Description
Andris Lux Eco 15l Undersink 2.5kw Unvented Electric Water Heater 3100722
Model: 3100722
EAN Code: 5414849598942
Overview:
The Ariston Andris Lux Eco Undersink Electric Water Heater is an efficient and eco-friendly solution designed to provide instant hot water in compact spaces. Part of the Andris Lux Eco range, this undersink model is perfect for kitchens, bathrooms, and other areas where space is limited. Combining modern technology with energy-saving features, this water heater delivers reliable hot water while reducing your environmental footprint.
Key Features:
- Undersink Design: Designed to be installed under sinks, this compact unit saves valuable space while providing consistent hot water.
- Eco Technology: The Andris Lux Eco is equipped with energy-saving features that help reduce electricity consumption, making it both cost-effective and environmentally friendly.
- Quick Heating: Featuring an advanced heating element, the unit provides fast hot water on demand, perfect for everyday household needs.
- Durable Build: Constructed with high-quality materials for long-lasting durability and performance, ensuring reliability over time.
- Safety Mechanisms: Includes built-in safety features such as overheat protection and anti-freeze functions to ensure safe and efficient operation.
- Easy Temperature Control: The intuitive controls make it simple to adjust water temperature to your desired setting.
Specifications:
- Sub-Category: Electric Water Heaters
- Brand: Ariston
- Range: Andris Lux Eco
- Category: Water Heaters
- Type: Undersink
Installation:
The Ariston Andris Lux Eco is designed for easy installation under sinks, making it an ideal choice for homes or offices that need a compact and energy-efficient hot water solution.
Conclusion:
Upgrade your water heating system with the Ariston Andris Lux Eco Undersink Electric Water Heater. Its energy-efficient design, quick heating capability, and compact form make it a perfect solution for providing instant hot water while saving space and reducing energy costs.