WL4-3E1330

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Optical sensors play a vital role in modern industry, automating processes and cognitive robotics in multiple applications. Over the years, technological advancements have allowed consumers to install a range of sensors to observe and measure light or color, electric field, infrared, and radiofrequency fields. One such sensor, the WL4-3E1330, detects specifically light and colour and is widely used in various industrial applications.

The WL4-3E1330 is a dual digital light/colour optical sensor equipped with a Silicon Photodiode. Its manufactured to be compact, highly reliable and cost effective and can be easily integrated into next-generation systems. It is designed to identify and reject coloured objects, detect colour switching and, assess colour differences between materials. The WL4-3E1330 is widely used across sectors from manufacturing to healthcare, and offers a range of benefits for businesses including improved production yields and cost reduction.

The WL4-3E1330 has a dual digital light/colour sensor structure with an 8-bit output for each side. The output is created by ignoring the light intensity and only measuring the difference between the light and colour components, ensuring accurate results. As the photodiode is the critical optical element in the sensor, the WL4-3E1330’s design ensures it maintains a high level of sensitive contrast difference between consecutive outputs.

The WL4-3E1330 is programmable, as it can be set to specific triggering colours using the included software. Once the triggering colours are set, the sensor can quickly detect and identify objects against a set of reference points. This feature makes it ideal for various processes in industries such as textiles, automotive, printing and food production.

The WL4-3E1330 is also very user-friendly, and the output signal can easily be influenced by using a 5-bit programming terminal. It also offers the flexibility of connecting the sensor to an RS-232 or parallel port, enhancing automatic control and data collection. Moreover, the sensor’s digital output ensures minimal external noise interference and its operating frequency of 40kHz provides a high signal-to-noise ratio.

Its rugged design allows it to be used in industrial environments such as robotic arms, foundations, or platforms with no external modifications required for installation. The WL4-3E1330 works on a wide range of input voltages, from 5V to 18V, and its power consumption is very low, making it a great solution for energy-efficient industrial automation.

Overall, the WL4-3E1330 is a highly reliable and cost-efficient solution for a variety of industrial applications. Its programmable capabilities, noise-reducing features, wide voltage input range, and low power consumption make it an ideal choice for businesses across multiple sectors.

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