Product Description
Step Up Transformer
VULCAN Three phase step up transformer is used with a goal of utilizing three phase power properly and safely by enhancing the current as required in places where less current is a constantly extreme issue.
Indispensable Attributes
The best booster keep constant required current to the demanded level appropriately and easily inconvenience free execution for a considerable length of time.
VULCAN has been superior among the most recent 30 years as proof from the below points:
Complete KVA Capacity: (Genuine KVA labels)
Every VULCAN Step Up Transformer are manufacture and design with adequate edges in this way permitting the complete load constant application in most pessimistic conditions without failure or degradation any current drop. Different makes are normally over named and under fabricated ensuing into low grade performance in load bearing or current raising uses. It is exceptionally fundamental to analyze "KVA savvy execution" before assessing "just costs against KVAs" for the reasonable choice. Max. current boosting limit: Can increase min. 200 current line to arrange 3 phase AC to 400 current line to line. VULCAN boosters are nor designed to overheat amid prolong usage. Double switches for right modification of current: with four located one switch as accessible in other transformers, only 3 different parts of 200 volts amendment extent can never accomplish 415 volts configuration with the demanded precision. VULCAN boosters provide complete 15 divisions in a similar extent of change with the assistance of double 4 position switches subsequently continually keeping the correct voltage in yield (i.e. 415 volts) in every condition. Completely oil inundated switches for extended life: Both the switches are totally oil submerged, so switch touches start amid the working are effectively and completely assimilated in the oil averting any harm to them as well as increasing the valuable life inducing into less handling throughout the years.
Quality brand voltmeter, wheels, switches, steel body and hefty terminals are also temperance of the top grade VULCAN Booster.
Features:
- Maximum voltage boosting capacity
- Outfitted with two switches for right adjustment of voltage
- Fully oil immersed switches for long life
Specification
| Power | 15kVA |
| Cooling Type | Oil Cooled |
| Phase | Three Phase |
| Output Voltage | 415 volts |
| Winding Material | Copper |
| Input Voltage | 200 volts |
Precision Engineering for Superior PerformanceUsing high-grade silicon steel and electrolytic copper, our step up transformer is built to deliver outstanding electrical efficiency and minimized losses. The advanced laminated CRGO steel core and high precision vacuum-dried windings ensure reliable performance, reducing loss below 2.5 kW at full load. Whether for industrial or power transmission applications, customers benefit from consistent high voltage output and robust build quality.
Comprehensive Protection and Safety FeaturesSafety is at the core of our transformer design. Outfitted with a Buchholz relay, pressure relief device, oil and winding temperature indicators, the transformer ensures maximum operational safety and early fault detection. The sheet metal enclosure, finished with weather-resistant epoxy/PU paint, shields it from rust, environmental hazards, and ensures longevity even in demanding outdoor or indoor settings.
Versatile Design and Easy InstallationOur floor-mounted transformers are engineered for versatility, accommodating both on-load and off-load tap changers for flexible voltage regulation. With customizable dimensions and mounting options, they easily suit any installation environment. Both automatic and manual voltage booster options are available, ensuring seamless integration into industrial and utility-scale electrical systems.
FAQ's of Step Up Transformer:
Q: How does a Step Up Transformer increase voltage in power systems?
A: A step up transformer increases voltage by transforming low input (primary) voltage to a higher output (secondary) voltage using electromagnetic induction. This makes it ideal for efficient long-distance power transmission and supplying high-voltage equipment in industrial applications.
Q: What are the benefits of using a transformer with Insulation Class A, B, or F?
A: Choosing the appropriate insulation class-A, B, or F-ensures the transformer safely operates at different temperature ranges. Higher classes allow the transformer to handle elevated operating temperatures, enhancing durability and operational safety in demanding environments.
Q: When should I consider using an On-load Tap Changer versus an Off-load Tap Changer?
A: Use an On-load Tap Changer when you need real-time voltage adjustment without interrupting service. An Off-load Tap Changer is suitable where voltage changes are infrequent and can be safely made during system downtime, providing cost-effective regulation for stable loads.
Q: Where can the Step Up Transformer be installed?
A: These transformers are designed for indoor or outdoor installations. The robust, weatherproof, and rust-resistant enclosures allow them to withstand various environmental conditions, making them suitable for substations, manufacturing plants, and other industrial or utility settings.
Q: What is the installation process and maintenance routine for this transformer?
A: Installation involves secure floor mounting, correct electrical connections, and initial oil filling. Routine maintenance includes monitoring temperature indicators, checking oil levels and insulation, and ensuring all protection devices function properly. With regular servicing, the transformer can reliably operate for up to 30 years.
Q: How does the cooling mechanism ensure optimum transformer performance?
A: The transformer uses ONAN (Oil Natural Air Natural) or ONAF (Oil Natural Air Forced) cooling to maintain safe operating temperatures. High-quality transformer oil circulates to dissipate heat, while forced air cooling options handle higher loads, thus protecting internal components and extending service life.
Q: What efficiency and protection features distinguish this Step Up Transformer?
A: With efficiency up to 98% and loss optimized below 2.5 kW at rated load, this transformer minimizes operating costs. Advanced protection features-such as Buchholz relays, pressure relief devices, and temperature indicators-safeguard against overheating, electrical faults, and oil leaks, ensuring safe and continuous operation.