Kairo Black Electric Flat Panel Radiator with Smart Control - 500mm (w) x 1600mm (h) - 1500W - Electrical - Thermostatic

Quickfind Code: 32728 SKU: EKAIV1600500BL
Kairo Black Electric Flat Panel Radiator with Smart Control - 500mm (w) x 1600mm (h) - 1500W Kairo Black Electric Flat Panel Radiator with Smart Control - 500mm (w) x 1600mm (h) - 1500W
  • Kairo Black Electric Flat Panel Radiator with Smart Control - 500mm (w) x 1600mm (h) - 1500W
  • Kairo Black Electric Flat Panel Radiator with Smart Control - 500mm (w) x 1600mm (h) - 1500W - Technical Drawing
£343.00
Tax included
In Stock
If you order before 2pm your order will be delivered FREE on Tuesday, 13th October
info Product Information

Heating & Temperature Control

  • Temperature Setting Range: 7-30 °C
  • Operating Temperature Range: -10-40 °C
  • Surface Temperature Mode: LST (40-55 °C surface limit)
  • Control System: Electronic thermostat
  • Frost Protection: 7 °C antifreeze mode

Operating Modes & Functions

  • Comfort mode
  • Economy mode
  • Weekly programmable timer
  • Antifreeze mode
  • LST (Low Surface Temperature Mode)
  • Boost heating mode
  • Child lock
  • Holiday mode
  • Window opening detection
  • Ambient temperature compensation

Smart & Control Features

  • App control: Tuya Smart / Smart Life App
  • Connectivity: Wi-Fi 2.4 GHz
  • Frequency Range: 2400-2483.5 MHz
  • Transmission Power: ≤ 18.2 dBm
  • Remote Control: Yes
  • Weekly Programming via App: Yes

Safety Features

  • Overheat protection
  • Temperature sensor monitoring
  • Open window energy saving function
  • Electrical protection class I
  • Child safety lock
Valve Kings Brand
EKAIV1600500BL Reference
In Stock Stock Level

Technical Specifications

Finish Black
Orientation Vertical
Width 500mm
Height 1600mm
Watts Output 1500w
Guarantee 5 Years
Material Aluminium
Projection From The Wall 105mm
Socket Width ½" BSP
Model Kairo
Wattage - Thermostatic 1500W

This is just a guide for reference only, rooms may require more than one radiator. If this applies to you, divide the required output between the number of radiators required. All figures given are for Delta T 50°

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