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Factory Systems / Factory Control

Factory Control & Automation

Design PLC, HMI and supervisory workflows for machine sequences, setpoints and production operations.

A PLC control cabinet connected to a machine, conveyor and local control buttons
Factory Control concept illustration — actual devices and screens depend on the project.

Factory Control

Details and scope

Design PLC, HMI and supervisory workflows for machine sequences, setpoints and production operations.

Applications
Machine sequences and operating modes · Setpoint and recipe workflows · Integration with existing control cabinets
Project inputs
Control drawings, I/O list and machine ownership · Interlocks, local / remote modes and command permissions · Acceptance scenarios, maintenance windows and handover
Delivery scope
Control is a separately engineered project. Local interlocks and emergency stops remain responsible for machine safety; cloud monitoring is not a safety controller.
Project format
Devices with setup or a scoped integration project
Acceptance
Validate against actual equipment and customer reference data

Operational uses

Design PLC, HMI and supervisory workflows for machine sequences, setpoints and production operations.

  • Machine sequences and operating modes
  • Setpoint and recipe workflows
  • Integration with existing control cabinets

Before system design

Select devices and integration around the actual site.

  • Control drawings, I/O list and machine ownership
  • Interlocks, local / remote modes and command permissions
  • Acceptance scenarios, maintenance windows and handover

Scope and acceptance

Control is a separately engineered project. Local interlocks and emergency stops remain responsible for machine safety; cloud monitoring is not a safety controller.

  • Validate readings and events against actual devices
  • Specify devices, software licences, integration and training in the quotation

DETAILS & PLANNING

Plan your Factory Control project

From site inputs to daily use

Control is a separately engineered project. Local interlocks and emergency stops remain responsible for machine safety; cloud monitoring is not a safety controller.

  • Control drawings, I/O list and machine ownership
  • Interlocks, local / remote modes and command permissions
  • Acceptance scenarios, maintenance windows and handover

Validate before rollout

Compare actual device data with displayed values and source events. Test disconnection, recovery, user permissions and handover documentation against jointly agreed operational scenarios.

  • Correct readings and events
  • Defined handling of missing data
  • Operator acceptance of the workflow

Review each system’s scope before opening it or using the example to plan your project.

Questions about this topic

Is this included in every cloud package?

Devices, licences, development and integration are assessed separately from cloud subscriptions. Confirm scope in the quotation.

Can we start with a pilot?

Start with selected read zones or a production line, and validate against actual equipment before adding devices and sites.

Choose hardware and software that work together

Start with your equipment and data points, then define the right site scope.