Wire material

bare copper wire and tinned wire

Number of produced

wires

*6 x copper bare i.e. copper tinned

(2 levels, each with 8 wires)

Inlet diameter

(tensile strength)

max. *6 x 1.*0 mm (**0 N/mm²)

Finishing diameter

*6 x 0.*5 0.*0 mm  with the inlet diameter of 1.*0 mm copper bare and tinned

*6 x 0.*0 0.*0 mm with the inlet diameter of 1.*0 mm cooper bare and tinned

Production efficiency

1st drawing die sequence with inlet diameter 1.*0 mm

*6 x 0.**0                                        with v = *5.0 m/s

*6 x                         - 0.**3 mm     with v = *5.0 m/s

*6 x                         - 0.**0 mm     with v = *3.0 m/s

*6 x                         - 0.**0 mm     with v = *5.0 m/s

*6 x                         - 0.**0 mm     with v = *8.0 m/s

*6 x                         - 0.**0 mm     with v = *0.0 m/s

*6 x                         - 0.**0 mm     with v = 5.0 m/s

2nd drawing die sequence with inlet diameter 1.*0 mm

*6 x                        - 0.**0 mm     with v = *2.0 m/s

*6 x                        - 0.**0 mm     with v = *8.0 m/s

*6 x                        - 0.**0 mm     with v = *8.0 m/s

*6 x                        - 0.**0 mm     with v = *5.5 m/s

Production efficiency for tinned wires at production speeds reduced by about *0%.

The above mentioned efficiencies are theoretic and show the possible efficiency of the offered drawing line. The actual production efficiencies are depending on different factors like quality of inlet wire, drawing dies, lubricant, spools, skill-fullness of the operator etc.