Product Description:
A Photoelectric Sensor is a type of sensor that detects the
presence or absence of an object using a light transmitter and a
receiver. One popular variation of this sensor is the Infrared
Light Sensor, which utilizes infrared light to sense objects. The
Photoelectric Sensors are widely used in industrial automation
applications due to their reliability and versatility.
What is a photoelectric sensor?
A photoelectric sensor is a type of position-sensing device widely
used in industrial automation to detect the presence, absence, or
distance of an object using a beam of light. It operates based on
the principle of light transmission and reception. The sensor
system primarily consists of two main components: an Emitter, which produces a beam of light (typically infrared or visible),
and a Receiver, which detects the presence or absence of this light.
| NPN | BLQ20-G300N (Pointed beam) |
| Assure Sensing range Sa | 40-300mm (white paper:100mm)
40-280mm (black paper:100mm) |
| White/black deviation | 3%(160mm) |
| Distance deviation | ＜3% |
| Sensing range Sn | 30-300mm |
| Current consumption | ＜3mA |
| Wave length | Laser (655mm)
JIS/IEC CLASS 1,FDA CLASS I ＜4.5mW |
| Control output | open collector; NPN/PNP;
Switching mode: Light/dark switching |
| IP rating | IEC60529: IP64 |
| Housing material | PBT |
Applications:
KRONZ Photoelectric Sensors are versatile devices that can be used
in a wide range of product application occasions and scenarios.
These sensors, originating from Guangdong, China, are CE certified
and offer a sensing distance of 20-300mm with a response time of
1ms.
How are photoelectric sensors used in industrial automation?
When the emitted light travels from the Emitter to the Receiver
without interruption, the sensor remains in a default state.
However, when an object passes through or reflects the light beam,
it disrupts or redirects the light path. This change is detected by
the Receiver, which converts the variation in received light
intensity into an electrical signal. This signal is then used to
trigger a response, such as activating a machine, stopping a
conveyor belt, or counting parts on a production line.
