Product Details
The High Flow Single Stage Blower moves substantial air volumes through its optimized side-channel architecture, with airflow ratings climbing from 80 to over 500 cubic meters per hour across the XGB model range at 50Hz. Product photographs capture the complete aluminum alloy unit with its generous-diameter threaded flange connectors designed for large-bore industrial ducting - the airflow path visibly wider than standard models. Internal structure and exploded-view images reveal the single impeller's blade count and pitch angle, engineered to prioritize volumetric throughput while maintaining sufficient compression for industrial applications. The filtered inlet mesh, integrated silencer duct, sealed bearing assembly, and gasketed pump chamber joints all appear in material detail close-ups. Application scenario photographs illustrate deployment in centralized fume extraction systems, large-scale pond and lagoon aeration, scrap recovery pneumatic conveying, multi-station CNC router vacuum networks, and industrial drying tunnels where high-volume airflow determines process speed. The High Flow Single Stage Blower delivers this substantial air movement without oil contamination, without pulsation, and with minimal maintenance requirements - just periodic filter cleaning. For industrial processes where air volume is the primary performance metric, the High Flow Single Stage Blower moves more air per watt than comparable blower configurations.
Single-impeller vortex blower parameter table & overall installation dimensions explanation
- Single-impeller vortex blower performance parameter table
|
Product Name |
High Flow Single Stage Blower |
|
Model |
XGB-9000 |
|
Rated Voltage |
380 V |
|
Rated Current |
18 A |
|
Frequency |
50 Hz |
|
Max Wind Pressure |
70 kPa |
|
Max Flow |
1000 m³/h |
|
Max Suction Pressure |
45 kPa |
|
Power |
9 kW |
|
Speed |
2800 r/min |
|
Noise |
≤70 dB |
|
Net Weight (N.W) |
100 KG |
|
Gross Weight (G.W) |
125 KG |
|
Packing Volume |
73.5x58.2x72.5 CM |
- Single-impeller vortex blower installation dimensions explanation
Introduction to application scenarios
The High Flow Single Stage Blower moves impressive air volumes - up to 420 m³/h at 50Hz - through its generously proportioned side-channel architecture designed to prioritize volumetric throughput while maintaining sufficient compression for industrial applications. Large-scale industrial drying operations deploy these blowers in tunnel dryers and convection ovens, where the high air volume accelerates moisture removal from products on continuous conveyor lines. Centralized fume and dust extraction networks in woodworking, metal fabrication, and composite manufacturing facilities use the High Flow Single Stage Blower as the primary exhaust source, serving dozens of collection points through branched ductwork. Commercial aquaculture and wastewater treatment operations integrate these blowers into extensive aeration grids spanning large ponds, lagoons, and treatment basins - where high air volume translates to more diffuser points and better dissolved oxygen distribution. The High Flow Single Stage Blower also powers multi-zone CNC vacuum networks, pneumatic scrap conveying, and large-scale printing press air supply - any application where cubic meters per hour is the critical performance metric.
Customised processing workflow
Yijia's OEM/ODM program for the High Flow Single Stage Blower is structured around six clear milestones that keep your project on track from initial contact to delivered product.
Milestone 1 - Discovery Call: Discuss your application, volume projections, and customization needs directly with our product specialists.
Milestone 2 - Quote Delivery: A detailed commercial offer arrives covering all agreed modifications with transparent pricing and lead time estimates.
Milestone 3 - First Article Inspection: Examine and test the pre-production sample against your quality checklist before authorizing full production.
Milestone 4 - Purchase Order Acceptance: Formal order confirmation with production slot reservation and deposit payment processing.
Milestone 5 - Production Monitoring: Receive progress updates and in-process photos as your order moves through the manufacturing line.
Milestone 6 - Shipment Notification: Tracking details, packing list, and export documents are shared as your consignment departs the factory.
Packaging and transportation
Factory Introduction
FAQ
Q: How much noise does it produce during operation?
A: Noise levels range from 46 dB(A) for smaller models to 80 dB(A) for the largest units at 50Hz - roughly equivalent to quiet office to busy street conversation. All XGB blowers feature built-in silencer ducts with dense sound-absorbing sponge. For noise-sensitive environments, external silencers and acoustic enclosures are available as optional accessories.
Q: What is the maximum operating temperature?
A: Standard XGB blowers operate reliably in ambient temperatures from -15°C to 40°C with air temperature at the inlet not exceeding 40°C. The motor is rated for Class F insulation (155°C), and bearings are specified for 180°C. For high-temperature applications, please contact our engineering team for custom configurations.
Q: Does the motor have overload protection?
A: The blower motor itself does not include built-in thermal protection. We strongly recommend installing an appropriately rated motor protection circuit breaker or thermal overload relay in your electrical panel. This protects the motor from phase loss, overcurrent, and thermal overload conditions according to local electrical codes.
Q: How long do the bearings last?
A: Under normal operating conditions (ambient <40°C, clean air intake), the precision C&U sealed bearings typically last 20,000-30,000 operating hours. Factors reducing bearing life include excessive ambient temperature, contaminated intake air bypassing the filter, improper mounting causing vibration, and operation above rated pressure/flow. Replacement bearings are available from our spare parts inventory.
Q: What is the minimum order quantity and typical lead time?
A: Sample orders of single units are welcome for evaluation. Standard models ship within 3-7 business days from warehouse stock. Custom OEM orders with special voltage, color, or branding typically require 15-25 business days depending on volume and complexity. Contact our sales team for current availability and precise delivery timelines.
Q: What payment terms do you accept?
A: For sample and small orders, we accept T/T (wire transfer), Western Union, and major trade assurance platforms. For bulk OEM orders, standard terms are 30% deposit with order, 70% balance before shipment. Letter of credit (L/C) is available for qualified buyers. Contact our sales team to discuss terms that work for your procurement requirements.
Q: Do you handle customs clearance and import duties?
A: We provide all necessary export documentation including commercial invoice, packing list, and certificate of origin. Import duties, taxes, and customs clearance in the destination country are the buyer's responsibility. We can provide HS code classification guidance and recommend customs brokers in major markets. DDP (Delivered Duty Paid) terms are available for qualified buyers.
Q: How do I get technical support after purchase?
A: Our after-sales support team is available via email, WhatsApp, and video call during business hours (GMT+8). We provide installation guidance, troubleshooting assistance, and maintenance recommendations. For complex issues, we can arrange live video inspection of your installation. Spare parts and replacement units ship within 48 hours of confirmed warranty claims.
Q: Can I return a blower if it doesn't meet my requirements?
A: We stand behind our product quality. If a standard model does not meet your application requirements and the unit is in original condition, returns are accepted within 30 days subject to a restocking fee. We strongly recommend sample evaluation before bulk ordering to confirm suitability. Custom OEM units are non-returnable as they are built to your unique specifications.
Q: How does a single-stage blower compare to a dual-stage model?
A: A single-stage blower uses one impeller to compress air through the side channel, delivering pressure typically up to 600 mbar. Dual-stage models mount two impellers in series for higher pressure. Single-stage units are more compact, more affordable, and sufficient for the vast majority of industrial vacuum and pressure applications. We recommend single-stage unless your application specifically requires pressures above 600 mbar.
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