INTER CENTRAL Far Infrared Heater"MyHeat Seraphy" MHS-900A(H) (Charcoal Gray)【Japan Domestic genuine products】
Product Description
INTER CENTRAL Far Infrared Heater"MyHeat Seraphy" MHS-900A(H) (Charcoal Gray)【Japan Domestic genuine products】
Product features ◆ Healthy clean heating ◠Because MyHeat Seraphy is a far infrared heater that does not burn fire, there is no worry about carbon monoxide poisoning and there is no odor of combustion system, so air is always clean. ◠It does not wind up, it does not wind up house dust because it does not cause wind. ◠It will also prevent drying of the room and condensation. ◆ Heat dissipation area 25% higher ◠The newly developed aluminum radiation panel has raised the heat radiation area by 25% by giving the heating element unevenness. ◠The wavelength of far infrared diffuses throughout the room rather than a flat heating element, so even with a small surface area it efficiently delivers far-infrared wavelengths in a wide range. ★ Firmly installing safety functions ◆ Temperature overheat prevention device ◠When the temperature of the main unit rises abnormally, stop energizing. ◆ Automatic stop function (no operation / no operation 10 hours) If you do not operate anything for 10 hours after the start of operation, the power supply stops automatically. ◆ Power off function when falling ◠Automatically stops operation when the main unit tilts or falls over. ◆ High temperature suppression guard ◠Because it is applying Fuckey processing to the whole surface, it reduces worry of burns. ◆ Tracking protection plug ◠It prevents electric shock / fire by dust etc. ◆ Easy-to-use simple operation screen ◠Power switch / power switch / on timer / off timer and switch can be operated easily with only 4 types. ◆ Energy saving operation in ECO mode ◠When ECO mode is set, 350 W and 700 W are automatically switched every 5 minutes. ◠Power consumption is always lower than energizing at HIGH (700 W), resulting in energy saving operation. ◠With heating performance, warmth close to 700 W can be obtained due to residual heat. ※ ★ ★ Detailed description By "Newsbridge" ★ ★ ※







