WTX InvisiQi Under Bench Hidden Wireless 10W Fast Charger
WTX is an Australian owned Smart Accessories company that prides itself on suppling you the customer, the latest trending & highest quality smart accessories from around the world. Purchase your WTX products with confidence, knowing you are purchasing a premium brand from a local and reputable provider.
The WTX InvisiQi is here to make charging your wireless devices as simple as placing it on any surface.
Check it out at www.invisiqi.com.au
InvisiQi is the world’s first long-distance slimline wireless fast charger utilising magnetic resonance and enabling energy to charge wirelessly up to 10W. InvisiQi defines power transfer by using inductive charging to charge your devices wirelessly.
Designed in Australia, it secretly mounts underneath any organic surface.
Mount your InvisiQi wireless charger on its own or daisy chain multiple chargers using the multi adaptors. Begin charging your smartphone or wireless simply placing your device on your desk or benchtop.
Charge your smartphone or wireless Qi devices through any organic surface or benchtop and experience true wireless charging with WTX latest trending product, The InvisiQi ” WTX transforming the way you charge.
* Whilst the InvisiQi supports a maximum distance of up to 28mm without impacting charging performance, some mobile/tablet devices may have limitations and/or restrictions on wireless charging performance. To improve maximum charging distance, we recommend the use of the CLES, which features integrated charging resonance coil technology. To find out more contact WTX and info@invisqi.com.au or visit www.invisQi.com.au
Specification:
Tech: Low frequency magnetic resonance
Resonance Frequency: Approx. 120kHz
Input: DC 24V/1A
Output: 5V/1A: 7.V/1A: 9V1.1A
Output Wireless: Max 10W*
Coil Diameter 75mm
Charging Area: 200mm
Charging Distance: 15-28mm* (With use of Standard Locator Sticker Provided)
Up to 30mm* (With used of Extender Locator Sticker – Supplied Separately)
Protective Feature: Over-voltage, over current, overheat and foreign object detection