Control cabinets for refrigeration and freezer systems.
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Reliable control and monitoring within industrial refrigeration technology
Control cabinets for refrigeration and freezer systems are the central point for control, monitoring and safety within industrial refrigeration technology. In a well-designed refrigeration plant control cabinet, temperature control, protection and communication come together in one convenient solution. This is essential for applications where continuity, precise control and reliability are required. Correctly integrating the control system creates a stable refrigeration control system suitable for a variety of industrial environments and loads.
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What are control cabinets for refrigeration and freezer systems
Control cabinets for refrigeration and freezer systems provide electrical control, regulation and monitoring of industrial refrigeration systems. The control cabinet brings together components responsible for temperature control, protection and communication with sensors and actuators. A refrigeration switchboard thus forms the link between the refrigeration system and overhead control systems. Depending on the application, the control system can be set up for cooling, freezing or a combination thereof, with attention to operational reliability and energy efficiency.
Important standards and guidelines
NEN-EN 61439 and NEN-EN 60204-1
For the construction of control cabinets for refrigeration technology, NEN-EN 61439 and NEN-EN 60204-1 are leading. NEN-EN 61439 describes requirements for low-voltage switching and distribution devices, including thermal load and structural safety. NEN-EN 60204-1 focuses on electrical equipment, emergency stop devices and test procedures within machinery and installations.
NEN 1010 and ATEX 114
NEN 1010 applies to the electrical installation and connection of the switch cabinet. In environments where a risk of explosion may occur, for example due to coolants or vapors, work is carried out in accordance with ATEX 114. Here, the specific zone classification and environmental conditions are always considered.
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Applications in industry
Refrigeration controls are used in sectors such as food, logistics, cold stores and industrial production. Control cabinets provide stable temperature control in storage areas, production lines and climate control systems. Integration with industrial automation enables central monitoring and control, contributing to process continuity and quality assurance.
Benefits of control cabinets for refrigeration and freezer systems
- Precise and stable temperature control
- Reliable operation in continuous operation
- Clear operation and monitoring
- Suitable for industrial environments
Thoughtful design increases reliability and simplifies maintenance and expansion.
The process from design to commissioning
The process starts with the functional design of the temperature control and protective devices. During engineering, schematics are worked out in EPLAN and components are selected based on the application. Panel construction is followed by functional testing and a Factory Acceptance Test. During commissioning, a Site Acceptance Test verifies that the refrigeration or freezer system functions correctly within the practical environment.
Years of experience in the field of industrial automation
Efficiency and reliability in industrial automation
With Gerbin Control as your partner, you benefit from several specific advantages. We strive for reduced Total Cost of Ownership (TCO) and offer electrical components that meet the highest standards. In addition, we combine flexibility with competitive pricing, increase the efficiency of your systems and machines, and have an international network and UL/CSA certification.
Gerbin Control as a partner for control cabinets for refrigeration systems
Gerbin Control supports companies in the design and realization of control cabinets for refrigeration and freezer systems within industrial environments. With expertise in panel construction, hardware and software engineering, control cabinets are developed to meet the requirements of temperature control and operational reliability. We work in accordance with standards such as NEN-EN 61439, NEN-EN 60204-1 and NEN 1010.
Through experience in sectors such as refrigeration & climate, food and logistics, Gerbin Control delivers solutions that are practically applicable and fit within diverse installations. From engineering and panel construction to testing and commissioning, the electro-technical process is carefully carried out. Contact us for substantive advice on the correct interpretation of refrigeration control within your installation.
Frequently asked questions about control cabinets for refrigeration and freezer systems
What components are in a control cabinet for refrigeration systems?
A control cabinet for refrigeration systems includes power supplies, protection devices, relays, variable speed drives, PLC control and temperature controllers. In addition, sensors for temperature and pressure are connected, as well as communication components for monitoring. The exact composition depends on the installation, power level and desired level of automation.
How is temperature control achieved in industrial refrigeration systems?
Temperature control industry is achieved by combining sensors, controllers and actuators. The control box processes measured values and controls compressors, fans and valves. This ensures a stable temperature and prevents unwanted fluctuations that could affect product quality or process continuity.
What standards apply to refrigeration plant switchboards?
For refrigeration installation switchboards, NEN-EN 61439 and NEN-EN 60204-1 are important for construction and electrical equipment. In addition, NEN 1010 is applicable to the installation. In specific environments, ATEX 114 may also be relevant. Standards are always applied as design and construction guidelines.
What is the difference between control of refrigeration and freezer systems?
The difference is mainly in the temperature range and component loading. Freezing plants operate at lower temperatures and often require extra attention to insulation, sensors and operational reliability. The control cabinet is adjusted accordingly, while the basic principles of control and protection remain the same.
How are control cabinets for refrigeration systems tested?
After construction, control cabinets are functionally tested to verify the operation of control and protection. During a Factory Acceptance Test, the refrigeration controls are evaluated before the cabinet is delivered. Upon commissioning, a Site Acceptance Test follows to confirm that the system is operating correctly in the field.
