El-radiator Ravanson CH-9000BT

The Ravanson CH-9000BT electric heater is a compact oil-filled space heater that provides adjustable heat output for residential and small commercial spaces. With a maximum heating power of 2000 W and the ability to reduce output to 750 W, this black heater offers flexible warmth control. Its slim housing measures 600 mm wide, 100 mm deep and 350 mm high, and the unit supports both wall mounting and free-standing floor placement. Operation is by a combination of push buttons and a rotary dial to set the thermostat and power level.

Advantages

The heater delivers consistent convection heat typical of oil-filled radiators while retaining heat for longer periods after power is reduced. Multiple power settings including a 750 W lower output option allow energy-efficient operation when full power is not required. Wall and floor placement options add installation flexibility for different room layouts. The control method—buttons complemented by a rotary dial—offers straightforward adjustment of temperature and power level.

Suitable for

Key specifications

How to use

Position the Ravanson CH-9000BT either on a flat floor surface or install it on a suitable wall following the included mounting instructions and safety clearances. Connect the heater to a compatible mains outlet. Use the rotary dial to set the desired thermostat level and press the power buttons to select the appropriate heating power setting (including the lower 750 W option for reduced consumption). Allow time for the oil-filled elements to warm and distribute heat evenly throughout the room. Monitor and adjust settings as needed to maintain the preferred indoor temperature.

Recommendations

For optimal efficiency, place the heater where air can circulate freely around it and avoid covering the unit. Use lower power settings or the 750 W option during milder conditions or when maintaining rather than rapidly increasing room temperature. Ensure wall mounting is performed on a suitable surface and that all safety distances from combustible materials are observed.