Original Bridge Rectifiers Three Phase 1600v, 82a Vuo-16no7

Zuzenketa trifasiko bakarreko zubi moduluen ikuspegi orokorra

Zuzenketa trifasikoko zubi moduluak ezinbesteko osagaiak dira potentzia elektronikan, korronte alternoa bihurtzeko diseinatua (AC) hornidura trifasikotik korronte zuzenera (DC). Modulu hauek normalean zubi-konfigurazioan antolatutako sei diodoz osatuta daude. Asko erabiltzen dira industria-aplikazioetan, hala nola motor-untagailuetan, soldadura ekipoak, eta etenik gabeko elikadura-hornidurak (UPS) sistemak eraginkortasuna eta fidagarritasuna direla eta. Diseinu sendoak funtzionamendu egonkorra bermatzen du karga baldintza desberdinetan, tamaina trinkoak, berriz, hainbat sistema elektrikotan erraz integratzea errazten du.

Zuzenketa trifasiko bakarreko zubi moduluen ezaugarriak

1. Eraginkortasun handia: AC-DC bihurtzean potentzia gutxien galtzeko optimizatua.
2. Diseinu trinkoa: Instalazio elektrikoetan lekua aurrezten du, lehendik dauden sistemetan integratzea erraztuz.
3. Eraikuntza sendoa: Ingurune gogorrak jasateko eta epe luzerako fidagarritasuna emateko eraikia.
4. Funtzionamendu-tenperatura sorta zabala: Tenperatura espektro zabal batean eraginkortasunez funtzionatzeko gai da, aldakortasuna areagotuz.
5. Erresistentzia termiko baxua: Beroaren xahupen eraginkorra errazten du, osagaien bizitza luzatzen lagunduz.
6. Gainkorrontearen babesa: Segurtasun-eginbide integratuak gehiegizko korronteen kalte potentzialetatik babesten ditu.
7. Kableatu sinplifikatua: Instalazioaren konplexutasuna eta denbora murrizten ditu konexio zuzenekin.
8. Gorago-korronte handiko gaitasuna: Gainkarga iragankorrak kudeatzen ditu errendimendua edo iraupena kaltetu gabe.

(Original Bridge Rectifiers Three Phase 1600v, 82a Vuo-16no7)

Specification of Original Bridge Rectifiers Three Phase 1600v, 82a Vuo-16no7

The Original Bridge Rectifiers 3 Stage 1600V, 82A VUO-16NO7 is a high-performance semiconductor element made for transforming three-phase rotating present (AIRE GIROTATUA) to route existing (DC) in industrial and sturdy applications. Engineered for integrity and efficiency, this rectifier module is developed to deal with high-voltage and high-current requirements while making sure secure performance under demanding conditions. The tool includes a three-phase full-wave bridge configuration, incorporating 6 top quality diodes set up to give full-wave rectification, lessening energy loss and taking full advantage of result performance. With a maximum repetitive peak reverse voltage (Vrrm) of 1600V and a typical forward existing (Ifav) rating of 82A, it appropriates for usage in power products, motor-eragileak, soldatzeko gailuak, and renewable resource systems. The component’s robust building includes a thermally enhanced bundle that makes sure reliable heat dissipation, critical for maintaining operational stability. Its low forward voltage drop reduces power dissipation, enhancing overall energy performance. The rectifier is designed to operate within a broad temperature level array, generally from -40 °C to +150 °C, making it adaptable to harsh settings. Electric isolation in between the module and heatsink is given, with an isolation voltage ranking of 2500V, ensuring safety and security and compliance with commercial requirements. The VUO-16NO7 is housed in a portable, industry-standard module package, facilitating very easy setup and integration right into existing systems. Key specs include a maximum rise current (Ifsm) of 820A, a normal thermal resistance of 0.25 °C/W, and a mounting torque suggestion of 0.6-0.8 Nm to make certain protected mechanical accessory. Compliance with worldwide safety and security and top quality qualifications, such as RoHS and UL requirements, guarantees its suitability for worldwide applications. This rectifier is optimal for use in CNC machinery, UPS systems, battery chargers, and other high-power digital devices needing effective and trustworthy AC-to-DC conversion. Its resilient design, high-voltage tolerance, and current-handling capabilities make it a vital part for commercial automation, power facilities, and heavy equipment.

(Original Bridge Rectifiers Three Phase 1600v, 82a Vuo-16no7)

Applications of Original Bridge Rectifiers Three Phase 1600v, 82a Vuo-16no7

The Original Bridge Rectifiers Three Phase 1600V, 82A VUO-16NO7 are high-performance digital components developed for transforming three-phase alternating existing (AIRE GIROTATUA) to guide existing (DC) in demanding industrial and business applications. These rectifiers are engineered to handle high voltage and present levels, making them excellent for systems needing reliable power conversion with very little losses. Their robust design makes sure dependability in extreme settings, consisting of high-temperature operations and heavy electric lots.

A key application of the VUO-16NO7 remains in commercial motor drives and automation systems. These rectifiers allow smooth DC outcome for controlling variable-speed motors, making sure accuracy in equipment utilized in production, robotika, and CNC tools. Their high voltage ranking (1600V) and current ability (82A) make them suitable for sturdy devices where consistent power distribution is vital.

One more vital use is in power products for high-voltage devices, such as medical imaging systems, laser cutting equipments, and X-ray generators. The rectifier’s ability to handle three-phase input successfully makes certain secure DC result, reducing surge and noise that might hinder delicate electronic devices. This integrity is important in applications where power quality straight affects performance and safety and security.

Renewable energy systems, including solar inverters and wind generator converters, likewise benefit from the VUO-16NO7. These rectifiers assist transform air conditioning created by turbines or inverters right into functional DC for grid integration or battery storage. Their high performance reduces energy losses, enhancing the total sustainability of renewable energy setups.

Gainera, the rectifier is widely utilized in welding tools, electric automobile (EV) billing terminals, and railway traction systems. In welding, it gives steady DC arc ignition and control, while in EV charging, it supports fast-charging framework by converting grid a/c to high-power DC. For trains, the VUO-16NO7 makes certain reputable power conversion for traction motors and signaling systems.

Built with rugged construction and advanced thermal monitoring, the VUO-16NO7 offers long-lasting durability and conformity with global safety and security criteria. Its portable style permits combination into space-constrained systems without endangering efficiency. Engineers and system developers trust this rectifier for critical applications requiring high performance, voltage resilience, and operational security under severe problems.

Enpresaren profila

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) potentzia elektronikako teknologian eta potentzia produktuetan enpresa nagusietako bat da, eguzki-inbertsoreak garatzen guztiz parte hartzen duena， transformadoreak, tentsio-erreguladoreak, banaketa armairuak, tiristoreak， moduluak， diodoak， berogailuak, eta beste gailu elektroniko edo erdieroale batzuk. Erabiltzaileei kalitate handikoa eskaintzeko konpromisoa hartuko dugu, produktu eraginkorrak eta arreta zaindua.

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Biltegiratzeko baldintzak

1) Gorde ingurune lehor batean giro-tenperaturan.

2) Saihestu hezetasuna eta tenperatura altua.

3) Erabili barruko poltsa ireki eta berehala.

5 FAQs of Original Bridge Rectifiers Three Phase 1600v, 82a Vuo-16no7

What is a three-phase bridge rectifier, and how does the VUO-16NO7 function?
A three-phase bridge rectifier converts alternating current (AC) korronte zuzenera (DC) using a configuration of diodes. The VUO-16NO7 is a high-power module designed for three-phase systems, utilizing six diodes in a bridge layout to ensure full-wave rectification. It handles up to 1600V reverse voltage and 82A average forward current, making it suitable for industrial applications requiring efficient AC-to-DC conversion with minimal voltage drop.

What are the key specifications of the VUO-16NO7 bridge rectifier?
The VUO-16NO7 operates at a maximum repetitive reverse voltage of 1600V per diode and an average forward current of 82A. Its peak surge current capacity reaches 1100A, and it has a forward voltage drop of approximately 1.25V per diode at rated current. The module is designed for three-phase systems with a frequency range of up to 60Hz and operates within a temperature range of -40°C to +150°C, ensuring durability in harsh environments.

What applications is the VUO-16NO7 best suited for?
This rectifier is ideal for high-power industrial equipment, including motor drives, welding machines, battery chargers, and UPS systems. Its high voltage and current ratings make it suitable for heavy-duty machinery, renewable energy inverters, and traction systems where reliable three-phase rectification is critical.

How should the VUO-16NO7 be installed for optimal performance?
Proper mounting on a heatsink is essential to dissipate heat generated during operation. Ensure clean, flat surfaces between the rectifier and heatsink, using thermal grease to improve conductivity. Tighten mounting hardware evenly to the recommended torque to avoid mechanical stress. Electrical connections must be secure, and wiring should handle the rated current to prevent overheating.

What factors affect the lifespan of the VUO-16NO7?
Operating conditions such as excessive temperature, voltage spikes, or current overloads can reduce longevity. Maintain temperatures below 125°C, use protective circuits to suppress voltage transients, and avoid continuous operation above 82A. Derating the device at higher temperatures and adhering to manufacturer guidelines for storage and handling also ensures extended service life.

(Original Bridge Rectifiers Three Phase 1600v, 82a Vuo-16no7)