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Engineered for Stable & Long-Term 2 Ton Chiller Cooling Performance
- High Precision Temperature Control
- Smart Microprocessor Controller
- Compact Design for Limited Space
- Corrosion-Resistant Evaporator
- Multiple Power Options (220V/380V/460V)
What is a 2 Ton Chiller?
A 2-ton cooler is a refrigeration system specifically designed to remove approximately 24,000 British Thermal Units (BTU) of heat from the process fluid. It is a small process water chiller for single equipment that has around 7 kW industrial cooling capacity. Typically, it is equipped with sealed scroll compressors, evaporators (usually made of stainless steel brazed plates), condensers (either air-cooled or water-cooled), and pumping systems. Our 2 ton chiller includes an internal reservoir, a digital temperature controller, and high/low pressure safety devices.
Types of 2 Ton Chillers for Different Occasions
Different industrial applications require different cooling chillers. Our 2 ton chiller system offers a variety of designs to suit your installation conditions, operating environment, and process requirements.
An air-cooled 2 ton chiller employs fans to direct ambient air across the condenser coils for heat rejection. No need for external cooling towers and easy to install.
Water-cooled 2 ton chiller transfers heat to a separate water source through a heat exchanger. More energy-efficient and quieter, but more complex.
Self-contained systems, including the refrigeration circuit, water pump, and insulated water tank. Typically mounted on casters for mobility for single usage points.
Small, independent cooling units that can be interconnected with multiple similar modules. Can add or remove 2-ton “cubes” or modules as needed.
Can operate at temperatures below the freezing point of water. Use a glycol-water mixture and specialized insulation to prevent freezing within the system.
Employ a fixed design. A “bare” refrigeration unit for permanent installation that must be connected to an external reservoir and pump system.
Contain the refrigeration circuit and pump, but do not have a built-in reservoir. Pull fluid from an external open tank and return it after cooling.
A compact variant that is often used for indoor operations to protect materials from humidity or extreme heat. With high-power compressors and stainless steel liquid storage tanks.
2 Ton Chiller Features Designed to Eliminate Overheating and Production Downtime
From precise temperature control to energy-efficient components, every detail of our 2 ton chillers has been carefully considered, aiming to prevent overheating, reduce downtime, and ensure the reliability of the machine operation.
Cool specific equipment or areas that are in use, rather than running a large system for the entire building, reducing monthly electricity costs.
Have small physical dimensions (usually about 3×3 square feet). Fit into facilities with limited space or narrow passageways.
Equipped with heavy-duty casters. Can move between different work areas or be repositioned according to changes in production requirements.
Equipped with an electronic PLC or LED controller for precise temperature management and diagnostic readings.
“Plug-and-play” design. Require only electrical and liquid connections rather than the complex water piping required by large central cooling systems.
When using two 2 ton chillers, there’s a redundancy because if one unit fails, the other can provide partial cooling to ensure the normal operation of the business.
Integrated protective measures include high/low refrigerant pressure switches, low water flow alarms, and overheat protection devices for the screw compressor and pump motors.
Provide a stable and low-noise environment, which is essential for cooling analytical instruments and storing samples that are sensitive to temperature.
Precision Temperature Control
We apply advanced hardware to achieve precise temperature control. We employ components that can adjust the cooling power in extremely small increments, such as variable-speed compressors and electronic expansion valves. The Proportional-Integral-Derivative (PID) algorithm is the industry standard. They calculate the difference between the actual temperature and the target temperature and adjust the system. Besides, we set high-sensitivity sensors and multiple monitoring points in the 2 ton chiller to detect temperature changes. The system can maintain stable pressure and flow by adjusting the speed of the condenser fan and the process pump.
Optimized Energy Consumption
Our 2-ton cooler achieves energy consumption optimization by matching its cooling output to the actual demand rather than operating at maximum power all the time. For systems of this size, using variable frequency technology and variable speed components can significantly save energy. Our key energy-optimizing technologies include variable frequency drives, electronic expansion valves, electronically commutated fans, etc. Our smart 2 ton chiller utilizes advanced algorithms to analyze historical data and predict future demands, thereby reducing the operating scale during off-peak hours.
Long-Term Durability
By using high-quality building materials, protective measures, and proactive maintenance strategies, Chillerone 2 ton chiller can achieve long-term durability. We make the construction with robust materials, such as corrosion-resistant components and stainless steel brazed plate heat exchangers, to resist high pressures and physical wear. To ensure safety, we apply a Variable Frequency Drive (VFD) that modulates motor speed based on load, and integrated safety systems and protective coatings, which extend the unit’s lifespan in harsh environments.
Chillerone – Global Supplier of Tailored 2‑Ton Chiller Systems
With 20 years of rich experience in the manufacturing of industrial chillers, Chillerone has deployed sophisticated temperature control chillers in over 75 countries. More than 80% of our installed equipment serves regions outside the domestic market. We do not adhere strictly to standard specifications. Instead, we customize each 2 ton chiller according to your specific process parameters. This application-centered approach directly enhances production line efficiency and food safety compliance in high-yield production environments.
Reliable Certification
The 2 Ton Chiller holds valid global certifications, supporting legal sales and application across international markets.
2 Ton Chiller for Various Industrial Applications
As a fully functional 2-ton industrial water chiller, our system is widely applied in areas such as machine cooling, process temperature control, and heat dissipation in manufacturing environments.
2 ton chillers are ideal cooling equipment for injection molding, blow molding, and extrusion processes to cool molds. This plastic extrusion cooling system shortens production cycles and improves product quality. They can perfectly match small injection molding machines.
The cooling demand of CNC and laser processing for a single laser machine is usually 5-10 kW, so a 2 ton chiller is very suitable for this application. It serves as a spindle cooling water chiller, which can ensure the temp stability of the spindle cooling and keep the accuracy.
A 2 ton chiller is suitable for cooling laser cutting machines, water jet equipment and welding equipment. It also regulates the temperature of cutting oil in CNC processing to prevent parts from deforming due to thermal expansion.
In breweries and wineries, cooling is crucial for cooling wort, controlling fermentation temperatures, and cooling containers. In dairy processing, the 2 ton chillers are also used for pasteurization to quickly remove heat from milk.
In the chemical and pharmaceutical industry, a 2 ton chiller can be used to regulate temperatures in reaction vessels to prevent degradation of sensitive compounds during formulation and storage.
A 2 ton chiller is ideal to provide critical cooling for MRI magnets, CT scanners, and PET machines to ensure they operate within safe temperature ranges.
In analytical instruments, 2 ton chiller can maintain optimal temperatures for sensitive laboratory equipment such as mass spectrometers, electron microscopes, and nuclear magnetic resonance spectrometers.
When used in hospitals and clinics, a 2 ton chiller keeps blood samples, reagents, and vaccines at stable low temperatures. Commercial and Professional Uses
In server rooms or data centers, 2 ton chiller manages the heat generated by high-density computing equipment to prevent data transmission interruptions.
This depends on the cooling capacity that you require. You can estimate by calculating the total heat load and dividing it by 12000 to obtain the required cooling capacity. Do not forget to increase by 20% to ensure safety. The final result decides whether you need a 2 ton chiller or not. For example, if your production process generates 20000 British Thermal Units per hour, then a 2 ton chiller would be an ideal choice.
The power consumption differs from condenser types. Generally, depending on operating conditions, an air-cooled 2 ton chiller may draw roughly 1.6 to 2.4 kW. A water-cooled 2 ton chiller may draw roughly 0.9 to 1.3 kW.
Generally speaking, both of them have their own advantages and disadvantages. An air-cooled chiller is “plug-and-play”, making installation much easier. However, it generates more noise and has lower efficiency. In contrast, a water-cooled chiller has higher efficiency and a longer lifespan, but it requires an external water source, such as a cooling tower.
Usually, to maintain a 2 ton chiller, you can inspect whether the liquid level in the reservoir is normal, check for any leaks, and ensure that the temperature displayed by the digital controller is within the range you require for days or weeks. Monthly and quarterly tasks include cleaning the tubes of the air-cooled condenser or the tubes of the water-cooled heat exchanger to remove dust or scale. Finally, annual professional inspections are crucial, including checking the refrigerant charge, tightening electrical connections, and testing the safety shut-off device.
Being able to promptly identify that your 2 ton chiller requires maintenance can prevent minor efficiency losses from escalating into a system-wide failure. The most common warning signs include frequent short cycles, which typically indicate refrigerant leakage or expansion valve failure. Other phenomena like unusual mechanical noises, temperature creep, frost buildup, and residual oil stains should all be cared for.
If you have problems when repairing your chiller, never hesitate to contact us to get detailed help!
An industrial 2-ton chiller typically has a lifespan of 15 to 25 years, which largely depends on the type of its condenser and the degree of maintenance. If properly maintained, our equipment can sometimes be used for 30 years.
See the 2 Ton Chiller in Action
Why Do You Need a 2 Ton Chiller?
Prevent Downtime
If proper cooling is not achieved, industrial equipment may overheat, resulting in unplanned downtime, production delays, and high maintenance costs. Our 2 ton chiller can provide a stable 7 kilowatts of cooling power to ensure your machines operate at their optimal temperature.
Higher Quality and Precision
Even the slightest temperature variation can affect the processing accuracy or the consistency of the shape. Chillerone 2 ton chiller can ensure precise temperature control, helping you maintain the stability of product quality and reducing the waste rate.
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Adapt to Mid-Sized Equipment
If your equipment requires approximately 7 kilowatts of cooling power, then a 2-ton water chiller is usually the most cost-effective solution. It can prevent instability issues caused by a system that is too small, and also avoid energy waste resulting from a system that is too large.
Reduce Operating Cost
Our efficient 2 ton chiller can reduce energy consumption, alleviate the burden on the equipment, lower maintenance costs and extend the lifespan of the machine.
Continuous Industrial Operation
For factories that operate for long periods or implement multi-shift systems, a reliable cooling system is of vital importance. Choosing a suitable 2 ton chiller can ensure that the production process continues smoothly and the performance does not deteriorate.
Improve Safety
Excessive equipment heat can pose safety risks and cause instability in the working environment. A dedicated 2-ton cooling system is helpful in maintaining a safe and controllable production environment.
How to Choose the Right 2 Ton Chiller for Your Equipment
To decide what size chiller for injection molding, you must first confirm that the heat load of the equipment does not exceed 24,000 BTU/hour. Ideally, a 20% safety margin should be reserved to account for temperature fluctuations in the environment. Next, determine the best cooling method for your facility. For well-ventilated areas, choose the “plug-and-play” air-cooled equipment. If your facility has a cooling tower and requires higher energy efficiency and quieter operation, select the water-cooled equipment. Finally, match the technical specifications of the chiller to your process requirements, ensuring that the voltage (single-phase or three-phase) is compatible with the power supply in the workshop, the pump flow rate (gallons/minute) meets the requirements of the machine, and the materials used are suitable for your specific cooling medium.
The result always needs a detailed process cooling load calculation. Our engineering specialists can apply advanced software and extensive experience to accurately determine the appropriate load for you.
Our 2 Ton Chiller Customizing Options
Control System
- Explosion-Proofing
- PLC or BMS Integration
- MCS microcontroller
- Remote touchscreen options
- Feedforward control
- Digital flowmeters
- Digital logs
- Resistance temperature detectors (RTD)
- Split Systems
- Proportional-Integral-Derivative (PID)
- Auto-Changeover Pumps
Safety Function
- Power Protection
- City Water Bypass
- Hot Gas Bypass
- Safety switches
- Low-ambient protection
- Fused disconnect
- Circuit breakers
- Low-ambient packages
- Accessible air filters
- Alarm and fault protection
- Seismic and Fire Protection
- Outdoor packages
Energy Efficiency
- EC condenser fan motors
- Electronic Expansion Valves (EEVs)
- Glycol/Antifreeze systems
- Heat recovery systems
- Pump Variable Frequency Drives (VFDs)
- Variable-speed compressor
Various Components
- Scroll compressors
- Adaptive calibration
- High-sensitivity sensing
- Remote Condensers
- Fluid customization
- Digital flow meters
- Microchannel heat exchangers
- Plate-type heat exchanger
- Stainless steel reservoirs
- Fiberglass reservoirs
- Phase monitor
- Heavy-duty casters
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