Drive Isolation Transformer
Drive Isolation Transformer
About our product
iPower Transformer Drive Isolation Transformers have met user specifications and required features for motor drive applications for nearly many years by utilizing superior materials and design approaches in the manufacturing of our Drive Isolation transformer products in Odisha, Bihar, Jharkhand, Chhattisgarh, and Assam. The result has been expectation surpassing performance, application reliability and transformer life longevity.
Customer Specification
Each Drive Isolation Transformer is designed and manufactured to customer specification requirements and information unique to the application provided to iPower Transformer by customers. All pertinent loading and performance factors in a motor drive application are considered by iPower Transformer’s experienced Engineering team so the design and manufacture of the iPower Transformer drive isolation product is right for the application in Kolkata, West Bengal.
We are engaged into manufacturing of Drive Isolation Transformer in Chhattisgarh, and Assam. The Isolation Transformer’s primary and secondary winding circuits are electrically isolated. As a result, all transformers utilized in transmission and distribution networks are referred to as Isolation Transformers. An Isolation Transformer is used to supply equipment or devices with electrical power from an alternate current source.
The basic objective of an Isolation Transformer is to lessen voltage peaks in the supply lines. Voltage spikes, transients, and surges can occur in the electrical power supply lines due to illumination, static electricity, or a rapid voltage change. A voltage spike is an abrupt and brief increase in voltage levels.
Applications of Isolation Transformers
- To shield a circuit from ground-level loop interference.
- Establish security-related separation inside a power supply, powered circuit, or apparatus.
- To adjust the electrical power flowing across two circuit lines, whether electrically connected or not, and whether their voltage levels are the same or different.
- To prevent electrical shock in electric circuits and power lines.
- In applications involving computer network configuration as pulse transformers
- To protect against impulse noise, strong lightning, unintended capacitor discharge, and bus short-circuit.
- Advantages of Isolation Transformers
- Improved power quality
- Reduced noise disruption
- Prevention of earthling failures
- Harmonics correction
- Disadvantages of Isolation Transformers
- When operating an isolation transformer at a DC pulse signal, the saturation characteristic of the core is diminished.
- Isolation transformers are more expensive than ordinary transformers because of their distinctive design.
- The secondary or output waveform exhibits distortion when the isolation transformer is utilized as a pulse transformer and is operated at a low frequency.