Looms For Your Medical Applications
With wires and cables, used in any application, being exposed to a variety of environmental conditions like harsh weather, high pressure, extreme ... Read More
What Is Balanced Power?
Balanced AC is 120 volts that has been split evenly across two AC mains, with one phase being +60V and the other ... Read More
The Defence Offset Contract – How It Has Changed Over The Years
The defence offset, an obligation by an international player to boost India’s domestic defence industry, if India is buying defence equipment from ... Read More
How Cable Looms Save On Space And Time?
Cable looms are known to offer a number of significant advantages over discrete cables and assemblies. Used in a variety of industries ... Read More
Miracle Electronics – The Leading Provider Of Wire Looms
When you’re looking for a collection of wires that transmit electrical power effectively, you’re looking for Miracle Electronics’ wire looms. Why Miracle ... Read More
Wire Harness – A Detailed Component Guide
Everything from Aerospace to electrical and electronic devices, that need to supply power and send signals for the application to operate, require wire ... Read More
Calculating The kVA Rating Required For A Transformer Installation
Almost every industry, from basic manufacturing industries to critical healthcare facilities and testing laboratories, requires high-quality reliable transformers to keep their operations ... Read More
Wire Harness – Different Industry Applications
Wire harnesses are widely used in almost every residential, commercial, and industrial application, to hold together the multitude of wires in a ... Read More
Transformers From Miracle Electronics – An Investment In Quality
Replacing a transformer comes as an unwanted surprise with unexpected, yet unavoidable, expenses! You need the power back soon, but you aren’t ... Read More
Cable Assemblies, Wiring Harnesses, And Looms – Are They All The Same?
Cable assemblies, wire harnesses, and looms are all terms that are used interchangeably, but all the three are actually quite different from ... Read More