneously, making it ideal for use in applications where multiple sensors are required.

Overall, this 10prx24awg multi pair sensor cable is a reliable, high-performance cable that can be used in a variety of sensor applications where signal integrity and accuracy are crucial. Its combination of

Patrick Dingzun Cable:
Overall, this 10prx24awg multi pair sensor cable is a reliable, high-performance cable that can be used in a variety of sensor applications where signal integrity and accuracy are crucial. Its combination of high-quality materials, shielding, and armor make it an excellent choice for use in demanding environments where the cable may be exposed to mechanical stress and damage.