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China Suppliers GGVe AI Air Compressor - High-End Dual-Stage PM VSD Quad-Screw Factory Solution for Efficiency
Product Highlight
Long-term Reliability
Built with generous safety margins to exceed industry-leading standards, each unit undergoes rigorous, full-scale testing before shipment.
Superior Energy Efficiency
Two-stage air end starting from 9kW
Features IE5 high-efficiency motor
AI-assisted Functions
AI-powered self-adjusting capabilities adapt to changing operating conditions, while advanced protection algorithms ensure machine safety under extreme conditions.
Precision Performance
Supplies precise air flow and air pressure to meet specific industry requirement, ensuring optimal running efficiency.
Intelligent Deman Cloud
24/7 monitoring on key operating indicators
Early warning alerts on indicator deviations for proactive maintenance
Ultra-quiet Design
Designed with minimal noise and vibration for comfortable workspace.
Product Structure
Deman Customized Two-stage High-efficiency Air-end
· Direct drive for efficient transmission
· Upgraded bearings for extended air-end life
· 5:6 ratio 3rd generation asymmetric energy-efficient screw
High-efficiency Permanent Magnet Motor
· IE5 standard high-efficiency PM motor
· IP65 protection, oil cooled, stable operation in harsh environment (for up to 75kW, and IP55 protection motor starting from 55kW)
Centrifugal Fan Cooling System
· Efficient and quiet centrifugal fan
· Vibration reduces by 10%, and cooling air pressure increases by more than 25%
TOP Notch Inovance Inverter
· Integrated structure, independent space from the main system, easy to maintain
· Optimized cooling design with wall-mount inverter box and bottom air intake
Ultra-high Efficiency Oil Separator System
· High-efficiency cyclone design for superior oil separation
· Low-resistance, high capacity separation keeps oil content in exhaust air ≤2ppm
· Fully compliant with clean air standards across diverse industrial applications
Close to 0 Leakage Piping System
· Low-velocity metal pipes ensure nearly leak-free connections and minimal pressure drop
· Smooth, corrosion resistant material to ensure no rust debris and maintain air purity and flow efficiency
Intelligent Control System
· Industrial-grade 7-inch touch screen
· User-friendly interface
· Connectable to mobile device, allowing for remote control and monitoring
· Designed with multiple protective circuits, anti-interference, ensuring control safety
Anti-condensation System
· Ensure operation temperature above the pressure dew point under all conditions
· Prevent water condensation and oil emulsification in the air-end
Frequently Asked Questions
Q
What makes Deman's two-stage air-end more energy-efficient than single-stage alternatives?
Deman's two-stage air-end uses a 5:6 ratio 3rd generation asymmetric energy-efficient screw design combined with direct drive transmission. This configuration significantly reduces energy losses between compression stages, delivering higher efficiency — especially for units starting from 9kW — compared to conventional single-stage designs.
Q
What IE5 motor standard means and why does it matter for my compressor?
IE5 is the highest international efficiency class for electric motors, defined by IEC 60034-30-1. Motors meeting IE5 standard consume significantly less electricity compared to IE3 or IE4 motors. In industrial compressors, this translates to measurable reductions in energy costs over the compressor's lifetime, while also reducing carbon footprint.
Q
How does the AI-assisted function protect the compressor under extreme conditions?
The AI-powered self-adjusting system continuously monitors real-time operating parameters and automatically adapts settings to match changing conditions. Advanced protection algorithms detect abnormal states — such as temperature spikes or pressure irregularities — and trigger immediate safeguards to prevent damage, ensuring reliable operation even in demanding environments.
Q
What is the Intelligent Deman Cloud and how does remote monitoring work?
The Intelligent Deman Cloud is a 24/7 IoT-based monitoring platform that tracks key operating indicators of your compressor in real time. When any indicator deviates from set thresholds, the system automatically sends early warning alerts, allowing maintenance teams to take proactive action before a minor issue escalates into a costly breakdown. The compressor's intelligent control system also supports connection to mobile devices for convenient remote monitoring and control.
Q
How does the oil separator system keep oil content in compressed air as low as ≤2ppm?
The ultra-high efficiency oil separator system employs a high-efficiency cyclone design that removes the majority of oil from the compressed air stream. Combined with a low-resistance, high-capacity separation stage, oil carry-over is reduced to ≤2ppm in the exhaust air. This makes the compressor fully compliant with clean air standards across diverse industrial applications, including sensitive manufacturing processes.
Q
Why is the anti-condensation system important, and what problems does it prevent?
Condensation inside a compressor's air-end can lead to water mixing with lubricating oil, causing emulsification that dramatically reduces lubrication effectiveness and accelerates wear. The anti-condensation system maintains the operation temperature above the pressure dew point under all conditions, preventing moisture from condensing inside the air-end and protecting internal components for long-term reliable operation.