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Autonics BEN300-DFR diffuse reflection optical sensor, also known as diffuse reflection sensor, is used to detect many different types of objects, detect and measure distance or detect the speed of objects,... Product High quality products of the Autonics brand, Autonics is famous in Korea, specializing in providing industrial automation solutions, manufacturing product lines in the manufacturing, application engineering, electrical and electronics industries such as sensors, controller, temperature measuring, measuring equipment.
1. What is special about the Autonics BEN300-DFR diffuse reflection optical sensor?
The Autonics BEN300-DFR diffuse reflection detection optical sensor, whose English name is Diffuse reflection sensor, is a combination of photoelectric components. When exposed to light they will change state. Optical sensors use light emitted from the transmitter to detect the presence of an object. When there is a change in the receiver, the optical sensor's control circuit will output a signal at the OUT output. Optical sensors are devices that play a very important role in the field of industrial automation.
The optical sensor has 2 sensitivity adjustment capabilities:
- Threshold adjustment: The user can adjust the threshold level, which is the light level sufficient to trigger the output. When the received light is equal to or greater than the threshold, a signal will be output. In practice, changing the threshold will result in an increase or decrease in the detection distance. Adjusting the threshold can also make the sensor more sensitive, detecting smaller objects or translucent objects. Some brands of photosensors have a screw-in potentiometer to adjust the threshold. Some others also have a threshold setting button (teach) to get the most appropriate threshold for each specific application.
- Light-On/Dark-On Switch: The L-On/D-On switch changes the sensor output status.
Specifications:
- Detection type: Diffuse reflection type
- Detection distance: 300mm
- Detection distance: Translucent, opaque materials
- Light source: infrared LED (940nm)
- Response time: Max. 20ms
- Power supply: 24-240VAC ~ ±10% 50/60Hz, 24-240VDC ±10% (PP wave: max. 10%)
- Current consumption: Max. 4VA
- Sensitivity adjustment: Sensitivity adjuster
- Operating mode: Light ON/Dark ON (set by switch)
- Control output: Relay
- Connection type: Cable type(Ø5, 2m)
- Sunlight: Max. 11,000lx,
- Fluorescent lamp: Max. 3,000lx (receive light)
- Ambient temperature: -20 to 65℃, storage: -25 to 70℃
- Protection structure: IP50
- Ambient humidity: 35 to 85%RH, storage: 35 to 85%RH
- Latency: Max. 20% at rated setting distance
- Accessories: Adjustable driver, fixed bracket, bolts, nuts
- Weight: Approx. 195g
Autonics BEN300-DFR diffuse reflection optical sensor
2. Structure of the Autonics BEN300-DFR diffuse reflection detection optical sensor
The optical sensor has a quite simple design, consisting of 3 main components:
- Light emitter: uses LED semiconductor lights. Light is emitted in pulses. A special pulse rhythm helps the sensor distinguish between sensor light and light from other sources (such as sunlight or room lighting).
- Light receiver: senses light and converts it into a proportional electrical signal. Currently, many types of optical sensors use application specific integrated circuits (ASIC). This circuit integrates all the optical components, amplifiers, processing circuits, and functions into one microchip (IC). The receiver can receive light directly from the emitter (as in the case of the receiver-emitter type), or light reflected back from the detected object (in the case of diffuse reflection).
- Output signal processing circuit: converts the proportional signal (analogue) from the phototransistor into an amplified ON / OFF signal. When the amount of light collected exceeds a determined threshold level, the sensor's output signal is activated.
The Autonics BEN300-DFR diffuse reflection detection optical sensor is used to detect many different types of objects with many outstanding advantages:
- Detects an object without coming into contact with it (Remote Detection)
- Detected from long distances
- Less wear and tear, long life, high accuracy and stability
- Detect many different objects
- Fast response time, sensitivity can be adjusted according to the application.
Optical sensors play a very important role in the field of industrial automation. Without optical sensors, it would be difficult to achieve automation such as detecting a plastic bottle on a conveyor belt or checking whether a robot arm has picked up car parts for installation or not.
Autonics BEN300-DFR diffuse reflection optical sensor, also known as diffuse reflection sensor, is used to detect many different types of objects, detect and measure distance or detect the speed of objects,... Product High quality products of the Autonics brand, Autonics is famous in Korea, specializing in providing industrial automation solutions, manufacturing product lines in the manufacturing, application engineering, electrical and electronics industries such as sensors, controller, temperature measuring, measuring equipment.
1. What is special about the Autonics BEN300-DFR diffuse reflection optical sensor?
The Autonics BEN300-DFR diffuse reflection detection optical sensor, whose English name is Diffuse reflection sensor, is a combination of photoelectric components. When exposed to light they will change state. Optical sensors use light emitted from the transmitter to detect the presence of an object. When there is a change in the receiver, the optical sensor's control circuit will output a signal at the OUT output. Optical sensors are devices that play a very important role in the field of industrial automation.
The optical sensor has 2 sensitivity adjustment capabilities:
- Threshold adjustment: The user can adjust the threshold level, which is the light level sufficient to trigger the output. When the received light is equal to or greater than the threshold, a signal will be output. In practice, changing the threshold will result in an increase or decrease in the detection distance. Adjusting the threshold can also make the sensor more sensitive, detecting smaller objects or translucent objects. Some brands of photosensors have a screw-in potentiometer to adjust the threshold. Some others also have a threshold setting button (teach) to get the most appropriate threshold for each specific application.
- Light-On/Dark-On Switch: The L-On/D-On switch changes the sensor output status.
Specifications:
- Detection type: Diffuse reflection type
- Detection distance: 300mm
- Detection distance: Translucent, opaque materials
- Light source: infrared LED (940nm)
- Response time: Max. 20ms
- Power supply: 24-240VAC ~ ±10% 50/60Hz, 24-240VDC ±10% (PP wave: max. 10%)
- Current consumption: Max. 4VA
- Sensitivity adjustment: Sensitivity adjuster
- Operating mode: Light ON/Dark ON (set by switch)
- Control output: Relay
- Connection type: Cable type(Ø5, 2m)
- Sunlight: Max. 11,000lx,
- Fluorescent lamp: Max. 3,000lx (receive light)
- Ambient temperature: -20 to 65℃, storage: -25 to 70℃
- Protection structure: IP50
- Ambient humidity: 35 to 85%RH, storage: 35 to 85%RH
- Latency: Max. 20% at rated setting distance
- Accessories: Adjustable driver, fixed bracket, bolts, nuts
- Weight: Approx. 195g
Autonics BEN300-DFR diffuse reflection optical sensor
2. Structure of the Autonics BEN300-DFR diffuse reflection detection optical sensor
The optical sensor has a quite simple design, consisting of 3 main components:
- Light emitter: uses LED semiconductor lights. Light is emitted in pulses. A special pulse rhythm helps the sensor distinguish between sensor light and light from other sources (such as sunlight or room lighting).
- Light receiver: senses light and converts it into a proportional electrical signal. Currently, many types of optical sensors use application specific integrated circuits (ASIC). This circuit integrates all the optical components, amplifiers, processing circuits, and functions into one microchip (IC). The receiver can receive light directly from the emitter (as in the case of the receiver-emitter type), or light reflected back from the detected object (in the case of diffuse reflection).
- Output signal processing circuit: converts the proportional signal (analogue) from the phototransistor into an amplified ON / OFF signal. When the amount of light collected exceeds a determined threshold level, the sensor's output signal is activated.
The Autonics BEN300-DFR diffuse reflection detection optical sensor is used to detect many different types of objects with many outstanding advantages:
- Detects an object without coming into contact with it (Remote Detection)
- Detected from long distances
- Less wear and tear, long life, high accuracy and stability
- Detect many different objects
- Fast response time, sensitivity can be adjusted according to the application.
Optical sensors play a very important role in the field of industrial automation. Without optical sensors, it would be difficult to achieve automation such as detecting a plastic bottle on a conveyor belt or checking whether a robot arm has picked up car parts for installation or not.
Autonics BEN300-DFR diffuse reflection optical sensor
Autonics BEN300-DFR diffuse reflection optical sensor, also known as diffuse reflection sensor, is used to detect many different types of objects, detect and measure distance or detect the speed of objects,... Product High quality products of the Autonics brand, Autonics is famous in Korea, specializing in providing industrial automation solutions, manufacturing product lines in the manufacturing, application engineering, electrical and electronics industries such as sensors, controller, temperature measuring, measuring equipment.
1. What is special about the Autonics BEN300-DFR diffuse reflection optical sensor?
The Autonics BEN300-DFR diffuse reflection detection optical sensor, whose English name is Diffuse reflection sensor, is a combination of photoelectric components. When exposed to light they will change state. Optical sensors use light emitted from the transmitter to detect the presence of an object. When there is a change in the receiver, the optical sensor's control circuit will output a signal at the OUT output. Optical sensors are devices that play a very important role in the field of industrial automation.
The optical sensor has 2 sensitivity adjustment capabilities:
- Threshold adjustment: The user can adjust the threshold level, which is the light level sufficient to trigger the output. When the received light is equal to or greater than the threshold, a signal will be output. In practice, changing the threshold will result in an increase or decrease in the detection distance. Adjusting the threshold can also make the sensor more sensitive, detecting smaller objects or translucent objects. Some brands of photosensors have a screw-in potentiometer to adjust the threshold. Some others also have a threshold setting button (teach) to get the most appropriate threshold for each specific application.
- Light-On/Dark-On Switch: The L-On/D-On switch changes the sensor output status.
Specifications:
- Detection type: Diffuse reflection type
- Detection distance: 300mm
- Detection distance: Translucent, opaque materials
- Light source: infrared LED (940nm)
- Response time: Max. 20ms
- Power supply: 24-240VAC ~ ±10% 50/60Hz, 24-240VDC ±10% (PP wave: max. 10%)
- Current consumption: Max. 4VA
- Sensitivity adjustment: Sensitivity adjuster
- Operating mode: Light ON/Dark ON (set by switch)
- Control output: Relay
- Connection type: Cable type(Ø5, 2m)
- Sunlight: Max. 11,000lx,
- Fluorescent lamp: Max. 3,000lx (receive light)
- Ambient temperature: -20 to 65℃, storage: -25 to 70℃
- Protection structure: IP50
- Ambient humidity: 35 to 85%RH, storage: 35 to 85%RH
- Latency: Max. 20% at rated setting distance
- Accessories: Adjustable driver, fixed bracket, bolts, nuts
- Weight: Approx. 195g
Autonics BEN300-DFR diffuse reflection optical sensor
2. Structure of the Autonics BEN300-DFR diffuse reflection detection optical sensor
The optical sensor has a quite simple design, consisting of 3 main components:
- Light emitter: uses LED semiconductor lights. Light is emitted in pulses. A special pulse rhythm helps the sensor distinguish between sensor light and light from other sources (such as sunlight or room lighting).
- Light receiver: senses light and converts it into a proportional electrical signal. Currently, many types of optical sensors use application specific integrated circuits (ASIC). This circuit integrates all the optical components, amplifiers, processing circuits, and functions into one microchip (IC). The receiver can receive light directly from the emitter (as in the case of the receiver-emitter type), or light reflected back from the detected object (in the case of diffuse reflection).
- Output signal processing circuit: converts the proportional signal (analogue) from the phototransistor into an amplified ON / OFF signal. When the amount of light collected exceeds a determined threshold level, the sensor's output signal is activated.
The Autonics BEN300-DFR diffuse reflection detection optical sensor is used to detect many different types of objects with many outstanding advantages:
- Detects an object without coming into contact with it (Remote Detection)
- Detected from long distances
- Less wear and tear, long life, high accuracy and stability
- Detect many different objects
- Fast response time, sensitivity can be adjusted according to the application.
Optical sensors play a very important role in the field of industrial automation. Without optical sensors, it would be difficult to achieve automation such as detecting a plastic bottle on a conveyor belt or checking whether a robot arm has picked up car parts for installation or not.
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100% genuine product
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