What is a freight bank?

In each electronic system there is an electronic load or the amount of voltage that the system carries. Each part of the system must be able to handle the electronic load that is designed for transmission. To help test the system's ability to manage this voltage, the load is used. It simulates full load and full capacity of the system without having to interrupt the ongoing operations to test, and without having to risk exposure to expensive equipment to the untested system.

The stress bank, also known as fictitious loads, is a test device that develops and applies electronic load to the energy source. Then it measures the power of the source. While the "actual" burden may be unpredictable, the Bank provides a consistent, fully controlled load, so the system can be adjusted and tested at different levels of performance as needed. They can be used to test turbines and generators. Backup Powsystems ER - such as batteries or UPS systems - and ground energy can also beState with a load. In some cases, they can also be used to solve problems such as the accumulation of carbon on piston rings or wet stacking in diesel engines.

Loading banks are useful tools to test generators. The main reason is that it is rare, that there is sufficient load to fully test the generator without stopping the regular operation of the race. The stress bank allows the race operator to obtain an accurate test of the capacity and functionality of the generator. This is important because the operation of the flooring engine will cause a large amount of excess wear.

There are three common types of stress banks: resistance, inductive and capacitive. The resistance is the most common. A resistance bank is used to test generators and the main drivers. For each load unit that is applied to a generator, the same unit of load is applied to the main mover. JWith words, resistance bank loads removes energy from all aspects of the generator system and provides a more complete test.

Induction burden on banking tests lags behind the power factor load. The amount of inductive load is usually 75% of the corresponding resistance load. This type of device allows the user to test a mixture of different types of load in a commercial environment such as lighting, engines and heaters. The capacity bank of the load is formed by the front load of the power factor. These devices are useful for testing systems used in telecommunications or computer industry.