Features: Waterproof M12 X Coding Cable Connector To Rj45, Connect M12 Devices Used In Industrial Ethernet And Fieldbus Applications Original Taiyo Industry Camera Line / Industrial Ethernet Gigabit Cable / High Soft Bending Chain Network Cable Shielded M12 Ethernet Connection Cable, Overall Shield Tinned Copper Braid,? Stranded Wires 4Pr 24Awg
Highly Flexible Towline Cable Application: The Towline Cable Is Suitable For Dry And Humid Indoor Installations Without Free Stress Or Forced Guidance. It Is Especially Suitable For Frequent Bending In Industrial Environments, Such As Servo Communication Switches, Automation Equipment, Robotic Control Transmission, Logistics. Conveying Systems, Cranes, Etc., Have Good Interference With Electromagnetic Shielding.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What type of connector does this cable use?A: This cable features an M12 X-type connector on one end and an RJ45 connector on the other. It's designed for industrial Ethernet and Fieldbus applications.
Q: What materials are used in the cable construction?A: The cable is made of high-quality copper and features a shielded design with tinned copper braid. This ensures durability and effective electromagnetic shielding.
Q: What is the length of this cable?A: The cable measures one meter in length. It is also available in longer lengths of two meters, three meters, five meters, ten meters, and twenty meters.
Q: How do I install this Ethernet cable?A: To install, connect the M12 X-type end to your M12 device and the RJ45 end to your Ethernet port. Ensure the connections are secure for optimal performance.
Q: Is this cable suitable for outdoor use?A: No, this cable is designed for dry and humid indoor installations. It should not be used in outdoor settings or where it may be exposed to extreme conditions.
Q: Can this cable be used for robotic control transmission?A: Yes, this cable is highly flexible and suitable for robotic control transmission. It is designed to withstand frequent bending, making it ideal for automation equipment.
Q: How should I care for this cable to ensure longevity?A: To maintain the cable, avoid sharp bends and excessive pulling. Store it in a dry place and ensure it is not exposed to extreme temperatures or moisture.
Q: Is this cable resistant to oil and heat?A: Yes, the cable is made from oil- and heat-resistant flexible vinyl material. This enhances its durability, especially in industrial environments.
Q: What should I do if the cable arrives damaged?A: If the cable arrives damaged, contact Eonvic support for assistance. They can guide you through the return process or provide a replacement.
Q: Does this cable support high-speed data transfer?A: Yes, this cable supports Gigabit Ethernet, providing high-speed data transfer suitable for various industrial applications.
Q: Is this cable compatible with all industrial cameras?A: While it works with many industrial cameras such as Matrix Vision and Cognex models, check compatibility with specific devices before use.
Q: How many times can this cable be bent without damage?A: This cable has a bending resistance of more than ten million times, making it highly durable for repeated flexing in industrial use.
Q: What is the color of this cable?A: The cable is black in color, which is standard for many industrial Ethernet cables. This helps in maintaining a professional appearance.
Q: Is the cable fully tested for reliability?A: Yes, each cable assembly is fully tested for pin-to-pin continuity to ensure there are no potential breakdown problems.
Q: How does this cable provide electromagnetic shielding?A: This cable features an overall shield made of tinned copper braid, which effectively reduces electromagnetic interference to maintain signal quality.
Q: What applications is this cable suitable for?A: This cable is suitable for various applications including industrial machinery, Ethernet networks, and communication in automation and logistics systems.