Dimplex BPH100G BPH Series Tinted Mirror Effect Bathroom Panel Heater With CapSense Controls + Graphical Display, 7 Day Timer, Electonic Thermostat, Open Window Detection & 2 x Fixed Towel Rails IP25 1000W 240V Height: 1073mm | Width: 418mm | Depth: 271mm

Dimplex BPH100G Description

Dimplex BPH100G BPH Series Tinted Mirror Effect Bathroom Panel Heater With CapSense Controls + Graphical Display, 7 Day Timer, Electonic Thermostat, Open Window Detection & 2 x Fixed Towel Rails IP25 1000W 240V Height: 1073mm | Width: 418mm | Depth: 271mm

Dimplex BPH designer bathroom panel heaters offer a stylish heat-source with a choice of stylish dark-grey glass and white metal versions. Fitted with a radiant front panel and two optional towel rails, the large 1kW heat output and advanced electronic controls are perfect for rapid heat-up of the bathroom, exactly when you want it - a distinct advantage vs. traditional towel rails.

The advanced 'CapSense' controls offer a highly intuitive user interface that allows complete control over the temperature of the bathroom for maximum comfort. The LCD display and six touch-sensitive buttons enable easy usability and also have an optional sound when pressed, for greater accessibility. The temperature display is also colour-coded to assist the visually impaired.

Adaptive start is the BPH's intelligent self-learning, delayed start function. This assesses the thermal characteristics of the bathroom and then determines how long the appliance needs to operate for to reach the target temperature. By measuring the heat-up and cool-down rates of the room, and how this varies with external factors, the heater works out what time it needs to start heating to reach the user-defined target temperature at a specified time. This minimises wasted energy and can deliver significant cost savings.

Should a window or door be left open accidentally, the BPH will detect a sudden change in temperature and postpone heating. Once the window or door has been closed, the heater will resume normal operation. This technology ensures that the output from the heater is reduced when heat is escaping from a room, avoiding wastage and saving you money.