ʻO Bwitt Inverter ka mana mana e pono ai e hoʻomaopopo iāʻoe e hoʻomaopopo i ka hoʻololiʻana i keʻano o ka counts

I ka wā e pono ai kāu mau mana mana (Kōkua, lako uila, etc.) ʻoi aku ka nui o nā koi, E noʻonoʻo pahaʻoe e hoʻohana ana i ka hoʻohanaʻana iā BwitTirl Single Sys Static Traice Trans, hiki ke hoʻomaopopo i kēia hana noʻoe.

ʻo ka mea mua loa, let's introduce the working principle of a single-phase STS static transfer switch. It is a dual-input transfer switch device. For example, there are two AB-channel input ends. Usually, the A-channel is connected, the B-channel is disconnected, and the A-channel AC is exchanged. The input supplies power to the load. When the power supply of circuit A fails, the STS automatically disconnects the originally connected circuit A, and connects the previously disconnected circuit B, and transfers the load to the B circuit power supply without interruption. Simply put, it is a guarantee device for uninterrupted power supply, which plays the role of uninterrupted power supply of load power equipment.

Features and scope of application:
*Using rack-mounted installation, it is convenient to be embedded in the cabinet.

* Simple operation, hoʻohaʻahaʻa haʻahaʻa, ʻaʻohe haumia, real-time data acquisition and remote communication functions, which provide convenience for the majority of system users to implement network management and remote monitoring.

*Digital detection and control technology, with strong anti-interference function
*The power supply may be any two AC power sources with sinusoidal outputs

*Switching time is less than 4 microseconds
*The static transfer switch is not only suitable for the power industry, but also for other places with extremely strict requirements on the power outage time.