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    Mobile Wind CR240BW

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    Cotes Mobile Wind

    CR240BW

    Wind-adapted adsorption dehumidifier for onshore wind turbines 

    The CR240BW is part of the Cotes Mobile Wind product family — adsorption dehumidifiers developed specifically for retrofit installation in onshore wind turbines.

    The unit is designed for internal tower installation where increased dry-air capacity is required to stabilise humidity levels and reduce condensation risk.

    Explanation of Naming

    The product designation follows Cotes naming logic:

    • C – Cotes adsorption platform
    • R – Rotor-based adsorption technology
    • 240 – Capacity class
    • B – Building heritage (from the original Mobile range)
    • W – Wind application

    The “BW” designation identifies the unit as a wind-adapted model within the Mobile Wind family.

    Position within the Cotes Mobile Wind family

    The CR240BW represents a mid-capacity unit within the Mobile Wind range.

    The Mobile Wind family includes:

    • Compact retrofit units (CR80B-FC / FCS)
    • Wall-mounted compact units (CR100)
    • Mid-capacity wind-adapted units (CR240BW)
    • High-capacity units for larger tower volumes (CR400BW)

    The CR240BW is typically selected where:

    • Tower-wide humidity control is required
    • Moisture load exceeds compact unit capacity
    • A balance between airflow and installation size is needed

    It remains a retrofit solution and does not use the offshore overpressure principle applied in the Cotes Wind Overpressure (CWO) family.

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    Medium-capacity dry-air delivery: Dry air capacity suitable for defined tower volumes and moderate moisture loads.
    Wind-adapted adsorption principle: Rotor-based moisture removal designed for turbine environments with fluctuating temperature and humidity.
    Defined turbine integration: Engineered specifically for internal tower installation as part of a retrofit dry-air strategy.
    Balanced regeneration airflow: Regeneration air configuration matched to the model’s drying capacity within engineered limits.
    Defined electrical demand: Connected load aligned with turbine auxiliary power infrastructure.
    Wind-specific configuration: Designed for tower climate stabilisation rather than general building drying applications.
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    TECHNICAL DATA

    Model DRY AIR (M3/H) REGENERATION AIR (M3/H) CONNECTED LOAD (kW) MOISTURE REMOVAL CAPACITY (KG/H) DIMENSIONS (WxDxH) DATASHEET PRODUCT MANUAL
    CR100 100 40 1 0,6 373 / 284 / 520 Datasheet
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    CR240BW 240 40 1,05 0,8 400 / 333 / 361 Datasheet
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    CR80B-FCS 80 40 0,83 0,44 485 / 313 / 327 Datasheet
    English
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    CL26 Wind Turbines 350 /250 65 / 40 1.01 / 1,57 1,1 / 0,8 450 / 382 / 374 Datasheet
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    CR400BW 400 90 1,97 1,4 623 / 405 / 431 Datasheet
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    RETROFIT INSTALLATION  

    Designed for defined internal turbine placement as part of a controlled dry-air strategy.

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    APPLICATION KNOW-HOW

    Developed for onshore wind turbines exposed to humidity fluctuation, contamination and standstill-related condensation risk.

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    ADSORPTION DRYING PRINCIPLE 

    Rotor-based adsorption dehumidification providing stable moisture removal independent of refrigeration-based cooling. 

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    WIND-ADAPTED DESIGN

    Configured specifically for turbine tower environments rather than conventional building drying applications. 

    Frequently Asked Questions

    For our full FAQ section you can go to www.cotes.com/FAQ 

    On this page we highlight some of the more frequently asked questions from customers.

     

    What is the CR240BW used for in wind turbines?
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     The CR240BW is used to stabilise internal tower humidity in turbines where compact units are insufficient but full high-capacity systems are not required. 

     The CR240BW provides significantly higher dry-air capacity and is typically selected for larger tower volumes or higher moisture loads. 

    The CR240BW represents a mid-capacity solution within the range, positioned between compact and high-capacity models.

     The CR240BW is positioned for onshore retrofit applications. Offshore installations typically require engineered overpressure systems such as the Cotes Wind Overpressure (CWO) family.