Product knowledge

Uninterruptible power supply (UPS backup power supply) is a device that allows electrical equipment to continue working when the power supply is interrupted.

If the computer does not use an uninterruptible power supply, it is easy to lose the data in our work and cause damage to the data and computer hardware.

Online UPS uninterruptible power supply and backup UPS standby power supply are two common uninterruptible power supply devices. There are some differences between them in terms of battery power supply mode, response time, reliability and applicable scenarios.

The parallel operation of power transformers must meet the same voltage ratio of each transformer, each can only be viewed from a distance, the impedance voltage of the transformer is equal, and the wiring group of each electric transformer is the same.

Both single-phase transformers and three-phase transformers are power equipment that rely on voltage induction to change current and electrical response. The difference lies in the application. Single-phase transformers are used in single-phase circuits, and three-phase transformers are used in industry and commerce. Of three-phase electricity.

Magnetic ring inductance coil is one of the common parts in electronic products such as household appliances, instruments and meters. In electronic circuits, AC signals are mainly isolated and filtered, and there are many types.

Proper use of uninterruptible power supply is necessary to ensure long-term normal operation of the equipment, and precautions should be read before use. Can keep UPS power supply working for a long time, reducing the occurrence of faults.

The modular (UPS) uninterruptible power supply is different from the traditional (UPS) uninterruptible power supply in external structure. It can install all modules in a standard cabinet, saving floor space and space, and facilitating installation, use and maintenance.

There are two main uses for uninterruptible power supplies (UPS): one is emergency use to prevent damage to equipment caused by sudden power outages; the other is to eliminate "power pollution" such as power surges, instantaneous high voltages, and instantaneous low voltages on the mains, providing high-quality power for electrical equipment.

Embedding microprocessor chip technology and thyristor controllable technology in the design of intelligent AC voltage regulators (or automatic voltage regulators (AVRs)) can generate high-quality and stable power supply in the presence of significant and continuous deviations in the mains voltage.

The uninterruptible power supply system can cause power outages in equipment such as program-controlled switches, data communication processing systems, computers, communication base stations, and security monitoring systems during operation.

The dry-type transformer overload capacity is related to the ambient temperature, the load condition before overload, the insulation heat dissipation time constant of the transformer, etc., but the empty capacity of the dry-type transformer also determines the overload capacity.