About Vacuum Deaerator
We are identified as one of the leading organizations, engaged in manufacturing and supplying Vacuum Deaerator. It is built to be used in situation where there is no possibility to heat the water to 102-104 degree C, due to the absence of steam. This equipment is designed to effectively remove select non-condensable gases from the liquid stream. It can be used for the district heating boilers and hot water systems. We manufacture this equipment at our sound production unit, using high quality materials and components. Vacuum Deaerator provides residual of dissolved oxygen content of not more than 0.1 mg / l. It is also filled with a special filling to increase the evaporation surface.
Advanced Air Removal TechnologyThis vacuum deaerator utilizes an oil-sealed rotary vane vacuum pump to efficiently remove dissolved gases from liquids, increasing product stability and shelf life. The system is designed for precise deaeration, ensuring optimal vacuum conditions and consistent results across various applications, including foods, beverages, and pharmaceuticals.
Safe and User-Friendly OperationEquipped with essential safety featuresoverload protection and an emergency stop buttonthe VD-3750892 prioritizes operator safety. The semi-automatic PLC/manual control panel and easy-clean design make daily operations simple and maintenance routines straightforward, with minimal downtime required.
Customized Performance for Industry NeedsDesigned for adaptability, this vacuum deaerator supports customizable production capacities and operates efficiently within a temperature range of 0120C. Its durable stainless steel construction and polished surface ensure longevity, while the devices compact dimensions facilitate seamless installation and integration into existing industrial lines.
FAQs of Vacuum Deaerator:
Q: How does the VD-3750892 Vacuum Deaerator remove air from liquids?
A: The machine uses a high-performance oil-sealed rotary vane vacuum pump to create a low-pressure environment in the deaeration chamber. This efficiently draws out dissolved gases from incoming liquid, allowing for effective deaeration before the product exits at atmospheric pressure.
Q: What types of products can be processed in this vacuum deaerator?
A: This vacuum deaerator is suitable for a variety of liquid products, commonly used in the food and beverage sector (like juices, dairy, and sauces) as well as in pharmaceutical manufacturing, where air removal enhances product quality and extends shelf life.
Q: When is maintenance required for this machine?
A: The VD-3750892 is built with a low maintenance requirement. Routine checks are recommended according to the manufacturers guidelines, primarily focusing on the vacuum pump oil and seals. Its easy-to-clean, CIP-compatible design streamlines the maintenance process even during regular production cycles.
Q: Where should the vacuum deaerator be installed?
A: For optimal performance and safety, the machine must be installed on-site by qualified professionals following the provided installation guidelines. Adequate space and utilities should be available to accommodate its dimensions and operational requirements.
Q: What is the cleaning process for this vacuum deaerator?
A: Cleaning is simplified due to its hygienic design and CIP compatibility. The interior surfaces can be sanitized using cleaning-in-place systems, reducing manual intervention and ensuring that the equipment remains contamination-free between production batches.
Q: How does the semi-automatic control system benefit users?
A: The PLC/manual control system offers flexibility, allowing users to operate manually or program key parameters for automated operation. This balance between automation and manual control increases productivity while supporting precise process management.
Q: What are the major benefits of using this vacuum deaerator?
A: Key benefits include efficient air removal (up to 99% efficiency), continuous operation, low operational noise ( 70 dB), reliable safety features, low maintenance, and compatibility with various industrial requirements, resulting in superior product quality and operational reliability.