Product Description:

The Hall Effect Current Sensor is a state-of-the-art device designed to accurately measure electrical current in a variety of applications. Utilizing the Hall effect principle, this sensor is able to provide reliable readings without direct contact with the electrical conductor. This is achieved by detecting the magnetic field generated by the current as it flows through the conductor. The sensor outputs a voltage proportional to the current, which can be easily interpreted by measurement systems.

The product comes in a Split Core Sensor Packing In The Bubble, ensuring that it reaches the customer in pristine condition. This packaging not only protects the sensor during transport but also simplifies the installation process. The sensor can be quickly and safely attached around the conductor without the need for any invasive procedures. This feature dramatically reduces downtime and increases the efficiency of the installation process.

Constructed with high-quality PBT G30/G15 plastic material and rated as UL94-V0, the Hall Effect Current Sensor is designed to withstand harsh conditions while maintaining its structural integrity. The UL94-V0 rating signifies that the plastic material used in the sensor is flame-retardant, which adds an extra layer of safety in the event of a system fault or other incident that could potentially cause a fire.

The Mounting Type for this sensor is Through Hole, which is a widely preferred mounting style. Through-hole mounting offers robust physical connections, ensuring that the sensor remains securely in place even in environments that are prone to vibration or mechanical shock. This type of mounting also facilitates easy replacement and maintenance, should it be necessary.

One of the critical aspects of any Hall Effect Voltage Current Sensor is its ability to insulate the measurement circuit from the high voltages commonly found in power systems. This Hall Effect Current Sensor boasts an impressive Insulation Resistance of >= 500 MΩ. Such a high level of insulation resistance provides a significant safety barrier, preventing dangerous leakage currents that could affect measurement accuracy or pose a safety risk.

In addition to its high Insulation Resistance, the sensor also features an impressive Isolation Voltage of 2500Vrms. This high isolation voltage ensures that the sensor can safely handle transient voltages and prevent any potential electrical breakdown between the high-voltage side and the low-voltage measurement circuit. It is a crucial feature for ensuring the long-term reliability and safety of the sensor in all operating conditions.

As a Hall Probe Current Sensor, this product is an ideal choice for monitoring current in real-time applications such as power supplies, motor controls, and battery management systems. Its non-intrusive nature allows for continuous monitoring without the need for system interruption, making it a valuable tool for preventative maintenance and system diagnostics.

The versatility of the Hall Voltage Current Sensor is one of its most significant advantages. It can be used in both DC and AC applications, with the ability to measure complex waveforms accurately. This flexibility makes it suitable for a multitude of industries including renewable energy, automotive, industrial automation, and consumer electronics.

In summary, the Hall Effect Current Sensor is a robust, reliable, and versatile tool for electrical current measurement. Its split-core design, high-quality flame-retardant material, secure mounting, exceptional insulation resistance, and high isolation voltage make it an excellent choice for professionals seeking accuracy, safety, and ease of use in their current sensing needs.

Features:

• Product Name: Hall Effect Current Sensor
• Bandwidth: DC To 120kHz
• Insulation Resistance: >= 500 MΩ
• Standards: SJ 20790-2000；JB/T 7490-2007
• Package Type: Split Core Sensor Packing In The Bubble
• Analog Output: 5V/4V
• Also known as Hall Resistance Current Sensor
• Also referred to as Hall Voltage Current Sensor
• Often identified as Hall Probe Current Sensor

Technical Parameters:

Applications:

The CL brand, hailing from CHINA, has engineered a robust Hall Effect Current Sensor, which is a pivotal component in various applications where precise current measurement is critical. This sensor operates reliably within a working temperature range of -20 to 70℃, ensuring stability in diverse environments. The exceptional design of the sensor utilizes high-quality PBT G30/G15 plastic material with an UL94-V0 rating, guaranteeing excellent flame retardancy and durability.

One of the standout features of the CL Hall Effect Current Sensor is its insulated construction, boasting an insulation resistance of >= 500 MΩ, which makes it safe for use in electrically noisy environments. The sensor's mounting type is through-hole, which provides ease of installation and secure anchoring onto circuit boards, making it an ideal choice for both prototyping and mass production.

When it comes to storage, this sensor is built to withstand harsh conditions, with a storage temperature resilience of -40 to +105℃. Such robustness ensures the sensor's longevity and reliability even before installation. The Hall Effect Current Sensor by CL can be employed in various scenarios, and its applications span multiple industries.

In the realm of power management systems, the sensor is used to monitor the magnetic field strength, thus qualifying as a Magnetic Field Strength Current Sensor. This application is critical for safeguarding circuitry and ensuring the safety and efficiency of power distribution. In renewable energy systems such as solar inverters and wind turbines, the sensor plays a vital role in regulating the power output by measuring the magnetic induction, thereby functioning as a Magnetic Induction Current Sensor.

Furthermore, the sensor is prevalent in automotive applications where precision is paramount. It is used to detect the current running through electric vehicles' battery management systems, ensuring performance and safety. The sensor's Hall element allows for the detection of DC, AC, and pulse currents without any physical contact with the conductor, which is why it is also known as a Hall Element Current Sensor. This feature is particularly beneficial in electrically isolated systems, where maintaining the integrity of the isolation is crucial.

Industrial automation is another area where the Hall Effect Current Sensor sees extensive application. It is used in motor control and drives, overcurrent protection systems, and load detection, providing real-time data for process control and system optimization. In essence, the CL Hall Effect Current Sensor is a versatile and reliable component that is essential for precise current sensing in a wide range of applications.

Customization:

Brand Name: CL

Place of Origin: CHINA

Non-Linearity: 0.1% Of Full Scale

Mounting Type: Through Hole

Standards: SJ 20790-2000；JB/T 7490-2007

Analog Output: 5V/4V

Plastic Material: PBT G30/G15, UL94-V0

Our Hall Effect Current Sensor is designed to deliver precise performance and high reliability. Whether you're looking for a Hall Resistance Current Sensor , a Hall Probe Current Sensor , or a Hall Effect Voltage Current Sensor , our product can be customized to fit your specific application needs.

Support and Services:

Our Hall Effect Current Sensor is designed to provide high-precision current measurement solutions across a wide range of applications. The sensor utilizes the Hall effect principle to accurately detect and measure current flowing through a conductor. With a solid-state construction, it ensures reliable and long-lasting performance in various environments.

The product offers a non-invasive current sensing approach, meaning that the sensor does not need to be in direct contact with the electrical conductor. This feature not only simplifies installation but also enhances safety by isolating the sensor from high voltage lines. The sensor is also designed to be immune to external magnetic fields, ensuring accurate readings even in electrically noisy environments.

Our technical support services include detailed product documentation, comprising installation guides, specifications, and application notes to assist in the proper use and integration of the sensor into your system. We are committed to providing comprehensive support to ensure that our customers can fully utilize the capabilities of the Hall Effect Current Sensor.

For troubleshooting and technical inquiries, our dedicated team of experts is available to provide assistance. We aim to provide timely and effective solutions to ensure minimal downtime for your operations. Please note that our technical support services are subject to our standard terms and conditions, which include information on warranty, liability, and support hours.

Additionally, we offer a range of services to enhance the user experience, including custom calibration options, technical training, and product customization to meet specific application requirements. Our goal is to deliver not just a product, but a complete solution that addresses the unique needs of each customer.

Rest assured that our commitment to quality and customer satisfaction extends beyond the sale of our products. We strive to maintain a partnership with our customers through proactive support and services that add value to your business operations.

Packing and Shipping:

Product Packaging:

The Hall Effect Current Sensor is carefully housed in anti-static packaging to prevent electrostatic discharge damage. The sensor is encased in a protective foam padding that conforms to its shape, ensuring it remains secure during transit. The packaging is made of durable, high-quality cardboard, which provides additional protection against environmental factors and mechanical shocks. Clear labeling on the exterior indicates the package contents, handling instructions, and a barcode for inventory management.

Shipping:

Once the Hall Effect Current Sensor is packaged, it is placed into a secondary, larger cardboard box for shipping. This box is filled with cushioning materials such as air pillows or packing peanuts to minimize movement and absorb any impacts during transportation. The shipping box is sealed with tamper-evident tape, providing an extra layer of security. A packing slip with the product details and recipient's address is attached to the outside of the box in a clear plastic sleeve. The sensor is shipped using a trusted courier service to ensure timely and safe delivery to the customer. Tracking information is provided upon dispatch so the customer can monitor the shipment's progress until it arrives at its destination.

FAQ:

Q1: What is the operating principle of the CL Hall Effect Current Sensor?

A1: The CL Hall Effect Current Sensor operates on the Hall Effect principle, which involves the generation of a voltage difference across an electrical conductor, transverse to an electric current in the conductor and a magnetic field perpendicular to the current. This voltage difference is then used to measure the current flowing through the conductor.

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

A2: Yes, the CL Hall Effect Current Sensor can be used to measure both alternating current (AC) and direct current (DC), providing versatile applications for different types of electrical systems.

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

A3: The accuracy of the CL Hall Effect Current Sensor can vary depending on the specific model and application conditions. Please refer to the datasheet of the particular model you are interested in for detailed accuracy specifications.

Q4: Is the CL Hall Effect Current Sensor easy to install, and does it require additional components or equipment?

A4: The CL Hall Effect Current Sensor is designed for easy installation. Depending on the model, it may come with built-in features such as mounting provisions or connectors. Always follow the manufacturer’s installation instructions, and note that some applications may require additional components such as signal conditioning equipment.

Q5: How does the environmental temperature affect the performance of the CL Hall Effect Current Sensor?

A5: Like most electronic devices, the performance of the CL Hall Effect Current Sensor can be influenced by the environmental temperature. It is designed to operate within a specified temperature range, which is detailed in the product datasheet. Operating outside of this range may affect the sensor's accuracy and lifespan.