XTA1 Series High-Performance Transmission wire for aviation

XTA1 Series High-Performance Transmission wire for aviation

XTA1 series high-performance transmission wire is a new generation of products designed and developed on the basis of implementing the national military standard GJB773B-2015, and referring to the U.S. military standards MIL-W-22759/32~35 and MIL-W-22759/41~46.
This series of products are insulated with specially improved fluorine material, which has high and low temperature resistance (-65℃~+200℃), light weight, no heat shrinkage and excellent mechanical toughness, and can resist salt spray, humidity and heat as well as excellent anti-high-energy radiation characteristics, which can provide high-quality services in harsh environments. The products have been tested by domestic professional cable testing organizations. All performance indexes are in line with the U.S. military standard MIL-W-22759/32~35 and MIL-W-22759/41~46 requirements. They are widely used in aerospace, aviation, ships, electronics and other military fields.

Q/XT 20011-2021 Detailed Specification for XTA Series American Conductor High Performance Transmission wire

Temperature range:-65℃-+150℃(tin-plated conductor), -65℃-+200℃(silver-plated and nickel-plated conductor); Rated voltage:AC 600V;
Minimum bending radius:8 times of the outer diameter of the cable;
Solderability:Tin-plated and silver-plated conductors and shielded products are solderable, nickel-plated conductors and shielded products are not recommended to be soldered.

XTA1 series high performance transmission Wire is made of Ethylene tetrafluoroethylene copolymer (ETFE) insulation, which is cross-linked after irradiation with a certain dose of high-energy electrons. Its special structure makes the wire have the following characteristics: small outer diameter, light weight, flame retardant, aging resistance, high mechanical strength, resistance to chemical erosion and ease of use, etc. All of these superior performances meet the requirements of space and weight of aviation and airborne equipment, and provide safe and reliable mechanical and chemical properties. All these superior properties are well in line with the space and weight requirements of airborne equipment, and provide safe and reliable mechanical and chemical properties.
Its performance is mainly manifested in:
1. Small outer diameter, light weight: XTA1 series of high-performance transmission Wire conductor using the same core stranded, stranded OD is small, the insulation and jacket thickness design to make the conductor or the outer diameter of the wire or harness to reduce a lot of the weight of the conductor or bundle of 10% to 20% less than other wires.
2. Combustibility: XTA1 series of high-performance transmission Wire insulation and jacket combustibility in line with the provisions of the GJB773B, 30s after the fire, wire insulation should be self-extinguishing in 3s, the cable jacket should be self-extinguishing in 30s, the flame extension should not exceed 76mm.
3. Resistance to chemical erosion: XTA1 series of high-performance transmission Wire insulation and jacket layer is not affected by the aircraft liquid corrosion, including: water solution, acidic and alkaline liquid fuel. Aqueous solutions, acid and alkali liquids fuel oil, lubricants, cleaners, coolants and antifreeze, high temperature and high humidity remain unaffected.
4. High and low temperature resistance: XTA1 series of high-performance transmission Wire by irradiation crosslinking of the insulation and sheath layer increases the polymer material resistance to high temperature characteristics, temperature up to 200 ℃, and can be sustained through the 300 ℃, 7 hours of accelerated aging test, this temperature is much higher than the melting temperature of the ETFE (270 ℃), these characteristics of the life of the conductor and the characteristics of the melt does not make a very good thermal stability. At the same time XTA1 series high performance transmission line also has very good low temperature resistance characteristics, at low temperatures -65 ℃ still maintains good flexibility, and at temperatures below the same characteristics.
5. Excellent radiation resistance: XTA1 series high performance transmission Wire have good oxygen stability due to cross-linking of fluorinated copolymers for insulation and jacketing, and can resist ionizing radiation and remain soft when exposed to 5×10⁸Rad radiation.
6. High mechanical strength, superior anti-cracking performance: the wire has a strong resistance to longitudinal cuts and abrasions, anti-cracking performance is extremely excellent, unmatched by other wires, which is also one of the important indicators that need to be considered for airplanes, spacecraft and airborne equipment.
7. High reliability: XTAI series of high-performance transmission wire in harsh environments to provide high reliability of service, which is mainly reflected in the ability to withstand the test of integrated environmental conditions, they include high temperature, high humidity, strong sun, dry heat, cold, wind, sand, rain, low air, mold, salt spray, oil mist, chemicals, nuclear neutrons and r-rays, radiation, vibration, shock, bending, friction, twisting and winding and other direct and indirect effects.
8. Easy to operate: XTA1 series of high-performance transmission wire has a very easy to operate characteristics, very easy to use automated equipment marking or manual marking, very easy to strip the wire, hanging tin and termination, can use printing and inkjet printing equipment for the formation of group marking. The insulator no longer melts or shrinks when the wire is soldered, making it easy to handle.

XTA1 high-performance transmission wires are available in single-layer and double-layer insulations. Single-layer insulation is best suited for space-saving and weight-saving applications; double-layer insulation is designed to meet the strength requirements to prevent damage caused by mechanical abrasion during installation, and the inner and outer layers are preferentially differentiated by different colors.