132kW Horizontal Two Stage PM VSD Screw Compressor

132kW Horizontal Two Stage PM VSD Screw Compressor

Name: Two stage screw compressor
Uploaded: 2024-12-07T07:52:13+08:00
Description: Horizontal Two Stage Permanent Magnet VSD Screw Compressor After the air undergoes primary compression, it is

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Min. Order:

1 Piece/Pieces

Power (Watts):

132kW

Option:

Electric motor power(kW):132
Nominal volume flow(m³/min):25
Rated exhaust pressure(MPa):0.8
Transmission mode:Direct drive
Dimension(mm):2500x1630x1930
Weight(kg):2445

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Product Description

Product Attributes

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Product Description

Product Attributes

Model No.: VTDH132

Brand: V&T

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Two stage screw compressor

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Product Description

Horizontal Two Stage Permanent Magnet VSD Screw Compressor

After the air undergoes primary compression, it is subjected to enhanced oil spray cooling to reduce the suction temperature for the secondary compression. The air then undergoes isobaric compression, which reduces the work of compression.

In a two stage compressor system, inter-stage pressure is set using equal pressure ratios, meaning that the compression ratio for each stage is significantly lower than that of a single-stage compression. This greatly reduces the internal leakage between rotors, significantly improving both volumetric and adiabatic efficiencies, thereby increasing the volume of compressed air produced.

For the same power input, dual stage air compressors yields a higher air output compared to single-stage compression.

1. The mainframe of a 2 stage compressor PM VSD air compressor boasts enhanced efficiency and significant energy savings, capable of reducing power consumption by up to 40% when compared to traditional industrial frequency models.

2. By utilizing two-stage PM VSD technology instead of single-stage compression, the unit achieves an approximate 15% increase in capacity, contributing to an additional 15% improvement in energy efficiency.

3. Dual-stage compression lowers the compression ratio for each stage, thereby minimizing internal leaks, boosting volumetric performance, alleviating bearing stress, and extending the operational lifespan of the compressor.

4. The rotor design has undergone over 20 meticulous refinement processes to guarantee precision, dependability, and optimal performance characteristics.