Why Choose Split Refrigeration Systems?

In industrial refrigeration applications, selecting the right system is critical in terms of energy efficiency, operational continuity, and investment costs. Split (separate) refrigeration systems, especially for small and medium-capacity cold storage facilities, stand out due to the engineering advantages they offer compared to central systems.

Split systems are independent and compact cooling solutions where the evaporator is located indoors, while the condenser and compressor unit are located outdoors. This design offers significant advantages during both installation and operation.

Key Advantages of Split Refrigeration Systems

1. Modular and Flexible Design

Split cooling systems allow for room-based capacity selection based on cooling load calculations. This ensures that the appropriate unit is used for each cold room. Separate placement of indoor and outdoor units optimizes space utilization within the facility while also allowing for future capacity increases.

2. Low Initial Investment and Quick Setup

Chillers, cooling towers, pump stations, and complex collector lines found in central systems are not present in split systems. This allows for:

• Less piping required.
• Shorter labor time
• Less refrigerant usage

This results in shorter installation times and significantly reduced investment costs.

3. Precise Temperature Control

Each split system operates with its own thermostat and control panel. This design ensures high temperature accuracy in areas with varying temperature requirements (cold storage, frozen storage, etc.) and protects product quality.

4. Operational Flexibility and Redundancy

One of the most important advantages of split systems is their independent operating principle. A malfunction in one unit only affects the affected room; the rest of the facility continues to operate. This offers a significant risk management advantage in terms of maintaining the cold chain.

Technical Specifications of Split Refrigeration Units (Frigoblock CSP / FSP)

• CE Certified Production: Manufactured in accordance with European Union standards and offers a wide capacity range for cold and frozen storage applications.
• Hermetic and Scroll Compressor Options: In addition to standard hermetic (piston) compressors, optional scroll compressors provide higher energy efficiency and quieter operation.
• Air-cooled condenser structure: Equipped with fans and components resistant to outdoor conditions, it offers reliable and stable performance.
• Ready-to-Assemble Electrical Panel: The units are delivered from the factory with a ready-to-assemble control panel, speeding up the commissioning process.
  
  
  

Comparison of Split and Central Refrigeration Systems

Split systems offer flexibility and cost advantages in small and medium-sized facilities, while central systems are preferred in high-capacity facilities with homogeneous load distribution.

The Importance of Maintenance for Longevity and High Yield

1. Condenser Cleaning

The condenser is the critical point where heat from the system is released to the atmosphere. Condenser fins clogged with dust and dirt increase the condensation temperature, thus increasing energy consumption. Therefore, the fins:

• compressed air
• Suitable chemical cleaners

It should be cleaned regularly using [a specific method].

2. Evaporator and Defrost Management

Icing significantly reduces heat transfer at the evaporator surface. Defrost times and frequency should be optimized according to the moisture load of the stored product.

• Excessively long defrosting: Extra heat enters the room.
• Insufficient defrosting: The coils become covered with ice, cutting off airflow.