KGVA series silicon rectifier for floating charge

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KGVA series silicon rectifier for floating charge



This series of product ismainly applied to power plants, substations, power supply stations and othersfor battery floating charging and DC power supply for charging, and  also used for other battery floating chargingand power supply for charging, the product meets the standards of GB3859 andJB/T10095.

The product uses threephase full controlled bridge rectifier wire lines, AC input is three phase fourwires, 380V, 50-60Hz.



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Q:Can the rectifier change the voltage?
With the starter of the fluorescent rectifier in the circuit is an inductor.Using the starter on and off the lamp at both ends of the high pressure to the lamp inside the gas conduction and light, the specific I have not measured, but 55V seems not too Correct
Q:Characteristics of Electronic Rectifier and Ordinary Rectifier
The most failure of the fluorescent lamp is the lamp does not light, turn on the lights without any reaction. First, measure whether R0 is blown. RO itself is the role of insurance, once the overcurrent will be blown, so as not to damage more yuan led chip. Some of the electronic rectifier in the RO at the connection is 0. 5A fuse. If RO is blown, there must be overcurrent fault.
Q:The difference between rectifiers and transformers
Rectifier (English: rectifier) is the exchange of alternating current into direct current devices, can be used for power supply devices and detect radio signals. The rectifier can be made of a vacuum tube, a pilot tube, a solid-state silicon diode, a mercury arc, or the like. In contrast, a set of devices that convert DC into alternating current is called an "inverter".
Q:Where can the rectifier be used?
There are many forms of rectifier, the general internal electrical appliances will be used rectifier. The simplest 1, 2 or 4 diodes can form a rectifier.
Q:Electronic ballasts and inductive ballasts have several output lines?
Electronic ballast (Electronic ballast), is a ballast, refers to the use of electronic technology to drive electric light source, to produce the necessary lighting of electronic equipment. Corresponding to the inductive ballast (or ballast). Modern fluorescent lamp more and more use of electronic ballasts, lightweight and compact, and even electronic ballasts and tubes can be integrated together, while electronic ballasts can usually both starter function, so it can save Go to a separate starter
Q:The basic requirements of the rectifier
Battery charge voltage temperature compensation When using the remote temperature detector, the rectifier / charger should automatically adjust the battery float voltage (generally press -5mv / only / ℃). Usually the battery float voltage is 2.25V / only, the termination voltage is 1.67V / only,
Q:The difference between the rectifier and the inverter
Low-voltage direct current conversion boost into high-frequency high-voltage alternating current rectifier filter into high-voltage direct current and then converted to low-frequency mains. Because the low voltage to be converted to high voltage will use the transformer, the transformer volume want small, then use high frequency to convert.
Q:What is the difference between the regulator and the rectifier?
Rectifier (English: rectifier) is the exchange of alternating current into direct current devices, can be used for power supply devices and detect radio signals. The rectifier can be made of a vacuum tube, a pilot tube, a solid-state silicon diode, a mercury arc, or the like.
Q:Full-wave regulator rectifier and half-wave regulator rectifier! Where is the difference?
The full-wave rectifier circuit flows through a rectifier device (such as a crystal diode) for half a cycle and the current flows through the second rectifier in the other half of the cycle and the connection of the two rectifier devices Of the current in the same direction (DC) through the load.
Q:Electronic ballasts and electromagnetic ballasts are different
Electronic ballasts can also have more features, such as by increasing the current frequency or current waveform (such as square wave) to improve or eliminate the flashing phenomenon of the fluorescent lamp; can also be through the power inverter process so that the fluorescent lamp can use DC power. Some of the shortcomings of traditional inductive rectifiers make it being replaced by increasingly sophisticated electronic ballasts

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