Rectifier Transformers of ZS9 ZSF9 ZSZ9 ZSG9 Series

Rectifier Transformers of ZS9 ZSF9 ZSZ9 ZSG9 Series

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1. Product Description:

ZS, ZSF,ZSZ, ZSG series rectifier transformers are widely used in controlled siliconrectifier power supply and silicon rectifier power supply. They are mainly usedin aluminum, magnesium and zinc smelting, nitric acid, chemicals, pesticides production,electrolysis, electroplating, and traction etc.
There is electrostatic shielding between primary and secondary coils (networkside to valve side) can be electro statically shielded.

The rectifier transformer with two secondary windings and phasedifference of 30°, 15°, and ±7.5 ° for 6-phase and 12-phase rectification canbe designed and produced for users.

2. Product Characteristic:

l Ambient temperature :-30℃—40℃

l Mean annual temperature is +20℃and below +20℃(if it’s water-cooling product, the highest daily average temperature of cooling-water is +25℃)

l Altitude is not more than 1000m.

l Installation site should be without seriousvibration, bumps and chemical corrosion,

3.Specification：

Provide product specification code and usage (load type).

Tap range, connection symbol, short-circuit impedance.

Special environment should be informed such as altitude, chemicaldeposition, dirt, corrosive media, etc., for dry-type transformers insulation shouldbe provided.

Special products can be designed and manufactured according to customer’special requirement.

for indoor and outdoor use.

Voltage grade: 6-35kV,

Frequency: 50-60Hz

Capacity: 30-20000kVA

4. Reference Picture:

Rectifier Transformers of ZS9 ZSF9 ZSZ9 ZSG9 Series

Q:I am building a high voltage RF transformer and I'm wondering what considerations I need to take in order to build it correctly.The transformer primary will be powered by a 12V square wave signal around 5-20kHz. The secondary needs to put out at least 1kV at very low amperage (in the mA range, the lower the better).What considerations I need to take into account in building the transformer?Thanks for all the help!: very last transformer I made had a 1000 volt secondary, a 28 volt time-honored, ran at 22kHz, and a 20mA potential. It change into wound on a ferrite style and change right into a dice about a million.5 inches on each and every area. I had lots of problem protecting it from shorting out. I used lots of particular HV insulating tape between winding layers, and managed to get some operating, notwithstanding it change into complicated. It change into used in a voltage doubler to generate 2500 volts DC, so the entire winding had to face up to that voltage. undergo in concepts that there are purely some volts between consecutive turns, yet after one hundred turns, that builds as a lot as thousands of volts. .

Q:What is the use of the lower part of the transformer made of rail?: Transformer The lower part of the box has two structures: 1 set the wheels. This requires the installation of the track on the basis of the transformer, and then the wheels fixed on the I-beam track, this way to facilitate the maintenance and installation of the transformer handling, but because of the large and larger transformers, the use of wheels is already less; I-beam or channel as a load-bearing beam. This transformer does not need to set the track, on the basis of the transformer relative to the location of the beam weighing embedded flat steel, the transformer in place after the load-bearing beam fixed fixed on the base embedded parts. Need to move the transformer, the chisel spot welding, with the hoist and other machinery will slowly drag the transformer.

Q:I want to know how much the current will increase. But the transformers i'm looking at VCT VT10000 - 10,000 Watts Heavy Duty Continuous Use 110V / 220V / 240V Step Up / Step Down Voltage Transformer or 15,000 Watt Step Up and Step Down Voltage TransformerI figure the whats is the total possible power and if you divide the power by the intial voltage you get the current and if you divide by the out put voltage you get the final current? but what if you input doesn't equal 15000 watts or whatever the power is?: the power output of the transformer depends upon transformer ratio. transformer ratiosecondary voltage/primary voltageOR no. of secondary turns/no. of primary turns in this case, transformer ratio220/1102. and transformer's capacity is denoted in KVA or VA. also, a transformer can only transform power(increasing voltage levels while decreasing current level and, vice versa), but it can't change the amount of power. the power of a transformer will remain constant for any input. hence, if the input voltage decreases, the input current increases, making the power a constant. for a step up, output or secondary voltage will increase, magnitude depending upon the transformer ratio.

Q:What are the technical parameters of the transformer?: C, rated current (A): transformer in the rated capacity, allowing long-term through the current. D, no load loss (kW): when the rated frequency of the rated voltage applied to the end of a winding, the other winding open when the active power. And the core silicon steel sheet performance and manufacturing process, and the applied voltage. E, no-load current (%): When the transformer in the rated voltage under the secondary side of the load, the current through a winding, generally expressed as a percentage of the rated current. F, load loss (kW): the transformer secondary winding short circuit, in a winding rated tap position into the rated current, then the power consumption of the transformer. G, the impedance voltage (%): the secondary winding of the transformer short circuit, in a winding slowly increase the voltage, when the secondary winding short-circuit current equal to the rated value, then the voltage applied once the general. As a percentage. H, the number of phases and frequency: three-phase beginning to S said, single-phase start with D said. China's national standard frequency f is 50Hz. Foreign countries have 60Hz (such as the United States).

Q:What is the critical load of the economic operation of the transformer?: In order to increase the amount of active loss caused by the active loss of the system in the power system, a conversion factor is introduced, that is, the reactive power economic equivalent. Reactive power economic equivalent, is that the power system to send 1kvar reactive power, the power system will increase the number of active power loss kw, the symbol kq, unit kw / kvar. This kq value and the power system capacity, structure and calculation of the specific location and other factors. For the factory substation, reactive power economic equivalent kq = 0.02 ~ 0.15; Kq = 0.05 ~ 0.08; for the three or more transformer factory, take kq = 0.1 ~ 0.15 ~ 0.04; for the two-stage transformer factory, take kq = The

Q:I want you guys to tell me if the movie transformers its a good movie or not? Why?Thanks, See Ya!: I think it is the BEST film i ever watched i have watched it 3 times in the cineam (sad i no) twice up romford and once in america!!!! I think it is so good because i wernt expecting muchu out of it as i thoguht it was gonna be a bit childish btu its really not juts an all round brilliant film - it never stops havin action init just non stop blood pumping film hope this helped :D

Q:440 volts should be as dangerous as 11,000 volts because a transformer does not dissipates power it just converts voltage into current, my question is if the power at the secondary region is the same why it is said that it is not as dangerous.: I haven't a clue as to who told you that. The lower voltage would tend to hold you to the wires, where the higher voltage would push you away. The only real difference is that the higher voltage could arc to you, where the lower voltage at the same distance would not.

Q:The main transformer is chosen in principle: Transformer selection, you can refer to the following, but still according to the actual production needs! 1, the number of transformers to determine ???(1), the number of main transformer to determine the principle is to ensure the reliability of power supply. When one of the following conditions is met, two or more transformers shall be installed. ???①, there are a lot of first-class load and although the secondary load but need to set from the security (such as fire, etc.). ???②, when the seasonal load changes greatly. ???③, when the load is large. ???For large-scale hub substation, according to the specific circumstances of the project can be installed 2 to 4 main transformer. ???When installing multiple transformers, it is appropriate to group the transformer according to the characteristics and changes of the load in order to flexibly switch the corresponding transformer group. Transformers should be operated in the sorted manner. Transformer low-voltage outlet of the neutral and neutral ground wire should be laid separately. For the convenience of testing, in the ground circuit, close to the transformer to do a removable connection device. ???(2), the general three-level load or capacity is not too much power and lighting should be a load with only one transformer. ???(3), when any of the following circumstances, can be dedicated transformer ???①, when the lighting load is large or power and lighting using a common transformer seriously affect the lighting quality and lamp life, can be set for lighting special transformer. ???②, single single-phase load is large, should be set single-phase transformer. ???③, the impact of a larger load, seriously affect the power quality, can be set for shock load special transformer. ???④, when the seasonal load (such as air conditioning equipment, etc.) about the total load of the project 1/3 and above, it is appropriate to configure a dedicated transformer.

Q:What is the meaning of the transformer without excitation?: No excitation refers to the transformer should be off the state of the power regulator, and his relative to the excitation voltage regulator should be on-load regulation.

Q:I know there is decepticons and autobots but i remember hearing somewhere that in the cartoon version transformers there was anothere group: humabots!! xD lol jks

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