M22759/29-12
- Approx LBS/MFT: 23.60
- AWG Size: 12
- Cond. Material: Nickel-Plated Copper
- Conductor Stranding: 19/25
- Insul. Material: Polytetrafluoroethylene (PTFE)
- Jacket Material: Polyimide (PI)
- M27500 Component: JC
- Max O.D. (in): 0.114
- Max. Temp: 260C
- Mil-Spec: M22759/29
- Min O.D. (in): 0.108
- Min. Temp: -55C
- No. of Cond.: 1
- No. of Strands: 19
- SAE Spec: AS22759/29
- Strand Size: 25
- Voltage: 600
M22759/29-12 — 12 Gauge M22759/29 Mil-Spec Wire
The M22759/29-12 cable is a high-quality electrical cable designed for applications requiring reliability and performance. With an approximate weight of 23.60 pounds per thousand feet, it is a durable solution for various electrical and electronic applications.
Featuring a 12 AWG size, this cable is well-suited for applications that require a thicker gauge wire. It is constructed with nickel-plated copper conductors, ensuring excellent electrical conductivity and resistance to corrosion. The conductor stranding consists of 19 strands, each with a 25-gauge thickness, providing both flexibility and strength.
The cable is insulated with Polytetrafluoroethylene (PTFE), a high-performance insulating material known for its exceptional thermal and electrical insulation properties. The jacket material is made of Polyimide (PI), adding an extra layer of protection and durability. With a maximum outer diameter of 0.114 inches and a maximum operating temperature of 260 degrees Celsius, it is suitable for use in high-temperature environments.
Compliant with Mil-Spec M22759/29 and SAE Spec AS22759/29 standards, this cable meets rigorous industry regulations and quality standards. With 19 strands and a 12 AWG size, it offers reliable electrical performance, making it ideal for various applications where dependable signal transmission and high-temperature resistance are essential.
The M22759/29-12 cable is a robust and high-performance solution, suitable for a wide range of applications. Its nickel-plated copper conductors, PTFE insulation, Polyimide jacket, and high-temperature tolerance make it an excellent choice for environments where consistent signal transmission and resistance to elevated temperatures are crucial.