Four variants are available: 170M8602, 170M8502, 170M8603, and 170M8503. They are multistage high voltage fuses designed to protect electrical systems. Each unit is built around fuse links. The 170M8602 is a high voltage fuse with its own distinctive function and performance characteristics. The remaining models differ in parameters and applications to meet various electrical requirements. Key benefits - Provides staged interruption of fault currents in high voltage circuits, helping to protect equipment and maintain system integrity. - Simple and robust construction based on fuse links, supporting reliable protection and straightforward replacement. - A family of models (170M8602, 170M8502, 170M8603, 170M8503) to match different electrical specifications and installation considerations. - Design and configuration are designed to support consistent performance across varying applications. Product features - Type: multistage high voltage fuse - Construction: fuse links form the core of the protective element - Variants: 170M8602, 170M8502, 170M8603, 170M8503, with parameters and applications that vary by model - Special model: 170M8602 has unique characteristics in function and performance compared to the other variants Models and compatibility - 170M8602: a distinct high voltage fuse variant with its own functional and performance profile - 170M8502, 170M8603, 170M8503: complementary models within the same product family designed to meet different electrical requirements - The models may vary in parameters and applications to suit specific system needs Size, material, and performance notes - Size and electrical parameters vary by model; compatibility should be confirmed via the product datasheet - Construction is based on fuse links, which enables predictable response to fault conditions - Performance characteristics are model dependent to support different protection schemes in high voltage environments Applications and use scenarios - Use scenario 1: protection in industrial power distribution panels where high voltage fault currents must be interrupted reliably - Use scenario 2: protection for high voltage switchgear and transformer circuits in substations - Use scenario 3: protection of high voltage equipment in renewable energy installations and other HV electrical systems Selection guidance - Choose the model based on required electrical parameters and installation constraints - If a unique function or performance is needed, consider the 170M8602 variant - For other parameter sets or broader application coverage, evaluate 170M8502, 170M8603, or 170M8503 in relation to system requirements - Refer to the specific datasheet for exact ratings, dimensions, and compatibility to ensure proper selection and integration