TE Connectivity Ethernet cable stripping and crimping machine
TE Connectivity announces Ethernet cable stripping and crimping machine
TE Connectivity’s (TE) new ethernet cable stripping and crimping machine (ESM-10) improves efficiency, quality and is a cost-effective solution for ethernet twisted pair cable processing in data connectivity wire and harness applications. This machine offers cable loading, cable zero cutting, stripping, crimping and a vision inspection function. The AI vision inspection feature can check the stripping quality, count the conductor’s number, re-align the cable position and assess the final crimping quality. If there is an issue with the wire or crimping quality, an alarm will notify the operator and unload the cable or stop to cut the cable. This machine can offer flexible configurations covering different products, including MATEnet and GEMnet cable assemblies and can easily extend to future data connectivity products. This cost-effective, compact sized, one machine solution can cover full ranges of both coaxial and differential products while enabling a quick changeover time of less than 15minutes.
Features
- The AI vision inspection feature can check the stripping quality, count the conductor’s number, re-align the cable position and assess the final crimping quality. If there is an issue with the wire or crimping quality, an alarm will notify the operator and unload the cable or stop to cut the cable
- The integrated force and displacement sensor monitoring the crimp quality
- The color sensor checks the cable color
- This machine is able to support GEMnet cable assemblies with applicator changes and software configurations
- Can upgrade non-vision machines to include the vision
- Inspection function and can easily extend to future data connectivity products
- This one machine solution covers differential products with a quick change over time, less than 15minutes avoiding production down time
Applications
- Data connectivity
- Systems
- Infotainment
- Safety
- In-vehicle networks
