ABB PFTL301E 1.0 KN

  • Assembly line monitoring: Measuring the force applied during assembly processes to ensure proper component fit and avoid damage.
  • Robotics applications: Measuring gripper force or tool interaction forces with objects.
  • Material handling: Monitoring tension or weight in material handling processes that involve moderate forces, like wire feeding or cable coiling.
  • Force control systems: Providing feedback for control systems requiring precise force regulation in tasks like pressing, clamping, or insertion.
Category:

Description

The ABB PFTL301E 1.0 KN appears to be a low-force load cell designed for industrial automation applications. Here’s a breakdown of its potential functionalities and what you can find about it:

Function:

  • The PFTL301E 1.0 KN converts an applied force up to 1.0kN (approximately 225 lbf) into a measurable electrical signal. This signal can then be used by a control system to monitor or regulate force in various processes.

Specifications (based on available information):

  • Capacity: 1.0kN (approximately 225 lbf)
  • Output: Likely provides an analog voltage output signal corresponding to the applied force. The specific voltage range and sensitivity will depend on the model variant, but a datasheet would provide this information.
  • Accuracy: Information on accuracy might be limited, but industrial load cells typically offer high accuracy within their specified range. You might find this in a datasheet for the PFTL301E series.
  • Material: The body is likely constructed from a durable metal like stainless steel to withstand industrial environments and mechanical stress.
  • Dimensions: Specific dimensions are difficult to find without a datasheet, but ABB offers various load cell designs, and the PFTL301E series is likely a compact design suitable for tight spaces in industrial automation setups.

Applications:

The PFTL301E 1.0 KN finds use in various industrial automation scenarios requiring precise force measurement and control within its capacity, such as:

  • Assembly line monitoring: Measuring the force applied during assembly processes to ensure proper component fit and avoid damage.
  • Robotics applications: Measuring gripper force or tool interaction forces with objects.
  • Material handling: Monitoring tension or weight in material handling processes that involve moderate forces, like wire feeding or cable coiling.
  • Force control systems: Providing feedback for control systems requiring precise force regulation in tasks like pressing, clamping, or insertion.