CE certificate fully automatic wire crimping housing insertion machine, Automatic Wire Crimping Housing Insertion Machine, Wire Crimping Insertion Housing Machine, Automatic Wire Crimping Insertion Housing Machine
This machine can automatically cut, strip, crimp, insert housing, twist, and dip in the wires.
Model Single-End Automatic Crimping Housing Insertion Tinning Machine
Power AC220V 1300W
Standard Functions Cutting, Stripping, Single-end crimping, Single-end housing insertion, Single-end half-stripping/twisting/tinning.
Optional functions CCD monitor, crimping force monitor
Inspection functions No wire, Wire knotted, No terminal, No housing, Air pressure alarm, motor abnormal, etc.
Capacity 530-650 times/H (can process 6 @2pin cables each time, can process 1 @8-12pin cable each time)
Cutting length 30-800mm
Applicable wire 32-18AWG
Rear stripping length 1-9mm half-stripping or full-stripping
Tinning length 1-9mm
Air pressure 0.5MPa
Machine dimensions 3.8*1.8*2.2m
Standard Machine Functions:
One side cutting stripping crimping housing inserting,
One side cutting stripping twisting tinning.
The functions can be selected freely.
1, One-end stripping, crimping, housing insertion; one-end stripping.
2, Two-end stripping, crimping, and housing insertion.
3, One end stripping, crimping, housing insertion; one end stripping, twisting, tinning.
4, The wires are the same length.
5, Or all the wires are different lengths.
Features and advantages:
1. Process flow: pay-off → pull the wire → cut off → strip → twist wire → dip tin → crimp terminal → crimp force monitoring(optional) → terminal appearance CCD detection(optional) → terminal reversal → housing insertion → housing pull force detection(air pressure/torque) → finished product classification and discharge.
2. This machine adopts PLC programmable control system. The parameters of the whole machine are set digitally and can be used for file management. The modular design of the hardware part is easy and quick to replace material numbers and equipment troubleshooting.
3. The equipment can be remotely controlled through the Internet, the production status can be monitored in real time, and the production data can be generated and exported.