<p>When it comes to ensuring accurate energy measurement and streamlined testing in industrial and commercial settings, the kWh Meter Terminal Test Block stands out as a reliable choice. Designed with precision and efficiency in mind, this device offers a robust solution for professionals seeking dependable performance.</p><p>The terminal test block is crafted with a sleek grey polyamide housing that not only provides durability but also ensures safety by adhering to IEC/EN60947-7-1 standards. Measuring 82 mm in length and with a compact width of 8 mm, it is designed for space-efficient installation on DIN rails, making it suitable for environments where space is at a premium.</p><p>One of its key features is the sliding disconnect and test terminal type, which facilitates easy maintenance and testing without disrupting the main circuit. This feature is particularly beneficial for technicians who require quick access during routine checks or troubleshooting.</p><p>The product supports a cable cross-section range from 0.2 to 6 sq-mm, accommodating various wiring needs. It operates efficiently under an impressive rated voltage of 800 V and can withstand rated surge voltages up to 8 kV. The degree of pollution rating at IP3 further indicates its resilience against dust ingress, ensuring long-term reliability even in challenging conditions.</p><p>For secure connections, the terminal block uses an M3.5 screw size with a tightening torque specification of 0.8 N-m. This setup ensures firm attachment while allowing straightforward adjustments using standard screwdrivers—a practical feature that simplifies installation and maintenance tasks.</p><p>Furthermore, clarity in system organization is enhanced by the K8 size marking tag featuring vertical print—ideal for clear identification within complex systems.</p><p>In summary, this kWh Meter Terminal Test Block combines robust construction with thoughtful design elements tailored to meet technical requirements effectively. Its compliance with international standards assures users of both safety and quality performance over time—qualities crucial for maintaining operational integrity in demanding environments.</p>