Industrial cooling and tempering solutions for injection molding, thermoforming, injection molding, extruding, blow molding, rotational molding, process collation, intrusion batches and calendering.
Before the start of a cooling project, we are happy to evaluate the specifications and elaboration options together with you.
We always design the optimal cooling arrangement adapted to your needs:
- We look at how we can best use the specified location.
- Which type of cooling system best fits your specific project
- Which peripheral equipment can possibly be used to save energy and to use freecooling.
Elements of a cooling installation
Below we briefly explain the various elements and possibilities of both central and decentralized cooling principles.
Central cooling
With central cooling, 1 chiller sends cooling to multiple users throughout production.
Benefits
- Higher efficiency when a similar temperature is required throughout production.
- Contains high-quality screw compensators that last longer.
Decentralized Cooling
Decentralized cooling has several chillers that cool separate consumers separately.
Benefits
- Multiple temperature set points possible
- Less frequent maintenance required compared to central cooling
- The control and controls can be simplified.
- Cooling is tailored to each specific part of the production
The system can still be moved afterwards and used for other cooling purposes
Used coolers and peripherals
Chiller
A chiller is a forced cooling by means of a compressor.
Set point between 5 ° C and 20 ° C regardless of the ambient temperature
Specifications
- Screw compressors
- Multiscrol compressors
- Water cooled
- Air cooled
- Cooling capacity: 50 kW – 1000 kW
Free cooling*
A free cooler takes in ambient air and, together with built-in fans, ensures a high cooling capacity.
Depending on the needs of the customer, the installation of a free cooler can provide a significant return *.
* The potential return mainly depends on the desired set temperature compared to the average outside temperatures throughout the year.
Standard
- Frequency regulated regulators
- Cooling capacity: 50 kW – 1000 kW
- Stainless version (Inox)
Adiabatic
- Frequency regulated regulators
- Cooling capacity: 50 kW – 1000 kW
- Stainless version (Inox)
- Cooling to ambient temperature
- Adiabatic chamber is also a pollen filter
Microgel
- Compact water-cooled chiller with flexible set point per consumer.
- Fits perfectly in a decentralized cooling installation.
Characteristics:
- Water cooled chiller
- Local cooling on the machine
- temperature set point: between 5 ° C and 90 ° C
- Cooling capacity: 50 kW – 180 kW
- 2-set temperatures possible on one unit
Hydraulics
Buffer and transport of coolant.
Specifications
- Grundfos modular pump groups
- Frequency control
- Isolated tanks: 1000 l / 2000 l / 3000 l
Water or glycol as a medium
Control
The control is the central interface of the entire cooling installation.
Characteristics
- Standard control
- PLC controlled
- Customer specific
