00

Solution

SOL-05

Controls & Digital

PLC & Control Systems

Machine and line control engineered to a written standard, tested in simulation before it reaches your floor.

00

Solution

Controls & Digital

PLC & Control Systems

Machine and line control engineered to a written standard, tested in simulation before it reaches your floor.

01

Problem & outcome

What it solves

01

Problem & outcome

What it solves

The problem

Control software written without a standard becomes the reason machines stay unchanged: nobody wants to touch it. Undocumented logic, copied safety code and missing simulation turn every change into a risk.

The problem

Control software written without a standard becomes the reason machines stay unchanged: nobody wants to touch it. Undocumented logic, copied safety code and missing simulation turn every change into a risk.

Intended outcome

Intended outcome

Control software that your maintenance team can read, change and support.

Typical I/O count

200–3,000 points

Indicative range · confirmed per project

Typical I/O count

200–3,000 points

Indicative range · confirmed per project

02

Engineering

Approach, applications and scope

02

Engineering

Approach, applications and scope

Technical scope

Engineering approach

We write a functional specification first, program to a structured, documented standard and test the logic against a simulation model before FAT. Safety functions are specified and validated separately.

Typical applications

  • New machine and cell control

  • Line integration across machines from different builders

  • Safety PLC programming

  • Panel design and build

Scope

  • Functional and safety specification

  • Electrical design and panel build

  • PLC, safety and HMI programming

  • Simulation, FAT, SAT and documentation

Technical scope

Engineering approach

We write a functional specification first, program to a structured, documented standard and test the logic against a simulation model before FAT. Safety functions are specified and validated separately.

Typical applications

  • New machine and cell control

  • Line integration across machines from different builders

  • Safety PLC programming

  • Panel design and build

Scope

  • Functional and safety specification

  • Electrical design and panel build

  • PLC, safety and HMI programming

  • Simulation, FAT, SAT and documentation

Talk to an engineer

Discuss your control system

An engineer replies within one business day.

Talk to an engineer

Discuss your control system

An engineer replies within one business day.

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