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UKEO is a voltage stabilizer manufacturer from China, with a history of more than 30 years, our team has innovative products, there are many styles to choose from, we have our own engineers to design the circuit boards of the products, and we also provide product customization , OEM&ODM service, because we are a voltage stabilizer manufacturer, there are no middlemen or agents, customers can get the first-hand price from us, welcome to inquire, I believe we can have a good cooperation.
| S/N | Description | Specification |
| 1 | Input voltage range | 320 to 470 V |
| 2 | Output voltage | 400V (P-P) 230V (P-N) |
| 3 | Input frequency rate | 48 to 52 Hz |
| 4 | Output voltage regulation | ±1 % of nominal voltage |
| 5 | Protection Class | Outdoor Unit |
| 6 | Rated KVA | 60KVA to 100kVA |
| 7 | Cooling | Oil cooling |
| 8 | Voltage indication | Digital voltmeter to measure input & output voltage in all phases |
| 9 | Output current indication | Recons make digital ammeter to measure output current in all phases |
| 10 | Resolution of Digital voltmeter | 1 Volt |
| 11 | Accuracy of digital voltmeter | ±0.5 % of full scale ± 1 digit |
| 12 | Servo Motor | High torque AC servo motor |
| 13 | Electronic over load cut off | Operational above 110% rated output |
| 14 | Non latching LED Indication | Input on, output on |
| 15 | Operation | |
| 16 | Latching LED indication | Output high / Output low / Out put |
| Overload | ||
| 17 | Resetting mode | Automatic operation |
| 18 | Input/ Output/ Bypass Breaker | To be provided |
| 19 | Control | Auto / Manual |
| 20 | Protection | Output over volt, Output under volt & Output over load |
| 21 | Insulation Resistance | Better than 100 M. ohms |
| 22 | Di-electric strength | 1.6 KV for Entire Unit |
| 2.1 KV for Power Circuits |
The main structural parts are the rotating part R and the static part S. And the rotating part is wound around the winding in parallel with the power supply line, and then the winding of the static part is the secondary winding and the load in series.
When a certain primary voltage E1 is applied between 3 and 4, and the voltage induced by the secondary winding changes according to the angle φ between the two windings, and then with the change, E2=E1cos φ can change continuously.
In addition, if the connection between 2 and 3 Together, and the terminal voltage between 1 and 4 is equal to E1+E2=E1(1+cos φ). And if the two windings are parallel in the same direction, the terminal voltage between 1 and 4 is the maximum, which is equal to E1+E2.
As for the two windings facing each other at right angles, and the secondary winding has no induced voltage E2 = 0, the terminal voltage is equal to the supply voltage E1, if the rotating part continues to rotate again and φ is greater than 90, and the secondary winding also has an induced voltage, but the induced voltages E2 and E1 Instead, the terminal voltage is equal to the difference between E1 and E2.
From the above, it is known that according to the relative position of the primary and the secondary, and the voltage can be continuously adjusted and changed from the change of the primary magnetic flux when there is a load. And then its advantages lie in its large manufacturing capacity, strong instantaneous overload capability and low failure rate.
The main structural parts are the rotating part R and the static part S. And the rotating part is wound around the winding in parallel with the power supply line, and then the winding of the static part is the secondary winding and the load in series.
When a certain primary voltage E1 is applied between 3 and 4, and the voltage induced by the secondary winding changes according to the angle φ between the two windings, and with the change, E2=E1cos φ can change continuously. If the connection between 2 and 3 Together, and the terminal voltage between 1 and 4 is equal to E1+E2=E1(1+cos φ).
If the two windings are parallel in the same direction, and the terminal voltage between 1 and 4 is the maximum, which is equal to E1+E2. As for the two windings facing each other at right angles, the secondary winding has no induced voltage E2 = 0, the terminal voltage is equal to the supply voltage E1, if the rotating part continues to rotate again and φ is greater than 90, the secondary winding also has an induced voltage, but the induced voltages E2 and E1 Instead, the terminal voltage is equal to the difference between E1 and E2.
From the above, it is known that according to the relative position of the primary and the secondary, and the voltage can be continuously adjusted and changed from the change of the primary magnetic flux when there is a load. And Its advantages lie in its large manufacturing capacity, strong instantaneous overload capability and low failure rate.
Professional voltage stabilizer manufacturer you can trust.
▲ Manufactured by the principle of electromagnetic induction, no contact, no carbon brush wear, no sparks and other shortcomings, low failure rate, high safety, maintenance-free replacement. Overcome the shortcomings of autotransformer carbon brush regulator models.
▲Using the magnetic field deflection angle to stabilize the voltage, there is no jumping section, the voltage is linearly adjusted, and there is no tap surge and waveform mutation. Overcome the shortcomings of CNC thyristor models.
UKEO, professional voltage stabilizer manufacturer.
Factory Address:Wuqu Industrial area,Shouning city,Fujian,China
Brand Office Address: No.1780 Wenzhou Av. Lucheng district,
Wenzhou,Zhejiang,China.
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