Where build time gets lost in machine assembly

Wiring between machine sections is often where build time gets lost.

On most machines, each section needs to be connected, terminated, checked, and brought back to the control panel before anything can move forward.

That work is repeated across every section, so it quickly becomes a significant part of the build.

As machines scale, so does the amount of wiring required between sections.

Why this part of the build slows things down

Power distribution introduces:

• Repeated termination work across every build

• Variation between machine sections

• More time spent during assembly before commissioning can begin

Each connection needs to be prepared and verified.
Changes between builds increase that workload and introduce more variation to manage.

It often becomes a significant part of assembly as builds scale.

A different way to approach power distribution

Instead of wiring each section manually, power distribution can be treated as a plug-in system.

This shifts the work from:

• cutting, stripping, and terminating conductors in the field

to:

• connecting pre-defined interfaces between machine sections

The difference shows up during assembly, where repeated wiring tasks are replaced with consistent connection points.

What this looks like in practice

With systems like the Phoenix Contact IPD installation system, power distribution is built around:

• Preassembled cable connections between sections

• Panel feed-throughs that create a consistent interface at the enclosure

• Tool-free Push-in and Push-Lock connections on both device and field sides

• Mechanical coding to prevent mismatching

• IP66, IP68 and IP69K protection for exposed and industrial environments

Each part is designed to work as part of the same system.

What changes during the build

When power distribution is set up this way, it can:

• Reduce time spent on repetitive wiring tasks

• Improve consistency between machine sections

• Reduce variation between builds

• Make assembly more predictable

This changes how machines come together, particularly where the same design is built more than once.

Where this approach makes sense

This becomes more relevant when:

• Machines are built in sections or modules

• The same design is repeated across multiple builds

• Installation conditions are exposed or difficult

• Assembly time is under pressure

In these cases, how power is distributed across the machine has a direct impact on how efficiently it can be built.

A practical takeaway

Wiring between sections isn’t just a connection task. It’s a build time decision.

How that part of the system is handled influences assembly time, consistency, and how easily a machine can be repeated.

Explore the IPD installation system

If wiring between machine sections is becoming a bottleneck, it’s worth looking at how power distribution is handled across the machine.

Systems like the Phoenix Contact IPD installation system provide one way to approach this, particularly where consistency and repeatability matter.