The Wireless Light and Colour Sensor is constructed to give a deep appreciation of the visible spectrum. In addition to providing a stable light source for optics, the distribution of primary colours is available to measure: a mini spectrometer.

If you are looking to investigate the visible spectrum, then this is a terrific addition for your lab.

Rugged – can be used indoors or outdoors
Good resolution and response
Dedicated, triple light sensor
Tailored to suit a range of studies
Portable hand-held design
Bluetooth and USB connectivity
Long battery life
Quick to use inside the classroom
Independent logging
5 Year warranty
Lifetime support

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TAKE A CLOSER LOOK

Learn more about the Wireless Light & Colour Sensor in the video below, or visit our YouTube playlists for more product videos.

The sensor is extremely easy to set up, reducing time – so you can focus on the science.

Tough and very adaptable, physics, optics and environmental studies and the link between them become immediately accessible.

You can take the classroom to the outside world! The sensor helps convert everyday activities into physics and statistics.

Designed to be used across the physical science disciplines, this sensor provides an ideal platform to introduce or extend the advantages of data logging, data storage and analysis.

Designed to be practical and “hands on,” it is a wonderful platform for getting students to think about experimental design philosophy and data collection.

Data Harvest Wireless Light & Colour Sensor

The sensor is small enough to allow practical experiments and hand-held demands.

Connected to the latest EasySense software, the sensor comes to life with the ability to display data live and compare results.

The Smart Wireless Light & Colour Sensor is USB and Bluetooth compatible. Using Bluetooth, a sensor can connect to mobile devices, tablets, laptops, and desktops.

Possible Activities

Want to know how you can use this product in your science lessons? Take a look at the list of possible use cases and activities to get you started with the Wireless Light & Colour Sensor.

Light vs distance - inverse square law
Polarizing filters
Young's single and double slits experiments
Reflections
Measurement of coloured papers, transparent filters
Identify a change in light intensity (for example light intensity vs. bubble production in photosynthesis)
Comparison of the available light in an environment, for example in different rooms, or under a tree canopy compared to open space
Measure the “flicker” of fluorescent lights and LED lamps sources. Compare D.C. power source illumination vs. A.C.
As part of an apparatus to measure the start-up events of a lamp (with light, voltage, current)

Wireless Light & Colour Sensor Specification

Learn more about the Wireless Light & Colour Sensor specification and range information.

Ambient Light	30 klx and 135 klx
Direct Light	4 klx and 16 klx (slow) 1 klx, 10 klx and 100 klx (fast)
Direct Colour	High and low sensitivity and Red, Green, Blue and White
Illumination LED	White
Connectivity	USB or Bluetooth
Battery	Internal rechargeable