Localized Cooling · Humidification · High-Volume Airflow

The YTE MAF650 / MAF750 Series is a mobile pedestal atomization fan designed for industrial, agricultural and commercial environments requiring localized cooling, additional humidity and strong air movement.

The system combines a high-volume industrial fan with an integrated water tank and adjustable atomization system.

Fine water droplets are introduced into the moving airflow. Under suitable environmental conditions, part of the water evaporates and absorbs heat from the surrounding air, producing an evaporative cooling effect while increasing local humidity.

Two fan sizes are available:

YTE-MAF650 — 650 mm

YTE-MAF750 — 750 mm

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Designed for Localized Environmental Control

Unlike fixed humidification or cooling systems, the MAF650 / MAF750 can be moved between different operating areas.

Typical applications include:

• Industrial workshops
• Manufacturing facilities
• Warehouses
• Livestock and poultry buildings
• Greenhouses
• Nurseries
• Textile production
• Printing and paper processing
• Wood processing
• Concrete curing areas
• Loading areas
• Outdoor and semi-open workplaces

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Four Functions in One Mobile Unit

Evaporative Cooling

The atomization system introduces water into the airflow.

As the fine droplets evaporate, heat is absorbed from the surrounding air.

This provides an economical cooling method particularly suitable for:

• Hot and dry environments
• Open areas
• Semi-open workshops
• Naturally ventilated buildings
• Agricultural facilities

Evaporative cooling performance depends strongly on ambient temperature, relative humidity and ventilation.

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Humidification

Adjustable atomization allows additional moisture to be introduced into dry environments.

Potential applications include:

• Textile production
• Printing
• Paper processing
• Wood processing
• Agriculture
• Greenhouses
• Concrete curing
• Static-control applications

The atomization rate should be adjusted according to actual humidity requirements.

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High-Volume Air Circulation

The fan produces substantial airflow even when atomization is not required.

This allows the unit to assist with:

• Worker cooling
• Air circulation
• Heat dispersion
• Ventilation support
• Reduction of stagnant air
• Local airflow improvement

Three airflow levels allow the operator to adapt air movement to the operating area.

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Environmental Spraying

Where the liquid is chemically compatible with the machine, the atomization system may also support selected environmental spraying applications.

Potential applications can include:

• Sanitation support
• Odor-control treatment
• Agricultural spraying
• Environmental treatment
• Dust-control support

Important: The standard system is designed primarily for clean water.

Compatibility of any chemical solution must be confirmed with YTE before use.

Corrosive, flammable, highly toxic or chemically incompatible liquids must not be introduced into the system.

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Available Models

YTE-MAF650

650 mm Mobile Pedestal Atomization Fan

Designed for smaller operating zones where compact positioning and moderate atomization output are required.

Key specifications:

650 mm fan diameter

Up to 13,200 m³/h airflow

0–3.5 L/h adjustable atomization

60 L integrated water tank

90° oscillation

35–60 m² reference coverage

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YTE-MAF750

750 mm High-Airflow Mobile Pedestal Atomization Fan

Designed for larger localized cooling and humidification zones requiring stronger airflow and higher atomization output.

Key specifications:

750 mm fan diameter

Up to 14,400 m³/h airflow

0–11 L/h adjustable atomization

60 L integrated water tank

90° oscillation

50–80 m² reference coverage

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Technical Specifications

Coverage values are reference figures only. Actual performance depends on ambient temperature, relative humidity, airflow obstruction, ventilation rate, atomization setting and equipment positioning.

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这里我要特别提醒你一个参数问题：

你现在给我的原始图片里，DH650 输入功率明确写的是 360 W。

但我们之前整理出来的 YTE 目录里出现过 350 W。所以这次网站我建议按照你现在这张原始厂家参数：

YTE-MAF650 = 360 W

不要用 350 W。

另外 DH650 的包装尺寸在你这张截图右侧被截掉了，所以我不会为了把表格填满去猜。

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Three-Speed Airflow

Both models provide three airflow levels.

YTE-MAF650

Low:

143 m³/min — approximately 8,580 m³/h

Medium:

174 m³/min — approximately 10,440 m³/h

High:

220 m³/min — approximately 13,200 m³/h

YTE-MAF750

Low:

160 m³/min — approximately 9,600 m³/h

Medium:

190 m³/min — approximately 11,400 m³/h

High:

240 m³/min — approximately 14,400 m³/h

This allows airflow to be adjusted according to operator comfort, evaporation conditions and required coverage.

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60 L Integrated Water Tank

Both models use an integrated 60 L water tank.

The self-contained tank design allows the machine to operate without requiring a permanently installed water supply.

This makes the series particularly suitable for temporary or changing operating locations.

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Adjustable Atomization Output

Atomization output can be adjusted according to operating requirements.

MAF650

0–3.5 L/h

Suitable for lighter humidification and localized evaporative cooling.

MAF750

0–11 L/h

Provides substantially higher water output for applications requiring stronger humidification or evaporative cooling.

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90° Automatic Oscillation

The fan assembly can oscillate through approximately 90°, allowing airflow and mist to be distributed across a wider operating zone.

This is especially useful for:

• Production lines
• Worker areas
• Livestock facilities
• Greenhouse aisles
• Loading areas
• Temporary cooling zones

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Mobile Pedestal Design

The integrated pedestal and caster-wheel structure allows the machine to be repositioned according to actual operating requirements.

Rather than installing fixed equipment throughout an entire facility, individual units can be positioned where cooling or humidification is currently required.

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How Evaporative Cooling Works

The MAF650 / MAF750 is not a refrigeration air conditioner.

It uses water evaporation.

The process is:

Water Tank

↓

Water Pump

↓

Atomization System

↓

Fine Water Droplets

↓

High-Volume Airflow

↓

Evaporation

↓

Heat Absorption

↓

Cooling + Humidification + Air Movement

Because evaporation is the cooling mechanism, environmental conditions directly determine performance.

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Best Operating Conditions

Evaporative cooling normally performs better when:

• Ambient temperature is high
• Relative humidity is relatively low
• Fresh-air exchange is available
• Air can move freely
• Mist has sufficient distance to evaporate

Cooling performance decreases as ambient humidity increases.

For enclosed facilities requiring a guaranteed room temperature such as 22°C, 24°C or 25°C, a refrigeration-based industrial air-conditioning system should be considered instead.

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Typical Applications

Industrial Workshops

Suitable for localized cooling around:

• Operators
• Production lines
• Assembly areas
• Maintenance areas
• Loading zones

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Textile Industry

Additional humidity can help reduce problems associated with excessively dry air, including:

• Static electricity
• Fiber dryness
• Airborne dust
• Process instability

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Agriculture & Greenhouses

Suitable for:

• Greenhouses
• Nurseries
• Propagation areas
• Agricultural facilities

Functions can include:

• Cooling
• Humidity support
• Air movement

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Livestock Facilities

High-volume airflow combined with evaporative cooling may help improve thermal conditions in:

• Poultry houses
• Dairy facilities
• Pig farms
• Livestock shelters

Actual effectiveness depends strongly on ventilation and ambient humidity.

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Concrete Curing

Adjustable water output allows the equipment to provide additional moisture around selected concrete curing areas.

Atomization level should be selected according to:

• Surface moisture requirement
• Ambient temperature
• Ventilation
• Distance from the concrete surface

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Water Quality

Clean water is recommended.

Poor water quality may result in:

• Mineral deposits
• Pump contamination
• Atomizer deposits
• Reduced atomization efficiency
• Increased maintenance

Where water hardness is high, treated water may improve long-term operating reliability.

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Safety & Chemical Compatibility

Do not operate the equipment:

• Near flammable gases
• Near explosive materials
• With damaged electrical wiring
• With chemically incompatible liquids

Avoid directing atomized water directly toward:

• Electrical control cabinets
• Unprotected electrical equipment
• Sensitive electronics
• Moisture-sensitive products

Disconnect electrical power before maintenance.