Studmount diode rectifier, 1200V — designed for stress industrial power applications where surge tolerance, secure installation, and flexible configuration matter. Key benefits Handles surge currents and sudden power spikes to reduce the risk of component failure under heavy electrical load. Multiple current ratings and polarity options let you match the diode to your circuit needs for straightforward integration. Studmount design and grade materials provide solid electrical connections and effective heat transfer for stable operation. Simple to install and maintain in a range of electronic assemblies, minimizing downtime during service. Features and specifications Voltage rating: 1200V. Current options: 25A, 35A, 45A, 65A, 85A to suit different load requirements. Polarity configurations: positive cathode or negative anode selectable to fit circuit design. Mounting: stud mount for secure mechanical and electrical attachment. Construction: rugged metal and insulating materials chosen for durability and thermal performance. Why choose this rectifier Solves surge and spike problems by providing a component built to tolerate abrupt current increases common in welding and motor applications. Offers compatibility with a wide range of industrial power systems thanks to multiple current ratings and polarity choices. Reduces installation time and improves heat dissipation compared to smaller or less robust diode packages. Typical applications Welding machines: used in rectifier modules to manage peak currents and maintain stable output during intermittent heavy duty cycles. Battery charging systems and power supplies: configured for the required polarity and current rating to provide reliable rectification and efficient charging. Motor drives and converters for machine tools: integrates into power management systems where voltage and surge resilience are required. Practical notes Select the current rating and polarity that match your circuit schematic to ensure proper operation. The stud mount allows for direct attachment to heat sinks or grounded chassis to aid thermal management. Designed for industrial environments and for use in converters, machine tools, and other heavyduty power equipment.