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The Rotorcomp EVO15-G represents a modern, compact, and efficient solution in the small to medium power range of industrial screw compressors. It is engineered to deliver reliable compressed air with a strong emphasis on energy savings, user-friendliness, and a small footprint, making it an ideal choice for a wide array of industrial applications.
Technical Parameters
| Model | Motor Power(min~max) | Max Flow rate | Pressure Range | Weight | |||
| kW | HP | m3/min | cfm | bar | psi | kg | |
| EVO15-G | 90 | 120 | 14.3 | 505 | 5~15 | 70~220 | 126 |
"G" Series Gear-Driven Air End
Utilizes a proven, robust gear-driven screw element. The timing gears ensure precise rotor positioning, eliminating metal-to-metal contact and maintaining high efficiency over the entire lifespan of the compressor.
This design is known for its exceptional durability and stable performance, even under variable load conditions.
Space-Optimized, Integrated Design (EVO Platform)
The "EVO" platform signifies an evolution in design, featuring a fully integrated package. The compressor, motor, cooling system, and air/oil separator are housed within a compact, sound-dampened enclosure.
This minimizes the required installation floor space and simplifies setup—often referred to as a "plug-and-play" solution.
Energy-Efficient Drive System
Typically equipped with a high-efficiency IE3 (or optionally IE4) electric motor as standard, reducing baseline energy consumption.
Features an intelligent control system that optimizes motor loading and idling to match air demand, minimizing wasteful energy use during low-load periods.
Intelligent "Smart Control" System
A user-friendly digital controller provides clear visualization of operating parameters (pressure, temperature, running hours, etc.).
It offers advanced functionalities like maintenance alerts, fault diagnostics, and network connectivity options for remote monitoring.
Effective Cooling and Filtration
An integrated cooling circuit with a high-efficiency cooler ensures optimal operating temperatures for both the compression element and the fluid, contributing to component longevity.
Multi-stage intake and oil filtration protect the air end from contaminants.
Low Noise Operation
The acoustically engineered enclosure, combined with internal vibration damping, results in remarkably low noise levels, allowing for installation closer to production areas without causing disturbance.
Superior Reliability & Long Life: The gear-driven air end is a hallmark of durability, designed for tens of thousands of hours of reliable operation with minimal performance degradation.
Outstanding Energy Efficiency: The combination of an efficient air end, high-class motor, and smart control logic delivers a low specific power consumption, directly translating to reduced electricity costs.
Easy Installation & Low Maintenance: As a fully packaged unit, it requires minimal onsite work—just connect power, air, and a drain. Service points are easily accessible, and long-life consumables extend maintenance intervals.
Space-Saving & Quiet: Its compact design is perfect for workshops with limited space. The low noise profile improves the working environment.
Excellent Cost of Ownership: The low initial investment (compared to larger, more complex systems), coupled with low operating and maintenance costs, results in a highly favorable Total Cost of Ownership (TCO).
General Manufacturing & Workshops:
Powering pneumatic tools (wrenches, nailers, sanders), small automation cells, clamping devices, and assembly stations in metal fabrication, woodworking, and machinery shops.
Automotive & Repair:
Supplying air for vehicle service lifts, tire inflation, spray painting (with appropriate drying/filtration), and parts cleaning in garages and repair centers.
Packaging & Material Handling:
Operating pneumatic cylinders, actuators, and filling equipment on packaging lines for food, cosmetics, or pharmaceuticals.
Plastics Industry:
Providing air for small plastic injection molding machines, blow molding, and part ejection systems.
Textile Industry:
Running air jets on looms, spinning machines, and other textile manufacturing equipment.
Construction & Mobile Applications:
Due to its robust and compact design, it can be skid-mounted for use on remote construction sites or in mobile service vehicles.
The Rotorcomp EVO15-G represents a modern, compact, and efficient solution in the small to medium power range of industrial screw compressors. It is engineered to deliver reliable compressed air with a strong emphasis on energy savings, user-friendliness, and a small footprint, making it an ideal choice for a wide array of industrial applications.
Technical Parameters
| Model | Motor Power(min~max) | Max Flow rate | Pressure Range | Weight | |||
| kW | HP | m3/min | cfm | bar | psi | kg | |
| EVO15-G | 90 | 120 | 14.3 | 505 | 5~15 | 70~220 | 126 |
"G" Series Gear-Driven Air End
Utilizes a proven, robust gear-driven screw element. The timing gears ensure precise rotor positioning, eliminating metal-to-metal contact and maintaining high efficiency over the entire lifespan of the compressor.
This design is known for its exceptional durability and stable performance, even under variable load conditions.
Space-Optimized, Integrated Design (EVO Platform)
The "EVO" platform signifies an evolution in design, featuring a fully integrated package. The compressor, motor, cooling system, and air/oil separator are housed within a compact, sound-dampened enclosure.
This minimizes the required installation floor space and simplifies setup—often referred to as a "plug-and-play" solution.
Energy-Efficient Drive System
Typically equipped with a high-efficiency IE3 (or optionally IE4) electric motor as standard, reducing baseline energy consumption.
Features an intelligent control system that optimizes motor loading and idling to match air demand, minimizing wasteful energy use during low-load periods.
Intelligent "Smart Control" System
A user-friendly digital controller provides clear visualization of operating parameters (pressure, temperature, running hours, etc.).
It offers advanced functionalities like maintenance alerts, fault diagnostics, and network connectivity options for remote monitoring.
Effective Cooling and Filtration
An integrated cooling circuit with a high-efficiency cooler ensures optimal operating temperatures for both the compression element and the fluid, contributing to component longevity.
Multi-stage intake and oil filtration protect the air end from contaminants.
Low Noise Operation
The acoustically engineered enclosure, combined with internal vibration damping, results in remarkably low noise levels, allowing for installation closer to production areas without causing disturbance.
Superior Reliability & Long Life: The gear-driven air end is a hallmark of durability, designed for tens of thousands of hours of reliable operation with minimal performance degradation.
Outstanding Energy Efficiency: The combination of an efficient air end, high-class motor, and smart control logic delivers a low specific power consumption, directly translating to reduced electricity costs.
Easy Installation & Low Maintenance: As a fully packaged unit, it requires minimal onsite work—just connect power, air, and a drain. Service points are easily accessible, and long-life consumables extend maintenance intervals.
Space-Saving & Quiet: Its compact design is perfect for workshops with limited space. The low noise profile improves the working environment.
Excellent Cost of Ownership: The low initial investment (compared to larger, more complex systems), coupled with low operating and maintenance costs, results in a highly favorable Total Cost of Ownership (TCO).
General Manufacturing & Workshops:
Powering pneumatic tools (wrenches, nailers, sanders), small automation cells, clamping devices, and assembly stations in metal fabrication, woodworking, and machinery shops.
Automotive & Repair:
Supplying air for vehicle service lifts, tire inflation, spray painting (with appropriate drying/filtration), and parts cleaning in garages and repair centers.
Packaging & Material Handling:
Operating pneumatic cylinders, actuators, and filling equipment on packaging lines for food, cosmetics, or pharmaceuticals.
Plastics Industry:
Providing air for small plastic injection molding machines, blow molding, and part ejection systems.
Textile Industry:
Running air jets on looms, spinning machines, and other textile manufacturing equipment.
Construction & Mobile Applications:
Due to its robust and compact design, it can be skid-mounted for use on remote construction sites or in mobile service vehicles.
