Key Features and Advantages
- High Capacity: Meant for handling large loads with momentary overloads and hence fits well in heavy environments.
- Efficiency: It has an efficiency rating of 98%, hence allowing minimum energy dissipation during its operation.
- No Waveform Distortion: Provides a clean output, hence sensitive equipment is protected from potential damage.
- Stable Voltage Regulation: Voltage regulation is always contained within specific limits without regard to fluctuating input conditions.
- Multiple Modes: It has the provision for manual as well as automatic modes of operation.
- Full Protection: Equipped with overvoltage, undervoltage, phase failure, etc., for good reliability.
Technical Date Sheet
| Model | SBW-50KVA-1000KVA(Three phase) |
| Input voltage | 304V-456V |
| Output voltage | 380V±2.5% |
| Voltage regulation accuracy | ±2.5% |
| Insulation resistance | ≥2MΩ |
| Voltage withstand | 2000V 1min (no disruption or flash) |
| Frequency | 50Hz/60Hz |
| Response time | ≤1.5S (against 10% input voltage deviation) |
| Effectiveness | ≥98% |
| Waveform distortion | No additional waveform distortion |
| Working environment | Temperature :-10℃ to +40℃, Humidity: <90% |
| Protection function | Overvoltage, over current, phase missing, phase sequence production and mechanical fault protection |
| Grid electric function | Convenient change for grid electric and regulating electric |
| Working method | Long term continuous work |
| Start method | Powe selectable automatic start or manual start |
| Product name | Product model | Number ofcabinets | OUT PUT | Size(mm)LxWxH |
| SBW series Three-phase full self Dynamic compensation Power regulation Device |
SBW-30KVA | Single cabinet | 380V±3% | 750X600X1250 |
| SBW-50KVA | Single cabinet | 380V±3% | 750X600X1250 | |
| SBW-60KVA | Single cabinet | 380V±3% | 750X600X1250 | |
| SBW-80KVA | Single cabinet | 380V±3% | 850X620X1400 | |
| SBW-100KVA | Single cabinet | 380V±3% | 850X620X1400 | |
| SBW-120KVA | Single cabinet | 380V±3% | 850X620X1400 | |
| SBW-150KVA | Single cabinet | 380V±3% | 1000X700X1600 | |
| SBW-200KVA | Single cabinet | 380V±3% | 1000X700X1600 | |
| SBW-250KVA | Single cabinet | 380V±3% | 1100X800X1900 | |
| SBW-300KVA | Single cabinet | 380V±3% | 1100X800X1900 | |
| SBW-350KVA | Single cabinet | 380V±3% | 1100X800X1900 | |
| SBW-400KVA | Single cabinet | 380V±3% | 1100X1250X2000 | |
| SBW-500KVA | Single cabinet | 380V±3% | 1100x1250X2000 | |
| SBW-600KVA | Single cabinet | 380V±3% | 1100X1250X2000 | |
| SBW-800KVA | Double cabinet | 380V±3% | 1700X1300X2000 |
Operating Conditions
- Temperature: -10℃ to +45℃
- Altitude: Below 1000m
- Humidity: 20% to 90% (non-condensing)
- Environment: Corrosive gas, dust, and heavy vibration that may affect insulation shall not be present.
Application Range
The SBW-N100KVA stabilizer is suitable for use at:
- Small and medium-sized plants, workshops
- Large-scale mining enterprises
- Precision machine tools and instruments
- Elevators and imported electromechanical devices
- Mining, oil field, construction site, school, hospital, scientific research institutions, etc.
- Important matters that shall be paid attention to during debugging
During commissioning after installation, the following are some basic prerequisites that must be addressed in relation to an SBW-N100KVA stabilizer:
- Check casing and model against specifications ordered for transport damage before switching on.
- Understand its functions and operating conditions as a user.
- The load current to be handled shall not be above the rated capacity.
- Check whether the input voltage is within the specified limits.
- Immediate check must be carried out when the output voltage is unstable.
- Bypass Functionality: It shall be able to indicate the availability of manual or automatic bypass options for either maintenance or fault conditions.
Summary
The SBW-N100KVA is a high-power automatic voltage stabilizer that performs a very important function in voltage stabilization, with applications ranging from small household equipment to large-scale industrial use. Due to its robust build, high effectiveness, and comprehensive protection, the equipment is very reliable for industries requiring consistent and safe electrical performance. It also offers maximum functionality and, due to its very advanced technology, it provides friendly features to make its operation easy, even in highly problematic voltage fluctuation-prone environments.








