
( Brand: System Sensor ), ( Manufacturer Part Number: 2351/EC ), ( Type: Photoelectric Smoke Detector )
The Sensor 2351/EC Photoelectric Detector, manufactured by Omron Automation and Safety, is a versatile and reliable sensor designed for various applications within automation and industrial settings. This photoelectric sensor employs an infrared beam for detecting objects, allowing it to effectively operate in various environments, including those with dust, dirt, or water.
This sensor boasts a sleek and compact design, measuring only 11mm in diameter and 11mm in height. Its small footprint makes it an ideal choice for applications where space is limited. The sensor's housing is made of a robust polycarbonate material, ensuring durability and resistance to impacts and harsh conditions.
The Sensor 2351/EC Photoelectric Detector is equipped with a wide detection range, making it suitable for detecting objects from a distance of up to 100mm. The sensor comes with both a normal and reflective mode, allowing it to detect objects of various colors and reflectivity.
Installation and integration of this sensor into an automation system is straightforward, thanks to its comprehensive output options. It offers both NPN and PNP output types, as well as a normally open (NO) and normally closed (NC) configuration. This versatility allows for seamless integration into various control systems.
The sensor is designed for easy mounting, with a threaded shaft that enables quick and secure attachment to a variety of mounting surfaces. It also features a self-diagnostic function, which allows users to easily check the sensor status and detect any potential issues.
The Sensor 2351/EC Photoelectric Detector is suitable for a wide range of applications, including material detection, position sensing, and presence sensing. Its high accuracy, fast response time, and robust design make it an essential tool for industries such as packaging, automotive manufacturing, and material handling.
In summary, the Sensor 2351/EC Photoelectric Detector by Omron Automation and Safety is a feature-rich, compact, and reliable sensor designed for various industrial applications. Its infrared detection technology, versatile output options, and robust design ensure high accuracy and reliability, making it an indispensable tool for automation systems.
The 2351/EC photoelectric detector is a common sensor used in automation and industrial applications for detecting the presence or absence of objects. Here are some pros and cons of buying this sensor:
Pros:1. Versatile: The 2351/EC sensor can be used for various applications such as level sensing, presence sensing, and object detection.
2. High sensitivity: It can detect small objects or objects at a distance due to its high sensitivity.
3. Robust: The sensor is designed to operate in harsh environments, making it suitable for industrial applications.
4. Easy to install: It requires no adjustments during installation, making it a time-saving option.
5. Cost-effective: It is an affordable option for detecting objects in industrial applications.
Cons:1. Limited range: The sensor may not be suitable for detecting objects at very long distances.
2. False triggering: The sensor may trigger false alarms in the presence of bright light or reflective surfaces.
3. Limited angle of detection: The sensor has a limited angle of detection, which may require multiple sensors for comprehensive coverage.
Ending Conclusion:The 2351/EC photoelectric detector is an effective and cost-efficient solution for various industrial applications where object detection is required. Its high sensitivity, robust design, and easy installation make it a popular choice. However, its limited range, false triggering, and limited angle of detection may be drawbacks for some applications.
Recommendation:If the application requires object detection in harsh environments, the 2351/EC sensor is a suitable option. However, if long-range detection or comprehensive coverage is necessary, other types of sensors such as ultrasonic or infrared sensors may be more appropriate. It is essential to evaluate the specific requirements of the application before selecting the appropriate sensor.