Halogen electric space heater SUNRED Retro, 2100/900 W, for indoor floor use, heats up to 17 m², black/brown

The SUNRED Retro halogen electric space heater provides instant radiant warmth with a maximum output of 2100 W and a lower setting of 900 W, designed for indoor floor placement. Compact and portable, this model is intended to heat spaces up to 17 m² and is finished in a two-tone black and brown exterior. The heater uses halogen radiant elements to deliver direct heat without complicated installation, making it suitable as a supplemental heating source for rooms where quick, focused warmth is needed.

Advantages

The heater delivers rapid radiant heat that is felt immediately, requiring no warm-up time associated with convection-only devices. Two power settings (2100 W and 900 W) allow for basic control of output to match room size and comfort needs. Its floor placement design and moderate weight make it movable between rooms without tools, and the simple construction reduces maintenance compared with more complex heating systems. The black and brown finish offers a neutral appearance that integrates with a range of interior styles.

Suitable for

Key specifications

How to use

Place the heater on a stable, level floor surface clear of obstructions and away from flammable materials. Connect the unit to a properly grounded outlet and select the required power setting to achieve the desired level of warmth. Allow the halogen elements to operate unobstructed so radiant heat can disperse across the room. Monitor the heater during use and switch off or unplug when the room reaches a comfortable temperature or when the unit is unattended. Follow any additional safety instructions included with the product manual.

Recommendations

For effective and safe operation, maintain a clear zone of at least 1 meter around the heater, avoid using extension cords, and do not cover the unit while it is operating. Use the lower power setting for smaller rooms or longer operation periods to conserve energy and reduce surface temperatures.