Parameter | Specification |
---|---|
Material Composition | FeCuNbSiB |
Thickness (um) | 28~35 |
Saturation induction Bs (T) | 1.25 |
Curie Temperature (°C) | 570°C |
Hardness Hv | 880 |
Operating Temperature Range (°C) | -50~120 |
Part No. | Core Dimension (OD/ID/H) | Finished Dimension (OD/ID/H) |
---|---|---|
JJ8001 | 80/45/55 | 80/45/55 |
JJ7501 | 75/52/55 | 80/55/25 |
In the factory, the production of Split Type Current Transformer Cores involves advanced metallurgical processes. Initially, raw materials such as FeCuNbSiB alloys are selected for their high permeability and low magnetostriction properties. These materials undergo a melting and casting process to form amorphous strips. The strips are then annealed at high temperatures under controlled atmospheres to optimize their magnetic properties, including initial permeability and core loss. Precision cutting and finishing techniques are employed to achieve the desired dimensions and tolerances. Finally, the cores are subjected to rigorous quality control tests to ensure performance consistency. This manufacturing approach, based on authoritative papers, confirms that the high-performance characteristics of our transformers stem from precise alloy composition and meticulous process control.
According to authoritative studies, Split Type Current Transformers are increasingly vital in enhancing the flexibility and accuracy of power systems monitoring. Key application areas include retrofit electrical projects, where the ease of installation in existing systems without powering down is crucial. In temporary installations, these transformers provide non-disruptive current measurement essential for testing and validation processes. Furthermore, their implementation in safety and protection schemes is critical, as they supply precise current readings pivotal for activation of circuit breakers and alarms. Additionally, the adaptability of Split Type Current Transformers in confined spaces supports their widespread use in industrial automation and smart grids, where precision and reliability are non-negotiable.
At our factory, we prioritize customer satisfaction through comprehensive after-sales services. Our dedicated support team offers technical assistance for installation and troubleshooting, ensuring that your Split Type Current Transformer continues to operate efficiently. We provide warranty coverage and facilitate easy replacements for components that fall within warranty terms. Our customer service extends to remote consultation and on-site assessments, further supported by an extensive network of service centers. We remain committed to addressing any issues promptly, reaffirming our promise of reliability and performance.
Our factory employs a robust logistics system to ensure safe and timely delivery of Split Type Current Transformers. Each unit is carefully packaged to prevent damage during transit, using eco-friendly materials that provide cushioning and support. We offer shipment tracking services and work with reliable carriers to reduce lead times and ensure punctual delivery, whether it be for local distributions or international consignments. Customized transportation solutions are available to meet specific delivery requirements, reflecting our commitment to exceptional service and customer satisfaction.
Our factory's Split Type Current Transformer is designed for easy installation. Begin by opening the core and placing it around the conductor without disconnecting the wire. Secure the halves using the integrated bolting mechanism or hinge, ensuring a tight closure to minimize air gaps. For detailed instructions, refer to the user manual provided with the product or contact our customer support team for guidance.
The factory's Split Type Current Transformers are revolutionizing power systems monitoring by providing non-invasive and highly accurate current measurement solutions. As industries increasingly prioritize sustainable and efficient energy systems, these transformers are becoming integral in the transition towards smart grids and renewable energy integration. Their adaptability in retrofit projects and temporary installations offers unmatched flexibility, marking them as pivotal components in the modernization of electrical infrastructures.
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