Analog PLC conditioning
Specify independent excitation, bridge sensitivity and channel scaling. Request 0–10 V, ±10 V or 4–20 mA only for a module confirmed to support that output.
Bridge to engineering units
Synchronized Multi-Axis Amplifiers & USB DAQ
Keep acquisition synchronized from the sensing bridge to your PLC or test software.
USB / RS485 digitizers
Define simultaneous sample rate, useful bandwidth, filtering and timestamp behavior. Engineering-unit conversion needs the correct per-axis scale or calibration matrix.
EtherCAT integration
Confirm ESI availability, PDO mapping, distributed-clock behavior, cycle time, watchdog and controller compatibility for the selected module.
| Architecture | Raw bridge channels | Calibration path | Integration check |
|---|---|---|---|
| 2-axis | Typically 2 | Per-axis scales or model-specific compensation | Confirm inactive-axis loading |
| 3-axis | Typically 3 | Independent scales only where validated | Check residual cross-axis response |
| 6-axis | Typically 6 | Matched force/torque calibration matrix | Check units, frame and matrix revision |
| Four-corner platform | Up to 12 before aggregation | Per-point + assembled platform calibration | Check point coordinates and total-load mapping |
Validate the complete delivered measurement chain.
- Match excitation voltage, bridge resistance, sensitivity and input range.
- Define simultaneous timing, filter phase delay, latency and usable dynamic bandwidth.
- Load the serial-specific calibration file and confirm output units and signs.
- Record zero, a known load on each active axis, residual crosstalk and the controller readout.
Software graphing, drivers and protocol support are requested kit features. Ask for the supported release, operating system and a demonstration before committing. Optional budget additions are +$285 analog conditioning and +$360 USB/RS485 digitization, subject to quotation.