What Is a Voltage Stabiliser?
A voltage stabiliser, also known as an electric stabiliser, is an essential power protection device that automatically regulates voltage levels to deliver a stable output to connected equipment. Whether your area suffers from low voltage, voltage fluctuations, or sudden surges, a stabiliser helps prevent damage to appliances by ensuring a consistent 240V output (or customized value as needed).
Parametri tecnici
| Modello | DVB-3000VA | DVB-5000VA | DVB-8000VA | DVB-10000VA | DVB-12000VA | |
| SVB-3000VA | SVB-5000VA | SVB-8000VA | SVB-10000VA | SVB-12000VA | ||
| Fase | Monofase | |||||
| Tensione d'ingresso | AC 45-260V, 80-260V, 100-260V, 140-260V (o personalizzato) | |||||
| Tensione di uscita | AC 220V o personalizzato | |||||
| Frequenza | 50Hz/60Hz | |||||
| Precisione | ±3%, ±10% or customized | |||||
| Efficienza | >95% | |||||
| Tipo di controllo | Relay type/Servo motor | |||||
| Display digitale | Mostra la tensione di ingresso e di uscita | |||||
| Protezione | Sovratemperatura, sovratensione, sottotensione, sovraccarico, tempo di ritardo | |||||
| Temperatura ambiente | -10°C~+ 40°C | |||||
| Umidità relativa | <95% | |||||
| Distorsione della forma d'onda | Nessuna distorsione della forma d'onda aggiuntiva | |||||
| Resistenza isolante | Normalmente più di 2MΩ | |||||
| Classe di isolamento | Classe B | |||||
| Protezione | Sovratensione | Tensione di uscita ≥ 245V ± 4V | ||||
| Bassa tensione | Tensione di uscita ≤ 180V ± 4V | |||||
| Sovratemperatura | 95℃±10℃ | |||||
| Tempo di ritardo | Tempo lungo (180 secondi) / tempo breve (6 secondi) | |||||
| Sottotensione | Disattivato per impostazione predefinita, personalizzabile se necessario | |||||
| Potenza | 3000VA | 5000VA | 8000VA | 10000VA | 12000VA | |
| Dimensioni (mm) L*L*H | 264*145*375 | 280*170*405 | 300*180*440 | 300*200*450 | 300*200*450 | |
| Le dimensioni e il peso variano a seconda della gamma di tensione e sono soggetti al prodotto personalizzato. | ||||||
Key Advantages of DVB & SVB Voltage Stabilisers
Ampio intervallo di ingresso: Operates efficiently across various voltage ranges (45V–260V, 80V–260V, etc.) to suit regional power conditions.
Alta precisione: Output voltage regulation up to ±3% for servo models and ±10% for relay models.
Two Control Options:
DVB Series: Relay-type for cost-effective, stepped correction.
SVB Series: Servo-type for smooth, real-time voltage regulation.
Smart Protection System: Includes overvoltage, undervoltage, overtemperature, overload, and time-delay protection.
Digital Display: Real-time monitoring of input and output voltage.
Alta efficienza: >95%, ensuring minimal energy loss.
Compact Design: Space-saving wall-mount and floor-standing options available.
How to Choose the Right Voltage Stabiliser?
Before purchasing, consider:
Load Capacity: Add up the wattage of all devices to be connected. Add 2–3X extra to select the appropriate VA rating.
Input Voltage Range: Know your area’s power fluctuations and choose the appropriate input range.
Control Type: Servo for high accuracy, relay for cost-efficiency.
Installation: All models can be wall-mounted or floor-standing depending on your space.
Still unsure? Our team is happy to offer model recommendations based on your exact needs.
FAQ
Q1: Can I use these stabilisers with air conditioners or refrigerators?
Yes. Both DVB and SVB models are suitable for home appliances. For inductive loads like air conditioners, choose a model rated 30–50% above the appliance’s power rating.
Q2: What is the difference in precision between relay and servo stabilisers?
Relay models generally offer ±10% accuracy, while servo models provide ±3%, making them better for voltage-sensitive equipment.
Q3: Do these stabilisers require regular maintenance?
Not much. Just keep them clean and ensure proper ventilation. For servo models, occasional checks on the servo motor are recommended.
