Voltage Transformers

Utility companies charge exuberant prices for three-phase power, and managing that power in order to achieve the optimal voltage control is not only economical, but will enable equipment to operate smoothly without improper voltages causing damage and burnout to valuable machinery.

Using a Three-Phase Transformer Enables Equipment to Operate With Optimal Capabilities

Utility companies transmit three-phase power to businesses that use equipment that requires three-phase electricity.  Home residences usually require single-phase power and don't need high voltage levels.  They can operate on 120 volts to 220 volts, which is sufficient for home use.

To obtain their required voltage levels, businesses using a three-phase transformer have the ability to step power up or down depending on the power demands of electrical production systems.  A three-phase voltage transformer is much more cost effective because it is housed in one unit and performs with less electrical conductor materials, weighs less and is smaller in size.  There is less chance of breakdown because the components are specifically designed for three-phase voltage control.  Using three-phase transformers for higher voltage equipment is probably the route to go when managing electrical requirements.

A three-phase transformer is made of three sets of primary and secondary windings, each set is wound around one leg of an iron core assembly.  Three-phase transformers are used in industry to change voltage and current.  Using a three-phase transformer changes voltage in one conductor making that a reference point, then the other two conductors are delayed in time by one-third and two-thirds of one full cycle of the electrical current.  This time delay has an effect of giving a constant power transfer over each cycle of the current, and it produces a rotating magnetic field in motors.  As a result, three-phase transformers provide a dependable and smoother power source for industrial machinery.   

Why It is Better to Use a Three-Phase Transformer Instead of Using Three Single-Phase Transformers

It is possible to use three-phase power by connecting three single-phase voltage transformers together forming a three-phase transformer bank.  The problem with this technique is it takes more room for installation, they weigh more and repair could cost more due to the fact that you have three single-phase transformers joined together trying to accomplish the same result that using a three-phase transformer can do.  More can go wrong when three single-phase units are joined together because there are more conductor materials and components.  Keeping your electrical design simple and efficient can save money in the long run.  Try not to over complicate voltage control operations with make-due devices.

Using a Three-Phase Transformer Requires The Help of a Reputable Manufacturer

Even the Voltage Phase Inspector can be overwhelmed by the ins and outs of electrical voltage control.  He definitely recommends using a highly skilled manufacturer and distributor of voltage transformers for your three-phase electrical solutions.  TEMCo meets the high standards of being the best reputable manufacturer and distributor in the voltage transformer marketplace.  TEMCo's staff is very professional and well educated on three-phase power.  They work with companies all over the world, and because of their high demand, they can carry a large inventory of electrical products and voltage transformers.  Using a three-phase voltage transformer will give you outstanding productivity with the help of TEMCo, call them today!

Click onto the sites listed below  for additional information on voltage transformers.  Good luck with your voltage control concerns, and remember, TEMCo is definitely the company to help with all your power demands.