AllPoints 47301000 1.3 Inch Electric Transistor Module Igbt C5
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- High-voltage switching at 1200V
- Continuous current capacity of 100A
- Operates within -55°C to +150°C
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The Garland 47301000 Igbt C5 Transistor Module E is a high-performance power semiconductor component designed for industrial and commercial applications requiring reliable switching capabilities. This transistor module features insulated-gate bipolar transistor (IGBT) technology, optimized for precise control within high-voltage, high-current environments. It operates within specified electrical parameters to facilitate efficient energy management in power conversion systems, drive circuits, and motor controls. Built with durable materials for extended operational life, the Garland IGBT C5 module addresses challenges related to thermal stability, switching losses, and electrical noise, making it suitable for demanding industrial automation and manufacturing processes.
The Garland 47301000 Igbt C5 Transistor Module E provides exceptional switching performance with built-in thermal resilience, enabling consistent operation in high-demand industrial setups. Designed for seamless integration into power electronic systems, it ensures rapid switching speeds and stable operation under fluctuating load conditions. Its robust construction supports long-term durability, with easy mounting options suitable for both bench and panel installations. The module's compact form factor enhances spatial efficiency in complex control systems, supporting continuous operation during intensive workloads.
Recommended for industrial power control and automation applications requiring reliable high-voltage switching.
The Garland 47301000 Igbt C5 Transistor Module features a voltage rating of 1200V, with a continuous current capacity of 100A, operating efficiently within a temperature range of -55°C to +150°C. Its air-cooled design permits straightforward integration into standard control cabinets, with dimensions measuring approximately 1.3 inches in width, 3.65 inches in depth, and 1.2 inches in height. The module's construction comprises a high-grade, thermally conductive aluminum housing, facilitating heat transfer, and it is finished with a corrosion-resistant coating suitable for industrial environments. Maximal power dissipation capability reaches 300W, supporting sustained operations in moderate workloads, and facilitating optimal workflow in medium-duty power applications. Designed with robustness in mind, it accommodates typical electrical system voltages, and its compact form allows for space-efficient installations. The module's electronic architecture supports fast switching with minimal losses, contributing to energy-efficient operation in motor drives and inverter systems.
A commercial transistor module like the Garland 47301000 Igbt C5 is a high-voltage switching device used in industrial power electronics. It comprises multiple insulated-gate bipolar transistors (IGBTs) engineered for reliable, high-efficiency operation in power conversion, motor drives, and automation systems. Installed in control cabinets or integrated circuits, it supports high load capacities typical of manufacturing and processing environments. The module’s precise switching performance and thermal durability make it ideal for medium-duty industrial applications requiring consistent energy regulation and control in equipment such as inverters, compressors, and conveyor systems.
Designed for moderate workloads and industrial automation, the Garland 47301000 Igbt C5 Transistor Module provides robust switching and thermal performance, suited for factory automation and motor control systems. AllPoints 47301000 ensures durability and reliable operation in power conversion tasks within manufacturing environments.
Compared to similar power modules, the Garland 47301000 Igbt C5 uses high-grade materials and a compact form for streamlined installation. Its self-contained design reduces system complexity, while thermal management features enhance longevity. This model's rugged construction supports operation in demanding environments without sacrificing energy efficiency or control precision. Additionally, its durability and ease of maintenance contribute to improved operational uptime and system reliability in commercial and industrial power systems.
