HELIOSA 77 RADIO White Radiant Heater - STAR PROGETTI
Designed for both indoor and outdoor use, the Heliosa 77 electric radiant heater from Star Progetti delivers a power output of 2,000 W. This performance allows it to effectively cover a maximum area of 20 m². Its refined aesthetics and infrared technology provide an instant sensation of warmth, even in cold weather.
Features and User Comfort
This unit includes a radio remote control with a memory function. This feature allows you to save your temperature preferences for easier daily use. The system enables simultaneous control of up to 10 devices, a functionality particularly suited to large-scale configurations requiring centralized supervision.
To optimize electricity consumption management, the device is compatible with a P.I.R. presence detector. This intelligent device activates the heating only when human presence is detected, thereby eliminating unnecessary consumption.
Technical Specifications
- Power: 2,000 W
- Protection rating: IPX5, resistant to water spray and rain
- Material: Body made of pressure die-cast aluminum
- Beam angle: Symmetrical parabola of 72°
- Ignition system: Soft start for extended longevity
Installation and Supplied Accessories
Optimal mounting is achieved at a height between 2.30 and 2.80 meters, with a 45° inclination on a vertical wall or ceiling.
Delivery contents:- Radio remote control with memory
- 3-meter power cable
- Wall mounting bracket
- Stainless steel protective grilles
Robust and reliable, this infrared heater perfectly withstands outdoor weather conditions. It ensures constant and efficient operation regardless of the weather.
About the Star Progetti Brand
Star Progetti holds a leading position in the development and production of innovative heating systems utilizing infrared technology. With several decades of expertise, the brand has established itself in various fields: civil, industrial, and military applications. Its creations combine visual elegance with advanced technology. Every Star Progetti product ensures optimal performance and significant reduction in energy consumption, meeting current requirements for sustainability and efficiency.