Fiber sensors are a type of photoelectric sensors that allow detection of objects in tight spaces by transmitting light through a fiber unit, which is accompanied by a fiber amplifier unit. The small size and flexibility of fiber optic assemblies enable their positioning and installation in tight spaces. Plastic fiber optic assemblies typically consist of a single strand of optical fiber and can be directed into very tight spaces. Plastic fibers are also resistant to repeated bending. Pre-wrapped plastic fiber optics are available for detection applications in feedback mechanisms.

Fibers can be structured to survive in areas with abrasive materials or excessive humidity and are immune to electrical noise. Fiber optics do not contain any electrical circuits or moving parts, so the light "tube" can be safely placed in hazardous detection locations.

In addition, most glass fiber optic assemblies are very durable and reliably operate in extreme temperatures. Coating materials such as polypropylene, Teflon®, and nylon are used to protect both plastic and glass fiber optic assemblies in harsh environments. Furthermore, optical fibers are lightweight, allowing fiber optic assemblies to withstand high levels of vibration and mechanical shock.

You can find our fiber optic sensor models, divided by output types and power supply voltages, below. The user manual and connection diagrams for all our sensors are available in detail on the product page.

When purchasing fiber optic sensors, it can be helpful to pay attention to the following factors:

Sensor type: Fiber optic sensors are available in different types for different purposes. For example, different sensor types such as reflective, through-beam, or retro-reflective sensors may be suitable for different applications. Therefore, it is important to determine which type of fiber optic sensor is most suitable for your application.

Sensor range: The sensor range determines the size of the detection area. The sensor range should be suitable for your application requirements. Also, make sure that your fiber optic sensor has an optical output power suitable for the selected range.

Operating environment: Fiber optic sensors can be used even in harsh and challenging environments, but certain environmental factors should be considered. For example, your fiber optic sensor should be suitable for your operating temperature, humidity, and chemical resistance requirements.

Connection type: Fiber optic sensors come with different connection types. Selecting the correct connection type ensures that your sensor can be easily connected and installation is faster and easier.

Sensor sensitivity: The sensitivity of the sensor determines the accuracy of the detection process. The sensitivity of the sensor should be suitable for your application requirements.

Sensor response time: The response time of the sensor determines how quickly the detection process occurs. A sensor with a fast response time can even detect fast-moving objects.

Seller selection: A quality seller provides the right product and good technical support. The seller can assist you in product selection, installation, and operation process.

Please note: The length of the optical cables to be mounted on the sensor during the ordering process is important in fiber optic systems.

Taking these factors into account makes it easier to select the right fiber optic sensor and achieve the best performance in your application.