OTC L22091C00 5M Control Cable CN1 FD Series Robot

OTC L22091C00 5M Control Cable CN1 FD Series Robot

OTC Robot Power Cable are typically made from high-quality materials, such as copper conductors and durable insulation, to ensure maximum conductivity and protection against electrical interference. They are available in a variety of lengths and configurations to accommodate different robot models and applications.

The OTC L22091C00 5M Control Cable CN1 is a high-performance control cable specifically designed for use with OTC FD Series Robots. With a 5-meter length and robust CN1 connector, this cable ensures secure and stable communication between the robot controller and robotic arm, making it ideal for industrial automation, welding systems, and robotic integration environments.

This OTC Robot Cables is a Control cable - CN1, a Cable connecting to Manipulator - Robot Controller, For FDNB4/NB6/NV6/NB4L/NV6L/NB15/NV20/NH5/NS3(For NB4S / NV6S / NB4LS / NB6LS / NV20S / NA20).

Product Features

1.High-quality materials: OTC Robot Power Cables are made from high-quality materials such as copper conductors and durable insulation. This ensures that the cables have excellent conductivity and can resist damage from environmental factors such as heat and moisture.

2.Robust construction: These cables are designed to withstand harsh industrial environments, where they may be exposed to vibration, impact, or abrasion. They are often reinforced with strong outer jackets or shielding to protect the conductors and ensure long-lasting performance.

3.Multiple length options: OTC Robot Power Cables are available in a range of lengths to suit different robot models and applications. This allows users to choose the appropriate cable length to minimize cable drag and optimize the robot's range of motion.

4.Easy installation: These cables are typically designed for easy installation, with connectors that can be quickly and securely attached to the robot and power source. This saves time and effort during initial installation and maintenance.

5.Compatibility: OTC Robot Power Cables are designed to be compatible with OTC industrial robots, ensuring that they can be used seamlessly with other OTC products such as robotic tooling and control cables.

Applications

• OTC FD Series Welding Robots

• Robot Controller and Arm Communication

• CN1 Port Cable Replacement and Upgrade

• Industrial Automation and Robotic Welding Systems

• Robot Integration and System Maintenance

Technical Specifications

Why Choose This CN1 Control Cable?

100% compatible with OTC FD Series Robot controllers

OEM-comparable design matching OTC L22091C00 standards

Excellent flexibility and durability for robotic motion applications

Fast and secure plug-and-play CN1 connection

Ideal for robot integration, upgrade, or maintenance

FAQ – Frequently Asked Questions

Q1: Is this cable compatible with all OTC FD Series robots?
A1: Yes, this control cable is fully compatible with OTC FD Series welding robots using the CN1 interface, including FD-V6, FD-V8, FD-B6, and other common models.

Q2: What is the length of the OTC L22091C00 control cable?
A2: This specific cable is 5 meters long, making it ideal for typical robot-to-controller installations. Custom lengths may be available upon request.

Q3: Can I use this cable as a replacement for the original OTC L22091C00?
A3: Absolutely. This cable is designed to match the specifications of the original OTC L22091C00, offering equivalent performance and connector compatibility.

Q4: Is the cable shielded against interference?
A4: Yes, it features multi-core shielding with EMI protection, ensuring stable signal transmission even in high-interference industrial environments.

Q5: Do you offer customized versions of the CN1 control cable?
A5: Yes, we offer custom solutions including different lengths, connectors, and jacket materials to meet specific application requirements.

Q6: What are the typical applications of this control cable?
A6: It is commonly used for robot controller-to-arm communication in OTC FD Series welding systems, as well as in other industrial automation and robotic applications.