A simple guide to motor mounting types like B3, B5, B14, B35, V1, and V3—explaining where each is used, how to choose the right one, and how CG Power offers all major mounting options with support from Bombay Engineering Syndicate.
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A technical comparison of synchronous vs induction motors—covering working principles, speed, efficiency, power factor, construction, applications, and cost. Helps users understand which motor type is ideal for their requirement, supported by solutions
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A clear guide to IEC motor duty cycles S1–S9, explaining how motors operate under different load and time conditions. Helps engineers choose the correct motor based on application demands—preventing overheating, reducing downtime, and ensuring long-te
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A clear guide to insulation classes B, F, and H in electric motors—explaining temperature limits, applications, and why higher insulation classes improve motor life, especially in industrial, VFD, and high-temperature environments. Shows how CG Power an
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Explains how upgrading from IE1/IE2 to IE3/IE4 motors reduces energy consumption and operating costs. Includes efficiency comparison, savings example, and CG Power’s range of high-efficiency motors available through Bombay Engineering Syndicate.
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An in-depth guide to bearings in electric motors—covering ball, roller, angular contact, and sleeve types, along with selection factors, common failures, and maintenance tips. Highlights how CG Power motors use premium bearings, with support from Bombay
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