Isolation Transformer

• Single phase Isolation Transformer
• Three phase Isolation transformer
• Ultra Isolation transformer

It improves security by offering insulation transformers.

1. The further benefit of isolation transformers is that power surges are reduced.
2. Because of their noise reduction capabilities, tisolation transformers are effective. THE Overall quality of power is usually improved when users use a transformer insulation.

In a range of electronic systems isolation transformers are used to fulfil safety standards. Some of these are medical equipment for diagnostics, computer systems and telecommunications systems. It also contributes to reducing power components' size and cost.

1. It can be used as a power supply in sensitive devices
2. With the help of an isolation transformer the machine or the equipment can be isolated from the remainder of the power system so that power loss during installation failure can be avoided.
3. A transformer can be used to create a star point in grids without such a point.
4. Apart from this noise insulation transformer, appliances cause high interferes in their power supply if the equipment is protected from the use for their supply
5. The equipment can be protected against power disturbances such as transient voltage, spikes, DC leakage...
6. It is suitable as an isolated neutral ground in sensitive equipment.
7. Even in high frequency applications, high noise diminishing level
8. Reduced capacity for coupling
9. Suitable for installation of a higher harmonic area
10. The transformer can be used as medical transformers for longer life due to less heat dissipation.
11. It is useful to prevent electric shock for patients and operators
12. Protects equipment against defective components or power surges
13. It provides a safer environment for patients by reducing potential risks and by ensuring a continuity of supply under one fault condition

1. It is suitable as an isolated neutral ground in sensitive equipment.
2. Even in high frequency applications, high noise diminishing level
3. Reduced capacity for coupling
4. Suitable for installation of a higher harmonic area dissipation.
5. It is useful to prevent electric shock for patients and operators
6. Protects equipment against defective components or power surges
7. It provides a safer environment for patients by reducing potential risks and by ensuring a continuity of supply under one fault condition

Electrical isolation is required to safeguard circuits, equipment, and people against shocks and short circuits and to perform accurate measurements. One option is to use isolation transformers.

Electrical isolation is necessary to prevent shocks and short circuits to circuits, equipment, and people.

Isolation transformers are used to:

1. protect users from malfunctioning equipment
2. enable safe and accurate measurements
3. avoid ground loops
4. physically isolate one component of an electrical system from another.

Typical Uses for an Auto transformer

1. At the end of a long transmission line, a boost is applied to compensate for line losses.
2. Reduced induction motor starter voltage
3. To enable control of the rectifier output, a multi-tap feed is used to power the primary fluorescent light fixture.

Typical Uses for an Isolation Transformer

1. Computers and associated peripherals
2. medical Devices
3. Equipment for remote control
4. Telecommunications apparatus

How an Isolation Transformer Works

An isolation transformer's primary function is to isolate circuits. Capacitive coupling between the two windings is taken into account in the design and manufacture of these transformers. Between the primary and secondary windings, capacitance couples alternating current (AC) current from the primary to the secondary.

The Autotransformer in Action

An autotransformer's primary function is to regulate the voltage on transmission lines and can also be used to transform voltages. With only one winding, an autotransformer automatically adjusts the voltage in response to the load. These transformers require alternating current to operate properly and will not work with direct current.

The Benefits of Using an Isolation Transformer

1. Increased power quality
2. Noise abatement
3. Cuts down on surges
4. Safety

The Benefits of Using an Autotransformer

1. Cost-effective and more efficient
2. Between primary and secondary, there is less leakage inductance.
3. Constructed simply
4. Reduced footprint while maintaining the same VA rating

An isolation transformer is a type of electrical transformer that consists of two coil windings, one primary and one secondary. Insulation separates these windings. This insulation significantly reduces the risk of electrocution when the active parts and the earth are in contact concurrently.

An autotransformer is a single-winding electrical transformer. The term "auto" refers to a single coil acting independently, not to an automatic mechanism of any kind. A portion of the same winding serves as both the primary and secondary sides of an autotransformer.