E3G-L12 Encyclopedia Entry
Product Overview
The E3G-L12 belongs to the category of photoelectric sensors and is commonly used for detecting the presence or absence of objects. Its characteristics include high precision, reliability, and versatility. The sensor is typically packaged in a durable housing, and its essence lies in its ability to accurately detect objects within its range. It is usually available in standard packaging with a specific quantity per package.
Specifications
- Detection Method: Through-beam type
- Sensing Distance: 0.1 m to 20 m
- Light Source: Infrared LED
- Operating Voltage: 12-24 VDC
- Output Type: NPN or PNP
- Response Time: 1 ms or less
Detailed Pin Configuration
The E3G-L12 features a standard pin configuration: - Pin 1: Power Supply (V+) - Pin 2: Ground (GND) - Pin 3: Output (OUT)
Functional Features
- High precision detection
- Long sensing distance
- Fast response time
- Versatile NPN or PNP output options
Advantages and Disadvantages
Advantages
- Reliable object detection
- Wide operating voltage range
- Flexible output options
Disadvantages
- Limited sensing distance compared to some other models
- Susceptible to ambient light interference
Working Principles
The E3G-L12 operates based on the through-beam method, where the transmitter and receiver are separate units. The transmitter emits an infrared beam, which, when uninterrupted by an object, reaches the receiver, triggering the sensor's output.
Detailed Application Field Plans
The E3G-L12 is suitable for various applications, including: - Conveyor belt systems - Packaging machinery - Material handling equipment - Automated assembly lines
Detailed and Complete Alternative Models
- E3G-L11: Similar specifications with a shorter sensing distance
- E3G-L13: Similar specifications with a longer sensing distance
- E3G-L14: Enhanced resistance to ambient light interference
In conclusion, the E3G-L12 photoelectric sensor offers reliable and precise object detection within a moderate sensing distance. Its through-beam design and versatile output options make it suitable for diverse industrial applications.
[Word Count: 298]
技術ソリューションにおける E3G-L12 の適用に関連する 10 件の一般的な質問と回答をリストします。
What is the E3G-L12 sensor used for?
- The E3G-L12 sensor is commonly used for detecting the presence or absence of an object in various technical solutions.
What is the operating voltage range of the E3G-L12 sensor?
- The operating voltage range of the E3G-L12 sensor is typically 10-30V DC.
What type of output does the E3G-L12 sensor provide?
- The E3G-L12 sensor provides a digital output, usually in the form of a PNP or NPN transistor switch.
Can the E3G-L12 sensor be used in harsh environments?
- Yes, the E3G-L12 sensor is designed to withstand harsh industrial environments and is often rated for IP67 or higher for dust and water resistance.
What is the sensing distance of the E3G-L12 sensor?
- The sensing distance of the E3G-L12 sensor can vary, but it is typically in the range of a few centimeters to several meters, depending on the specific model and application.
Is the E3G-L12 sensor suitable for use in high-speed applications?
- Yes, the E3G-L12 sensor is often used in high-speed applications due to its fast response time and reliable detection capabilities.
Can the E3G-L12 sensor be used with different types of materials?
- Yes, the E3G-L12 sensor can be used with a wide variety of materials, including metal, plastic, and liquid, making it versatile for many applications.
Does the E3G-L12 sensor require calibration?
- The E3G-L12 sensor typically does not require frequent calibration, as it is designed to maintain consistent performance over time.
What are some common applications of the E3G-L12 sensor?
- Common applications of the E3G-L12 sensor include conveyor belt systems, packaging machinery, automated assembly lines, and robotic systems.
Are there any special considerations for installing the E3G-L12 sensor?
- When installing the E3G-L12 sensor, it's important to ensure proper alignment and mounting to achieve accurate and reliable detection results. Additionally, considering the environmental conditions and potential interference sources is crucial for optimal performance.