Giro Digital Convector Heater
Healthy Air Humidity: Integrated humidifier ensures optimal air humidity, contributing to a healthier indoor environment. Easily refillable for continuous operation. No Installation Required: The heater is completely free-standing, allowing for easy mobility without the need for installation. Advanced Control Panel: Modern touch control panel with an LED display makes it simple to adjust temperature, set timers, and switch between ECO modes. Safety Features: Equipped with overheating protection, tip-over safety function, and Mica Stone technology for efficient heat distribution.
Product identifiers
SKU: PHGRI1500H
EAN: 8435556160595
GTIN: 8435556160595
Price: £ 93.24 Excl. VAT
Categories
Features
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Type
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Depth
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Colour
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Height
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Length
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Material
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Frequency
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N-exponent
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RAL-number
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Water content
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Degree of gloss
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Mounting method
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Standard colour
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With de-aerator
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With top lining
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Operation by app
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Welded-on strips
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With blind plugs
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With drain valve
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With side lining
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Thread connection
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With level switch
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Connection voltage
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Digital indication
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Thread size (inch)
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Type of regulation
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With wall brackets
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Suitable for cooling
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Open window detection
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Connection 4, top left
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Consumption indication
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Max. water temperature
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Position control panel
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With mounting material
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With time switch clock
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Connection 5, top right
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Max. operating pressure
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Suitable for damp space
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With presence indicator
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Adaptive (self-learning)
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Connection 1, bottom left
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Connection TC, top center
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Water-bearing front panel
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Connection 8, bottom right
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Connection 2, left side low
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Connection 3, left side top
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With de-aeration connection
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Connection 6, right side top
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Connection 7, right side low
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Connection BC, bottom center
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With single-point connection
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Number of standard connections
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With built-in position controller
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Surface structure front-side panel
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With integrated thermostatic valve
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With drain possibility (connection)
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N-exponent according to EN 16430 20 °C - 35/30 low
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N-exponent according to EN 16430 20 °C - 40/35 low
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N-exponent according to EN 16430 20 °C - 45/35 low
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N-exponent according to EN 16430 20 °C - 55/45 low
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N-exponent according to EN 16430 20 °C - 35/30 high
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N-exponent according to EN 16430 20 °C - 40/35 high
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N-exponent according to EN 16430 20 °C - 45/35 high
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N-exponent according to EN 16430 20 °C - 55/45 high
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Heat emission according to EN 16430 20 °C - 35/30 low
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Heat emission according to EN 16430 20 °C - 40/35 low
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Heat emission according to EN 16430 20 °C - 45/35 low
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Heat emission according to EN 16430 20 °C - 55/45 low
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N-exponent according to EN 16430 20 °C - 35/30 medium
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N-exponent according to EN 16430 20 °C - 40/35 medium
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N-exponent according to EN 16430 20 °C - 45/35 medium
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N-exponent according to EN 16430 20 °C - 55/45 medium
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Heat emission according to EN 16430 20 °C - 35/30 high
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Heat emission according to EN 16430 20 °C - 40/35 high
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Heat emission according to EN 16430 20 °C - 45/35 high
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Heat emission according to EN 16430 20 °C - 55/45 high
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Heat emission according to EN 16430 20 °C - 35/30 medium
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Heat emission according to EN 16430 20 °C - 40/35 medium
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Heat emission according to EN 16430 20 °C - 45/35 medium
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Heat emission according to EN 16430 20 °C - 55/45 medium
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N-exponent according to EN 16430 20 °C - cooling mode, low
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N-exponent according to EN 16430 20 °C - cooling mode, high
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Cooling capacity according to EN 16430 26 °C - 17/19 perceived low
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Cooling capacity according to EN 16430 28 °C - 17/19 perceived low
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Cooling capacity according to EN 16430 26 °C - 17/19 perceived high
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Cooling capacity according to EN 16430 28 °C - 17/19 perceived high
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