Force, Torque Sensor for Industrial Robots Protected Against Dust, Spray
ATI Industrial Automation’s Capacitive F/T Sensor for industrial robots, pressing force control, grinding, deburring and other applications is intended to be a low-cost option for measuring the six components of force and torque in the X, Y and Z axes.
Share
Takumi USA
Featured Content
View More
.png;maxWidth=45;format=webp)
DMG MORI - Cincinnati
Featured Content
View More
ATI Industrial Automation’s Capacitive F/T Sensor for industrial robots, pressing force control, grinding, deburring and other applications is intended to be a low-cost option for measuring the six components of force and torque in the X, Y and Z axes. The sensor is IP65-rated for protection against dust and water spray, and hard mechanical stops provide overload protection. The sensor’s force range is 45 foot-pounds (200 N) and its torque range is 35 inch-pounds (4 Nm).
Output options include an Ethernet conversion box that enables connection to Ethernet networks and USB conversion cables that enable connection to a personal computer or other device. The box is powered by the USB output and RS-422 serial connection, which provides unterminated wires for data signals and user 5 VDC power input.
The company also offers a range of custom and standard silicon strain gage-based sensor models from 17 to 330 mm. All of ATI’s F/T sensors feature a compact design, hardened stainless steel construction, high-speed output, overload protection, span temperature compensation options and high signal-to-noise ratio.
Related Content
-
Translating a Prototyping Mindset to Production
The experimental mindset that benefited BDE Manufacturing Technologies as a prototype job shop has given it an adaptable edge as a production facility.
-
4 Steps to a Cobot Culture: How Thyssenkrupp Bilstein Has Answered Staffing Shortages With Economical Automation
Safe, economical automation using collaborative robots can transform a manufacturing facility and overcome staffing shortfalls, but it takes additional investment and a systemized approach to automation in order to realize this change.
-
Four-Axis Horizontal Machining Doubles Shop’s Productivity
Horizontal four-axis machining enabled McKenzie CNC to cut operations and cycle times for its high-mix, high-repeat work — more than doubling its throughput.
