Product Name: RSBW High-Power Voltage Stabilizer
Performance Features: Stable Voltage, Shock Resistance
Technical Specifications: 500VA, 800VA, 1200VA, 2000VA, 2500VA, 3500VA, 5000VA, 7000VA
Product Note: High Width and Height Limit Voltage Stabilizer
Product Introduction
The RSBW High-Power Voltage Stabilizer offers a wide-range voltage regulation with advanced control technology and voltage regulation circuits. It employs a low-loss Optimized Ring-type Transformer. It boasts a wide input voltage range, high efficiency, minimal output voltage fluctuations, high stability, and comprehensive protection functions. Primarily suitable for stabilizing and protecting various household appliances such as air conditioners, refrigerators, electric heating appliances, color TVs, and audio systems. It can also be used for similar electrical equipment, making it an ideal residential voltage stabilizer.
Technical Features
Wide input voltage range: ultra-low voltage design ensures the normal operation of the load appliance within an extremely wide input voltage range.
2. Low Output Fluctuations: Utilizes advanced digital coding technology for minimal output voltage fluctuations.
3. High energy-saving: AdoptedOptimalRing-type transformer and advanced control circuits, with high efficiency and low loss, achieving an average efficiency of over 98%.
4. Features overvoltage protection, undervoltage protection, delay protection, and overcurrent protection.
5. Smart Time Delay: The delay time for protection automatically shortens as the power outage duration extends. If the outage exceeds 5 minutes, the delay is automatically removed, avoiding unnecessary waiting.
6. High Quality: Utilizing imported integrated circuits andOptimalComponents, designed and manufactured according to relevant standards, offer stable and reliable performance.
7. Aesthetically Pleasing and Practical: Compact structure, attractive appearance, dual-purpose for desktop and wall mounting.
Technical Specifications
| Three-phase Automatic Compensating High-Power Stepless Power Stabilizer, Main Technical Parameters | |
| Model | RSBW_________KVA |
| Nominal Capacity | 100KVA-2500KVA (Customizable to customer requirements) |
| Input Voltage | Line Voltage: 380V ±20% (304V ~ 456V) |
| Quantity | Three Phase + N + G |
| Operating Frequency | 50HZ / 60HZ |
| Output Voltage | Line Voltage: 380V Phase Voltage: 220V |
| Voltage Regulator | Potentiometer |
| Panel Display | Digital Display: Input Voltage, Output Voltage, Output Current |
| Pressure Regulation Method | Three-phase power splitting, compensating type |
| Rated phase current | 2121A |
| Source Effect (Stabilization Accuracy) | ±1~5% adjustable |
| Waveform Distortion | No additional waveform distortion |
| Dwell Time | ＜1.5s（±22V） |
| Overload Capacity | Can withstand instantaneous overloads up to three times the rated current. |
| Power Factor | Approximately 1 |
| Efficiency | ＞95% |
| Noise | ＜54dB |
| Protection Feature | Overvoltage, undervoltage protection, overcurrent and short-circuit protection, and phase loss protection features |
| Input side circuit breaker | Available |
| Output-side circuit breaker | Available |
| Mains Power Function | Available |
| Type of Load | Sensory Load |
| Load Power Range | 1000KW |
| Load Current Range | 2121A |
| Insulating Resistance | ≥2MΩ |
| Dielectric Strength | 2000V AC sine voltage with no breakdown or arcing for 1 minute |
| Ambient Temperature | 0℃-50℃ |
| Relative Humidity | ＜95% |
| Cooling Method | Fan Cooling |
| Work Method | Continuous Operation |
| Interface Type | Up-and-Out Line |
| Dimensions (D x W x H) mm | 1000x850x1950*3 crates |
| Cabinet Color | RAL7032 |
| Cabinet Material | 2mm thick cold rolled steel plate |
| Host Weight (Kg) | |
| Random Information | Manual, Warranty Card, Certificate of Conformity, Factory Inspection Records, List of Key Components, Schematic Diagrams Matching Physical Items |
| Note | All copper construction; the incoming line end uses busbar form, the wiring is not directly connected to the main circuit breaker on-site. Dwell time refers to the time it takes for the output voltage to stabilize when the input phase voltage changes ±10% (i.e., ±22V). |
