M16878 Wire | MIL-W-16878
Ryan Electronics is a proven supplier of high-quality MIL-W-16878 wire. The M16878 specification covers unshielded wire for hookup and lead wiring of electrical and electronic components and equipment. The temperature rating for M16878 wire included in this specification ranges from -65°C to 260°C.
| Number | Type | Conductor | Voltage Rating | Temperature Rating | Insulation | NEMA Type |
|---|---|---|---|---|---|---|
| M16878/1 | B | Tin or Silver | 600V | 105°C | PVC | HP-7 |
| M16878/2 | C | Tin or Silver | 1000V | 105°C | PVC | HP-7 |
| M16878/3 | D | Tin or Silver | 3000V | 105°C | PVC | HP-7 |
| M16878/4 | E | Silver | 600V | 200°C | PTFE | HP-7 |
| M16878/5 | EE | Silver | 1000V | 200°C | PTFE | HP-3 |
| M16878/6 | ET | Silver | 250V | 200°C | PTFE | HP-3 |
| M16878/11 | K | Tin or Silver | 600V | 200°C | FEP | HP-4 |
| M16878/12 | KK | Silver | 1000V | 200°C | FEP | HP-4 |
| M16878/13 | KT | Tin or Silver | 250V | 200°C | FEP | HP-4 |
| M16878/17 | BN | Tin | 600V | 105°C | PVC with Nylon Jkt | HP-7 |
| M16878/18 | CN | Tin | 1000V | 105°C | PVC with Nylon Jkt | HP-7 |
| M16878/19 | DN | Tin | 3000V | 105°C | PVC with Nylon Jkt | HP-7 |
| M16878/20 | ET Wrapped | Silver | 250V | 200°C | PTFE Wrapped | HP-3 |
| M16878/21 | E Wrapped | Silver | 600V | 200°C | PTFE Wrapped | HP-3 |
| M16878/22 | EE Wrapped | Silver | 1000V | 200°C | PTFE Wrapped | HP-3 |
| M16878/23 | ET NPC | Nickel | 250V | 260°C | PTFE | HP-3 |
| M16878/24 | ET NPC | Nickel | 250V | 260°C | PTFE Wrapped | HP-3 |
| M16878/25 | E NPC | Nickel | 600V | 260°C | PTFE | HP-3 |
| M16878/26 | E NPC Wrapped | Nickel | 600V | 260°C | PTFE Wrapped | HP-3 |
| M16878/27 | EE NPC | Nickel | 1000V | 260°C | PTFE | HP-3 |
| M16878/28 | EE NPC Wrapped | Nickel | 1000V | 260°C | PTFE Wrapped | HP-3 |
Applications of M16878 Wire
M16878 wire, also known as MIL-W-16878, is widely used in various commercial industries due to its durability, flexibility, and resistance to high temperatures. Some common applications include:
M16878 wire is commonly used in aerospace applications where reliability and performance in extreme environments are critical. It's ideal for wiring aircraft, satellites, and space exploration equipment.
Military and Defense
This wire meets stringent military specifications, making it suitable for use in defense equipment, including communication systems, control panels, and weaponry.
Electronics and Instrumentation
The wire's versatility makes it a popular choice in electronics, especially for internal wiring in devices, control systems, and instrumentation that require precision and reliability.
Why Choose M16878 Wire?
M16878 wire is designed to withstand extreme temperatures, making it reliable in high-heat environments where other wires might fail. Its insulation offers excellent resistance to chemicals, oils, and moisture, making it a top choice for use in harsh conditions. Despite its durability, M16878 wire remains flexible, ensuring easy installation even in tight spaces, while its compliance with stringent military and industry standards guarantees high-quality performance. Available in various sizes and materials, this versatile wire is trusted across multiple industries for its proven reliability and consistent results.
M16878 Wire Variants
M16878 wire, also known as MIL-W-16878, is available in several variants, each tailored to meet specific performance criteria and industry standards. The most common variants include Type B, Type C, Type D, Type E, Type EE, and Type ET.
- Type B, Type C, and Type D
These feature PVC insulation and stranded tinned copper conductors, offering a balance of flexibility and durability. They are typically dual-rated for both NEMA HP and UL standards, specifically NEMA HP 7. These types are commonly used in general-purpose applications where cost-effectiveness and moderate temperature resistance are key factors. - Type E, Type EE, and Type ET
These are distinguished by their PTFE (Polytetrafluoroethylene) insulation and silver-plated copper conductors. PTFE provides excellent high-temperature resistance, with ratings up to +200°C, making these wires suitable for demanding environments. These variants meet NEMA HP 3 specifications and are often used in applications that require high reliability under extreme conditions.