Product Description:

The Hall Effect Current Sensor is an advanced solution for accurately measuring electrical currents in a wide range of applications. This product utilizes the Hall effect, a phenomenon by which a magnetic field applied perpendicular to the flow of electric current in a conductor leads to a potential difference (Hall voltage) across the conductor, proportional to the magnetic field and the current. This sensor is designed to offer precise, reliable, and efficient current measurement using this principle.

One of the defining features of this Hall Effect Current Sensor is its Through Hole mounting type, which allows for sturdy and secure installation into a circuit board. This mounting style is particularly beneficial for applications where the sensor must endure physical stress or vibration, ensuring consistent operation and longevity of the sensor.

The sensor operates effectively within a Working Temperature range of -20 to 70℃. This broad temperature spectrum ensures that the sensor maintains accurate performance even in environments that experience significant temperature fluctuations. Whether used in industrial machinery, automotive applications, or energy systems, the sensor's resilience to temperature variances makes it a reliable choice for continuous operation.

When it comes to storage, the Hall Effect Current Sensor is designed to withstand even more extreme conditions. With a Storage Temperature range of -40 to +105℃, this sensor can be safely stored in a variety of settings without compromising its integrity or performance upon subsequent use. This robust storage temperature capability ensures that the sensor can be kept in stock or transported without concerns of temperature-induced damage.

The sensor is also characterized by an impressive Insulation Resistance of greater than or equal to 500 MΩ. This high level of insulation resistance is integral to the safety and efficiency of the sensor. It helps to prevent electrical leakage, ensures user safety, and preserves the integrity of sensitive circuits into which the sensor is integrated, thereby guaranteeing accurate current measurements over time.

Additionally, the sensor is designed to remain operational over a significant temperature range of -40℃ to 85℃. This feature is particularly important for applications that may expose the sensor to harsh or volatile temperature conditions. The ability to function within such a broad temperature range is a testament to the sensor's robust design and high-quality materials, ensuring its utility in a wide array of environments and applications.

As a Magnetic Induction Current Sensor, this Hall Effect transducer is highly sensitive to the magnetic field generated by the current it measures. This sensitivity allows for the detection of minute changes in current, providing high-resolution readings that are essential for precision-demanding applications such as power supply monitoring, battery management systems, or for use in electric vehicles where accurate current measurement is paramount.

Incorporating the principles of a Hall Effect Transducer Current Sensor, the device offers galvanic isolation between the primary (high-power) circuit and the secondary (measurement) circuit. This isolation is critical for the safety of both the measurement equipment and the user, as it prevents high voltages from affecting the measurement system. Moreover, the galvanic isolation contributes to the reduction of noise and interference, ensuring that the current readings are both accurate and reliable.

The Magnetic Field Current Sensor aspect of this product means that it not only measures the electric current directly but also detects the magnetic field around the conductor. This feature provides an additional layer of capability, extending the sensor's use to scenarios where it is not possible to have direct electrical contact with the conductor whose current is being measured. Such versatility makes the Hall Effect Current Sensor an invaluable tool for non-intrusive current sensing applications.

In conclusion, the Hall Effect Current Sensor is a versatile, durable, and accurate device ideal for a multitude of applications requiring reliable current measurement. With its robust temperature operating ranges, high insulation resistance, and Through Hole mounting type, it stands as a superior choice for professionals seeking precision in current sensing technologies.

Features:

• Product Name: Hall Effect Current Sensor
• Working Temperature: -20-70℃
• Bandwidth: DC To 120kHz
• Storage Temperature: -40～+105℃
• Operating Temperature Range: -40℃~85℃
• Analog Output: 5V/4V
• Also Known As: Magnetic Field Current Sensor
• Also Known As: Hall Probe Current Sensor
• Also Known As: Hall Voltage Current Sensor

Technical Parameters:

Applications:

The CL Hall Effect Current Sensor, originating from CHINA, offers unparalleled accuracy and performance for a wide array of applications. Its through-hole mounting type ensures a sturdy and reliable installation, making it an ideal choice for demanding environments. With an impressive temperature range of -40℃ to 85℃, the CL Hall Voltage Current Sensor is designed to function optimally in extreme conditions, ensuring consistent performance and durability.

The sensor's bandwidth capability extends from DC up to 120kHz, allowing it to accurately detect and measure current in a broad spectrum of applications. This feature makes it perfect for use in both slow and rapidly changing electrical conditions. The analog output of 5V or 4V, coupled with an exceptional non-linearity of just 0.1% of full scale, positions the CL Hall Effect Voltage Current Sensor at the forefront of precision and reliability.

Applications for the CL Hall Voltage Current Sensor are diverse and include industrial automation, where monitoring of current is critical for machinery performance and safety. In the automotive sector, the sensor can be used to detect current in electric vehicles, contributing to more efficient power management and longer battery life. It can also be employed in renewable energy systems, such as solar panels and wind turbines, to ensure optimal power conversion and distribution.

Moreover, the sensor is well-suited for power supply units, where precise current measurement is necessary to regulate and protect electronic components. In consumer electronics, the sensor can be integrated into smart home systems, providing real-time monitoring of electrical usage for energy-saving purposes. The robustness of the CL sensor makes it a reliable component in robotics and aerospace applications, where accurate current sensing is pivotal for the control and operation of sophisticated systems.

In summary, the CL Hall Voltage Current Sensor is a versatile and essential tool for industries and scenarios where precise current measurement is imperative. Its robust design, broad bandwidth, and high precision output make it a premier choice for professionals seeking a high-quality Hall Effect current sensing solution.

Customization:

Brand Name: CL

Place of Origin: CHINA

Package Type: Split Core Sensor Packing In The Bubble

Working Temperature: -20-70℃

Storage Temperature: -40～+105℃

Temperature Range: -40℃~85℃

Mounting Type: Through Hole

Our CL brand Hall Effect Current Sensor, designed and manufactured in CHINA, incorporates advanced technology to measure current with high precision. The Hall Effect Voltage Current Sensor is ideal for a wide range of applications, ensuring reliable performance with its robust split core sensor packing. With a working temperature range from -20 to 70℃ and storage capabilities between -40 and +105℃, this sensor maintains accuracy and longevity. The Hall Effect Transducer Current Sensor also features a through-hole mounting type for easy installation. For applications requiring precise current measurement and stability under varying conditions, the Hall Resistance Current Sensor stands as an exceptional choice.

Support and Services:

The Hall Effect Current Sensor is designed to provide precise measurements of AC, DC, and pulse currents. Our technical support and services for this product include a comprehensive range of assistance to ensure optimal performance and reliability. We offer detailed product documentation, including installation guides, user manuals, and application notes to facilitate proper usage and integration into your systems.

Our support also includes troubleshooting assistance to help diagnose and resolve any issues that may arise during the operation of the sensor. We provide guidance on best practices for sensor placement, wiring, and calibration to ensure accurate current readings. Additionally, we offer firmware updates and product enhancements when available to keep your sensor functioning at its best.

For advanced technical inquiries or complex application support, our team of experienced engineers is available to provide expert advice and customized solutions. We are committed to delivering quality service and support to ensure the Hall Effect Current Sensor meets your application requirements and exceeds your expectations.

Packing and Shipping:

Product Packaging: The Hall Effect Current Sensor is securely packaged in an anti-static bag to prevent any electromagnetic interference. Each sensor is cushioned within a foam insert, ensuring the product remains safe from any physical damage during transit. The outer box is made of durable, eco-friendly cardboard, clearly labeled with the product information and handling instructions.

Shipping: Our Hall Effect Current Sensors are shipped via trusted courier services to ensure timely and safe delivery. Standard shipping typically takes 3-5 business days, depending on your location. Expedited shipping options are available upon request. Each shipment is accompanied by a tracking number, allowing you to monitor the progress of your delivery. Please inspect your package upon arrival and report any discrepancies or damages within 48 hours of receipt.

FAQ:

Q1: What is a Hall Effect Current Sensor and how does it work?

A1: A Hall Effect Current Sensor is a device that uses the Hall Effect principle to measure the current flowing through a conductor without making direct contact with it. When a current-carrying conductor is placed in 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 detects this voltage to determine the current's magnitude.

Q2: Can the CL Hall Effect Current Sensor be used for both AC and DC measurements?

A2: Yes, the CL Hall Effect Current Sensor is designed to measure both AC and DC currents. Please refer to the specific model's datasheet for the range and frequency response to ensure it meets your measurement requirements.

Q3: What is the accuracy of the CL Hall Effect Current Sensors?

A3: The accuracy of the CL Hall Effect Current Sensors varies depending on the model and the conditions of use. Typically, these sensors offer high accuracy, but for precise values, please consult the technical datasheet or contact technical support for detailed specifications.

Q4: How do I install the CL Hall Effect Current Sensor?

A4: Installation of the CL Hall Effect Current Sensor involves mounting the sensor onto a PCB or other surface and routing the conductor through the sensor's aperture. Ensure that the sensor is properly connected to the measurement circuit according to the provided installation guide. Always follow safety standards while installing the sensor.

Q5: Where can I purchase the CL Hall Effect Current Sensor and are there any special considerations for use in CHINA?

A5: The CL Hall Effect Current Sensor can be purchased from authorized distributors or directly from the manufacturer. When using the sensor in CHINA, ensure that it complies with local regulations and standards for electronic devices. Additionally, check for any import or certification requirements that might be applicable.