About Fountain Solution Chiller
Fountain Solution Chiller is a type of cooling system used in printing and packaging industries to control the temperature of Fount Solution for good printing Quality. It is also designed to maintain a stable temperature in the printing equipment, which is essential for achieving high-quality print output. They can be designed to operate at specific flow rates and temperature ranges, depending on the requirements of the printing process. Overall, Fountain Solution chiller are crucial for maintaining the efficiency and quality of printing processes in industrial settings.
Specification -
Capacity - 0.5TR To 7.5TR
Storage Tank - 50 Ltr. To 400 Ltr.
Condenser Air Cooled with aluminum fins & inner groove copper tubes.
Evaporator - Stainless Steel Tube Coil in Tank.
Compressor -Hermetically Sealed.
Refrigerant Used -Environmental Friendly.
Automation Grade -Semi-Automatic / Automatic (Relay Logic / PLC Options available.)
Power Supply -430VAC, 50 Hz, 3 Phase.
Fabrication -CRCA Fabrication With Corrosion Resistant Powder Coating & Stainless Steel grade 304 for Storage Tank.
Temperature Range -Plus 12 Deg. Cel. or as per customer requirement.
Plumbing Material -CPVC / APVC / MS / SS As per application Requirement.
Warranty -1 Year Manufacturing Warranty.
Industrial Applications -
Printing & Packaging - Web offset printing, Sheet fed printing.
Efficient Cooling for Print QualityOur Fountain Solution Chiller is engineered to maintain consistent solution temperatures, which is crucial for achieving high-quality prints. Its advanced design ensures reliable performance even in demanding industrial environments, reducing temperature-related printing issues and improving overall productivity.
Versatile Voltage CompatibilityThis chiller is compatible with a broad voltage range (230-415V), making it suitable for various industrial setups. Its flexibility in installation eliminates the need for extensive electrical modifications, allowing for seamless integration into existing print production lines.
FAQ's of Fountain Solution Chiller:
Q: How does the Fountain Solution Chiller work in industrial printing environments?
A: The Fountain Solution Chiller operates by circulating coolant to maintain the fountain solution at an optimal temperature, preventing overheating and ensuring stable ink transfer on printing presses. This results in improved print quality and reduced equipment wear.
Q: What materials are used in the construction of the Fountain Solution Chiller?
A: The chiller is built from high-quality industrial-grade materials selected for durability and resistance to corrosion, ensuring reliable performance in demanding settings. The specific components may vary, tailored for industrial application and longevity.
Q: When should a Fountain Solution Chiller be used in a printing operation?
A: A Fountain Solution Chiller is recommended whenever consistent temperature control of the fountain solution is critical, particularly in high-volume or long-run printing tasks where heat build-up can negatively affect print results.
Q: Where is the Fountain Solution Chiller typically installed within a print facility?
A: The unit is commonly positioned close to the printing press, connected directly to the fountain solution reservoir or tank, ensuring efficient and immediate cooling throughout the printing process.
Q: What is the process for installing and setting up the Fountain Solution Chiller?
A: Installation involves connecting the chiller's inlet and outlet hoses to the fountain solution system, ensuring it matches the correct voltage (230-415V), and configuring settings according to the press manufacturer's guidelines. Professional installation is recommended for peak efficiency.
Q: How is the Fountain Solution Chiller beneficial to print facilities?
A: By controlling fountain solution temperature, the chiller helps prevent print defects such as color variation and emulsification, extends the life of printing equipment, and supports higher operational efficiency, ultimately reducing maintenance costs and downtime.