WL4-3F3130

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Optical sensors are sensing devices that detect and respond to light from various sources, such as the sun, artificial light sources, and other light type emission sources for use in industries. Optical sensors are classified into two major types: photoelectric and industrial. The WL4-3F3130 is an optical sensor belonging to the industrial optical sensors category.

The WL4-3F3130 is a miniature-sized optical sensor that can be used for a wide range of applications. It is particularly suitable for use in the automotive, medical, industrial and aerospace industries. It is designed with the highest grade of craftsmanship and is built to withstand the most demanding environments. The sensor’s small size, precision accuracy, and wide temperature range make it a great choice for a variety of applications.

As an industrial optical sensor, the WL4-3F3130 can detect changes in light intensity and perform precise measurements. It is specifically designed to measure light intensity and reflectivity. This device also has a built-in ambient light sensor that provides continuous measurements of light intensity even when the main light source is not detected. This makes the sensor highly useful for making accurate measurements in dark or low light levels.

The device offers a wide range of features. It can detect changes in light intensity up to ±1%, with measurements down to 0.25 nanometer increments. It also has a wide dynamic range of detection, with a maximum range of up to 10 lux or 0.1 lux. The sensor also offers high precision accuracy, with a resolution of up to 0.001 lux. Additionally, the device boasts a wide temperature range, ranging from 0 to 110°C (32 to 230°F).

The WL4-3F3130 has two working principles. First, the device works using the concept of active light transmission. This is when the light source and its target receive and emit energy through light radiation. The emitted light energy is then collected and measured by the sensor, allowing the device to accurately detect changes in light intensity. Second, the WL4-3F3130 can also work using the concept of passive light reception. This is when the target passively reflects the light energy emitted by the light source back to the sensor. This allows the device to take measurements of the reflectivity of the target and make changes accordingly.

The WL4-3F3130 is a versatile tool for use in many industrial applications. It is an ideal choice for measuring light intensity and reflectivity in automotive, medical, industrial, and aerospace designs. The device offers high precision accuracy, a wide temperature range, and two working principles that make it an excellent option for industrial sensor applications.

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