Product Details
The Low Noise Single Stage Regenerative Blower achieves an operating sound level as low as 46 dB(A) through its integrated multi-layer acoustic engineering system. Real-shot images highlight the external silencer duct assembly, whose internal construction layers a fine mesh silencer net over a dense sound-absorbing sponge core wrapped inside a tuned cylindrical pipe - capturing and dissipating noise at its source before it reaches the workspace. The precision-balanced single impeller eliminates eccentric vibration, the primary cause of structure-borne noise in blower systems. Internal structure photographs document the impeller quality, the sealed bearing arrangement, and the gasketed joints that prevent air leakage - every component contributing to the quiet, efficient operating profile. Application scenario images show the blower deployed in dental clinic suction systems, library book transport tubes, hospital laboratory fume hoods, and indoor aquaculture facilities where occupant comfort is paramount. The Low Noise Single Stage Regenerative Blower maintains full pneumatic performance - pressures reaching 62 kPa in larger models - without the acoustic penalty of conventional industrial blowers. For occupied workplaces, residential-adjacent installations, and noise-regulated environments, the Low Noise Single Stage Regenerative Blower delivers industrial power at conversation level.










Single-impeller vortex blower parameter table & overall installation dimensions explanation
- Single-impeller vortex blower performance parameter table
|
Product Name |
Low Noise Single Stage Regenerative Blower |
|
Model |
XGB-3000C |
|
Rated Voltage |
380 V |
|
Rated Current |
6.8 A |
|
Frequency |
50 Hz |
|
Max Wind Pressure |
35 kPa |
|
Max Flow |
320 m³/h |
|
Max Suction Pressure |
27 kPa |
|
Power |
3 kW |
|
Speed |
2800 r/min |
|
Noise |
≤70 dB |
|
Net Weight (N.W) |
36 KG |
|
Gross Weight (G.W) |
37 KG |
|
Packing Volume |
42.5x42.3x41.9 CM |

- Single-impeller vortex blower installation dimensions explanation


Introduction to application scenarios
The Low Noise Single Stage Regenerative Blower achieves operating sound levels as low as 46 dB(A) - quieter than typical office conversation - through a comprehensive acoustic design package that begins with precision-balanced impeller manufacturing and extends through multi-layer silencer integration. Medical and dental facilities deploy these blowers in treatment room suction and instrument air systems, where compressor noise would otherwise create patient anxiety and interfere with clinical communication. Educational laboratories and university research facilities use the Low Noise Single Stage Regenerative Blower for fume hood extraction and vacuum filtration, maintaining a quiet learning and research environment that supports concentration and safety awareness. Residential-adjacent commercial operations - cafes, bakeries, small breweries - integrate these blowers for ventilation and process air without generating noise complaints from neighboring properties. The Low Noise Single Stage Regenerative Blower also powers library book transport systems, museum display case climate control, recording studio ventilation, and indoor vertical farming air circulation - any environment where acoustic comfort is as critical as pneumatic performance.








Customised processing workflow
Your Low Noise Single Stage Regenerative Blower customization journey with Yijia unfolds through six coordinated stages, each designed to deliver transparency and quality assurance at every step.
Stage 1 - Discovery: We learn about your application, target market, and desired differentiation to recommend the optimal configuration approach.
Stage 2 - Engineering Proposal: A complete technical and commercial package is prepared, including 3D renderings of custom color and logo applications upon request.
Stage 3 - Pilot Build: A single unit manufactured under production conditions serves as the definitive reference for all subsequent units in the batch.
Stage 4 - Production Commitment: Following pilot approval, the full production order is activated with materials procurement and line scheduling.
Stage 5 - Serial Manufacturing: Each unit traces the same production path with standardized work instructions ensuring batch-to-batch consistency.
Stage 6 - Export Readiness: Completed units are inspected, serialized, packaged to ISTA standards, and prepared for international transit.

Packaging and transportation

Factory Introduction







FAQ
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.
Q: Can this blower run 24/7 continuously?
A: Yes, the XGB regenerative blower is designed for continuous-duty operation. The aluminum alloy housing with integrated cooling fins, precision-balanced impeller, and sealed bearings ensure reliable around-the-clock performance. We recommend selecting a model rated at least 20% above your actual pressure and flow requirements for extended service life in continuous applications.
Q: Can it be used for both vacuum and pressure simultaneously?
A: The XGB blower functions as both a vacuum pump and pressure blower, but not simultaneously from a single unit. The inlet port generates vacuum while the outlet delivers compressed air. You can connect your vacuum application to the inlet and pressure application to the outlet independently. For simultaneous operation, we recommend using two separate blowers.
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: What regular maintenance does the blower require?
A: The XGB blower is virtually maintenance-free. The oil-free design eliminates lubrication, and sealed bearings require no greasing. Recommended maintenance: clean or replace the inlet filter every 3-6 months, periodically inspect the silencer foam condition, check mounting bolt tightness annually, and verify electrical connections. No other routine service is required.
Q: What should I do if the blower overheats?
A: First, check that the inlet filter is clean and unobstructed. Verify the operating pressure and flow are within the rated specifications. Ensure adequate clearance around the unit for cooling airflow (minimum 100mm on all sides). Check electrical supply voltage matches the motor nameplate. If overheating persists, reduce load or contact our technical support team for diagnostics.
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.
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