About Through Beam Photoelectric Sensor
Through Beam Photoelectric Sensor has been made to detect several objects when an object interjects the light rayamid the two sensors. This is quit useful in the detection of very small objects. This can consistently sense reflective objects. It makes use of the reflector so as to bounce the light back to the receiver. Through Beam Photoelectric Sensor enables the light emitter and receiver to be functional under the same housing. It has a threaded housing design, front optical face and a wide detection range.
Technical specification
Output Signal | PNP / NPN |
Sensing Distance | 13 M / 55 M |
Power Supply | 10 -30 Vdc/230 Ac |
Material | Plastic |
Brand | Baumer |
Usage/Application | Object Detection |
Connection Type | Connector / cable |
Protection class | IP67 |
Output function | Light On/ dark On selectable |
Advanced Detection TechnologyEquipped with a modulated infrared LED light source, this sensor ensures high-speed and accurate object detection. The visible beam aids in straightforward alignment, contributing to dependable operation in complex setups. Its repeatability and fine resolution are tailored for precision-focused industrial uses.
Durable, Versatile BuildConstructed from ABS plastic and featuring an IP67 rating, the sensor withstands harsh environments involving dust, water, shock, and vibration. The pre-wired cable and flexible mounting options simplify installation while maintaining operational integrity under wide temperature and humidity ranges.
Reliable Industrial ApplicationDesigned for conveyor systems, packaging machines, and automated assembly lines, the sensors adjustable sensitivity and quick response time make it a preferred choice for dynamic production settings. The appliances digital output and protective functions minimize downtime and maximize productivity.
FAQs of Through Beam Photoelectric Sensor:
Q: How is the Through Beam Photoelectric Sensor aligned during installation?
A: The sensor features a visible beam, making alignment both easy and efficient. By visually matching the emitter and receiver along the sensing path, users can quickly set up the system without requiring specialized tools.
Q: What benefits does the infrared LED modulated light source provide?
A: The modulated infrared LED ensures high immunity to ambient light interference and boosts detection accuracy. This technology allows for reliable object sensing in challenging industrial lighting conditions.
Q: Where can this photoelectric sensor be used in industrial automation?
A: This sensor is commonly deployed on conveyor belts, packaging lines, and automated assembly systems. Its versatile design and rugged construction suit various industrial environments that demand stable and precise object detection.
Q: What is the process for adjusting the sensitivity of the sensor?
A: Users can easily adjust sensitivity via the sensors built-in controls. This allows optimal detection performance depending on the object size, distance, and environmental conditions present in the application.
Q: When is the LED status indicator useful during operation?
A: The LED status indicator provides immediate visual feedback, helping operators monitor sensor status and confirm proper functioning, which is especially important during setup, troubleshooting, and regular operations.
Q: What protective features enhance operational reliability?
A: The sensor includes reverse polarity protection and short circuit protection, safeguarding it and the control equipment from wiring errors and electrical faults. These built-in safeguards reduce the risk of unplanned downtime.