Drawing-led replacement engineering
Interface 3A, FUTEK & ME-K3D Replacement Review
Start with the exact reference configuration. Confirm mechanical fit and signal compatibility separately.
| Reference family | MXL family to review | Required evidence |
|---|---|---|
| Interface 3A60 / 3A120, FUTEK MTA400, ME K3D40 / K3D60 | MXL-3A | Drawing revision, Fx/Fy/Fz ranges, pinout and individual calibration |
| FUTEK MTA600, ME K3D35, compact Forsentek / Burster references | MXL-3M | Actual dimensions, mounting, cable envelope and usable noise floor |
| ATI Mini40 / Mini45 / Gamma, Interface 6A, ME K6D | MXL-6D | Combined-load envelope, bolt circle, matrix, origin and digital protocol |
| FUTEK MBA / Interface biaxial references | MXL-2D | Actual measured components and force/torque architecture |
| Kistler / AMTI / Interface platforms | MXL-PLT | Measurement principle, dynamic response, footprint and system calibration |
References identify evaluation starting points. They do not establish dimensional or electrical equivalence. Some reference families use different measured components or sensing principles. No affiliation, universal drop-in fit, fixed saving or stock commitment is implied.
Compare the interfaces that determine a successful retrofit.
- OD, height, bolt circle, thread engagement, mounting flatness and alignment.
- Individual and combined force/moment limits, stiffness and operating temperature.
- Connector, pinout, bridge resistance, excitation, nominal sensitivity and polarity.
- Calibration matrix, coordinate origin, filtering, synchronization and firmware.
Request a quotation against the reviewed configuration and a dated lead time.