Interruptor de transferência automática de dupla potência
Ensure Uninterrupted Power Supply with VIOX Electric’s Premium ATS Solutions
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What is a Dual Power Automatic Transfer Switch?
A Dual Power Automatic Transfer Switch (ATS) is a critical electrical device that automatically switches your power supply between two sources – typically from main grid power to backup generator power. When the primary power source fails, our ATS ensures seamless, instantaneous transfer to your backup power source, guaranteeing continuous operation of your critical systems.
VIOX Electric ATS Product Series
New Dual Power Automatic Transfer Switch
Standard Dual Power Automatic Transfer Switch
Why Choose VIOX Electric as Your Dual Power Automatic Transfer Switch Manufacturer?
VIOX Electric operates as a professional Dual Power Automatic Transfer Switch manufacturer with ISO 9001:2015-certified facilities where every ATS undergoes rigorous quality validation. Our commitment to excellence has made us a trusted partner for electrical contractors, power system integrators, and OEM manufacturers worldwide.
- Industry-Leading Testing: Every VIOX ATS undergoes rigorous 100% testing against international safety standards
- Superior Quality Materials: Premium-grade components ensure longer lifespan and reliable performance
- Engineering Innovation: Our R&D team continually enhances ATS technology for improved power transfer reliability
- Global Certification: IEC, CE, UL, CCC, CB, TUV, and SAA certifications across our entire ATS range
- Apoio global: From selection guidance to installation training and after-sales service
Environmental & Operating Conditions (All Series)
| Parâmetro | Standard Conditions | Extreme Conditions |
|---|---|---|
| Temperatura ambiente | -5°C a +40°C | -25°C to +70°C (storage) |
| Humidade relativa | ≤50% at +40°C | ≤90% at +20°C |
| Altitude | ≤2000m | Up to 4000m (with derating) |
| Grau de poluição | Grade 3 | Indoor installation |
| Grau de proteção | IP30 (standard) | IP20-IP40 (depending on model) |
| Resistência à vibração | Class M1 | Shock resistant design |
| Installation Category | Category III | Fixed installation only |
Complete VIOX Electric ATS Model Range
| Série de modelos | Gama de corrente (A) | Tensão nominal | Tipo de aplicação | Caraterísticas principais |
|---|---|---|---|---|
| VOQ3-43 Series | 32 – 630A | AC400V | High Current Industrial | Built-in controller, Fast switching, ATS integration |
| VOQ3 Series | 20 – 1600A | AC400V | Heavy Industrial | High capacity, Multiple configurations |
| VOQ3-46 Series | 125 – 630A | AC400V | Comercial/Industrial | Compact design, Reliable performance |
| VOQ4-100E Series | 16 – 100A | AC400V | Commercial/Light Industrial | Direct load type, PC class, Ultra-fast switching |
| VOQ4-100R Series | 16 – 100A | AC400V | Aplicações comerciais | Modular design, Easy maintenance |
| VOQ4-80AE Series | 10 – 80A | AC220V/690V | Residential/Small Commercial | Electronic control, LCD display |
| VOQ4-63AE Series | 10 – 63A | AC220V/690V | Residential/Small Commercial | Compact frame, Advanced protection |
| VOQ2-63 Series | 10 – 63A | AC220V | Residential/Light Commercial | Circuit breaker type, Cost-effective |
| Parâmetro | 32A | 63A | 100A | 250A | 400A | 630A | 1600A |
|---|---|---|---|---|---|---|---|
| Tensão nominal (Ue) | AC400V | ||||||
| Tensão nominal de isolamento (Ui) | 750V | 1000V | |||||
| Rated Impulse Voltage (Uimp) | 8kV | 12kV | |||||
| Conventional Thermal Current (Ith) | 32A | 63A | 100A | 250A | 400A | 630A | 1600A |
| Operating Torque | 12 N⋅m | 19 N⋅m | 26 N⋅m | 39 N⋅m | 50 N⋅m | 50 N⋅m | 70 N⋅m |
| Vida mecânica | 10,000 ops | 5,500 ops | 4,000 ops | ||||
| Weight (kg) | 7.2 | 8 | 8.2 | 14 | 15 | 17 | 32 |
| Switching Time | ≤50ms | ||||||
| Modelo | VOQ4-100E | VOQ4-100R | VOQ4-80AE | VOQ4-63AE |
|---|---|---|---|---|
| Gama de corrente nominal | 16-100A | 16-100A | 10-80A | 10-63A |
| Tensão nominal | AC400V, 50Hz | AC400V, 50Hz | AC220V/690V | AC220V/690V |
| Tensão nominal de impulso | – | 8kV | 8kV | 8kV |
| Classificação | PC class | PC class | AC-31B | AC-31B |
| Número do poste | 2, 3, 4 | 2, 3, 4 | 2P, 3P, 4P | Frame: 63 |
| Switching Time | 8ms | ≤50ms | 20ms | 20ms |
| Vida mecânica | ≥6,000 | ≥6,000 | ≥6,000 | ≥6,000 |
| Vida eléctrica | – | ≥1,500 | ≥1,500 | ≥1,500 |
| Frequência nominal | 50Hz | 50Hz | 50/60Hz | 50/60Hz |
| Caraterísticas especiais | Direct load type | Controller wiring | Electronic control | Design compacto |
| Parâmetro | Especificação |
|---|---|
| Gama de corrente nominal | 10A, 16A, 20A, 25A, 32A, 40A, 50A, 63A |
| Tensão nominal | AC220V |
| Tipo | 2P (C type), CT type, D type, F type, Z type |
| Frame Size Current | 10-63A |
| Classificação | Circuit breaker type |
| Número do poste | 2, 3, 4 |
| Padrão | GB/T14048.11-2008 |
| ATSE Class | CB class, with overload and short-circuit protection |
| Caraterísticas de proteção | Overload protection, Short-circuit protection |
| Temperatura de funcionamento | -5°C a +40°C |
| Instalação | Montagem em calha DIN |
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More Than Just a ATS Manufacturer
Na VIOX, vamos para além do fabrico Dual Power Automatic Transfer Switches by offering a suite of value-added services tailored to meet your project needs. Our commitment to excellence ensures that every customer receives personalized attention, expert guidance, and seamless support throughout their ATS implementation journey.
Consulta de serviços
Whether your Dual Power Automatic Transfer Switch requirements are straightforward or complex, our team provides expert advice and technical consultation. For more intricate projects, we offer in-depth engineering support to ensure optimal ATS selection and application, guaranteeing safety and efficiency in your power transfer systems.
Recomendações de produtos
Unsure which Dual Power Automatic Transfer Switch suits your system? Our specialists provide free, customized recommendations based on your specific operational and environmental requirements, ensuring you get the perfect ATS solution for your power management needs.
Apoio logístico
If you lack a reliable freight forwarder, we can arrange transportation of your Dual Power Automatic Transfer Switch orders from our factory to your project site at no extra cost. Our logistics team ensures timely and secure delivery to keep your project on schedule.
Apoio à instalação
Need help with Dual Power Automatic Transfer Switch installation? Our technical team is available to answer your questions or provide hands-on support. For larger projects, we can dispatch an engineer to your site for on-the-ground ATS installation assistance.
Everything About Dual Power Automatic Transfer Switches
What is a Dual Power Automatic Transfer Switch?
A Dual Power Automatic Transfer Switch (ATS) is a vital electrical safety device designed to automatically transfer electrical loads between two power sources. It functions by continuously monitoring the primary power source and instantly switching to a backup source when power quality falls below acceptable parameters or when a complete outage occurs.
Dual Power Automatic Transfer Switches are essential components in modern electrical systems, protecting critical operations from power interruptions caused by utility outages, equipment failures, and maintenance activities. As electrical systems become more sophisticated and dependent on continuous power, the importance of reliable ATS solutions continues to grow.
Tipos de chaves de transferência automáticas de dupla potência
Understanding the different types of Dual Power Automatic Transfer Switches is crucial for selecting the right power transfer solution:
- Open Transition ATS: Brief interruption during transfer, cost-effective for non-critical loads
- Closed Transition ATS: Momentary parallel operation of sources, ideal for sensitive equipment
- Soft Loading ATS: Gradual load transfer to minimize electrical stress
- Fast Transfer ATS: Millisecond switching for critical applications
- Static Transfer Switch: Solid-state switching with no mechanical parts
- Bypass Isolation ATS: Manual bypass capability for maintenance
How Dual Power Automatic Transfer Switches Work
The fundamental principle behind Interruptor de transferência automática de dupla potência operation is continuous power monitoring and automatic source switching:
Monitoring Phase: The ATS continuously monitors voltage, frequency, and phase sequence of the primary power source. Advanced units monitor multiple parameters including voltage variations, frequency deviations, and phase rotation.
Detection Response: When power quality falls outside acceptable parameters, the ATS initiates the transfer sequence. This includes delays to prevent unnecessary switching due to brief disturbances.
Source Switching: The transfer switch automatically connects loads to the backup power source, ensuring continuous power supply to critical equipment.
Automatic Retransfer: Once primary power is restored and stabilized, the ATS automatically transfers loads back to the primary source after appropriate time delays.
Key Technical Parameters for Dual Power Automatic Transfer Switches
Understanding these critical specifications is essential for proper ATS selection:
Rated Current (Ie): The rated current ranges from 16 to 3200A depending on the application and switch series
Rated Voltage (Ue): Operating voltage typically ranges from 220V to 690V, with some models supporting AC400V and others AC220V/690V systems
Switching Time (ts): With a switching speed measured in milliseconds, ATSE is essential for environments that cannot tolerate power interruptions
Withstand Closing Current Rating (WCR): When applying a transfer switch consideration must be given to the withstand closing current rating to ensure system integrity and reliability
Control Voltage: Typically AC220V or DC24V for control circuit operation
Environmental Ratings: Operating temperature ranges typically from -25°C to +70°C with protection levels from IP20 to IP40
Dual Power Automatic Transfer Switch Selection Guide
When selecting the right Interruptor de transferência automática de dupla potência, consider these critical factors:
Load Analysis: Different loads have varying power requirements. Motor loads have high starting currents, necessitating a higher capacity ATS
Transfer Time Requirements: The required transfer time varies depending on the application. Data centers require millisecond-level switching, while less critical loads can tolerate slightly longer transfer times
Application Type: Generally choose PC-level ATS for applications where power outages are not allowed and in particularly important power consumption occasions such as communication centers, banking and securities industries, hospitals, and airports
Modo de funcionamento: Choose between self-injection and self-recovery (automatic return to normal power), self-injection but no self-recovery, or mutual backup operation modes
Condições ambientais: Consider operating temperature, humidity, installation location, and protection level requirements
Conformidade com as normas: Ensure compliance with relevant standards such as IEC60947-3, IEC60947-6, GB14048.3, and GB14048.11
Dual Power Automatic Transfer Switch Installation Best Practices
Proper installation is crucial for effective Interruptor de transferência automática de dupla potência performance:
Seleção de local: Install ATS in accessible location with adequate ventilation and protection from environmental hazards.
Source Coordination: Ensure proper coordination between utility supply, ATS, and backup generator systems.
Ligação à terra: Establish solid grounding connections according to local electrical codes and manufacturer specifications.
Control Wiring: Use appropriate control cables and maintain separation from power conductors to prevent interference.
Testing and Commissioning: Perform comprehensive testing of all ATS functions before placing the system in service.
Dual Power Automatic Transfer Switch Maintenance and Testing
A manutenção regular garante o desempenho ideal do SPD:
Inspeção visual: Verifique mensalmente se há danos físicos, corrosão ou conexões soltas. Procure por sinais de estresse térmico ou deterioração.
Indicadores de status: Monitor SPD Indicadores de status (geralmente verde para normal, vermelho para falha). Substitua os dispositivos com defeito imediatamente.
Ensaios eléctricos: Realizar testes elétricos anuais para verificar SPD funcionalidade e níveis de proteção. Use equipamento de teste apropriado projetado para SPD testes.
Documentação: Manter registros de SPD instalação, teste e substituição para monitorar o desempenho do sistema e planejar a manutenção.
Critérios de substituição: Substituir DUPs que apresentem sinais de danos, falhem nos testes ou atinjam o fim da vida útil conforme especificado pelo fabricante.
Dual Power Automatic Transfer Switch Maintenance and Testing
Regular maintenance ensures optimal ATS performance and involves a combination of regularly scheduled tests, visual inspections, and routine cleaning:
NFPA 110 Requirements: Transfer switches shall be subjected to a maintenance and testing program that includes inspection of connections, contact inspection and cleaning, mechanical and electrical operation tests, and replacement of contacts when required
Cronograma de manutenção: It is strongly recommended that scheduled comprehensive reviews are performed by a qualified technician quarterly with internal maintenance performed once a year
Visual Inspection Checklist: Check for loose or damaged wires, inspect contactors and relays for signs of wear, verify all connections are tight and secure, and look for evidence of overheating such as discolored insulation
Testes funcionais: Monitor automatic transfer switch operation and listen for any unusual noises that could indicate a problem. Conduct insulation resistance tests as required
Documentação: Maintain detailed records of all tests and maintenance tasks performed on the ATS, including thermal imaging reports and problem resolution activities
Safety Requirements: NFPA 99 and 110 specifically state maintenance and testing activities will be performed by qualified/competent personnel
Dual Power Automatic Transfer Switch Applications and Industries
Dual Power Automatic Transfer Switches are essential across numerous critical applications:
Healthcare Facilities: Essential for environments that cannot tolerate power interruptions, such as hospitals where life-safety and critical medical equipment depend on continuous power
Centros de dados: Critical for data centers, communication stations, and server applications where data centers often have multiple power sources including utility grid, generators, and UPS systems
Fabrico industrial: Essential for industrial production lines where power interruptions can cause costly downtime and equipment damage
Edifícios comerciais: Applied in power distribution and protection for residential, commercial, and industrial buildings
Emergency Services: Critical for fire protection systems where loads such as fire pumps, fire fans, and fire elevators need to ensure reliability of power supply
Sistemas de energias renováveis: Can be used with renewable energy sources such as solar panels or wind turbines when compatible with specific voltage, frequency, and technical specifications
Future of Dual Power Automatic Transfer Switch Technology
O Interruptor de transferência automática de dupla potência industry continues to evolve with advancing technology:
Smart ATS Systems: Integration of IoT capabilities allows remote monitoring, predictive maintenance, and system optimization with real-time data analytics
Enhanced Control: Modern systems feature intelligent controllers with computer networking interfaces to realize remote control, remote adjustment, remote signaling, and telemetry functions
Renewable Integration: Next-generation ATS systems accommodate renewable energy sources and can be integrated with solar panels, wind turbines, and battery storage systems
Advanced Monitoring: Modern units feature LCD displays showing battery real-time voltage, working status of utility power, inverter and battery with fast transfer times of ≤10ms
Capacidades de personalização: Manufacturers now offer customized production according to customers’ special requirements, including specific voltage and current specifications and personalized functional requirements
Always consult with a qualified electrical engineer to ensure the Interruptor de transferência automática de dupla potência meets your specific power system requirements and local electrical codes. It is highly recommended to have a qualified technician or electrician install your dual power automatic transfer switch to ensure proper installation, sizing, and integration with your existing electrical system.
YUEQING: Dual Power Automatic Transfer Switch Manufacturing Hub
Yueqing, a county-level city in Zhejiang Province, China, is recognized as one of the world’s largest manufacturing hubs for electrical switching devices, including Dual Power Automatic Transfer Switches. Known as the “Electrical Capital of China,” this city in the Wenzhou region has gained prominence due to its extensive network of electrical component manufacturers and advanced ATS production capabilities.
O domínio da cidade em Interruptor de transferência automática de dupla potência manufacturing is driven by its high concentration of specialized factories, such as VIOX Electric, which focus on producing high-quality electrical transfer switches. Yueqing boasts state-of-the-art ATS manufacturing facilities with automated production lines and strict quality control measures. Its proximity to major transportation hubs ensures efficient global distribution of Interruptor de transferência automática de dupla potência products. Additionally, the industry emphasizes research and development, offering customized OEM/ODM ATS solutions while adhering to international standards like UL, CE, CSA, IEC, and RoHS certifications.
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