SCHUNK PCFC Specifications

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Ranked Nr. 121 of 116 End of Arm Tools

FIND SUPPLIER

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Pneumatic, axial compensation unit for flexible adjustment of compensation or contact forces


Advantages – Your benefits:

Compensation can be adjusted by means of a double-action pneumatic cylinder
for a constant contact force
Integrated path-measuring system
for monitoring and control of the process
Integrated weight force compensation
for constant pressure forces independent of the orientation of the tool, especially in robot-guided applications
Flexibility in axial direction
for a simplified robot programming
Simple extension of the force range
by adjusting the piston configuration
Versatile in use
due to the option of screwing customer tools onto the adapter plate or into a through-bore
Compact design
for minimum installation height

Type
  • Collision/Torque Sensors
  • Compensation Unit
  • Compilance Devices
  • Connectors
  • Dispensers
  • Force Torque Sensors
  • Sanders
  • Screwdrivers
  • Tool Changers
  • Vacuum Generators
  • Welding Torches
  • Wrist Cameras

PCFC Downloads

IM0030044
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PCFC Alternatives

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Bota Systems LaxONE
Product mass 0.465kg

4.7/5 (5)

The Bota Systems LaxONE is an industrial-grade 6-axis force torque sensor that is designed to meet the demands of advanced applications in the robotics industry. With a lightweight construction and a payload capacity of up to 50kg, the LaxONE is ideal for use with robots that require end-of-arm tooling. The robust and stiff structure of the LaxONE makes it capable of withstanding high overload and cyclic load, while providing high sensitivity that makes it ideal for demanding applications such as sanding, polishing, deburring, precision assembly, and product testing.The Bota Systems LaxONE offers the following features and benefits:• All-in-One force torque sensor design • ISO 9409-1-50-4-M6 mounting • Compact and lightweight construction • Embedded signal processing electronics • 6 DoF IMU (available only with EtherCAT communication) • 3 mounting flanges for 3D cameras and tools • Measures on 6-axis • Power supply of 7-48 V (5V for Serial/USB) • Overload protection • CE compliant • Dustproof and water-resistant design • Open-source software for TwinCAT, ROS, LabVIEW, and MATLAB®.
SCHUNK AOV
No reviews yet.
SCHUNK AOV is a pneumatic random orbit sander with axial compensation for grinding and polishing of workpiece surfaces.Benefits: Compensation can be adjusted by means of a double-action pneumatic cylinderA constant contact pressure independent of the orientation of the tool.Optional media change systemAutomated exchange of grinding or polishing wheels.Optional connection for suctionReduced contamination and susceptibility to faults.Flexibility in axial directionSimplified robot programming.Use of proven, adhesive grinding and polishing wheelsSimplified automation of manual grinding and polishing tasks.Simple exchange of wear partsMaximum system availability and minimum spare parts requirements.
Nordbo Robotics Active Compensation Unit
Product mass 2.6kg
No reviews yet.
The Nordbo Active Compensation unit (NAC) assures a constant applied force, regardless of the complexity of the surface curvature, processing speed and orientation of the tool. Sensors inside the product register the contact with the workpiece, keep the applied force constant and enable a soft landing to ensure that the part is not being over-processed while in first contact with the processing tool. The NAC can be used either as an end-of-arm tool on a robot or as a standalone component. Consistent quality outputThe pressure on the tool flange is actively kept constant on the configured force which results in an consistent and high quality output. Increased productivityFast changes in curvature are compensated by the stroke of the NAC which enables an higher processing speed and results in an increased overall productivity of your processing application. Easy configurationPressure and other settings are configurable through the integrated webserver which is accessible over ethernet using your laptop or phone. Consistent force control No matter of complexity of the surface curvature, this technology is able to automate both operations sensitive to contact, and applications with various tolerance levels, in a simple, reliable and economical manner, in turn offering our clients a powerful tool to increase competitiveness on the market. One robot, multiple tasksThe NAC is designed for both as an end-of-arm mount on a robot or as a standalone component. The rectangular shape offers easy and stable installation possibilities. The compact design makes NAC the lightest compensation unit on the market with a total weight of only 2.6 kg.
Hypersen HPS-FT060E
Product mass 0.255kg
No reviews yet.
Hypersen's HPS-FT060E is a high-performance force and torque sensor designed to measure forces and torques on three spatial axes of XYZ. It is equipped with a high-performance processor and 24-bit ADC, ensuring accurate and reliable data collection. The sensor has a high SNR digital output and provides a 2000Hz output data rate, which is suitable for high-speed applications. The device has a high static overload protection and can withstand forces and torques up to 350% of its maximum rated measurement range without damage.The HPS-FT060E has a low zero drift & cross-axis effect, and low temperature drift, which ensures the accuracy of the sensor over time. It is available with Ethernet, EtherCAT, Analog, and RS-485 communication, making it compatible with a variety of applications. The device is suitable for use in industrial robots, collaborative robots, factory automation, and more.The sensor has a measuring range of ±600N for the Fxy axis, ±800N for the Fz axis, and ±15Nm for the Mxy and Mz axes. The precision of the device is 0.2N for the Fxy axis, 0.4N for the Fz axis, and 0.002Nm for the Mxy and Mz axes. The device has an overload limit of 350% of its maximum rated measurement range for all axes of force and moment measurement. The HPS-FT060E has a protection class of IP65 and a hysteresis of 0.1% F.S. The non-linearity is less than 1.25%, and creep is less than 2%. The signal noise is 0.03N for the Fxy axis, 0.12N for the Fz axis, and 0.001N for the Mxy and Mz axes. The crosstalk is less than 2% F.S. for all axes of measurement. The sensor weighs 255g and has a size of 877828.5mm.
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