<p>The TCB 322-30 (3 PH CT) solid-core current transformer is designed to meet the rigorous demands of industrial and commercial applications. Its robust construction ensures reliable performance, making it an ideal choice for professionals seeking a dependable solution for their electrical systems.</p><p>With a rated power of 2.5 VA and a rated current capacity of 250 A, this current transformer provides efficient energy management in various settings. The TCB 322-30 operates within a frequency range of 50/60 Hz, offering versatility across different electrical environments.</p><p>A key feature of this model is its screw connection type, which facilitates straightforward installation and secure connections. This design choice enhances ease of use while maintaining the integrity and safety required in demanding scenarios.</p><p>Measuring at a compact length of 30 mm, the TCB 322-30 fits seamlessly into existing setups without requiring excessive space. The aperture and bore size both measure at 22 mm, allowing compatibility with standard installations while ensuring precise measurements.</p><p>This model adheres to IEC standards, underscoring its compliance with international safety and quality benchmarks. Such adherence guarantees that users can trust the product&#39;s performance in critical applications where accuracy is paramount.</p><p>Speaking of accuracy, the TCB 322-30 boasts an Accuracy Class 1 rating. This high level of precision ensures that readings are reliable and consistent, reducing potential errors in monitoring or metering tasks.</p><p>The CT ratio for this model is specified as (3) 250/5, indicating its capability to handle three-phase currents effectively while providing scaled-down outputs suitable for measurement devices or protective relays.</p><p>Overall, the TCB 322-30 (3 PH CT) offers a blend of reliability, precision, and compliance with industry standards—qualities that make it an excellent choice for professionals looking to enhance their electrical systems&#39; efficiency and dependability without compromising on quality or performance.</p>