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V-HP-SF-1000 Evaporative Cooler - 45 L/h, 9.83 kW Power | China Suppliers & Factory Solutions
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V-HP-SF-1000 Evaporative Cooler - 45 L/h, 9.83 kW Power | China Suppliers & Factory Solutions

Introducing the V-HP-SF-1000, a state-of-the-art evaporative cooling solution designed for efficiency and performance. With an impressive evaporative power of 45 liters per hour and an installed power of 9.83 kW, this model is engineered to meet the demands of various industrial applications, Our product boasts a consumption rate of 100-120 watts per liter, ensuring cost-effectiveness alongside superior cooling capabilities. With dimensions of 3.0 x 0.9 x 2.8 meters, the V-HP-SF-1000 is compact enough to fit seamlessly into your operational environment, As a leading supplier and factory in China, we are committed to providing high-quality products that enhance performance while reducing energy costs. Choose the V-HP-SF-1000 for reliable and efficient evaporative cooling solutions today!

    The boiling chamber is negative pressure at -95 to -97kPa under vacuum condition, raw material is automatically sucked into chamber under negative pressure. Meanwhile, the heat pump system will makes heat exchange device into evaporation and condensation two parts. Circulation system sprays raw wastewater onto the evaporation part nebulized, water become steam after evaporation and rise to condensing become condensate. The condensate flows to condensation vessel and the concentration remains in boiling chamber, both of them will discharge automatically when reach pre-setted rate.

    Key Advantages & Features

    Energy Saving

    Compared to conventional evaporators, its energy saving effect can reach more than 90%. Its unique heat source heating method uses the compressor for heating and the cold amount to condense, requiring no additional cooling water supply. This reduces the cost of electricity and supporting facilities.

    No Auxiliary Heat Required

    The device does not require additional steam or other auxiliary heat sources. It only needs power to run, which simplifies the operation and reduces the cost of supporting facilities and maintenance to a large extent.

    Low Temperature Evaporation

    Features low temperature evaporation properties where the vacuum degree can reach -97KPa and the evaporation temperature is about 35℃. This makes the system especially suitable for handling heat-sensitive materials.

    Fully Automated Control

    Features fully automated control and operation without manual intervention. Compared to other evaporators, it is easier to operate, more automated, has a lower failure rate, and offers more stable operation.

    Equipment Showcase

    Frequently Asked Questions

    How does the low temperature evaporator achieve energy savings?

    Compared to conventional systems, its energy saving effect can reach more than 90%. It uses the compressor's heat source for heating and the cold amount to condense, eliminating the need for an additional cooling water supply, which reduces both water and electricity consumption costs.

    What are the vacuum and temperature specifications for evaporation?

    The boiling chamber operates under negative pressure at -95 to -97kPa. The vacuum degree can reach -97KPa with an evaporation temperature of approximately 35℃, making it ideal for handling heat sensitive materials.

    Does this evaporator require additional steam or auxiliary heat sources?

    No, the device does not require additional steam or other auxiliary heat sources. It only needs electrical power to run, which simplifies the overall operation and significantly reduces maintenance and supporting facility costs.

    Is manual intervention required to operate the system?

    No, the heat pump low-temperature evaporator features fully automated control and operation without manual intervention. It offers easier operation, higher automation, a lower failure rate, and more stable performance compared to other evaporators.

    How does the physical design benefit the installation footprint?

    The equipment utilizes a modular design. This makes the assembly and operation of the system highly convenient while occupying a very small physical area.