Industrial Wexd Wall Axial Fan ODM/OEM Supported Low Noise

• Customization: Available
• Material: Iron
• Blade Material: Stainless Steel
• Model NO.: WEXD
• Type: Centrifugal Fan
• Electric Current Type: AC
• Mounting: Duct Fan
• Certification: UR, ISO, CE, CCC
• Production Time: 15days
• Air Volume: 1000-25000m3/H
• Pressure: 50-250PA
• Transport Package: Wooden Box
• Specification: Iron Or 304ss
• Trademark: Rongwen
• Origin: Zhejiang Shaoxing
• Production Capacity: 30000
• Package Size: 54.00cm * 505.00cm * 60.00cm
• Package Gross Weight: 60.000kg

Product Description

Q1: How to select suitable ventilation equipment for industrial workshops/factories?

• Focus on the core needs of industrial scenarios and pay attention to 4 key factors:
  1. Workshop area/volume + floor height (calculate the required hourly air change volume; the regular air change rate for industrial scenarios is 3-10 times per hour, and workshops with severe pollution (such as welding, painting, chemical industry) require 10-20 times per hour);
  2.Type of pollutants (dust, oil fume, harmful gases, high-temperature exhaust gas, etc. For example, dust workshops need dust removal type ventilation equipment, and chemical workshops need anti-corrosion and explosion-proof models);
  3.Workshop operating conditions (temperature, humidity, pressure; for example, high-temperature workshops need high-temperature resistant motors, and humid environments need waterproof and moisture-proof design);
  4.Compliance requirements (whether it meets local environmental protection emission standards and occupational health and safety regulations). You can contact customer service to provide workshop parameters (area, floor height, pollutant type/concentration) to obtain a precise selection plan.

Q2: Do industrial ventilation equipment require installation by professional engineering teams? What is the installation process?

• Installation must be carried out by professional engineering teams with industrial ventilation engineering qualifications. Industrial equipment involves complex operations such as large-scale pipeline layout, explosion-proof wiring, fan fixing, and filter system commissioning. Unprofessional installation may easily lead to insufficient air volume, excessive noise, and potential safety hazards (such as explosion-proof failure, pipeline falling off). Standard installation process: On-site survey → Pipeline design → Equipment positioning → Pipeline laying and sealing → Electrical wiring (explosion-proof/regular) → Commissioning and operation → Environmental protection testing compliance → Acceptance and delivery, followed up by technical personnel throughout the process.

Q3: What safety precautions should be taken during the daily use of industrial ventilation equipment?

• Pre-startup inspection: Confirm that there are no abnormalities in the fan, motor, pipeline, and filter system. For explosion-proof models, check that the explosion-proof sealing and grounding are in good condition. It is strictly prohibited to operate the equipment in a faulty state; During-operation monitoring: Regularly observe equipment parameters such as air volume, pressure, noise, and temperature. If there is a sudden drop in air volume, abnormal noise, motor overheating, etc., shut down the equipment immediately for inspection; Personnel protection: Operators must wear protective equipment (such as dust masks, goggles). It is strictly prohibited to disassemble pipelines, filters or approach high-speed rotating parts when the equipment is in operation; Emergency handling: In case of sudden power outage, fire, or gas leakage, turn off the equipment power immediately, activate the emergency ventilation plan, and evacuate on-site personnel.

Q4: What are the differences in maintenance priorities of ventilation equipment for different industrial scenarios (such as welding, chemical industry, woodworking)?

• Welding workshops: Focus on maintaining dust removal filter bags (regularly clean welding fumes to prevent filter clogging), check spark arrestors to avoid potential safety hazards caused by sparks entering the pipeline; Chemical workshops: Focus on checking the anti-corrosion performance of the equipment (pipelines, seals), regularly replace waste gas treatment filter elements to ensure no leakage of harmful gases; Woodworking workshops: Focus on cleaning wood chip accumulation in pipelines (to prevent clogging and fire), regularly check the wear condition of fan impellers, and timely replace worn parts.