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The Hanbell AB-210 is a heavy-duty, oil-flooded rotary screw air compressor engineered for continuous, reliable industrial operation. It delivers high-volume compressed air with robust performance, targeting general manufacturing and workshop applications where air purity requirements are standard and cost-effective operation is paramount.
Technical Parameters
| Model | Power (kW) | Rotating speed (rpm) | Air Delivery (m3/min) | Shaft power (kW) | Specific power (kW/m'/min) | S.F. | Dimension(mm) | Weight(kg) |
| AB-210 | 18.5 | 2950 | 2.9 | 19.4 | 6.7 | 1.05 | 445*250*200 | 62 |
Core Compression Technology:
Features a durable, asymmetric profile screw air end where intermeshing rotors compress air in a continuous flow. Oil is injected into the compression chamber to seal, cool, and lubricate.
Utilizes a direct drive or high-efficiency gear drive system for optimal power transmission and reduced energy loss.
Efficiency & Control System:
Equipped with an intelligent microprocessor control panel (standard on most models) for monitoring key parameters like pressure, temperature, and operating hours.
Likely incorporates efficient control strategies (e.g., load/unload, modulating control, or optional Variable Speed Drive - VSD) to match air output to demand and save energy.
Cooling & Filtration System:
Integrated high-efficiency cooling system with a robust air or water-cooled aftercooler and oil cooler ensures optimal operating temperatures for extended component life.
Multi-stage filtration system including an oil separator with high-efficiency coalescing elements to minimize oil carry-over into the compressed air line.
Construction & Design:
Heavy-duty construction with a solid base frame and vibration-dampening elements, designed for stable 24/7 operation in industrial environments.
Compact, integrally packaged design often includes an air receiver (storage tank), making it a ready-to-install, space-saving solution.
Maintenance Accessibility:
Designed with service-friendly layouts, providing easy access to routine maintenance points such as filters, oil separators, and coolers.
Proven Reliability for Continuous Duty: The oil-flooded screw design is renowned for its durability and ability to handle demanding, around-the-clock operations with minimal downtime.
High Volumetric Efficiency & Stable Air Supply: Delivers a consistent flow of compressed air suitable for powering multiple tools or machines simultaneously.
Cost-Effective Initial Investment & Operation: Typically offers a lower upfront cost compared to equivalent oil-free models. Modern designs focus on energy efficiency to keep operating costs competitive.
Effective Heat Management: The injected oil provides excellent cooling within the compression chamber, allowing for higher compression ratios and continuous operation without overheating.
Simplified Maintenance with Proven Technology: Uses widely available compressor oil and standard service parts. The technology is well-understood by service technicians globally.
General Manufacturing & Workshops: Powering pneumatic tools (wrenches, nailers, grinders), machine actuation, clamping, and assembly lines.
Automotive & Repair Shops: Operating impact wrenches, paint sprayers (for primer/base coats where oil removal is handled downstream), tire inflators, and lifts.
Construction & Civil Engineering: Supplying air for jackhammers, sandblasting equipment, and pneumatic pumps on job sites (often as part of a larger portable or stationary system).
Plastics Industry: Used in injection molding machines for part ejection and mold operation.
Textile Manufacturing: Operating air jets for looms and other pneumatic controls.
Woodworking & Furniture: Powering nail guns, staplers, sanders, and clamping systems.
Agriculture: Running dairy parlor equipment, grain conveying systems, and crop sprayers.
The Hanbell AB-210 is a heavy-duty, oil-flooded rotary screw air compressor engineered for continuous, reliable industrial operation. It delivers high-volume compressed air with robust performance, targeting general manufacturing and workshop applications where air purity requirements are standard and cost-effective operation is paramount.
Technical Parameters
| Model | Power (kW) | Rotating speed (rpm) | Air Delivery (m3/min) | Shaft power (kW) | Specific power (kW/m'/min) | S.F. | Dimension(mm) | Weight(kg) |
| AB-210 | 18.5 | 2950 | 2.9 | 19.4 | 6.7 | 1.05 | 445*250*200 | 62 |
Core Compression Technology:
Features a durable, asymmetric profile screw air end where intermeshing rotors compress air in a continuous flow. Oil is injected into the compression chamber to seal, cool, and lubricate.
Utilizes a direct drive or high-efficiency gear drive system for optimal power transmission and reduced energy loss.
Efficiency & Control System:
Equipped with an intelligent microprocessor control panel (standard on most models) for monitoring key parameters like pressure, temperature, and operating hours.
Likely incorporates efficient control strategies (e.g., load/unload, modulating control, or optional Variable Speed Drive - VSD) to match air output to demand and save energy.
Cooling & Filtration System:
Integrated high-efficiency cooling system with a robust air or water-cooled aftercooler and oil cooler ensures optimal operating temperatures for extended component life.
Multi-stage filtration system including an oil separator with high-efficiency coalescing elements to minimize oil carry-over into the compressed air line.
Construction & Design:
Heavy-duty construction with a solid base frame and vibration-dampening elements, designed for stable 24/7 operation in industrial environments.
Compact, integrally packaged design often includes an air receiver (storage tank), making it a ready-to-install, space-saving solution.
Maintenance Accessibility:
Designed with service-friendly layouts, providing easy access to routine maintenance points such as filters, oil separators, and coolers.
Proven Reliability for Continuous Duty: The oil-flooded screw design is renowned for its durability and ability to handle demanding, around-the-clock operations with minimal downtime.
High Volumetric Efficiency & Stable Air Supply: Delivers a consistent flow of compressed air suitable for powering multiple tools or machines simultaneously.
Cost-Effective Initial Investment & Operation: Typically offers a lower upfront cost compared to equivalent oil-free models. Modern designs focus on energy efficiency to keep operating costs competitive.
Effective Heat Management: The injected oil provides excellent cooling within the compression chamber, allowing for higher compression ratios and continuous operation without overheating.
Simplified Maintenance with Proven Technology: Uses widely available compressor oil and standard service parts. The technology is well-understood by service technicians globally.
General Manufacturing & Workshops: Powering pneumatic tools (wrenches, nailers, grinders), machine actuation, clamping, and assembly lines.
Automotive & Repair Shops: Operating impact wrenches, paint sprayers (for primer/base coats where oil removal is handled downstream), tire inflators, and lifts.
Construction & Civil Engineering: Supplying air for jackhammers, sandblasting equipment, and pneumatic pumps on job sites (often as part of a larger portable or stationary system).
Plastics Industry: Used in injection molding machines for part ejection and mold operation.
Textile Manufacturing: Operating air jets for looms and other pneumatic controls.
Woodworking & Furniture: Powering nail guns, staplers, sanders, and clamping systems.
Agriculture: Running dairy parlor equipment, grain conveying systems, and crop sprayers.
