7.6 Inch Long, Limit Switch Head MPN:9007C

The Square D 9007C Limit Switch Head is designed for use with the 9007C motor control center device. With an overall length of 7.6 inches, this limit switch head provides precise control over the motion of machinery and equipment in various industries. By utilizing a limit switch, it helps to prevent overloading or damage to machines by stopping them from operating beyond their intended limits. It can be used in a wide range of applications, including factory automation, material handling systems, and robotics, among others. Its TAA compliance and compatibility with the 9007C make it an ideal choice for those looking to upgrade or expand their motor control center system.

Top product features:

• TAA Compliant: The Square D 9007C Limit Switch Head is compliant with the Trade Agreements Act (TAA), making it eligible for purchase by the US government and its agencies.
• Compatibility with 9007C: This limit switch head is designed to work seamlessly with the 9007C motor control center device from Square D, providing a complete and integrated solution for precise motion control.
• Precise Control: With an overall length of 7.6 inches, the Square D 9007C Limit Switch Head provides users with the ability to precisely control the motion of their machines and equipment, helping to prevent overloading or damage due to exceeding intended limits.

Top product applications:

• Machinery and Equipment Motion Control: The Square D 9007C Limit Switch Head can be used to control the motion of machinery and equipment in various industries, ensuring precise and accurate movement for optimal performance.
• Factory Automation: The limit switch head can be employed in factory automation systems to ensure that machines and processes operate within their intended parameters, preventing overloading or damage caused by exceeding those limits.
• Robotics: The compact size of the Square D 9007C Limit Switch Head makes it ideal for use in robotics applications, where space constraints may be an issue. Its precise control capabilities can help to ensure that robots operate accurately and efficiently within their intended parameters.