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CAT-R02DOM-02 · Robotics components

Motor drives & controllers

Control mode, bus, and tuning effort.

Drives are bought on current rating and paid for in commissioning time. Fieldbus support, autotuning quality, and diagnostic depth decide how long the machine takes to reach production behaviour.

Parameter set

Continuous currentA
Control mode—
Fieldbus—
Loop ratekHz

01Deciding parameters

The figures that actually decide selection — and why.

Continuous current

A

With the drive's own derating curve applied.

Control mode

—

Torque, velocity, or position changes the whole architecture.

Fieldbus

—

EtherCAT, CANopen, or proprietary — a lock-in decision.

Loop rate

kHz

Sets achievable bandwidth and disturbance rejection.

02Where it is used

Application changes the answer.

  • Multi-axis motion control — synchronisation across axes
  • Mobile robotics — efficiency and regeneration handling
  • Force-controlled applications — torque loop fidelity
  • Retrofit — compatibility with an installed fieldbus

03Decision drivers

What the choice actually turns on.

  • Fieldbus alignment with the controller already in the plant
  • Commissioning and tuning effort, which dominates the real cost
  • Diagnostic and telemetry depth for fault isolation
  • Regeneration and braking handling

04What we hold

The intelligence behind this category.

Fieldbus support depth against the marketing claim

Toolchain maturity and quality of documentation

Firmware update history and support horizon

Where a drive brand is an OEM rebadge

05What to watch for

Where selection in this category turns.

01

Treating fieldbus support as binary rather than a depth question

02

Underestimating commissioning time on an unfamiliar toolchain

03

Ignoring regeneration until the bus over-voltages

04

Mixing drive vendors across one synchronised axis group

Beyond this page

SKU-level intelligence sits behind the requirement.

Validated supplier records, per-SKU parameter data, pricing bands, MOQ patterns, and lead-time history for motor drives & controllers are released against a stated application — because a shortlist is only meaningful once the operating conditions are known.

06Coupled decisions in robotics components

Actuator · drive · encoder · controller share one control loop. Selecting any one of these without the others is the most common source of rework in this domain.

Start with the application

Sourcing motor drives & controllers?

Send the application and the operating conditions. We map the landscape, validate the claims, and return a shortlist with the reason each option is on it.