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Controlling die casting temperatures – Modular Process Control Platform

Automated temperature control with our Modular Process Control Platform

  • Heated rim on grey background
  • Four application examples for temperature control of cooling lines with thermometer icon and products icons
  • Drawing of a modular system from Bürkert with zoomed detail
  • Drawing of the components of a process control loop or control cabinet
  • Image of three matching components of a modular control system with "thumbs up" icon

Foundries employ low-pressure die casting applications to produce high-quality metal components. However, the temperature control of dies is not just a time factor, but also influences the quality of your products. Usually, water, air or a mixture of both are used for cooling. No matter which method of cooling you use: An automated control system ensures exact, repeatable cooling and short cycle times. In contrast to conventional manual procedures, pressure fluctuations and deposits are no longer an issue.

Do you want to increase the output of your plant? Find out on this page how easy it actually is.

Production must be documented in a comprehensible manner and traceability must be guaranteed at all times. This is supported by digital systems – in every process step.
Pressure equalisation
The pressure difference often fluctuates in cooling sections that run parallel to each other – and must be compensated.
Greater output
The combination of reproducible and exact cooling parameters reduces the cycle time and increases the yield.

Modular control system: Suitable for your low-pressure die casting process

It does not matter whether your control system is powered electromotively, pneumatically or manually. Since the Bürkert modular cooling system contains individual components for the actuator, structure, sensors and communication. We configure a system with actuators and sensors to meet the pressures, temperatures and flow rates you require. Install it directly in your plant according to the plug-and play principle. This is where it then reliably documents all cooling-relevant parameters.

Actuator variants
1 Electromotive
2 Pneumatic ELEMENT
3 Pneumatic CLASSIC
4 Manual

The modular process control platform is designed for various measuring parameters:

  • Coolant flows
  • Pressure
  • Temperature

Select the actuators and sensors according to the application, required pressures, temperatures and flow rates. The following applies to all: They offer reliable measurement values and can be easily integrated into your system.

Temperature control: Automated instead of manual

Does controlling the temperature of foundry processes have to be complicated? With Bürkert it is automated: The cooling system adapts to your needs exactly. Compared to manual temperature control, the modular solution saves you lots of time. While ensuring consistent high product quality.

Six reasons for automated process temperature control

Do your cooling sections work proactively?

In many foundries, the cooling sections for aluminium cast parts are still set manually. This is tedious and difficult to document. In the Bürkert modular cooling system, your devices communicate with each other. It documents all the parameters, thereby allowing you to reproduce your cooling processes at all times. Digital communication ensures less cycle time and more output.

Drawing of a modular cooling system with many cooling sections and a "thumbs up" icon

Adjust 70, 80, 90 and more cooling sections just once. The changeover from manual to automated temperature control saves time and guarantees consistently high product quality.

Advantage of digital communication

The Bürkert device platform EDIP (Efficient Device Integration Platform) enables you to connect the temperature control system to your bus system. The overall amount of cabling is reduced, while start-up and parameterisation are easy to perform. Depending on the actual die and process, you can set temperatures, automatically adjust the flow control or keep the pressure constant. Once parameters have been stored, they can be restored at any time.

Three icons for thermometer, thumbs up and rim connected by dashed line

Your advantage: Reliable reproduction of temperature control processes for higher product quality and less rejects.


Bürkert system solutions

Easy to integrate into your network - like a single device.

Each control loop has a unique process controller. The controller communicates with the individual control loops via fieldbus. Thus providing the controller with all the relevant data, including set-point value settings, actual value feedback and valve position.

Bürkert system solutions are developed to ensure simple integration in your respective network – as if it were a single device.
The Bürkert system bus, based on CANopen, simplifies communication between the components right down to the field level.
ME43 gateway Connection to:
· EtherNet/IP
· Modbus/TCP
· Profibus DPV1
· EtherCAT
· CC-Link

Automated temperature control: Time saving

How much time saving can be achieved with automated process temperature control? A calculation example illustrates the potential savings for foundries that employ the low-pressure casting procedures:



During operation, the cooling sections are to be adjusted for a new die. The manual adjustment of 90 cooling sections takes sixteen hours, while automated adjustment takes just four. In the twelve hours saved, the foundry can produce 108 parts.




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Airport Oaks

Auckland 2022

Phone 0800 287 537


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Flyer Fluid control of die-casting temperature

Modular and reproducible

4.35 MB

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