The SR-61 Collision Sensor has a lower operating range for increased sensitivity in applications using 3 to 5-kg capacity robots and is designed to prevent costly damage to robotic end-effectors resulting from robot crashes. The patented, resettable Collision Sensor is designed to absorb the “crash” and reset itself, virtually eliminating tool damage and lost training or production time.
Several benefits and features of the Collision Sensor make it an ideal solution to minimize downtime and eliminate damage, such as Rotational and Axial Motion, High Repeatability, Energy Absorption, Rugged Design, Consistent Breakaway Points, Automatic Reset, Dynamically Variable Trip Points, and Quick-Response Crash Detection, among others.
In operation, the Collision Sensor is adjusted to support typical loads experienced by the robot arm in all directions: angular, compression, and torsional. During the collision, the SR-61 Collision Sensor can comply large distances in response to any type of displacement force giving the robot controller ample time to take corrective action. Following the crash, the Collision Sensor uses precise locating components to reset within 0.001-in. of its original position.
Also, breakaway points are set at a given pressure independent of angular, compressive axial or torsional load. The Collision Sensor has flexible mounting surfaces, either easy-to-use threaded or through-hole patterns that reduce stack height of the tooling and Collisions Sensor assembly. A 3-wire PNP proximity switch set to actuate within 0.020-in. of axial motion ensures reliable switch performance even in highly humid environments.
- Angular Displacement: ±11-deg.
- Torsional Displacement: ±20-deg.
- Axial Displacement: 0.22 in. (5.59 mm)
- Maximum Air Pressure Setting: 90 psi (6.2 bar)
- Weight: 70 lb. (0.32 kg)
- Moment break-away @ 90 psi (6.2 bar): 248 lb-in (28.0 Nm)
- Torque break-away @ 90 psi (6.2 bar): 216 lb-in (24.4 Nm)
- Axial break-away @ 90 psi (6.2 bar): 198 lb. (880 N)
