vsd-permanent-magnet-screw-air-compressorbr90kw-355kwbr, vsd-permanent-magnet-screw-air-compressorbr90kw-355kwbr, /variable-speed-compressors
EN
| Model | LSV Series (Two-stage model available) |
| Configuration | Permanent Magnet Variable Speed Drive |
| Category | Air-cooled Professional Type |
| Pressure | 7-8.5bar/10.5bar/10-13bar |
| Power | 110-355kW |
| Air-end | Atlas Copco Air-end |
Linghein LSV Series VSD Screw Air Compressor
For plants facing rising power costs and unstable air pressure, the Linghein LSV Series Air-Cooled PM VSD Screw Air Compressor matches air output to real-time demand — cutting energy consumption while holding pressure steady for continuous production







Technology
Permanent-magnet VSD
Drive speed follows real-time air demand
Integrated smart inverter air solution
Continuous monitoring of system parameters
Multi-stage separation
Delivers clean, stable air output
Benefits
Energy saving
Air output tracks actual demand, cutting utility bills
Pressure stability
Holds set pressure and eliminates pressure drops across the facility
Downstream protection
Stable air protects sensitive pneumatic equipment
Reliability
Air-cooled design built for continuous duty under demanding manufacturing conditions
Lower maintenance overhead
Minimizes routine maintenance workload
Applications
Precision electronics manufacturing
Automotive assembly
Textile mills
Packaging plants
Automated production lines and smart factories
GASFlow presents the VSD permanent magnet screw air compressor, a robust 90-355kW screw air compressor family engineered for modern industry. Designed to meet demanding production needs at 7, 8.5, and 10.5 bar, the VSD permanent magnet screw air compressor line combines advanced permanent magnet motor technology with variable speed drive control to deliver a permanent magnet VSD screw compressor solution that transforms energy performance and operational reliability. As industrial facilities pursue energy-efficient compressor solutions, GASFlow’s VSD permanent magnet screw air compressor series establishes new benchmarks for uptime, control, and lifecycle cost reduction
At the core of the VSD permanent magnet screw air compressor is a high-performance permanent magnet motor that enables a permanent magnet VSD screw compressor to operate with superior torque density, reduced electrical losses, and smoother response across the full speed range. This permanent magnet VSD screw compressor design allows the 90-355kW screw air compressor models to provide precise pressure control and responsive capacity modulation while maintaining lower heat generation and improved partial-load efficiency
GASFlow’s 90-355kW screw air compressor family incorporates system-level innovations that elevate industrial air system innovations. The permanent magnet VSD screw compressor platform is built around optimized screw element profiles and tight mechanical tolerances to minimize internal leakage and maximize volumetric efficiency. Combined with a permanent magnet motor and high-resolution inverter control, each permanent magnet VSD screw compressor delivers stable pressure, fast recovery, and low pulsation across the defined 7/8.5/10.5 bar operating points
Applications for the VSD permanent magnet screw air compressor span a wide cross-section of industry. Manufacturing plants, automotive assembly, food and beverage processing, pharmaceutical production, petrochemical utilities, and large-scale HVAC booster systems can all benefit from a permanent magnet VSD screw compressor’s ability to match output to demand precisely. The 90-355kW screw air compressor range is particularly well-suited to centralized compressed air networks that require reliable baseload supply and flexible peak handling
Innovation in control and connectivity sets the VSD permanent magnet screw air compressor apart in the realm of industrial air system innovations. GASFlow equips each permanent magnet VSD screw compressor with advanced controller software that optimizes motor torque, monitors bearing and oil temperatures, and manages variable speed transitions to minimize mechanical wear. Integrated diagnostics and remote monitoring capabilities enable predictive maintenance strategies, allowing operators to address component trends before they escalate
Thermal management and system integration are additional strengths of the permanent magnet VSD screw compressor design. The permanent magnet motor’s high efficiency reduces heat rejection, enabling more compact cooling solutions and lower external cooling loads. Used in tandem with GASFlow’s engineered oil separation stages, optimized filtration, and modular skid designs, the 90-355kW screw air compressor family simplifies installation and commissioning while maintaining clean, dry air delivery
Reliability remains a central pillar of the permanent magnet VSD screw compressor offering. GASFlow combines ISO-certified manufacturing processes with rigorous component testing to ensure that each permanent magnet VSD screw compressor meets or exceeds industry expectations. The 90-355kW screw air compressor units are built with serviceability in mind: accessible maintenance points, modular assemblies, and standardized spare parts reduce downtime and simplify long-term upkeep
Safety and compliance are integral to the VSD permanent magnet screw air compressor design. Each permanent magnet VSD screw compressor complies with applicable electrical and pressure equipment standards and is available with optional safety and monitoring packages tailored to specific regulatory environments. The 90-355kW screw air compressor range can be configured for local service conditions and integrated with facility control systems to support automated start/stop sequencing, pressure banding, and energy reporting—features that reinforce GASFlow’s reputation for energy-efficient compressor solutions and industrial air system innovations
From an installation perspective, the VSD permanent magnet screw air compressor supports flexible deployment. The permanent magnet VSD screw compressor’s compact footprint and modular controls enable integration into centralized compressor rooms or decentralized, process-adjacent installations
· Premium Air-end: Newly designed Atlas Copco air-end delivers higher airflow and outstanding energy-saving performance
· Dual-Rotor Design(250-355kW): Rotor 1 features an enlarged intake, while Rotor 2 ensures stable, high-pressure output, delivering lower compression losses and higher air density for improved efficiency
· Air-Cooled Integrated PM Motor: High-efficiency air-cooled permanent magnet motor with IP 55 protection and IE 5 efficiency
· Inverter: Exclusive customized inverter with fast response speed; real-time regulation of system’ s air volume to maintain a constant pressure and save energy effectively
· Air Filtration System: Designed with a pre-filter screen to reduce the air filter loading and lengthen the service time of system’ s parts
· Oil Filtration System: The host bearing is equipped with a separate oil filter, which prolongs the bearing life. Spiral installation, simple and fast, long design life
Designed for demanding industries such as automotive, electronics, and metal processing, this compressor ensures stable airflow and pressure, delivering reliable operation and energy savings for long-term production.
The LSV II two-stage compression model is ideal for applications requiring high pressure, large airflow, and continuous operation, delivering enhanced efficiency and long-term reliability.
| Model |
Power (kW) |
Pressure (bar) |
F.A.D (m3/min) |
Dimension Length*Width*Height(mm) |
Weight (kg) |
Connection | |
| Outlet | Water Pipe | ||||||
| LSH110 | 110 |
7-8.5 10.5 |
5.1-19.6 5.9-16.6 |
2061x1326x2000 (Air Cooled) 2065x1299x2000(Water Cooled) |
1490/1393 | DN80 | G1 1/4" |
| LSH110+ | 110 |
7-8.5 10-13 |
5.2-20.7 6.1-17.6 |
2061x1326x2000 (Air Cooled) 2065x1299x2000(Water Cooled) |
1490/1390 | DN80 | G1 1/4" |
| LSV110++ | 110 |
7-8.5 10.5 |
6.6-23.4 5.7-19.5 |
2827x1558x2000 | 2630/2460 | DN80 | G1 1/4" |
| LSH132 | 132 |
7-8.5 10.5 |
5.8-23.8 5.9-20.2 |
2061x1326x2000(Air Cooled) 2065x1299x2000(Water Cooled) |
1580/1470 | DN80 | G1 /4" |
| LSH132+ | 132 |
7-8.5 10-13 |
5.9-24.6 6.1-20.8 |
2061x1326x2000(Air Cooled) 2065x1299x2000(Water Cooled) |
1580/1470 | DN80 | G1 1/4" |
| LSV132++ | 132 |
7-8.5 10.5 |
7.8-27.5 6.7-22.8 |
2827x1558x2000 | 2660/2460 | DN80 | G1 1/4" |
| LSV160+ | 160 | 7-10.5 | 7.3-30.1 |
2884x1773x1968 (Air Cooled) 2885x1776x1938(Water Cooled) |
2860/2800 | DN80 | G11/4" |
| LSV160++ | 160 |
7-8.5 10-13 |
8.0-32.7 8.0-27.2 |
3522x1774x1991(Air Cooled) | 3500 | DN100 | -- |
| LSV180+ | 180 | 7-10.5 | 8.0-32.7 |
2884x1773x1968 (Air Cooled) 2885x1776x1938(Water Cooled) |
2880/2883 | DN80 | G1 1/4" |
| LSV200+ | 200 |
7-8.5 7-10.5 |
8.4-40.0 9.1-31.0 |
3607x2124x2031(Air Cooled) 3607x2124x2028(Water Cooled) |
4140/3980 | DN100 | G2" |
| LSV250+ | 250 | 7-10.5 | 11.0-42.6 |
3607x2124x2031(Air Cooled) 3607x2124x2028(Water Cooled) |
4260/4150 | DN100 | G2" |
| LSV315D | 315 |
7-8.5 10.5 |
18.6-62.0 16.5-55.0 |
5141x1893x2353(Air Cooled) 3491x1880x2113(Water Cooled) |
6680/6350 | DN125 | G2" |
| LSV355D | 355 |
7-8.5 10.5 |
20.3-67.7 18.0-60.0 |
3491x1880x2113(Water Cooled) | 5773 | DN125 | G2" |
| Model |
Power (kW) |
Pressure bar |
F.A.D (m3/min) |
Dimension(mm) Length*Width*Height |
Weight (kg) |
Connection Outlet Water Pipe |
|
| LSV250+II | 250 | 7-10.5 | 50.0 | 4150x2520x2400 | 7100/6740 | DN100 | G2" |
| LSV315+Il | 315 | 7-10.5 | 64.0 | 4150x2520x2400 | 7940/7440 | DN125 | G2" |
| LSV355+II | 355 | 7-10.5 | 70.0 | 4150x2520x2400 | 7940/7440 | DN125 | G2" |
Linghein provides a comprehensive range of compressed air solutions, including screw air compressors, air dryers, filtration systems, piping solutions, and energy recovery systems. Backed by Atlas Copco expertise, our products are designed to deliver reliable performance, energy efficiency, and flexible configurations for diverse industrial applications worldwide.
Whether operating in manufacturing plants, textile workshops, mining sites, food processing facilities, or precision production environments, Linghein solutions are designed to adapt to varying airflow demands, operating conditions, and environmental challenges. From continuous heavy-duty production to clean air applications, we support stable and efficient industrial operation worldwide.