PFS-220 configuration brief
Request models, target envelope, signal-chain inputs and acceptance checklist. Planning document; not a released product datasheet.
Download brief (PDF) ↓ENGINEERING RESOURCES / DOCUMENT STATUS
Pedal Sensor Calibration,
CAD & Wiring Resources
Download a configuration brief before your RFQ. Approved manufacturing drawings, STEP and issued calibration records are requested against a specific model and revision.
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Take a clear specification into engineering review.
PFS-200 configuration brief
Request models, target envelope, signal-chain inputs and acceptance checklist. Planning document; not a released product datasheet.
Download brief (PDF) ↓PFS-KIT configuration brief
Request models, target envelope, signal-chain inputs and acceptance checklist. Planning document; not a released product datasheet.
Download brief (PDF) ↓PFS-3AX configuration brief
Request models, target envelope, signal-chain inputs and acceptance checklist. Planning document; not a released product datasheet.
Download brief (PDF) ↓PFS-SIM configuration brief
Request models, target envelope, signal-chain inputs and acceptance checklist. Planning document; not a released product datasheet.
Download brief (PDF) ↓PFS-COCKPIT configuration brief
Request models, target envelope, signal-chain inputs and acceptance checklist. Planning document; not a released product datasheet.
Download brief (PDF) ↓19-model request catalog
Machine-readable request codes, units, axes, architecture and confirmation status.
Download catalog (CSV) ↓Calibration scope worksheet
Blank zero / loaded-point, return and eccentric-load planning rows. No measured results or accreditation claim.
Download blank worksheet (PDF) ↓Blank worksheet (CSV) ↓Illustrative force–travel data
Synthetic loading / unloading samples for software import. The formula and limitations are documented in the guide.
Download synthetic example (CSV) ↓Open the local CSV viewer →Know which evidence is available.
| Document | Current status | What to request |
|---|---|---|
| Configuration brief / blank worksheets | Available planning documents above | Fill the model, fixture, electronics and acceptance requirements |
| Released PFS dimensioned drawing / STEP | Not yet published as an approved manufacturing file | Exact request code, capacity, thread version, mounting and drawing revision |
| Issued calibration / eccentric-load report | No PFS measured certificate published | Serial number, loaded points + zero, direction, fixture, output, uncertainty and traceability |
| ISO/IEC 17025 accredited calibration | Scope and provider must be reviewed | Named laboratory, accreditation scope, range, uncertainty and certificate terms |
| CAN DBC / trigger interface definition | Configuration-specific engineering deliverable | Bit rate, IDs / PGNs, scaling, timestamp, supply, polarity, threshold and latency |
CONNECTOR / CABLE RELEASE
Match the function, key and connector view.
| Termination request | Information needed before wiring approval |
|---|---|
| Flying leads / 4-wire bridge | E+, E−, S+, S−, shield termination, bridge resistance and excitation limit |
| 6-wire bridge | E±, S± and sense ±; confirm local sense links when using a 4-wire input |
| DB9 male / female | Instrument model, full pin schedule, gender, view and shield / case policy — there is no universal DB9 sensor pinout |
| LEMO / PT02E / PRC03 | Exact connector and mating part, keying, pin count and sensor-receptacle versus cable-mating view |
| Analog / CAN / USB electronics | Supply and common reference; signal scaling / message map; never connect conditioned outputs as a raw bridge |
Wire colors are not universal. Original LAU220 WC1 and LAU200 CC4 definitions can be checked in the source drawings below; they are not automatically a PFS cable release.
CALIBRATION REQUEST / ZERO + FIVE LOADED POINTS
Specify the report before asking for a certificate.
Axial and return data
Request zero plus 20 / 40 / 60 / 80 / 100% loads, actual reference forces, output and units, repeated cycles, unloading values, hysteresis and zero return. These are proposed points, not measurements.
Eccentric-load characterization
State contact offset, angle, four quadrant directions, fixture and force levels. A 15.9 mm comparison offset can be requested where geometry permits; no <0.5% PFS result is asserted.
Traceability and uncertainty
Request serial numbers, environment, reference standards, calibration chain, uncertainty basis, as-found / as-left condition and any accreditation scope. An empty worksheet is not a calibration certificate.
Original manufacturer drawing references
Use original documents to identify an installed unit. These are third-party reference files, not PFS CAD.
CONTINUE YOUR SELECTION
From pedal load to usable data.
ENGINEERING / REQUEST
Build the right
measurement chain.
Send your force range, pedal dimensions and acquisition requirements. Request a mounting drawing, CAD review and a complete sensor / readout quotation.
Replacing an existing sensor?
Include the exact part number, drawing revision, connector pinout and calibration requirements. Compatibility is reviewed per configuration.
Corporate procurement requests
Include your purchasing entity, PO requirements, destination and required invoice / calibration documents. Payment options, trade terms, freight and delivery are confirmed in the written quotation.