Product Description
Step-up Transformers with single phase and three phase are particularly employed for usages in which incoming power voltage demands to be increased. These are essential for a wide array of applications such as 3-Phase motors, 3-Phase pumps, heavy duty equipment, railways, industrial equipments etc. These are commonly employed in combination with phase converters, which use the ratio between the primary as well as secondary windings so as to increase the input voltage. Organized differently, Step-up Transformers with single phase and three phase are provided with have primary as well as secondary cores.
Key Features & Quality AssuranceEach transformer incorporates advanced winding techniques (layer wound or disc wound) and uses high-grade silicon steel cores (CRGO/EI or Toroidal). Dielectric strength up to 35 kV/min and insulation classes A, B, or F allow flexibility for various applications. Every unit undergoes routine, type, and special tests as per IS/IEC standards and is BIS certified, ensuring safety and compliance.
Flexible Design and CustomizationAvailable as single-phase or three-phase models, with star or delta connection, our transformers can be tailored with a range of capacities, mounting options, and enclosure protections (IP23/IP44). On-load and off-load tap changers are available on request. Painting options include epoxy powder-coated or oil-immersed protection, tailored for durability and longevity, according to application needs.
Applications Across IndustriesIdeal for electrical distribution systems and industrial power networks, these step-up transformers provide reliable voltage boosting and regulation. They are suited for environments with humidity up to 95% (non-condensing) and an operating temperature range of -25C to +50C, supporting rigorous demands, custom output voltages (up to 11kV), and floor or pad mounting based on project specifications.
FAQs of Step-up Transformer with single phase and three phase:
Q: How do I select the appropriate insulation class for my step-up transformer application?
A: The choice of insulation class (A, B, or F) depends on the transformers operating temperature and environmental conditions. Class A is suitable for lower temperature rise, while Classes B and F offer higher thermal endurance, especially in demanding or high-load scenarios. Our specialists can recommend the best class based on your specific application requirements.
Q: What are the advantages of using a layer wound versus a disc wound transformer winding?
A: Layer wound windings are generally used for lower voltage ratings and offer mechanical simplicity. Disc wound windings are ideal for higher voltages, providing better mechanical strength and improved short-circuit withstand. The technique selected depends on your voltage and application needs, which we customize for each project.
Q: When should I opt for an on-load versus an off-load tap changer?
A: On-load tap changers are recommended for applications where voltage adjustment is needed without interrupting operation, such as dynamic industrial settings. Off-load tap changers are suitable for fixed or less dynamic environments, allowing adjustment only when the transformer is de-energized. Both options are available upon request.
Q: What processes ensure the step-up transformers compliance with Indian and international standards?
A: Every transformer undergoes rigorous routine, type, and special tests per IS 2026, IEC 60076, and BIS standards. This includes dielectric, insulation, and performance checks, guaranteeing safety, efficiency, and alignment with globally recognized electrical codes.
Q: Where are these step-up transformers commonly installed?
A: Our transformers are typically deployed in power distribution stations, industrial manufacturing units, infrastructure projects, and commercial complexes. Mounting options include floor or pad-based installations, tailored to site conditions and spatial constraints.
Q: How does the transformer offer protection against moisture and external contaminants?
A: With enclosure protection options rated IP23 or IP44, our transformers shield sensitive components from moisture, dust, and incidental contact. This, combined with anti-corrosive painting (epoxy powder coated or oil-immersed), ensures long service life in harsh environmental conditions.