Rittal roof-mounted cooling units
Blue e+ roof-mounted cooling unit (total cooling output 1.30 kW)
Hybrid technology Up to 75% energy savings Multi-voltage capability Touch display operation
The Blue e+ roof-mounted cooling unit is designed for efficient enclosure climate control using an innovative hybrid concept combining speed-regulated components and heat pipe technology. It supports multi-voltage operation for worldwide use and provides an intuitive touch display for straightforward setup and monitoring.
With a total cooling output of 1.30 kW, it’s a practical choice when you need reliable cooling performance while prioritizing energy efficiency in control cabinet applications.
Blue e+ roof-mounted cooling unit
Efficient climate control with hybrid technology and worldwide voltage flexibility.
What key features do Blue e+ roof-mounted cooling units offer?
Core benefits focus on energy efficiency, usability, and global applicability.
Efficiency & technology highlights
- Innovative hybrid technology concept
- Speed-regulated components for demand-based operation
- Heat pipe technology to support efficient thermal management
- Designed to deliver significant energy savings in operation
Integration & operation
- Multi-voltage capability for worldwide use
- Intuitive touch display for operation and settings
- Roof-mounted design for enclosure climate control layouts
- Suitable for control cabinet environments where top-mounted cooling is preferred
Performance note: This Blue e+ roof-mounted model is specified with a total cooling output of 1.30 kW.
Selection guide: how do I compare roof-mounted cooling units?
Start with required cooling output, then confirm supply voltage, and finally align mounting and operation preferences (e.g., touch display).
Technical features
Technology
Hybrid technology Heat pipe Speed-regulated
Tip: Use total cooling output as your first sizing check, then validate the enclosure installation constraints for roof mounting.
| Product |
Mounting |
Cooling output |
Energy concept |
Operation / Power |
| Blue e+ roof-mounted cooling unit
Rittal climate control solution
|
Roof-mounted |
1.30 kW
Total cooling output
|
Hybrid technology
Speed-regulated components + heat pipe technology
|
Touch display
Multi-voltage capability for worldwide use
|
Selection guidance: define enclosure heat load and ambient conditions, then choose cooling output and confirm voltage compatibility and preferred operation interface.
Where are roof-mounted cooling units used?
Roof-mounted cooling units are commonly used to manage the temperature inside enclosures and control cabinets, helping protect sensitive electrical and automation components from overheating.
Typical applications
- Control cabinets and industrial enclosures requiring top-mounted cooling
- Automation and power distribution panels with concentrated heat sources
- Production environments where energy-efficient cooling is a priority
- Global machine builds that benefit from multi-voltage capability
Why teams choose Blue e+
- Energy efficiency via hybrid technology approach
- Flexible deployment with multi-voltage capability
- Operator-friendly touch display interface
- Reliable cooling with 1.30 kW total cooling output option
Short definition: A roof-mounted cooling unit is installed on top of an enclosure to remove heat and stabilize internal cabinet temperatures for reliable operation of electrical equipment.
FAQ: Rittal roof-mounted cooling units
Quick answers to help specify and apply Blue e+ roof-mounted cooling units.
The Blue e+ roof-mounted unit uses a hybrid concept that combines speed-regulated components and heat pipe technology to improve energy efficiency while delivering the required cooling performance.
This product is specified with a total cooling output of 1.30 kW. Use this value as your starting point when estimating cabinet heat load and sizing climate control.
Multi-voltage capability supports worldwide use by simplifying integration across regions and machine builds with different supply standards.
The unit is designed for intuitive operation via a touch display, supporting practical setup and monitoring at the enclosure.
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