Product Details
The Medium Pressure Iron Blower Copper Motor pairs a heavy-gauge iron housing with a premium copper-wound motor, creating a centrifugal blower that delivers reliable medium-pressure airflow with the electrical efficiency that pure copper windings provide. Product images document the complete unit from four perspectives, highlighting the spiral centrifugal housing design, the black protective mesh over the circular intake, the horizontally-finned motor barrel, and the rigid steel mounting base. The technical specification panel presents dimensional measurements for the 370W model, including total height of 375 mm, width of 330 mm, depth of 223 mm, and a 130 mm intake diameter. Performance data confirms 13 cubic meters per minute airflow at 1.4 kPa discharge pressure with operating noise of 58 dB. Application scenario diagrams illustrate four primary use cases: forced aeration of livestock manure for accelerated composting, high-velocity air knife drying of washed mechanical components, heated forced-air ink and coating curing in printing lines, and precision particle removal from electronic circuit boards. The Medium Pressure Iron Blower Copper Motor benefits from factory-direct OEM support with a structured six-step customization pathway from initial sample through bulk production. For applications where motor quality determines overall equipment reliability, the Medium Pressure Iron Blower Copper Motor provides the copper-motor advantage in a rugged iron construction package.
Introduction to application scenarios
The Medium Pressure Iron Blower Copper Motor finds its primary applications in four industrial sectors. Agricultural biogas and composting facilities use the blower to force air through manure storage lagoons, increasing oxygen contact for faster aerobic breakdown and reduced methane emissions. Metalworking and machining shops deploy the Medium Pressure Iron Blower Copper Motor in post-process drying lines where air knife assemblies blast residual coolant and wash water from components before quality inspection. Printing and packaging operations integrate this blower into curing tunnels, where temperature-controlled forced air rapidly sets inks, varnishes, and laminating adhesives on production-speed web lines. Electronics fabrication uses the blower for board-level cleaning - focused air streams remove microscopic debris from solder pads and component footprints before automated placement. The blower also supports fish farm aeration, dust collection, and industrial vacuum cleaning networks.
Customised processing workflow
The Medium Pressure Iron Blower Copper Motor customization journey at Yijia spans six coordinated processes.
Process 1 - Inquiry Handling: Sales engineers review your technical needs and reference designs.
Process 2 - Cost Engineering: Factory calculates material, labor, and testing costs for accurate quotation.
Process 3 - Prototype Build: Pilot unit assembled using production tooling for your testing.
Process 4 - Contract Finalization: Purchase agreement with deliverables, timeline, and payment structure.
Process 5 - Series Production: Dedicated quality checkpoints at machining, winding, assembly, and test.
Process 6 - Logistics Release: Packaged, palletized, documented, and dispatched.
Packaging and transportation
Factory Introduction
FAQ
Q: What maintenance does the blower require?
A: The CF series is low-maintenance by design. Regularly clean or replace the intake filter mesh every 3-6 months depending on dust levels. Periodically check that mounting bolts remain tight, electrical connections are secure, and the impeller rotates freely without unusual noise or vibration. The sealed bearings require no lubrication. No other routine maintenance is needed under normal operating conditions.
Q: What accessories and spare parts are available?
A: We stock intake filter meshes, mounting bases, flexible duct connectors, flanged adapters, vibration dampers, external silencers, and replacement impellers. All parts are available for individual purchase. Contact our sales team with your model number for compatibility confirmation, pricing, and availability.
Q: Do you offer international shipping?
A: Yes, we ship globally via sea freight (15-35 days, economical for bulk), air freight (5-10 days), and express courier (3-7 days, DHL/FedEx/UPS). Each blower is individually packed in a reinforced carton with foam cushioning. Multiple units are palletized and shrink-wrapped. All packaging meets international export standards.
Q: What is the working temperature range?
A: The blower operates reliably in ambient temperatures from -10°C to 50°C. The air being moved should not exceed 50°C at the intake. For applications involving heated air (such as printing dryers with inline heaters), the blower should be positioned upstream of the heater to draw cool air. For high-temperature applications, contact our engineering team for custom configurations.
Q: How do I install the blower?
A: Installation is straightforward: mount the blower on a flat, rigid surface using the four pre-drilled holes in the base plate. Connect the electrical supply according to the wiring diagram on the motor nameplate, ensuring proper circuit protection. Attach ducting or hose to the outlet port. Ensure at least 150mm clearance around the motor for cooling airflow. The intake mesh should remain unobstructed. Detailed installation instructions are included with each unit.
Q: How do you ensure quality before shipment?
A: Every blower undergoes individual quality inspection before leaving the factory. Tests include: visual inspection of housing, welds, and paint finish; electrical safety test (insulation resistance, ground continuity); operational test (motor start, current draw, vibration level); and performance verification (airflow and pressure at rated speed). Test results are documented. Third-party inspection is welcome during production.
Q: What is a medium pressure centrifugal blower?
A: A medium pressure centrifugal blower uses a rotating impeller inside a spiral (snail-shell) housing to accelerate air outward, converting velocity into pressure. Unlike axial fans that move large air volumes at low pressure, centrifugal blowers generate higher pressure (typically 0.5-3 kPa) in a compact form factor. The iron casing construction provides structural durability for industrial environments, while the copper motor winding ensures efficient electrical performance and long service life.
Q: Can the blower run continuously for extended periods?
A: Yes, the CF series medium pressure blowers are designed for continuous-duty operation. The copper-wound motor with integrated cooling fins, balanced centrifugal impeller, and rigid iron housing support 24/7 operation within the rated specifications. The working temperature should remain below 50°C ambient. For continuous-duty applications, we recommend selecting a model rated at least 15-20% above your actual pressure and flow requirements.
Q: How loud is the blower during operation?
A: Operating noise for the CF series ranges from 58 to 68 dB(A) depending on the model - roughly equivalent to normal conversation to busy office level. The centrifugal impeller design inherently produces less noise than high-speed axial fans. For noise-sensitive installations, we recommend flexible duct connections, vibration-isolating mounts, and optional acoustic enclosures available through our accessories catalog.
Q: What models and power ratings are available?
A: The CF medium pressure series includes 250W (10 m³/min, 5.2 kg), 370W (13 m³/min, 6.5 kg), 550W (15 m³/min, 8.5 kg), 750W (22 m³/min, 12 kg), and 1100W (28 m³/min, 18 kg) models. All operate at 2800 r/min with copper motor windings. Custom power ratings and configurations are available through our OEM service.
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