<p>When it comes to selecting the right accessory for your electrical systems, understanding the specifics is crucial. This particular accessory is designed with a focus on reliability and compatibility, making it an excellent choice for professionals in the industrial and commercial sectors.</p><p>Rated at 800 A, this accessory ensures robust performance under demanding conditions. Its dimensions—225 mm in length, 120 mm in width, and 180 mm in height—are compact enough to fit seamlessly into existing setups while providing ample capacity to handle substantial electrical loads. The design reflects a balance between size and capability, ensuring that space constraints are managed without compromising on power handling.</p><p>Compliance with IEC 309 standards underscores its quality and safety credentials. These standards are recognized internationally, indicating that the product meets stringent requirements for electrical accessories. This compliance not only assures users of its safety but also facilitates smoother integration into systems where adherence to international standards is mandatory.</p><p>A key feature of this accessory is its compatibility with specific circuit breakers: XT7-XT7M from the SACE Tmax XT series as well as E1.2, E2.2, E4.2, and E6.2 from the SACE Emax 2 series. This versatility makes it a valuable component across multiple applications, whether you&#39;re working with smaller or larger scale installations within these series.</p><p>For engineers and technicians seeking a reliable solution that aligns with their technical needs while adhering to industry standards, this accessory presents itself as a dependable option that integrates effortlessly within specified system configurations without necessitating extensive modifications or additional components.</p><p>In summary, if you require an accessory capable of supporting significant current loads while maintaining compliance with international standards—and one that&#39;s compatible with widely used circuit breakers—the specifications provided here should meet your expectations effectively without any unnecessary complexity or compromise on performance efficiency.</p>