Philips Hue Centura LED spotlight, angular, white

Centura square LED recessed ceiling spotlight with Philips Hue White and Colour Ambiance lamp for control via Bluetooth and Zigbee The Centura LED recessed ceiling spotlight from Philips consists of a simple square frame made of plastic that surrounds an adjustable light head. Centura is fitted with a replaceable GU10 lamp with Hue White and Color Ambiance technology, which gives the recessed spotlight outstanding functionality. Centura offers every conceivable option for every ambience, from daylight white working light to relaxing warm white light in the living room to colourful party lighting. In addition to pre-installed combinations, the light can - depending on the integration - be freely customised and selected according to requirements or a definable plan. Centura can be integrated into any ZigBee-enabled Smart Home system via Bridge and Router. The convenient trend of voice control can be realised using Google Home, Amazon Alexa or Apple HomeKit, while remote control is possible via the Hue app. Centura can also be operated directly with a smartphone or Tablet - without any additional hardware - via the Hue Bluetooth app. Technical data: - White light colour temperature adjustable from warm white (2,000 K) to daylight (6,500 K) - 16 million colours - Bluetooth range indoors approx. 10 m Special features / compatibility: - Controllable with the Hue dimmer switch (see accessories) - Controllable with matching Hue App and Hue Bluetooth App - Compatible with existing Philips Hue system and other ZigBee-based systems such as those from Innogy, Bosch, Telekom (Magenta) and Busch-Jäger - Voice control possible with Amazon Alexa, Apple HomeKit (Siri) and Google Assistant - Dimmable via App, voice command and dimmer switch - Intelligent light control option a: ZigBee integration via Bridge and router, such as the Philips Hue Bridge (see accessories); this enables control on site or on the move via the Hue App (free for Android and iOS) or on site by voice command vi