Product Description
Vacuum Degasser
We are leading manufacturer, exporter and supplier of Low Vacuum Degasification Unit. This product provides an extremely process for removal of gases and water from oil at temperature lower than 53 deg C, considerably reducing the oxidation during the dehydration process. These Low Vacuum Degasification Unit removes air up to 50% of saturation level and soluble gases. Offered range is premium manufactured using advance technology and optimum grade components under the guidance of our skilled diligent experts.
Features:
- Very fast and highly effective water removing device
- Easy and fully automatic operation
- Ultimate water removal through oil recirculation
- Maximum temperature
Product details
| Dimension | 1480 x 780 x 1280 mm |
| Power Consumption | 6 kw |
| Capacity | 8-10 LPM |
| Automation Grade | Automatic |
| Weight | 350 kg. |
| Voltage | 415 V |
| Pump Flow Rate | Vacuum 100 LPM |
| Phase Type | Three Phase |
| Model Number | LVDH 600 |
| Frequency | 50 Hz |
Reliable Degassing for Industrial ApplicationsDesigned for industries like food processing, pharmaceuticals, and chemicals, this Low Vacuum Degasification Unit ensures efficient removal of dissolved gases for optimal product quality. It supports processes that require specific vacuum levels and flow rates, maintaining high operational standards while reducing downtime and operational costs.
Advanced Safety and User-Friendly OperationEquipped with overload and overheat protections, PLC-based controls, and a digital parameter display, the system minimizes risks and ensures ease of use. Its air-cooled design and integrated heating system automate temperature regulation, offering a safer, more consistent degassing process.
Durable Construction and Easy MaintenanceThe units robust stainless steel body resists corrosion and wear, while the low maintenance design minimizes operational interruptions. Castor wheels provide mobility, supporting efficient workflow setups. Remote and on-site technical support are available for seamless operation.
FAQs of Low Vacuum Degasification Unit:
Q: How does the Low Vacuum Degasification Unit work?
A: This unit operates by creating a low vacuum environment (0.05 to 0.1 mbar) using a rotary vane vacuum pump, which extracts dissolved gases from liquids. The integrated digital oil heating system regulates fluid temperature (up to 90C), optimizing gas removal for cleaner, higher-quality outputs.
Q: What types of applications benefit from using this degasification unit?
A: This machine is ideal for degassing processes in the food, pharmaceutical, and chemical industries. It removes unwanted gases from products such as beverages, pharmaceutical solutions, and chemical mixtures, improving purity, stability, and shelf life.
Q: When should this unit be used during processing?
A: Employ the unit during any stage where gas-free liquids are essentialtypically before filling, packaging, or further processing. It ensures product integrity and compliance with stringent quality requirements in industrial operations.
Q: Where can the Low Vacuum Degasification Unit be installed?
A: The unit, with its compact dimensions (1500x800x2000 mm) and castor wheels, can be installed in production facilities requiring mobility or flexibility in equipment arrangement. It is suitable for use in industrial settings across India and export markets.
Q: What is the process for degassing using this equipment?
A: Liquid enters through a 1-inch BSP inlet, passes through single or double stage filtration, and is subjected to controlled heating and vacuum treatment to extract dissolved gases. The processed liquid exits gas-free, ready for further production or packaging.
Q: How is maintenance handled for this degasification unit?
A: The unit is designed for low maintenance, with durable stainless steel components and robust construction. Regular checks include inspecting the vacuum pump oil, filters, and safety systems. On-site and remote technical support is available for troubleshooting and servicing.
Q: What benefits does this unit offer over conventional degassing systems?
A: Key benefits include energy efficiency, compliance with IEC and IS safety standards, digital controls for precise monitoring, and easy movement within the facility. Its advanced safety features and robust design ensure reliable, long-term operation with minimal maintenance.