During the production and service of chillers, one of the most frequently asked questions is: "Can your chillers really operate stably for a long time?" This question reflects three major concerns that users generally have about chillers currently on the market:

1. Concern about sudden shutdown: If the chiller stops working, it will delay the production schedule;

2. Concern about unstable temperature control: fluctuating temperatures can affect product yield;

3. Concerns about maintenance difficulties: Water chillers have a complex structure, and once a malfunction occurs, repairs are time-consuming and labor-intensive.

To address the above issues, the FerroTec R&D team spent nearly two years developing the FCCW52261, an industrial-grade air-cooled chiller that not only meets the requirements for high-precision temperature control but also eliminates users' concerns from the design stage.

☑️Compressor: Choose a reliable brand

In the design of the FCCW52261 chiller, to prioritize the reliability of core components, we selected a Panasonic high-efficiency scroll compressor. Although the cost is higher, its advantages are significant:

Higher energy efficiency: Lower power consumption for the same cooling capacity, which helps reduce long-term operating costs;

Smooth operation: The low vibration and low noise brought by the vortex technology help extend the service life of the whole machine and improve the working environment;

Highly adaptable: Built-in multiple protection mechanisms can effectively cope with complex operating conditions such as voltage fluctuations and high temperatures.

Overall, this compressor boasts excellent durability and stability, ensuring the chiller's continuous and reliable operation in harsh industrial environments.

☑️Self-developed high-precision control system: temperature control within ±0.5℃

The core function of a chiller is to precisely control the temperature of the equipment—if the temperature deviates from the set range, it can easily lead to product defects. The FCCW52261 chiller is equipped with FerroTec's proprietary high-precision temperature control system, which offers the following key advantages:

Precise temperature control: Achieve temperature control accuracy within ±0.5℃;

Clear human-machine interface: The large LCD screen displays real-time temperature, set value and fault code, making the status clear at a glance;

Multiple safety protections: Integrates high and low pressure protection, water flow detection, antifreeze and overload protection logic to comprehensively ensure equipment and process safety.

☑️High-efficiency heat dissipation system: High-efficiency plate heat exchanger

The efficiency of heat dissipation directly affects the energy efficiency and operational stability of a chiller. Therefore, we have adopted a high-efficiency plate heat exchanger in the FCCW52261 chiller. Its advantages include:

Larger heat exchange area: Increases heat exchange rate and enables faster heat dissipation;

Corrosion-resistant and high-pressure-resistant materials: significantly extend service life;

Compact structural design: Saves installation space while ensuring performance.

Laser processing industry: Provide constant low-temperature cooling for lasers to ensure light output quality and equipment lifespan.

In the plastics machinery industry: precise cooling of injection molding machine and extruder molds shortens the molding cycle and improves product quality.

In the chemical and pharmaceutical industries: process cooling of reaction vessels and condensers ensures that chemical reactions take place at safe and stable temperatures.

Electronics manufacturing industry: Cooling of welding equipment and vacuum coating machines.

Central Laboratory: Provides a reliable cold source for various experimental equipment and spectrometers.

Excellent equipment requires supportive service. Therefore, FerroTec Pilot Thermoelectric is committed to providing you with:

Professional selection support: Our R&D engineers will recommend a matching chiller model based on your actual operating conditions (such as heat load, ambient temperature, flow requirements, etc.);

Comprehensive technical training: During the installation and commissioning phase, systematic training is provided to operators and maintenance personnel to ensure the safe, efficient, and standardized operation of the equipment;

Rapid response service: With a global after-sales service network, we can respond to various technical issues immediately, minimizing downtime and ensuring production continuity.