The Industrial Mobile Compact Evaporative Air Cooler from Jianhui is equipped with 5L water tank, wide-angle air distribution, and industrial-grade castors for flexible deployment. Its refrigeration efficiency exceeds that of traditional industrial fans by over 300%, while its energy consumption remains substantially lower than compressor-based systems that is a cooling solution that balance performance, mobility, and operational economy.
1. Mobile and ready to use: The Industrial Mobile Compact Evaporative Air Cooler is equipped with heavy‑duty castors and a long power cable. No installation is required; a single operator can move it freely within workshops, warehouses, or farms.
2. Dual‑effect cooling for year‑round applicability: The integration of evaporative and compression systems ensures performance across all climate conditions.
3. Significant energy savings and lower operating costs: In evaporative mode, electricity consumption is approximately one‑eighth that of a traditional air‑conditioning system covering the same area.
4. Rapid cooling over large areas: A single unit covers 300–500 m² and lowers ambient temperature by 5–10 °C within 30 minutes.
5. Simple maintenance and low lifecycle cost: Routine maintenance is limited to cleaning the wet pad, changing water, and inspecting the water circuit resulting in a far lower total lifecycle cost than air‑conditioning systems.
The Mobile Powerful Air Cooler Fan with 5L Tank Capacity incorporates two cooling modes within a single system.
Evaporative cooling mode: A high-flow water pump circulates water over a honeycomb-structured wet curtain. The axial fan draws external air; water evaporation absorbs latent heat, lowering the air temperature.
Compression refrigeration mode: For environments requiring deeper temperature reduction, the integrated compression cycle provides supplementary cooling.
· Cooling principle: The Industrial Mobile Compact Evaporative Air Cooler uses evaporation; traditional AC uses compressor-based refrigerant circulation.
· Space requirement: This unit requires continuous ventilation and is suited for open or semi-open spaces; traditional AC requires sealed, insulated environments.
· Energy consumption: The evaporative cooler consumes much lower than a traditional AC system covering the same area.
· Temperature outcome: Traditional AC delivers lower absolute temperatures; the evaporative cooler provides moderate cooling with simultaneous fresh-air ventilation, reducing stuffiness and airborne contaminant concentration.
· Installation cost: No ductwork, refrigerant lines, or structural modifications are required
The Industrial Mobile Compact Evaporative Air Cooler is deployed across three primary sectors:
1. Manufacturing and mechanical processing
2. Warehousing and logistics
3. Livestock and agricultural facilities
The Industrial Mobile Compact Evaporative Air Cooler is designed for straightforward field maintenance.
1. Routine cleaning: The water tank, wet curtain, and inlet filter require cleaning every two weeks, preventing mould accumulation and maintains air quality. Use clean water and mild detergent; allow components to dry before reassembly.
2. Daily water exchange: Drain and refill the tank daily using the integrated drain function. This keeps the water fresh and prevents sediment build-up in the distribution system.
3. Water circuit inspection: Check the pump and water distributor monthly for blockages. Clean any debris to ensure even wet-curtain saturation.
4. Off-season storage: For extended downtime, drain all water, clean all components, and store the unit in a dry, covered area to prevent environmental degradation.
Export markets include Europe, South Africa, South Korea, Mexico, and other regions, with cumulative exports exceeding 500,000 units across the product range. The unit carries CE, CB, GS, REACH, ROHS 2.0, CCC, and EMC certifications, meeting regulatory requirements for multiple international markets.
Q1: How does humidity affect the cooling performance of the Industrial Mobile Compact Evaporative Air Cooler?
Evaporative cooling efficiency decreases as ambient humidity rises. At relative humidity below 50%, the unit achieves its maximum temperature drop (up to 15°C). At 70% humidity, the drop typically measures 5–8°C; above 80%, the cooling effect is diminished. For consistently high-humidity regions, the compression refrigeration backup mode can be engaged to maintain performance. Buyers should assess local summer humidity averages when planning deployment.
Q2: Can this unit replace a central air-conditioning system?
This depends on the application. For open or semi-open industrial spaces where installing ducted AC is impractical or cost-prohibitive and the Industrial Mobile Compact Evaporative Air Cooler provides effective spot cooling at a fraction of the capital and operational cost. For fully enclosed spaces requiring precise, low-temperature control, central AC remains the appropriate solution. The two systems are complementary rather than directly substitutable.
Q3: How is the unit powered, and what are the electrical requirements?
The Cooler operates on standard 220 V single-phase power, compatible with most industrial and commercial electrical supplies worldwide. The long power cable allows flexible positioning without requiring extension leads or rewiring. No three-phase power or special electrical infrastructure is necessary.
Q4: What is the expected service life and warranty coverage?
Under normal operating conditions with routine maintenance, the unit provides 5–8 years of service. The wet curtain medium typically requires replacement every 1–2 years depending on usage intensity and water quality—this is considered a consumable item. The motor and pump carry separate warranties; specific terms are defined by the order agreement and can be discussed during procurement.
Q5: Is the unit suitable for use in rural areas with unstable grid voltage?
This is a relevant consideration. The Air Cooler's motor and pump are designed with a tolerance range of ±10% voltage fluctuation, accommodating the typical voltage drops common in rural or agricultural distribution networks. Unlike compressor-based systems, the evaporative cooling mode does not rely on start-up surge currents, which tend to exacerbate voltage instability issues. This characteristic makes the unit more resilient to brownout conditions than traditional AC equipment. For areas with frequent undervoltage, we recommend pairing the unit with a basic voltage stabilizer to protect the control board and extend component life.
Jianhui provides the following support for the Industrial Mobile Compact Evaporative Air Cooler:
1. Detailed product specifications and complete certification documentation.
2. Site-specific quantity and configuration recommendations based on space dimensions, heat load, and climate data.
3. Sample units for operational validation and factory inspection arrangements.
4. Bulk order shipping coordination and delivery commitment.
Submit an enquiry with your project type, floor area, typical ambient conditions, and cooling requirements. The sales engineering team will respond within 24 hours with a tailored configuration and quotation.
Address
No. 585, Industrial Road, Shengshan Town, Cixi City, Ningbo City, Zhejiang Province, China
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