Load bank what is

For safety, maintenance, compliance or risk anticipation reasons, it is essential to test your power supplies or those of your customers. This guarantees you, in the long term, a safe running of your equipment generators, inverters, batteries, engines, turbines… and a reduction of breakdowns of your equipment.

Your solution is the use of load banks adapted to your needs from 50 kVA to kVA. Thanks to different types of loads resistive, capacitive or inductive we will be able to reproduce your operating conditions identically.

Combined load banks incorporate resistors and inductors all in a single construction which can be independently switched to allow resistive only, inductive only, or varying lagging power factor testing. Combined load banks are rated in kilovolt-amperes kVA. ASCO offers the largest portfolio of load banks globally with options to meet any power test requirement. Get the latest white papers, product news and insights straight to your inbox Subscribe Now.

Internal error occurred! Electronic load banks are programmable and can be employed to test all sizes of generator systems in any given industry. As you can see, load bank testing is necessary — and even required — but there are a lot of options to consider. We can help you identify what will work best for your operational needs and emergency planning. It is our intent to keep the power on, even in times of emergencies. Request a Custom Quote Request a Quote.

The aim of load bank testing is: make sure your generator maintains the proper pressure levels and temperature while it also produces optimal horsepower needed for your operations or facility. Resistive Resistive load banks are the most common. Reactive A reactive load bank tests loads with either a capacitor or an inductor in the load. Electronic The electronic load bank can test for average and peak load capacities.

We're always hiring experienced technicians. View Careers. Load banks are a contained system unit that integrates both controls and accessories into one installed location. The power source will supply the power, but the load bank uses this energy to protect and support the power source as well as test it. There many applications for the load bank, including battery systems, inverters auxiliary and ground power units, engine generators as well as hydro, aircraft and wind generators.

Load banks have several purposes across a number of industries. Engine cell testing : load banks are used to test new engines at varying mechanical loads to ensure that the engines can function efficiently in any circumstances. Dynamometers are used to connect the engine to the load bank and once connected it monitors performance making any adjustments as needed.