Dreo Solaris SH628 Heater

Description

Powerful Heat. Smart Comfort. Super QuietTPortable heater Dreo Solaris SH628 with remote controlThe Dreo Solaris SH628 is a portable electric heater with remote control that combines high heating power with quiet operation. Thanks to the advanced Hyperamics heating system and a ceramic PTC element with a power of up to 2,000 W, the device provides fast and efficient heating even in larger spaces from 15 to 25 m.Heating in 2 seconds thanks to the Hyperamics systemThe heart of the device is a heating system based on Hyperamics technology, which allows the device to produce noticeable heat in just 2 seconds. The Dual-DC motor, which creates an air flow with a speed of 3.1 m/s, ensures even heat distribution. In combination with a large PTC heating element (250 44 mm), the device ensures stable operation even at lower power settings. Three available levels 900 W, 1100 W and 2000 W allow you to adjust the heating intensity according to current conditions and needs.Advanced temperature controlThe SH628 model is equipped with a highly accurate thermostat that allows you to set the temperature from 5 to 35 C with an accuracy of 1 C. Thanks to the NTC sensor, the device maintains the selected temperature with high accuracy, preventing overheating or too frequent switching on of the heater. In ECO mode, the heater independently adapts the intensity of operation to the conditions in the room and automatically switches off when a certain temperature is reached. This reduces energy consumption by up to 40% without reducing thermal comfort.Ideal for homes and officesThanks to the brushless motor and the optimized fan with wing blades, the device operates extremely quietly with a noise level of 25 to 42 dB. This makes the heater ideal for rooms where silence is needed for example, bedrooms, childrens rooms, home offices or libraries.Safety for everyday useThe Dreo Solaris SH628 heater was designed with great emphasis on safety. The Shield360 system includes up to 8 levels of protection that protect the device from overheating, tipping or overloading. The device housing is robust and resistant to high temperatures, which reduces the risk of accidental burns.