INDUSTRIAL OPERATION
Designed for continuous use in technical and process environments, with cabinet construction and component layout suited for industrial installation and service access.
APPLICATION KNOW-HOW
Developed based on experience from industrial humidity control across HVAC, storage and process applications, with focus on stable and predictable operation.
ENERGY CONSCIOUS
Optimised airflow, rotor technology and regeneration control are applied to balance drying performance and electrical consumption under defined operating conditions.
PLATFORM-BASED DESIGN
Shares the cabinet and system architecture of the Cotes Modular family, while integrating heat recovery directly into the unit construction.
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.
The C65E is part of the Cotes Modular platform but differs in one key aspect:
The heat recovery system is integrated directly into the unit design.
In other Modular models, heat recovery can be implemented as an add-on module. In the C65E, the air-to-air heat exchanger is built into the core construction. This means the unit is delivered as a defined configuration where heat recovery is always included.
The built-in air-to-air heat exchanger transfers heat from the regeneration exhaust air to the incoming regeneration air.
This reduces the required electrical heater input compared to electric regeneration systems without heat recovery. The practical benefit depends on operating conditions but typically results in lower installed heater capacity and reduced electrical consumption.
The C65E follows the overall Modular platform design but does not use the same external module expansion concept for heat recovery.
Since the heat exchanger is integrated, the configuration is more defined compared to other Modular units where certain functions can be added as separate modules. Other configuration options within the model’s engineered limits may still apply
Key parameters should be defined before selection:
- Required dry air capacity at specified temperature and humidity conditions
- Airflow and external pressure requirements
- Available electrical infrastructure
- Installation environment and service access
Performance and energy consumption should always be evaluated at documented reference conditions.