Mill Invisible Smart WiFi Heater PA1300WIFI4 1300 W voor ruimtes tot 19 m² wit IPX4

The Mill Invisible Smart WiFi Heater PA1300WIFI4 is an oil-filled heater that delivers steady, energy-efficient warmth for rooms up to 19 m². With a rated power of 1300 W and built-in WiFi, the heater supports remote control and scheduling via the Mill app or compatible smart home platforms. The unit has a discreet white finish and an IPX4 splash-proof rating for use in indoor areas where occasional moisture may be present.

Advantages

The Mill PA1300WIFI4 combines silent oil-filled heating with smart connectivity, enabling temperature adjustments and timed schedules from a smartphone or voice assistant. Its 1300 W output provides effective heating for small to medium rooms while maintaining a compact, low-profile design that fits contemporary interiors. The IPX4 rating allows more flexible placement compared with non-rated indoor heaters.

Suitable for

• Heating bedrooms and home offices up to 19 m²
• Supplementary heating in living rooms or studios
• Rooms where discreet, low-noise operation is desired
• Indoor spaces requiring splash protection (bathroom anterooms, kitchens)

Key specifications

• Brand: Mill
• Model: PA1300WIFI4
• Power: 1300 W
• Recommended room size: up to 19 m²
• Connectivity: WiFi (smart control)
• Finish: White
• Protection rating: IPX4
• Category: Oil Heater
• MPN: PA1300WIFI4
• EAN: 7090019825384

How to use

Place the heater on a flat, stable surface with the clearances specified in the user manual, away from curtains and easily flammable materials. Connect to mains power and follow the quick-start guide to add the device to your WiFi network using the Mill app or a compatible smart home platform. Set the desired temperature or program schedules in the app, or use the manual controls on the unit. The oil-filled element heats gradually to provide even heat distribution.

Recommendations

For efficient operation, position the heater where heat loss is greatest or centrally in the room, use lower setpoints with scheduled periods rather than continuous maximum output, and ensure a stable WiFi connection to access remote features reliably.