About Isolation Transformer
Purevolt is Exporter and Manufacturer of Isolation Transformer located at Okhla Industrial Area, New Delhi, India. We had exported our products to over 30 Countries. These Isolation Transformer are made in 1 Phase and 3 Phase designs. They can be designed as Step Up or Step Down Transformers .We provide total customizations as per requirements of client to suit their prevailing site conditions. We have resellers and distributors in many countries. We also provide PAN India supply through our Dealers in India.
Isolation Transformer is a special type industrial grade static device which is designed for the applications where it is required to physically separate the parts of electrical system to one another. It is designed and developed by using premium quality material and electrical elements which ensures higher strength and sturdiness to withstand impacts of electrical and heat waves. Isolation Transformer offered by us are enclosed in a metallic casing fixed with castor wheels that makes it easier to move to different locations.
Rating Available : 1 KVA to 500 KVA
Type : 1 phase and 3 Phase
Design : Step Up or Step Down Transformer
Volts : 230 V or 400 V (Customization Available)
Experience : Since 1994, Over 25 Years of Experience.
Certifications : ISO 9001-2015, D&B accredited.
Key Features & AdaptabilityEngineered for flexibility, the Isolation Transformer is available in custom capacities, frequencies (as required), and cable types. Its insulation oil voltage booster type and quality conductors ensure safe and stable operation, while optimized load loss and high efficiency enhance performance. The transformer meets rigorous industry standards and can be tailored to various dimensions to suit different installation requirements.
Applications Across IndustriesThis transformer is extensively used in industrial, commercial, and utility applications where power integrity and isolation are critical. By separating input and output circuits, it protects equipment from spikes, surges, and electrical noise, making it ideal for hospitals, manufacturing units, and sensitive electronic installations. Its robust design supports continuous, reliable operation in challenging environments.
FAQs of Isolation Transformer:
Q: How does the Isolation Transformer ensure safety and reliability in electrical systems?
A: The transformer isolates the input and output power circuits, providing protection against electrical shocks, surges, and spikes. It uses quality insulating oil and phase separation to guarantee stable operation, making it exceptionally reliable for hazardous or sensitive electrical environments.
Q: What applications is this Isolation Transformer best suited for?
A: This transformer is widely used in industrial facilities, commercial complexes, hospitals, and data centers, where clean and stable power is essential. Its adaptable ratings and robust construction make it suitable for applications demanding high voltage, current, and continuous reliability.
Q: When should I consider using an Isolation Transformer with power scope in my facility?
A: You should deploy an isolation transformer when you need to shield critical equipment from voltage irregularities or ground loops, especially during the installation of sensitive devices requiring consistent voltage and current. It is also vital when upgrading or expanding power systems in environments prone to electrical noise or fluctuations.
Q: Where in the power distribution chain should this transformer be installed?
A: Ideally, the isolation transformer should be installed close to the equipment it is protecting, ensuring the shortest and safest route from the main power source to the load. This location maximizes the benefits of isolation and voltage regulation, reducing the risk of transmission losses and interference.
Q: What is the process for selecting the required specifications for an Isolation Transformer?
A: Selection involves assessing your facilitys power demands, voltage and current requirements, application environment, and necessary features like cooling type and conductor material. Consulting with the manufacturer or supplier will help you determine the optimal configuration for your needs, including dimensions, frequency, and capacity.
Q: How does the transformers efficiency benefit operational costs?
A: High efficiency minimizes energy losses during operation, reducing overall power consumption and lowering electricity costs. Its optimized design ensures less heat generation and improved longevity, significantly contributing to cost-effective and sustainable operations.