Product Description
Low Vacuum Dehydration Unit
These Low Vacuum Dehydration Unit are used for removing water from oil, like centrifuging and coalescers. Setting benchmarks of excellence and professionalism, we have been able to emerge as a leading organization engaged in manufacturing and supplying Low Vacuum Dehydration Units. These units are manufactured at our sophisticated production unit using high quality materials. For smooth mobility, these units are attached with caster wheels. We offer these Low Vacuum Dehydration Units at market leading prices to clients.
Features:
- Rugged construction
- Consume low power
- Maintenance free
Low Vacuum Dehydration does efficiently what centrifuging can never do.
The Low vacuum Dehydrator unit is provides a broad process for removal of water and gases from oil at temperature lower than 530 C, thus reducing oxidation during the dehydration process. . It does all the work efficiently what centrifuging can never do. This quick and reasonable automatic system overcomes all the major drawbacks of centrifuging system , mainly the oxidation, power consumption,emulsified water retention, and high maintenance.
Below are the application areas where thee Low Vacuum Dehydrator Unit is used.
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Hydraulic oils
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Turbine oils
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Lubricating oils
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Gear oils.
Working:
In the working of Low vacuum Dehydrator unit the oil is drawn into the vaporizer through the vacuum pump and heater. Then the water boils below 530 C under vacuum and the condenser collects all the evaporated water. After that, the dissolved air and gases from oil are ejected to the atmosphere through the vacuum pump.
Features:
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Ultimate water removal through oil recirculation - to zero-free water content or to 50 % below saturation level.
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Fully automatic operation.
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Reduces water content in a single pass by 0.25% - 1.5% depending on inlet oil temperature.
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Removal of soluble gases and air.
Technical Specifications
|
Model
|
Capacity
|
Condensor
|
Vacuum Pump
|
Weight
|
Dimensions (mm)
|
Electrical L x W x H
|
|
L-600
|
8-10 LPM
|
REFRIGERATED
|
100 LPM
|
350 kg
|
1480 x 780 x 1280
|
6 Kwh @ 415 volts 3, 50 Hz
|
|
L-900
|
13-15 LPM
|
REFRIGERATED
|
180 LPM
|
480 kg
|
1560 x 750 x 1490
|
8 Kwh @ 415 volts 3, 50 Hz
|
|
L-2100
|
30-35 LPM
|
REFRIGERATED
|
300 LPM
|
595 kg
|
1560 x 930 x 1490
|
16 Kwh @ 415 volts 3, 50 Hz
|
|
Specification Chart
|
LVDH 50
|
|
Dimension (LxWxH) in mm
|
1170 x 1050 x 660
|
|
Weight
|
250 kg.
|
|
Pump Flow Rate
|
Vacuum 150 LPM
|
|
Power Consumption
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7 kWh
|
|
Input Power Supply
|
3 Phase 440 V 50 Hz.
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Advanced Thermoelectric CoolingThis dehydration unit utilizes state-of-the-art thermoelectric cooling technology, delivering a consistent low vacuum environment for optimal moisture extraction. The metal build provides enhanced durability and ensures long-term operation under rigorous conditions.
Reliable Performance and WarrantyWith a 220 Volt power specification and a 1-year warranty, the unit offers assured dependability. Users can trust its performance in various settings including laboratories, manufacturing plants, and research facilities.
FAQs of Low Vacuum Dehydration Unit:
Q: How does the Low Vacuum Dehydration Unit operate to remove moisture?
A: The unit employs thermoelectric cooling technology to create a controlled low vacuum environment, facilitating effective dehydration of samples or products by reducing atmospheric moisture content.
Q: What materials are compatible with this dehydration unit?
A: This unit is constructed from metal and is designed to accommodate a variety of materials, making it suitable for dehydrating chemical samples, laboratory specimens, and industrial substances.
Q: When should this dehydrator be used in an industrial setting?
A: It is ideal for application whenever precise moisture removal is required to maintain product quality, prevent contamination, or prepare materials for further processing.
Q: Where can the Low Vacuum Dehydration Unit be installed?
A: The unit can be installed in laboratories, industrial production areas, research facilities, or any controlled environment requiring reliable dehydration processes.
Q: What is the process for using the Low Vacuum Dehydration Unit?
A: Users secure the material inside the unit, set the desired vacuum level, and activate the system. The thermoelectric cooling mechanism then maintains the vacuum, efficiently extracting moisture throughout the cycle.
Q: What are the key benefits of using this dehydration unit?
A: Key benefits include high-efficiency moisture removal, robust metal construction, energy-efficient operation at 220 Volts, and dependable support from Gibraltars exporter, manufacturer, and supplier network.
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