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M16878/10 - Type J

M16878/10 — Type J

The M16878/10 hook-up wire is designed to be used in military harnessing, power supply lead wire, appliance wiring, and medical electronic devices. It is constructed with either a solid or stranded tinned copper conductor and with extruded PE insulation. The M16878/10 has a maximum temperature of 75°C and a voltage rating of 600V.

31 items

m16878/10bea
AWG Size24
Cond. MaterialTinned Copper
Conductor Strandingsolid
Insul. MaterialPolyethylene (PE)
Max O.D. (in)0.049
Max. Temp75C
Mil-SpecMIL-W-16878/10
Min O.D. (in)0.041
Requires Quote per FT 
m16878/10beb
AWG Size24
Cond. MaterialTinned Copper
Conductor Stranding7/32
Insul. MaterialPolyethylene (PE)
Max O.D. (in)0.053
Max. Temp75C
Mil-SpecMIL-W-16878/10
Min O.D. (in)0.045
Requires Quote per FT 
m16878/10bee
AWG Size24
Cond. MaterialTinned Copper
Conductor Stranding19/36
Insul. MaterialPolyethylene (PE)
Max O.D. (in)0.053
Max. Temp75C
Mil-SpecMIL-W-16878/10
Min O.D. (in)0.045
Requires Quote per FT 
m16878/10bfa
AWG Size22
Cond. MaterialTinned Copper
Conductor Strandingsolid
Insul. MaterialPolyethylene (PE)
Max O.D. (in)0.055
Max. Temp75C
Mil-SpecMIL-W-16878/10
Min O.D. (in)0.047
Requires Quote per FT 
m16878/10bfb
AWG Size22
Cond. MaterialTinned Copper
Conductor Stranding7/30
Insul. MaterialPolyethylene (PE)
Max O.D. (in)0.06, 0.060
Max. Temp75C
Mil-SpecMIL-W-16878/10
Min O.D. (in)0.052
Requires Quote per FT 
m16878/10bfe
AWG Size22
Cond. MaterialTinned Copper
Conductor Stranding19/34
Insul. MaterialPolyethylene (PE)
Max O.D. (in)0.06, 0.060
Max. Temp75C
Mil-SpecMIL-W-16878/10
Min O.D. (in)0.052
Requires Quote per FT 
m16878/10bga
AWG Size20
Cond. MaterialTinned Copper
Conductor Strandingsolid
Insul. MaterialPolyethylene (PE)
Max O.D. (in)0.064
Max. Temp75C
Mil-SpecMIL-W-16878/10
Min O.D. (in)0.056
Requires Quote per FT 
m16878/10bgb
AWG Size20
Cond. MaterialTinned Copper
Conductor Stranding7/28
Insul. MaterialPolyethylene (PE)
Max O.D. (in)0.07, 0.070
Max. Temp75C
Mil-SpecMIL-W-16878/10
Min O.D. (in)0.062
Requires Quote per FT