Power inverters change electricity that has a Direct Current to electricity that has an Alternating Current (AC) -- a conversion that is necessary in situations when a building that receives a DC feed contains equipment that requires an AC feed to operate properly. If you need to invest in commercial power inverters, but you would like more information about how the devices are used and how to choose the right model, the answers below should be helpful.
In what situations are the devices typically used?
The equipment is typically used in one of the following situations: when a building receives DC electricity from a solar installation, when a building receives DC electricity from a battery source, or when a need exists for transferring electricity from a DC source to AC within a larger electrical system.
What is the difference between sine wave and modified sine wave models?
Sine wave inverters produce a sinusoidal wave that is represented by an undulating line, while modified sine wave inverters produce an angular wave that is represented by a line of equally spaced peaks and valleys. The former are ideal for supporting complex electronics. The latter are ideal for supporting light conductive loads and light inductive loads.
Do I need a device that has a NEBS certification?
It depends on the conditions of the environment in which the device is used. If the environment contains manpower, a level 1 certified NEBS device, which complies with the personal safety requirements of GR-63-CORE and GR-1089-CORE, can be beneficial. If the environment contains adverse conditions, a level 3 certified NEBS device, which complies with the personal safety and operability requirements of GR-63-CORE and GR-1089-CORE, can be helpful.
How do I know what size the device should be?
The size of the equipment depends on the load it will carry. It is generally a good idea to use a model that can carry a load that is heavier than the anticipated load.
What size cable should I use to connect the device?
Large models must be hardwired to the DC electricity supply. The size of the cable you need depends on the distance between the DC source and the inverter, and the size of the load. The best practice is to use the thickest width and shortest length of cable.
Should I hire a professional to install the device?
If you don't have experience installing power conduction equipment, hiring a professional to install it is the best option. Commercial inverters can require a significant investment, and having them installed by an electrician is an excellent way to protect the investment.
Conclusion
In buildings that receive a DC feed, power inverters play an essential role in supplying electricity to equipment that requires an AC feed. The exact type of inverter a building needs depends on several factors, including: the size of the load, the type of equipment receiving the electricity, and the safety and operability requirements for equipment that is in the building. For assistance choosing the right type of device, contact a seller of power conduction equipment today.
In what situations are the devices typically used?
The equipment is typically used in one of the following situations: when a building receives DC electricity from a solar installation, when a building receives DC electricity from a battery source, or when a need exists for transferring electricity from a DC source to AC within a larger electrical system.
What is the difference between sine wave and modified sine wave models?
Sine wave inverters produce a sinusoidal wave that is represented by an undulating line, while modified sine wave inverters produce an angular wave that is represented by a line of equally spaced peaks and valleys. The former are ideal for supporting complex electronics. The latter are ideal for supporting light conductive loads and light inductive loads.
Do I need a device that has a NEBS certification?
It depends on the conditions of the environment in which the device is used. If the environment contains manpower, a level 1 certified NEBS device, which complies with the personal safety requirements of GR-63-CORE and GR-1089-CORE, can be beneficial. If the environment contains adverse conditions, a level 3 certified NEBS device, which complies with the personal safety and operability requirements of GR-63-CORE and GR-1089-CORE, can be helpful.
How do I know what size the device should be?
The size of the equipment depends on the load it will carry. It is generally a good idea to use a model that can carry a load that is heavier than the anticipated load.
What size cable should I use to connect the device?
Large models must be hardwired to the DC electricity supply. The size of the cable you need depends on the distance between the DC source and the inverter, and the size of the load. The best practice is to use the thickest width and shortest length of cable.
Should I hire a professional to install the device?
If you don't have experience installing power conduction equipment, hiring a professional to install it is the best option. Commercial inverters can require a significant investment, and having them installed by an electrician is an excellent way to protect the investment.
Conclusion
In buildings that receive a DC feed, power inverters play an essential role in supplying electricity to equipment that requires an AC feed. The exact type of inverter a building needs depends on several factors, including: the size of the load, the type of equipment receiving the electricity, and the safety and operability requirements for equipment that is in the building. For assistance choosing the right type of device, contact a seller of power conduction equipment today.
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