Three Phase Diode Bridge Vuo110-16no7 Vuo110-16n07 Vuo110-12no7 Vuo110-18no7 Vvz110-16io7 Vvz175-161o7

Översikt över enkla trefasiga riktbryggmoduler

Enfasiga likriktarbryggmoduler är viktiga komponenter inom kraftelektronik, designad för att omvandla växelström (AC) från trefasmatning till likström (DC). Dessa moduler består vanligtvis av sex dioder anordnade i en bryggkonfiguration. De används ofta i industriella applikationer såsom motordrivningar, svetsutrustning, och avbrottsfri strömförsörjning (UPS) system på grund av deras effektivitet och tillförlitlighet. Den robusta designen säkerställer stabil drift under varierande belastningsförhållanden, medan den kompakta storleken underlättar enkel integrering i olika elsystem.

Egenskaper hos enkla trefasiga riktbryggmoduler

1. Hög effektivitet: Optimerad för minimal strömförlust under AC-till-DC-konvertering.
2. Kompakt design: Sparar utrymme inom elinstallationer, gör det lättare att integrera i befintliga system.
3. Robust konstruktion: Byggd för att tåla tuffa miljöer och ge långsiktig tillförlitlighet.
4. Brett driftstemperaturområde: Kan arbeta effektivt över ett brett temperaturspektrum, öka mångsidigheten.
5. Lågt termiskt motstånd: Underlättar effektiv värmeavledning, bidrar till förlängd komponentlivslängd.
6. Överströmsskydd: Integrerade säkerhetsfunktioner skyddar mot potentiella skador från för höga strömmar.
7. Förenklad kabeldragning: Minskar installationens komplexitet och tid med enkla anslutningar.
8. Hög överspänningsströmkapacitet: Hanterar transienta överbelastningar utan att kompromissa med prestanda eller livslängd.

(Three Phase Diode Bridge Vuo110-16no7 Vuo110-16n07 Vuo110-12no7 Vuo110-18no7 Vvz110-16io7 Vvz175-161o7)

Specification of Three Phase Diode Bridge Vuo110-16no7 Vuo110-16n07 Vuo110-12no7 Vuo110-18no7 Vvz110-16io7 Vvz175-161o7

De 3 Stage Diode Bridge series includes designs VUO110-16NO7, VUO110-16N07, VUO110-12NO7, VUO110-18NO7, VVZ110-16IO7, and VVZ175-16IO7. These parts are designed for converting alternating present (LUFTKONDITIONERING) to direct present (DC) in industrial power systems. Each version runs under high-voltage conditions, with an optimum repetitive reverse voltage score of 1100V or 1750V depending upon the variant. The ordinary forward existing arrays from 12A to 18A, ensuring compatibility with various load demands. The VUO designs manage 1100V, while the VVZ series includes both 1100V and 1750V choices for higher voltage applications. Thermal performance is vital. All units feature low thermal resistance, with junction-to-case values in between 0.45 ° C/W and 0.75 °C/W. This style reduces warmth build-up throughout constant operation. The optimum junction temperature is standard at 150 ° C throughout the series, making sure dependability under requiring problems. Mechanical construction prioritizes toughness. The diode bridges make use of pressure-mounted die technology for efficient heat dissipation. The real estate is made from insulated plastic product ranked for high-temperature environments. Screw terminals provide secure connections, lowering the threat of loosening up under resonance. Electrical seclusion meets sector criteria. The isolation voltage is 2500V RMS for the VUO series and 3500V RMS for the VVZ models. This ensures safe integration into systems needing durable insulation. Applications consist of electric motor drives, strömförsörjning, svetsutrustning, och förnybara energisystem. The VUO110-12NO7 matches lower present configurations, while the VUO110-18NO7 supports greater tons. The VVZ175-16IO7 is perfect for settings with voltage increases approximately 1750V. Effectiveness rankings surpass 98% throughout all models, reducing power loss. Reverse recovery times are enhanced for rapid changing, reducing harmonic distortion in output waveforms. Placing options consist of standard chassis or heatsink installations. Compliance with international qualifications assurances performance in diverse commercial settings.

(Three Phase Diode Bridge Vuo110-16no7 Vuo110-16n07 Vuo110-12no7 Vuo110-18no7 Vvz110-16io7 Vvz175-161o7)

Applications of Three Phase Diode Bridge Vuo110-16no7 Vuo110-16n07 Vuo110-12no7 Vuo110-18no7 Vvz110-16io7 Vvz175-161o7

The three-phase diode bridge models VUO110-16NO7, VUO110-16N07, VUO110-12NO7, VUO110-18NO7, VVZ110-16IO7, and VVZ175-161O7 offer important functions in commercial power systems. These parts transform alternating existing (LUFTKONDITIONERING) att dirigera ström (DC) effektivt. They are suitable for high-power applications requiring stable, reliable correction. The VUO110 collection takes care of modest to high voltage levels, while the VVZ versions sustain higher existing abilities. All variants are built with long lasting products to endure extreme industrial settings.

Industrial electric motor drives often make use of these diode bridges. They ensure smooth DC output for controlling motor speed and torque. Makers in factory benefit from constant efficiency. Power products in hefty equipment depend on these bridges for constant voltage conversion. They decrease power loss throughout the process. Renewable energy systems like wind generators and solar inverters also use these parts. They convert variable AC outcome from generators into useful DC power for storage space or grid combination.

Welding equipment relies on three-phase diode bridges for stable arc generation. Specific current control improves weld high quality. The VVZ175-161O7 version excels right here due to its high current resistance. Battery charging systems in electric automobiles and backup power systems use these bridges. Quick, effective charging is attained without overheating. The VUO110-18NO7 is chosen for its high voltage handling in automobile applications.

Uninterruptible power materials (UPS) incorporate these bridges to maintain DC back-up during blackouts. Crucial facilities like health centers and data centers depend on this dependability. The VVZ110-16IO7 version is common in UPS setups for its balanced efficiency. Industrial automation systems use these diodes for PLCs and robotics. Regular DC power guarantees precise sensing unit analyses and electric motor operations.

Heating and ventilation systems employ these bridges for temperature control systems. Reliable power conversion reduces operational costs. The VUO110-12NO7 is frequently selected for its compact layout in space-limited setups. Telecommunication facilities uses these elements in power distribution components. Secure DC output assurances undisturbed signal transmission.

These diode bridges are flexible throughout industries. Their sturdy construction ensures long-term operation under high stress. Compatibility with common commercial configurations streamlines assimilation. Designers value their low upkeep requirements and regular output. Performance continues to be stable also under varying lots conditions.

Företagsprofil

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) är ett av de ledande företagen inom kraftelektronikteknik och kraftprodukter, som är fullt delaktig i utvecklingen av solväxelriktare， transformatorer, spänningsregulatorer, distributionsskåp, tyristorer， moduler， dioder， värmare, och andra elektroniska enheter eller halvledare. Vi kommer att vara engagerade i att ge användarna hög kvalitet, effektiva produkter och omtänksam service.

Den accepterar betalning med kreditkort, T/T, West Union, och Paypal. PDDN kommer att skicka varorna till kunder utomlands via FedEx, DHL, till sjöss, eller med flyg. If you want high-quality Three Phase Diode Bridge Vuo110-16no7 Vuo110-16n07 Vuo110-12no7 Vuo110-18no7 Vvz110-16io7 Vvz175-161o7, skicka oss förfrågningar; vi kommer att finnas här för att hjälpa dig.

Betalningsmetoder

L/C, T/T, Western Union, Paypal, Kreditkort etc.

Transport

Till sjöss, med flyg, med express, som kunderna begär.

Förvaringsvillkor

1) Förvara i en torr miljö i rumstemperatur.

2) Undvik fukt och hög temperatur.

3) Använd omedelbart efter att den inre förpackningspåsen har öppnats.

5 FAQs of Three Phase Diode Bridge Vuo110-16no7 Vuo110-16n07 Vuo110-12no7 Vuo110-18no7 Vvz110-16io7 Vvz175-161o7

These diode bridges convert three-phase AC to DC. They work in industrial setups like motor drives, strömförsörjning, industrial machinery. The high-current handling suits heavy-duty operations. Check your system’s voltage and current needs. Models like VUO110-16NO7 handle 1600V. VUO110-12NO7 handles 1200V. VUO110-18NO7 handles 1800V. VVZ110-16IO7 and VVZ175-161O7 manage medium to high power. Match the model’s specs to your load requirements. Review the datasheet for exact ratings. Higher voltage models prevent breakdown in high-stress environments. Heat sinks or forced cooling are necessary. These parts generate heat during operation. Proper cooling extends lifespan. Install heatsinks with thermal paste. Ensure airflow around the unit. Ambient temperatures above 50°C need extra cooling. Parallel installation boosts current capacity. Voltage drops must stay balanced. Mismatched diodes cause uneven current sharing. Use identical models in parallel setups. Check forward voltage characteristics. Thermal pads improve contact. Mounting surfaces must be flat. Loose connections increase resistance. Tighten terminals to the recommended torque. Test insulation before powering up. Dust or moisture damages internal parts. Keep the environment clean. These bridges fit standard three-phase systems. Verify phase alignment during wiring. Reverse polarity risks component failure. Use protective enclosures outdoors. Surge protectors prevent voltage spikes. Replace units showing physical damage. Regular maintenance avoids unexpected downtime. Contact support for detailed wiring diagrams.

(Three Phase Diode Bridge Vuo110-16no7 Vuo110-16n07 Vuo110-12no7 Vuo110-18no7 Vvz110-16io7 Vvz175-161o7)