Elecro Titanium Cygnet Evo 2 - Inline Pond Heater - 3 Kw (3000 Watts) - 220V

Elecro Titanium Cygnet Evo 2 Inline Heater comes with a power rating of 3 Kw (3000 Watts) and designed for 220V operation. When it comes to the installation and performance of this pond heating system, it's designed with user-friendliness in mind. Its easy installation process, complete with pre-wiring and full equipment, ensures that setting up your heating solution is a hassle-free experience. The robust and durable construction of the system guarantees its longevity, allowing you to rely on it for consistent performance over time. Adding to its safety features, the ultra-reliable flow switch ensures the secure operation of the heating system. Furthermore, it is thoughtfully supplied with a temperature thermostat and an overheating sensor, providing essential safeguards for your pond.

In the realm of technical specifications, this heating system offers a choice between analogue and digital control options. You can opt for the analogue control, which provides a 1.2° differential, or choose the digital control for a more precise 0.5° differential. Additionally, it features a selectable multi-lingual display, enhancing its user interface. The system incorporates a titanium flow tube and titanium heating elements, contributing to its durability and resilience, even in challenging aquatic environments. It offers flexibility in installation, allowing you to place it on the floor or vertically on a wall. With its vortex-induced, long-life, stay-clean heating element technology, this system operates at 100% efficiency throughout its product life, all while maintaining a silent operation, minimizing any disruptions in your pond's environment. Made in United Kingdom.

When it comes to pond heating, a guideline to keep in mind is 1 Watt per Gallon =  10° rise in water temperature. For example, a 1000-watt (1.0 kW) to heat 1000 gallons of water by 10° F over a 24-hour period. 

Note: Plumbing the Cygnet heater must always have water in the line at all times so to not over heat. Example of a proper installation: