Transformer Specifications
Synergy offers a diverse range of distribution transformers that can be customised to meet specific requirements. Whether it’s voltage ratings, power capacity, frequency, or environmental conditions, Synergy ensures that its transformers are engineered to suit various applications while maintaining optimal performance.
Quality and Reliability
We at Synergy prioritize quality and reliability. Our distribution transformers are built to adhere to industry standards and undergo rigorous testing processes to ensure exceptional performance and safety. With a commitment to manufacturing excellence, Synergy’s transformers are known for their reliability and longevity.
Longevity and Durability
Synergy transformers are designed and constructed with durability in mind. We utilize high-quality insulation materials and robust cooling systems to enhance the longevity of the transformers. Customers can rely on Synergy’s products for extended service life with minimal maintenance requirements.
Efficiency and Energy Savings
We recognize the importance of energy efficiency. Our distribution transformers are engineered to maximize efficiency, reducing energy losses during operation. By opting for Synergy’s energy-efficient transformers, customers can experience significant energy savings and cost reductio
Safety Features
Safety is a paramount concern for Synergy Company. We provide incorporate advanced safety features, including overload protection, short-circuit protection, and voltage fluctuation safeguards. Additionally, Synergy transformers may include temperature monitoring systems and alarm mechanisms to ensure safe and reliable operation.
Cost-effectiveness
We at Synergy understand the significance of cost-effectiveness for customers. We offer competitively priced distribution transformers without compromising on quality or performance. By providing a balance between affordability and value, Synergy enables customers to make a cost-effective investment in their electrical infrastructure.
Technical Support and After-sales Service
Synergy Company prides itself on delivering exceptional customer support and after-sales service. Our dedicated technical team is readily available to assist customers with inquiries, technical assistance, and maintenance support. Synergy ensures prompt responses, availability of spare parts, and reliable customer service to address any concerns throughout the lifespan of their transformers.
Single-Phase Distribution Transformers
Ideal for residential and small-scale commercial applications, our single-phase distribution transformers ensure efficient power distribution to meet your everyday electricity needs.
Three-Phase Distribution Transformers
Designed for larger commercial, industrial, and utility applications, our three-phase distribution transformers provide reliable power distribution for demanding electrical systems.
Oil-Immersed Distribution Transformers
These transformers are filled with high-quality insulating oil, ensuring excellent heat dissipation and reliable performance. They are suitable for a wide range of applications and are known for their durability and longevity.
Dry-Type Distribution Transformers
With advanced insulation materials and a self-extinguishing design, our dry-type distribution transformers offer enhanced safety, minimal maintenance requirements, and environmental compatibility.
Designing
Designed for a minimum of 25 years for 24*7 duty with negligible maintenance and silent operation.
Magnetic Circuit
Step-lap horizontal and vertical in 5,7,9 step design for lower losses and low magnetizing current of the core by using high-quality CRGO material with grades such as MOH, ZDKH, AMORPHOUS, etc.
Electric Circuit
Using electrolytic grad with 99.99% pure high-quality Copper & Aluminium from our regular and reputed vendor HINDALCO & STERLITE with foil winding in the L.V coil of the transformer.
Dielectric Circuit
High dielectric insulation property to withstand lightning impulses and voltage surges.
Thermal Circuit
ONAN through natural convection for effective cooling through axial and radial ducts.