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Scope Electrical Solutions
End of line palletising system for rigid composite packs
Project

Composite Pack End of Line Palletising

Twenty five conveyors, servo driven row forming, a palletising robot, and three safety zones sharing one line. Every device on it needed power, network, and safety wiring that would stand up to continuous production.

Client

Cantech Engineering / Zipform Packaging

Industry

Food & Beverage

Location

Dandenong, Victoria

Duration

Jan 2023 to Dec 2023

The Brief

Scope of Works

This end of line system handles rigid composite packs from upstream production through to a wrapped, strapped pallet. It takes in 25 conveyors, communicates with wrapper and strapper systems, and integrates with the equipment feeding it, with sensor blocks positioned around the line to keep track of product.

The hardest part was presenting product to the robot. The solution was a control strategy using servo drives and pneumatic stoppers to form rows before the robot picks them, which meant precise wiring of drives, stoppers, and position feedback across a long line footprint.

Three separate safety zones were created, each rated PLd SIL2, so an incident in one part of the line does not shut down the whole system.

What We Did

The Electrical Delivery

Power distribution and drive wiring for 25 conveyors across the end of line system
Installation and wiring of Siemens variable speed drives on Profinet with ProfiSafe
Cable tray and containment across the full line footprint, with power and network runs segregated
Field wiring and terminations for the sensor blocks positioned around the line
Servo drive and pneumatic stopper wiring for the row forming system feeding the robot
Three independent safety zones wired and verified to PLd SIL2
Interface wiring to the wrapper, strapper, and upstream equipment
Termination, loop testing, and commissioning support across the full line

Alongside Scope Automation

Scope Automation delivered the Siemens S7-1500F control system, including the row forming strategy that presents product to the robot. Running ProfiSafe over Profinet meant safety and control shared the same network, which cut the amount of hard wiring needed and made the three safety zones far cleaner to build and prove.

Key Technologies

Siemens S7-1500F failsafe controllerSiemens variable speed drives on ProfinetProfiSafe safety over networkServo drives and pneumatic stoppers for row forming
On Site

From the Job

The Result

One Line, Three Zones, No Full Stops

The system runs composite packs from upstream production through row forming, robotic palletising, wrapping, and strapping as one coordinated line.

Splitting it into three PLd SIL2 safety zones means an access gate or e-stop in one area drops only that zone. The rest of the line keeps running, which over a year of production is a substantial amount of recovered output.

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