E52-CA1D M8 4M
Product Overview
Category
The E52-CA1D M8 4M belongs to the category of proximity sensors.
Use
It is used for detecting the presence or absence of an object without physical contact.
Characteristics
- Non-contact detection
- High precision
- Reliable performance
- Compact size
Package
The sensor comes in a durable and compact housing, designed for industrial use.
Essence
The essence of the E52-CA1D M8 4M lies in its ability to provide accurate and reliable proximity sensing in various industrial applications.
Packaging/Quantity
The sensor is typically packaged individually and is available in varying quantities based on customer requirements.
Specifications
- Model: E52-CA1D M8 4M
- Sensing Distance: 4mm
- Output Configuration: NPN
- Operating Voltage: 10-30V DC
- Current Consumption: 10mA max
- Response Frequency: 1kHz
- Connection: M8 Connector
Detailed Pin Configuration
The detailed pin configuration of the E52-CA1D M8 4M sensor is as follows: - Pin 1: V+ - Pin 2: Output - Pin 3: 0V
Functional Features
- Non-contact detection
- High-speed response
- LED indicator for status monitoring
- Short-circuit and reverse polarity protection
Advantages and Disadvantages
Advantages
- Accurate and reliable sensing
- Compact size for easy installation
- Suitable for harsh industrial environments
- LED indicator for quick diagnostics
Disadvantages
- Limited sensing range
- Requires precise alignment for optimal performance
Working Principles
The E52-CA1D M8 4M operates based on the principle of electromagnetic induction. When an object enters the sensing range, it disrupts the electromagnetic field, causing the sensor to trigger an output signal.
Detailed Application Field Plans
The E52-CA1D M8 4M is commonly used in the following applications: - Automated machinery - Conveyor systems - Packaging equipment - Material handling systems - Robotics
Detailed and Complete Alternative Models
Some alternative models to the E52-CA1D M8 4M include: - E52-C1D M8 2M - E52-CA1D M12 4M - E52-CA1D M18 6M
In conclusion, the E52-CA1D M8 4M proximity sensor offers reliable and accurate non-contact detection in industrial settings. Its compact size, high precision, and robust construction make it a valuable component in various automated systems.
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10個與E52-CA1D M8 4M在技術方案中應用相關的常見問題與解答
What is E52-CA1D M8 4M?
- E52-CA1D M8 4M is a type of inductive proximity sensor commonly used in technical solutions for detecting the presence or absence of metallic objects.
What are the key features of E52-CA1D M8 4M?
- The key features include a sensing distance of 4mm, M8 threaded body, and compatibility with various industrial applications.
How does E52-CA1D M8 4M work?
- This sensor works based on the principle of electromagnetic induction, where it generates an electromagnetic field and detects changes in this field caused by the presence of metallic objects.
What are the typical applications of E52-CA1D M8 4M?
- It is commonly used in automation, robotics, conveyor systems, and other industrial machinery to detect the presence of metal objects in various processes.
What are the wiring requirements for E52-CA1D M8 4M?
- The sensor typically requires a 3-wire DC connection for power and signal transmission.
What is the operating voltage range for E52-CA1D M8 4M?
- The sensor operates within a standard voltage range of 10-30V DC.
Can E52-CA1D M8 4M be used in harsh environments?
- Yes, it is designed to withstand harsh industrial environments and is often rated for IP67 or higher for protection against dust and water ingress.
Is E52-CA1D M8 4M resistant to vibration and shock?
- Yes, it is engineered to be resistant to vibration and shock, making it suitable for use in rugged industrial settings.
What is the temperature range for E52-CA1D M8 4M?
- The sensor is typically designed to operate within a temperature range of -25°C to 70°C, making it suitable for a wide range of industrial environments.
Are there any special installation considerations for E52-CA1D M8 4M?
- It is important to ensure proper alignment and mounting of the sensor to achieve accurate and reliable detection of metallic objects. Additionally, consideration should be given to the surrounding environment to minimize interference and maximize performance.