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The Hall Effect Current Sensor is an essential component for electric current detection in various industrial, commercial, and consumer applications. This sophisticated sensor utilizes the Hall Effect principle to accurately measure the current flowing through a conductor without any physical contact, ensuring high precision and reliability. The sensor's operation is based on the magnetic field generated by the current, which is detected by the Hall element within the sensor, converting it into a proportional voltage output.
Constructed from high-quality Plastic Material, specifically PBT G30/G15 with a UL94-V0 rating, this Hall Effect Current Sensor guarantees durability and resistance to harsh environmental conditions. The PBT material provides excellent stability and mechanical strength, making the sensor suitable for long-term applications that require consistent performance. The UL94-V0 certification ensures that the sensor meets stringent flammability standards, offering an additional layer of safety to the design in which it is integrated.
Designed for PCB Mounting, the sensor allows for a straightforward and secure installation process. The PCB mounting design is intended for easy integration into electronic circuits, providing a seamless connection to the system's architecture. The Mounting Type is Through Hole, which offers a robust physical connection, enhancing the sensor's mechanical reliability and ensuring that it remains firmly in place even in the presence of vibration or mechanical stress. This type of mounting also facilitates easier maintenance and replacement, if necessary.
The Hall Effect Current Sensor boasts an impressive Insulation Resistance of >= 500 MΩ, indicating a high level of electrical insulation between the conducting parts and the body of the sensor. This is critical for preventing electrical leakage and ensuring user safety, as well as maintaining the integrity of the sensor's operation over time. A high insulation resistance is indicative of a well-designed and manufactured sensor that can withstand electrical stresses and provide consistent performance.
When it comes to packaging, this sensor is presented in a Package Type known as Split Core Sensor Packing In The Bubble. This packaging method is designed to offer maximum protection to the sensor during transportation and handling, ensuring that the delicate Hall Effect components are safeguarded against potential damage. The bubble packaging absorbs shocks and impacts, while the split core design allows for the sensor to be opened and closed around the conductor, facilitating easy installation and removal without the need to disconnect the circuit.
As a Hall Resistance Current Sensor, this product stands out for its ability to measure current with high precision by detecting the resistance changes in the Hall element caused by the magnetic field. It's an ideal choice for applications requiring accurate current sensing and monitoring. The Hall Effect Voltage Current Sensor functionality also enables it to convert the detected current into a corresponding voltage signal, which can be easily processed and read by the system's electronics. This dual capability makes it highly versatile and suitable for a wide range of applications.
The Magnetic Field Current Sensor aspect of this product refers to its ability to detect the magnetic field generated by the electrical current. The sensor's sensitivity to magnetic fields allows it to measure current without direct contact, which is beneficial in applications where isolation from the current path is necessary or where the current carrying conductor cannot be physically accessed.
In summary, the Hall Effect Current Sensor is a robust, reliable, and highly precise instrument designed for accurate current measurement. Constructed from durable PBT G30/G15 material and designed for easy PCB mounting, it offers excellent insulation resistance and is packaged to ensure protection. Whether used as a Hall Resistance Current Sensor, a Hall Effect Voltage Current Sensor, or a Magnetic Field Current Sensor, it provides an effective solution for a multitude of current sensing needs.
| Parameter | Specification |
|---|---|
| Non-Linearity | 0.1% Of Full Scale |
| Current Input | 0~(50-500)A |
| Package Type | Split Core Sensor Packing In The Bubble |
| Isolation Voltage | 2500Vrms |
| Bandwidth | DC To 120kHz |
| Working Temperature | -20-70℃ |
| Package/Case | DIP-8 |
| Standards | SJ 20790-2000；JB/T 7490-2007 |
| Insulation Resistance | >= 500 MΩ; |
| Analog Output | 5V/4V |
The CL Hall Effect Current Sensor, originating from CHINA, is a state-of-the-art device designed to measure electrical current with high precision and reliability. This sensor utilizes the Hall effect principle to detect the magnetic field generated by the flow of electric current and convert it into a corresponding analog output. The use of PBT G30/G15 plastic material, which meets the UL94-V0 standard for flame retardancy, ensures the sensor's durability and safety in various applications.
With an analog output range of 5V/4V, the CL Hall Effect Resistance Current Sensor is adept at providing consistent and accurate readings in a variety of scenarios. The sensor's robust construction allows it to operate effectively within a wide temperature range of -40℃ to 85℃, making it suitable for use in harsh environmental conditions. Additionally, the sensor is capable of enduring storage temperatures from -40℃ to +105℃, ensuring long-term stability and performance.
In terms of applications, the CL Hall Probe Current Sensor is highly versatile and can be used in numerous occasions where precise current measurement is critical. For instance, in the industrial sector, it can monitor the current in motors, inverters, and power supplies to ensure optimal performance and prevent overloading. In the automotive industry, this sensor can be employed to gauge battery and alternator currents, contributing to more efficient energy management in vehicles.
The sensor's isolation voltage of 2500Vrms provides excellent insulation, protecting the device and user from potential high-voltage hazards, which is particularly important in applications such as power grid monitoring and renewable energy systems. In solar inverters or wind power converters, the CL Hall Probe Current Sensor can play a crucial role in monitoring and managing the current flow, thereby optimizing the energy conversion process and enhancing system reliability.
Overall, the CL Hall Effect Current Sensor is a reliable and essential component for any application requiring precise and safe current measurement. From industrial automation to renewable energy, its high-quality construction and performance ensure that it is an indispensable tool for engineers and technicians in various fields.
Brand Name: CL
Place of Origin: CHINA
Analog Output: 5V/4V
Insulation Resistance: >= 500 MΩ
Package Type: Split Core Sensor Packing In The Bubble
Plastic Material: PBT G30/G15, UL94-V0
Installation: PCB Mounting
Explore our range of high-precision Magnetic Field Strength Current Sensors , designed for reliable and accurate current measurement. Our Hall Effect Voltage Current Sensor provides a versatile solution with a standard analog output of 5V/4V, suitable for a wide range of applications. The robust Hall Element Current Sensor by CL, manufactured in CHINA, ensures excellent insulation resistance of >= 500 MΩ. Packaged in a convenient split core sensor packing in the bubble, it features quality PBT G30/G15 plastic materials that comply with UL94-V0 standards. Designed for easy PCB mounting, our sensors offer an efficient and durable choice for your current sensing needs.
The Hall Effect Current Sensor is a high-precision device designed for monitoring and measuring current flow in various applications. Our product technical support and services are committed to ensuring the smooth operation and longevity of your sensor. We provide comprehensive support for installation, calibration, operation, and troubleshooting of your Hall Effect Current Sensor.
Our technical support services include detailed product documentation, such as user manuals, datasheets, and application notes, which are readily available to assist you in understanding the features and specifications of the sensor. In addition, we offer guidance on the best practices for integrating the sensor into your system, ensuring optimal performance and accuracy.
If you encounter any issues or have questions regarding the functionality of your Hall Effect Current Sensor, our dedicated technical support team is available to offer assistance. We can provide step-by-step troubleshooting advice to help identify and resolve any operational concerns you may face.
We also offer services for regular maintenance and calibration to maintain the accuracy and reliability of your sensor over time. It is recommended that the sensor be calibrated periodically to ensure it continues to meet the specifications and performance standards necessary for your application.
Our commitment to customer satisfaction means that we continually work to improve our support offerings and stay up-to-date with the latest advancements in Hall Effect sensing technology. We aim to provide you with the information and support needed to achieve the best possible results from your Hall Effect Current Sensor.
The Hall Effect Current Sensor is carefully packaged in an anti-static bag to prevent any electrostatic discharge damage during transport. The sensor is then cushioned with foam inserts to ensure it remains secure and undamaged from any impacts that may occur during shipping.
The outer packaging is a sturdy cardboard box that is sealed with tamper-evident tape. This box is labeled with appropriate handling instructions and contains a detailed packing list that includes the product specifications and quantity.
Prior to shipment, the package undergoes a final inspection to confirm that the sensor and all accompanying materials meet our quality assurance standards. The package is then dispatched through a reliable courier service to ensure timely and safe delivery to the destination.
Upon receipt, customers are advised to inspect the package for any signs of damage during transit and report any issues immediately to our customer service team for prompt assistance.
Q1: What is the operating principle of the CL Hall Effect Current Sensor?
A1: The CL Hall Effect Current Sensor operates on the principle of the Hall effect. When an electric current passes through a conductor within a magnetic field, a voltage is generated perpendicular to both the current direction and the magnetic field. This voltage is proportional to the current, and the sensor outputs a signal that can be measured to determine the current flow.
Q2: Can the CL Hall Effect Current Sensor be used with both AC and DC currents?
A2: Yes, the CL Hall Effect Current Sensor is designed to accurately measure both AC and DC currents. Please refer to the product's specifications for the range and frequency of current it can measure.
Q3: What is the typical accuracy of the CL Hall Effect Current Sensor?
A3: The accuracy of the CL Hall Effect Current Sensor varies depending on the specific model and conditions of use. Generally, these sensors offer high accuracy, but for precise figures, you should consult the datasheet or contact customer support for the model you are interested in.
Q4: How do I install the CL Hall Effect Current Sensor?
A4: Installation of the CL Hall Effect Current Sensor typically involves mounting the sensor onto a PCB or other surface and connecting it to the circuit where current measurement is required. It's important to follow the manufacturer's guidelines, ensuring that the sensor is properly aligned with the magnetic field and the current-carrying conductor for optimal performance.
Q5: Is the CL Hall Effect Current Sensor suitable for high-temperature environments?
A5: The CL Hall Effect Current Sensor is designed to operate within a specified temperature range. While it may perform well in various environments, high-temperature operation can affect the sensor's accuracy and longevity. You should check the temperature ratings in the product's specifications and ensure that your application falls within these limits.
