Mil 16878D Type B/N Cable Shielded- PVC Jacket - 105°C 600V

Tinned copper helps protect the conductor and shield from oxidation while also supporting reliable electrical performance and termination.

The tin coating adds corrosion resistance compared with bare copper, which can be useful in equipment and environments where long-term reliability matters. On this cable construction, tinned copper is used for both the stranded conductors and the overall braid shield. That combination can help maintain conductivity and shielding performance while also making the cable suitable for demanding electronic and equipment wiring applications.

A 90% braid shield means the metallic braid covers approximately 90% of the cable surface beneath the jacket, helping reduce electromagnetic and radio-frequency interference.

Braid shielding is often used where circuits need protection from electrical noise generated by nearby equipment, motors, power conductors, or other electronic systems. Higher braid coverage generally provides more complete physical shielding, although actual system performance also depends on frequency, grounding, termination method, cable routing, and the surrounding environment. This cable uses an overall tinned copper braid shield with 90% coverage.

The PVC and nylon insulation system combines electrical insulation with an additional protective outer layer around each conductor.

PVC provides the primary electrical insulation, while the clear nylon layer can add resistance to abrasion and help protect the insulation during handling, routing, and assembly. Multi-material insulation systems are often used when a cable specification calls for a particular balance of electrical, mechanical, and temperature performance rather than relying on a single insulation material.

Yes, this construction is rated down to -55°C, making it suitable for applications where cable may be exposed to very low operating temperatures.

Low-temperature suitability matters because some insulation and jacket materials can become stiff or brittle when exposed to severe cold. The specified temperature range for this cable extends from -55°C to +105°C, but the complete application should still be reviewed for factors such as movement, flexing, installation method, chemical exposure, and any additional environmental requirements.

Conductor count and AWG size should be selected from the electrical requirements of the circuit rather than from the cable family alone.

The number of conductors depends on how many individual circuits or signal paths need to be carried, while AWG size affects conductor resistance, current capability, voltage drop, flexibility, and overall cable diameter. The product line includes multiple AWG sizes and conductor counts, so buyers should match the exact project specification, equipment requirement, or engineering drawing before ordering. Cable diameter and weight also increase as conductor size and conductor count increase, which can affect routing and installation.