Product Description
The series of Recirculating Chillers, featuring models YR02302, YR02303, YR02304, and YR02305, embody cutting-edge cooling technology designed to meet various laboratory requirements. All models operate efficiently within a temperature range of -10°C to 25°C, offering a temperature stability of ±2°C. These chillers are powered by a voltage supply of 220-240V at 50Hz, with the YR02305 model providing alternative compatibility with a 3-phase 380V supply, ensuring versatility for different settings.
The chillers utilize R134a refrigerant, a proven environmental standard, and are equipped with robust circulation pumps, delivering flow rates of either 7L/min or 16L/min depending on the model. Furthermore, these chillers are capable of maintaining pressure levels from 1 to 10 bar. Their efficient cooling capacities, ranging from 1000W to 6000W at 15°C, cater to diverse application needs in laboratory settings.
| Model | YR02302 | YR02303 | YR02304 | YR02305 |
| Operating temperature range | -10-25°C | |||
| Temperature stability | ± 2°C | |||
| Power supply | 220-240V-, 50Hz | 3-, 380V, 50Hz | ||
| Filling volume of bath liquid (L) | 10 | 17 | 30 | 40 |
| Cooling capacity (W) | 1000@15″C | 2000@15″C | 3000@15″C | 6000@15″C |
| Refrigerant | R134a | |||
| Circulation pump flow | 7L/min | 16L/min | ||
| Pressure (bar) | 1-10 | |||
| Pipe connection size | 1 / 2″ | |||
| Dimensions (mm) | 435W x 6900 x 720H | 465W x 6900 x 820H | 495W x 7600 x 860H | 650W x 1055D x 1070H |
| Net weight (kg) | 73 | 86 | 108 | 195 |
Market Price
When considering a recirculating chiller for your laboratory needs, it is crucial to understand the pricing dynamics in the market. The cost of recirculating chillers typically varies, with averages in the range of $17,500 to $18,100 USD. This price range reflects the technology sophistication and diverse application capabilities inherent in the chiller models discussed.
Frequently Asked Questions
What is the primary refrigerant used in these chillers?
All models utilize R134a refrigerant, known for its efficiency and environmental compatibility.
What type of power supply do these chillers require?
Models YR02302, YR02303, and YR02304 require a 220-240V, 50Hz power supply, whereas model YR02305 is adaptable to a 3-phase 380V, 50Hz power supply.
Advantages and Disadvantages
Advantages: The recirculating chillers stand out for their broad temperature range, excellent cooling capacity, and robust design. They promise efficiency and reliability for demanding laboratory applications, with precise control over temperature settings that ensure optimal performance of laboratory processes.
Disadvantages: Despite their advanced features, potential users should consider the size and weight of these units, as they require sufficient space and strong support structures for installation. Budget considerations are also imperative, given that high-performance chillers represent a significant investment.
Product Use in the Field
In practical applications, recirculating chillers are extensively employed across a variety of laboratory settings. Their ability to maintain low temperatures is crucial for stabilizing sensitive chemical reactions, cooling analytical instruments, and supporting various industrial processes. Their application is not limited to any single sector; rather, they serve critical roles in pharmaceuticals, chemical industries, and scientific research laboratories.
The design features of these chillers allow them to integrate seamlessly with existing laboratory setups, ensuring consistent operational reliability and efficiency, which is essential in high-stakes environments such as research and development facilities.
Recommendations
For optimal performance, ensure regular maintenance of your recirculating chiller by keeping the coolant levels in check and conducting periodic inspections of the unit’s components. Given their sophisticated design, it is advisable to adhere strictly to the manufacturer’s guidelines regarding operation and maintenance to prolong the lifespan of the equipment.
Moreover, when purchasing, consider the specific cooling requirements of your laboratory processes to choose a model that best meets your needs. Always weigh the potential need for higher cooling capacities against the available budget and space constraints to ensure a well-considered investment.
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