Color: | Black And White | Display: | LCD And Touch Screen |
---|---|---|---|
Indicators: | Input&output Current, Input & Output Voltage | Regulation: | Three Phase Independent Regulation |
Phase: | Three Phase | Frequency: | 50HZ/60HZ |
Usage: | SBW, TNSZ | Stable Voltage: | Rated Voltage+/-20%~+/-50% |
High Light: | automatic voltage regulator 3 phase,automatic voltage regulator for generator |
Wenzhou Modern Group is a leading company in the manufacture of Power Quality and Energy Saving Products in China.
Milestones:
Certification:
More Certifications we are
Applying... ...
Strict Quality Inspection:
Features:
1. Silent design with moving Long life roller carbon brushes, High reliability and low maintenance
2. Unique compact dimension.
3. Digital control.
4. Rich protection functions.
5. Efficiency up to 98%
6. Independent phase voltage regulation. Changeable through LCD touchscreen display
on site.
7. Manual bypass, Automatic bypass (Optional)
8. Remote monitoring by RS485 or RS232 or WIFI, GPRS.
Our Patent Structure:
Specifications:
Dimensions
Remote Control:
HOW TO CHOOSE A VOLTAGE STABILIZER?
What's the difference between Roller carbon brush with the Flat carbon brush?
Six kinds of technology for the voltage stabilizer
Comparative of the different of Voltage stabilizer:
Servo with the roller brush and columnar transformer | Servo with the flat brush and columnar transformer | Servo with the flat brush and Flat transformer |
Induction AVR with Oil cooling |
Electric AVR | Static AVR | |
---|---|---|---|---|---|---|
Typical efficiency | ≥98% | ≥97% | ≥95% | 80%~90% | ≥90% | ≥98% |
Power factor | 0.99 | 0.99 | 0.85~0.95 | 0.8~0.9 | 0.85~0.9 | 0.8 |
Correction speed | 1s | 1s | 1s | Slow, 1 Min | 0.05s | 0.1s |
Reliability | High | Middle | Low | High | Middle | Middle |
Weight | Middle | Heavy | small | Very heavy | small | smaller |
Dimension | small | Large | Middle | Huge | smaller | smallest |
Noise |
Silent with No Noise |
Noise when Voltage regulated |
Noise when Voltage regulated |
Continuous Noise | Cooling Fan's Noise | Cooling Fan's Noise |
Maintenance | Clean the dust once per 6 months | Clean the dust once per 6 months | Clean the dust once per 6 months | Complicated due to Oil | Clean the dust once per 6 months | Clean the dust once per 6 months |
Application | All kinds load | All kinds loads | Family | Industrial | Residential Load |
Residential Load |
Install | Anywhere | Anywhere | Anywhere | Outdoor Only | Anywhere | Anywhere |
Environmental | Clean | Clean | Clean | Polluted | Clean | Clean |
How to choose the capacity of the voltage stabilizer:
Principles
The voltage stabilizer and the voltage regulator are chosen according to the current:
1 Continuous working current is smaller than the rated current of the voltage stabilizer or voltage regulator, Better to have a design margin of 20%.
2 The loads start current is smaller than 5 times of rated current of the servo voltage stabilizer with the roller brush and columnar transformer. or 2.5 times the servo voltage stabilizer with a flat brush, 2 times the static voltage stabilizer.
How to choose the capacity of the voltage stabilizer:
Loads Rated current:
Single phase:
Rated current In=Pn/(Vn*cosφ)
Three phase:
Rated current In= Pn/(1.732*Vn*cosφ)
Note:
Pn — Load capacity(kW),
Vn — Rated voltage(V), Tt is Line to Line voltage in three phase system
Cosφ — Power factor.
How to choose the capacity of the voltage stabilizer:
Loads surge current:
Three phase(Motors):
1 Direct start: I(tmax)= In total + In(max)*6
2 Autotransformer start: I(tmax)= In total + In(max)*3
3 Star-Delta start: I(tmax)= In total + In(max)*3
4 Variable Frequency start: I(tmax)= In total + In(max)*2
5 Soft start: I(tmax)= In total + In(max)*3
Note:
I(tmax)— The max start current.
In total — The total rated currents of the loads
In(max)— The max starting current of the motor.