Mechanical Vacuum Booster System

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IVC Pumps Pvt. Ltd. Is A Manufacturer And
Exporter Of Mechanical Vacuum Booster System

IVC Pumps Pvt. Ltd. Is A Manufacturer And Exporter Of Mechanical Vacuum Booster System

A mechanical vacuum booster system is an intricate configuration of mechanical parts intended to improve the effectiveness and performance of vacuum pumps in a number of industrial settings. As its name implies, it works by increasing the vacuum that primary vacuum pumps produce, which enables a system to evacuate air or gas more quickly.

At the heart of a Mechanical Vacuum Booster System lies the vacuum booster pump itself, which typically consists of a pair of intermeshing rotors housed within a cylindrical casing. These rotors are precision-engineered with helical lobes or screws that mesh together and rotate in opposite directions. The rotor design ensures a tight seal between the lobes, creating chambers of varying volumes as they rotate.

working principle

Manufacturing mechanical vacuum booster systems involves meticulous steps to ensure quality and efficiency. The process commences with design and engineering, crafting detailed blueprints based on performance requirements and standards. Materials are then procured, encompassing metal parts, seals, valves, motors, and electronics. Next, components are fabricated through machining, casting, or forging. Skilled technicians meticulously assemble these parts, adhering to precise procedures and rigorous quality control measures. Testing follows suit, scrutinizing functionality, safety, and performance under diverse conditions. Quality control remains paramount throughout, with inspections conducted at each stage. Post-testing, systems are securely packaged for shipping, often accompanied by installation support and ongoing customer service. Continuous improvement is pursued through feedback analysis, fostering innovation and product enhancement.

Technical Specifications

AIR COOLED SERIES MODEL && ITS DETAIL TECHNICAL SPECIFICATION

PARTICULARS	IVMA-9	IVMA-11	IVMA-13	IVMA-15	IVMA-17	IVMA-19	IVMA-21	IVMA-23	IVMA-25	IVMA-27	IVMA-29	IVMA-31
DISPLACEMENT LPM @1450 RPM	2250	3650	5000	7500	16500	19500	31000	50000	87500	137500	232000	321500
DISPLACEMENT LPM @2850 RPM	4500	7300	10000	15000	23300	39000	62000	***	***	***	***	***
Recommended Motor KW @1450 RPM	1.1	1.1	2.2	2.2	3.7	5.5	5.5	12.5	18.5	30	45	90
Recommended Motor KW @1450 RPM	2.2	2.2	3.7	3.7	5.5	7.5	11	***	***	***	***	***
Max P(m bar)	100	100	100	100	90	85	65	60	60	55	50	50

WATER COOLED SERIES MODEL & ITS DETAIL TECHNICAL SPECIFICATION

PARTICULARS	IVMW-10	IVMW-12	IVMW-16	IVMW-22
DISPLACEMENT LPM @1450 RPM	4500	14000	36000	57000
DISPLACEMENT LPM @1450 RPM	9100	28000	72000	11400
Recommended Motor KW @1450 RPM	2.2	3.7	5.5	7.5
Recommended Motor KW @1450 RPM	3.7	5.5	11	15
Max P(m bar)	75	65	50	50

material of construction

Construction of Vacuum Booster Compressor involves Two Counter Rotating Rotor ( Lobe ) with a Special Contour. These Rotate with a Very Finite and Sharp Clearance and without any Physical Contact. Variance in design offers Twin Lobe Booster in air cooled or water-cooled execution.

The Booster are Relatively Consume Less Power and Deliver High Performance. They provide and Improvement in Vacuum of the Order of 0.001 Torr. They Generate Higher Pumping Speeds and That too at Low Pressure.

The Boosters are used in series with any Vacuum Pumps Like Watering, Oil Seal and Dry Type Or Ejector.

The Booster are help to achieve a reduce Downtime for Vacuum Machine.

They are Properly installed and Maintain Well, they provide years of Uninterrupted Service.

features

Vacuum Boosters are Power Efficient. Very often a Combination of Vacuum Booster and Suitable Back up Pump Result in Reduced a Power Consumption Per Unit of Pumping Speed. They Provide High Pumping Speed Even at Low Pressure.

Mechanical Vacuum Booster is Dry Pump, as it Does Not Use any Pumping Fluid.

Low Power Consumption Compare to any Type of High Vacuum Pump.

High Volumetric Efficiency.

Enables Operations in High Vacuum and Large Pumping Speed at Very Low Power Consumption and Hence Very Short Payback Period.

Low Maintanance.