Me-Systeme Model F6D100-50 200N/20Nm 6-Axis Robotic Force & Torque Sensor
The Me-Systeme Model F6D100-50 200N/20Nm 6-Axis Robotic Force & Torque Sensor is a flat, lightweight multi-component transducer engineered specifically for high-precision force and moment measurement in advanced industrial robotics, collaborative automation, and aerospace component handling. The F6D100 is equipped with fastening flanges according to DIN EN ISO 9409-1 for industrial robots. The measuring flange of the sensor contains tapped M6 holes on the same pitch circle, enabling the F6D force/torque sensor to be easily mounted to the robot flange without additional adapters, making it particularly flat and light.
Unlike its digital sibling (the F6D100-50e), the standard F6D100-50 provides a raw, non-amplified analogue voltage output via an integrated 24-pole connection plug to stream data directly into external processing instrumentation.
Available Downloads:
- Capacity 200N in Fx and Fy, 400N in Fz
- Torque 20Nm in Mx and My, 40Nm in Mz
- Fastening flanges to DIN ISO 9409-1 for easy installation
- Can be used with our BX8 multi-channel amplifiers
- Can be supplied with integral CANBus electronics.
- Industrial Robot Applications
- High accuracy, 1%Full scale.
For projects that require it, a BX8 multi-channel amplifier can be added.
The standard F6D100 package includes:
- F6D100-50 multi-axis load cell
- Calibration certificate.
Why choose Interface Sensor Products?
Interface is an internationally recognised brand and decades of experience have gone into making Interface manufactured load cells the benchmark for thousands of users around the world.
Interface product reliability is second to none and all our product lines have to match this standard before we would consider recommending them to our customers.
Our customer list is a "Who's Who" of household names ranging from the Aerospace Giants through to the most prestigious Universities. This speaks volumes about our reputation for quality solutions on projects of all sizes around the world.