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E2E2-X18MC1 Encyclopedia Entry
Product Overview
The E2E2-X18MC1 belongs to the category of inductive proximity sensors. These sensors are commonly used for detecting the presence or absence of metallic objects. The E2E2-X18MC1 is designed for use in various industrial applications and is known for its high precision and reliability.
Basic Information
- Category: Inductive Proximity Sensor
- Use: Detection of metallic objects in industrial settings
- Characteristics: High precision, reliability
- Package Essence: Compact design
- Packaging/Quantity: Typically packaged individually
Specifications
- Sensing Distance: 18mm
- Output Configuration: NPN
- Operating Voltage: 12-24V DC
- Current Consumption: 10mA max
- Housing Material: Stainless steel
- Connection Method: Pre-wired (2m cable)
Detailed Pin Configuration
The E2E2-X18MC1 features a 3-pin configuration: 1. Brown Wire: Power Supply (+) 2. Blue Wire: Power Supply (-) 3. Black Wire: Signal Output
Functional Features
- High precision detection of metallic objects
- Compact and durable design
- Reliable performance in industrial environments
- Easy installation and integration
Advantages and Disadvantages
Advantages
- Accurate detection of metallic objects
- Robust construction for industrial use
- Easy to install and maintain
Disadvantages
- Limited to detecting metallic objects only
- Requires power supply for operation
Working Principles
The E2E2-X18MC1 operates based on the principle of electromagnetic induction. When a metallic object enters the sensing range, it causes a change in the sensor's electromagnetic field, triggering the output signal.
Detailed Application Field Plans
The E2E2-X18MC1 is suitable for a wide range of industrial applications, including: - Automated machinery - Conveyor systems - Robotics - Packaging equipment - Material handling systems
Detailed and Complete Alternative Models
For users seeking alternative models with similar functionality, the following options can be considered: - E2E-X18MC1 by Omron - NJ18+U1+A2 by Pepperl+Fuchs - IFRM 18P1701/S14L by Baumer
In conclusion, the E2E2-X18MC1 inductive proximity sensor offers reliable and precise detection of metallic objects in industrial environments. Its compact design and robust construction make it a popular choice for various applications.
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Noem 10 veelgestelde vragen en antwoorden met betrekking tot de toepassing van E2E2-X18MC1 in technische oplossingen
What is the E2E2-X18MC1 sensor used for?
- The E2E2-X18MC1 sensor is commonly used for detecting the presence or absence of an object in various technical solutions.
What type of objects can the E2E2-X18MC1 sensor detect?
- This sensor can detect a wide range of metallic and non-metallic objects, making it versatile for different applications.
What is the operating voltage range of the E2E2-X18MC1 sensor?
- The operating voltage range of the E2E2-X18MC1 sensor is typically between 10-30V DC.
How does the E2E2-X18MC1 sensor communicate with other devices?
- The sensor typically provides a digital output signal, such as NPN or PNP, to communicate the detection status of the object.
Can the E2E2-X18MC1 sensor be used in harsh environments?
- Yes, this sensor is designed to withstand harsh industrial environments, including resistance to water, oil, and dust.
What is the sensing distance of the E2E2-X18MC1 sensor?
- The sensing distance of this sensor is typically up to 18mm, providing flexibility in placement and detection.
Is the E2E2-X18MC1 sensor suitable for high-speed applications?
- Yes, this sensor is capable of high-speed object detection, making it suitable for rapid production lines and machinery.
Can the E2E2-X18MC1 sensor be integrated with PLC systems?
- Yes, the sensor's output can be easily integrated with programmable logic controllers (PLCs) for automated control and monitoring.
Does the E2E2-X18MC1 sensor require frequent calibration?
- No, this sensor is designed for stable and reliable performance without the need for frequent calibration.
Are there any special considerations for installing the E2E2-X18MC1 sensor?
- It is important to ensure proper alignment and mounting of the sensor for accurate and consistent detection results. Additionally, considering the environmental conditions and potential interference sources is crucial for optimal performance.