Stangenes - SCR Controlled DC Power Supplies
Stangenes Industries develops SCR controlled DC power supplies available in both standardized and custom configurations. These systems are designed for versatile integration, operating on typical 50-400 Hz power sources, and provide output voltages exceeding 300 kV, with power ratings from 10 kW to 2 MW. The company's cutting-edge power conversion technology is characterized by advanced switching power supplies that use IGBT switches. Operating at high frequencies, these quasi-resonant converters with zero-current-switching capabilities integrate reliable designs without the need for oil-based dielectric fluids. The innovative Optimized Charging Cycle (OCC) feature efficiently manages peak power consumption, enabling the charging of large capacitor banks within permissible power limits. These power supplies are applied extensively in high repetition modulators for magnetrons and klystrons. Stangenes Industries continues to advance its product line, focusing on designs delivering hundreds of kilovolts and kilowatts.Stangenes Industries produces SCR controlled DC power supplies that can either be built in standardized configurations or customized based upon client specifications. These DC power supplies can be manufactured as components of a larger system or as a complete “turnkey” system, depending on customer needs. Our power supplies operate on conventional 50-400 Hz power sources and supply output voltages over 300 kV, with average power ratings from 10kW up to 2MW.
In addition, Stangenes Industries has developed innovative switching power supplies that utilize advanced capacitor charging technology. This enables our units to be significantly lighter and more reliable than comparable products. Our state-of-the-art power conversion units use IGBT switches operating at high frequency. These zero-current-switching, quasi-resonant converters often contain no oil or other dielectric fluids. We have also developed an advanced Optimized Charging Cycle (OCC) that reduces the peak power consumption from the line. This feature enables charging of large capacitor banks without exceeding allowable average power. Stangenes Industries has produced many
power supplies employing these technologies at varying power levels and output
voltage configurations. Please contact Stangenes Industries to learn more about
our high-quality power supplies today!
- Industry Standards
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ISO-9001-2015
International Organization for Standardization
- General Information
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Stangenes Industries has developed several advanced capacitor charging technologies. Our state-of-the-art power conversion units utilize IGBT switches operating at high frequency in a quasi-resonant design utilizing zero voltage switching topology. These units often contain no oil or other dielectric fluids, so these units are significantly lighter and more reliable than comparable units. The advanced Optimized Charging Cycle (OCC) that we have developed reduces the peak power consumption from the line. This feature enables charging of large capacitor banks without exceeding the allowed average power.
- Specification Ranges
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Stangenes has produced power supplies utilizing these technologies at many different power levels and output voltage configurations.
- 10kW to 2MW
- Single digit kilovolts to hundreds of kilovolts
- Power Supplies for high repetition modulators for magnetrons and klystron, as well as many industrial applications
We are constantly expanding our product line and many new configurations are in the pipeline today including designs for hundreds of kilovolts and hundreds of kilowatts.
- SCR Controlled DC Power Supplies
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Stangenes Industries produces SCR controlled DC power supplies in standardized configurations or to customer specifications. These supplies operate on conventional 50-400 Hz power sources and supply output voltages that range from a few kilovolts to over 300kV with power rating from ten kilowatts up to a few megawatts average. The DC power supplies can be supplied as components of a system or a complete “turnkey” system.