Half Controlled Three Phase Rectifier Bridge Module Vvzf70-16io7 Vvz110-16io7 Vvzf70-14io7

Uhlolojikelele lweSingle Three Phase Rectification Bridge Modules

Amamojula ebhuloho lokulungisa izigaba ezintathu ayingxenye ebalulekile kugesi wamandla, yakhelwe ukuguqula i-alternating current (AC) kusukela ekunikezeni izigaba ezintathu kuya kumanje oqondile (DC). Lawa mamojula ngokuvamile aqukethe ama-diode ayisithupha ahlelwe ngokucushwa kwebhuloho. Zisetshenziswa kabanzi ezinhlelweni zezimboni ezifana nokushayela kwezimoto, imishini yokushisela, kanye nezinto zikagesi ezingaphazamiseki (I-UPS) amasistimu ngenxa yokusebenza kahle nokuthembeka kwawo. Umklamo oqinile uqinisekisa ukusebenza okuzinzile ngaphansi kwezimo ezihlukene zomthwalo, kuyilapho usayizi ohlangene wenza kube lula ukuhlanganiswa ezinhlelweni ezihlukahlukene zikagesi.

Izici ze-Single Three Phase Rectification Bridge Modules

1. Ukusebenza Okuphezulu: Ilungiselelwe ukulahleka kwamandla okuncane ngesikhathi sokuguqulwa kwe-AC-to-DC.
2. I-Compact Design: Ilondoloza isikhala phakathi kokufaka ugesi, okwenza kube lula ukuhlanganisa ezinhlelweni ezikhona.
3. Ukwakhiwa Okuqinile: Yakhelwe ukumelana nezindawo ezinokhahlo futhi inikeze ukwethembeka kwesikhathi eside.
4. Ibanga Lokushisa Lokusebenza Olubanzi: Iyakwazi ukusebenza kahle kumazinga okushisa abanzi, ukuthuthukisa ukuguquguquka.
5. Ukumelana Nokushisa Okuphansi: Isiza ukuqeda ukushisa okusebenzayo, okunomthelela empilweni yengxenye ende.
6. Ukuvikelwa Kwamanje: Izici zokuphepha ezihlanganisiwe zivikela ekulimaleni okungaba khona kusuka kumaza amakhulu.
7. I-Simplified Wiring: Yehlisa inkimbinkimbi yokufaka nesikhathi ngoxhumo oluqondile.
8. Ikhono Eliphezulu Lokukhuphuka Kwamanje: Iphatha ukugcwala okudlulayo ngaphandle kokuphazamisa ukusebenza noma ukuphila isikhathi eside.

(Half Controlled Three Phase Rectifier Bridge Module Vvzf70-16io7 Vvz110-16io7 Vvzf70-14io7)

Specification of Half Controlled Three Phase Rectifier Bridge Module Vvzf70-16io7 Vvz110-16io7 Vvzf70-14io7

The Half Managed 3 Phase Rectifier Bridge Modules VVZF70-16IO7, VVZ110-16IO7, and VVZF70-14IO7 are developed for converting alternating existing (I-AIR CONDITIONER) umzila wamanje (DC) in industrial and power electronics applications. These modules use a three-phase half-controlled bridge topology, combining thyristors and diodes for efficient power control. The layout permits partial regulation of result voltage, stabilizing performance and expense for medium-power systems.

The VVZF70-16IO7 takes care of an optimum voltage of 1600V and a typical forward current of 70A. It suits applications needing secure DC result under variable lots problems. The module includes incorporated heat sinks for thermal monitoring, making sure reliability throughout constant procedure. The VVZ110-16IO7 shares the 1600V voltage score however supports a higher current capability of 110A, suitable for durable machinery or high-power rectification tasks. Its robust construction reduces energy loss, boosting system performance.

The VVZF70-14IO7 runs at 1400V with a 70A present rating, tailored for atmospheres with moderate voltage requirements. All 3 components feature screw terminal connections for secure circuitry, reducing installation complexity. The small design conserves area in control cabinets or power distribution configurations.

Thermal protection is built into each component, stopping getting too hot during overloads or unpredictable input problems. The light weight aluminum real estate supplies durability and efficient warm dissipation. Reverse polarity protection and surge reductions are consisted of, securing connected tools from electric mistakes.

These rectifier bridges support phase control setting off, enabling exact change of result specifications. Compatibility with common control circuits simplifies integration right into existing systems. The modules function across a temperature level range of -40 °C kuye +125 °C, guaranteeing performance in harsh commercial settings.

Applications consist of electric motor drives, izinhlelo zokushaja ibhethri, UPS units, kanye nezinto zikagesi zezimboni. The components fulfill worldwide safety and efficiency requirements, accredited for use in industrial and commercial sectors. Maintenance requirements are low, without any routine changes required after setup.

Each module goes through rigorous screening for voltage endurance, existing handling, and thermal stability prior to shipment. Custom configurations are readily available for certain voltage or existing needs. Technical assistance is provided for fixing or system style inquiries.

(Half Controlled Three Phase Rectifier Bridge Module Vvzf70-16io7 Vvz110-16io7 Vvzf70-14io7)

Applications of Half Controlled Three Phase Rectifier Bridge Module Vvzf70-16io7 Vvz110-16io7 Vvzf70-14io7

The half-controlled three-phase rectifier bridge modules VVZF70-16IO7, VVZ110-16IO7, and VVZF70-14IO7 transform rotating existing (UMSHINI ONGENISA UMOYA) ukuqondisa okwamanje (DC) efficiently. These modules combine thyristors and diodes to manage power circulation partially. This design equilibriums cost and efficiency. They suit applications calling for adjustable DC outcome with modest precision.

Industrial motor drives use these components for speed and torque control. Conveyor systems, amaphampu, and fans benefit from smooth power distribution. The modules readjust voltage degrees to match load needs. This lowers power waste. Factories rely on their toughness in high-temperature or high-vibration settings.

Power supply systems in telecom and data centers utilize these rectifiers. Stable DC power is crucial for servers and communication tools. The components ensure marginal voltage changes. Backup power systems integrate them for trusted power conversion throughout interruptions.

Renewable energy systems like solar and wind setups make use of these components. They transform variable air conditioner from generators or inverters right into usable DC. The rectifiers manage irregular input regularities. This stabilizes energy storage space in batteries.

Battery billing stations for electrical vehicles and industrial batteries rely on these components. Rapid billing calls for specific current control. The rectifiers protect against getting too hot. They extend battery life by preventing overcharging.

Welding tools utilizes these components for constant DC outcome. High-current applications like arc welding need consistent power. The rectifiers preserve steady arcs. This improves weld high quality.

Traction systems in electric trains and hybrid cars utilize these modules. Efficient power conversion enhances velocity. Power healing during braking is optimized.

Rail transport facilities depends on these rectifiers for signaling and lights systems. Continuous DC power makes certain security. The modules run reliably in outside problems.

The VVZF70-16IO7 handles 70A existing and 1600V voltage. The VVZ110-16IO7 sustains greater 110A present at 1600V. The VVZF70-14IO7 operates at 70A and 1400V. All versions include thermal management. Overcurrent and overheating defenses protect against failings. Portable layouts conserve space in control cabinets.

These components adapt to varied voltage and present requirements. Easy integration with existing systems lowers arrangement time. Maintenance is very little due to robust construction. Industries pick them for economical, dependable power control.

Iphrofayela Yenkampani

I-Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) ingelinye lamabhizinisi ahamba phambili kwezobuchwepheshe be-electronics kanye nemikhiqizo yamandla, ebandakanyeka ngokugcwele ekuthuthukiseni ama-solar inverters， ama-transformer, voltage regulators, amakhabethe wokusabalalisa, ama-thyristors， amamojula， ama-diode， izifudumezi, kanye nezinye izinto zikagesi noma ama-semiconductors. Sizozibophezela ekuhlinzekeni abasebenzisi ngekhwalithi ephezulu, imikhiqizo ephumelelayo kanye nenkonzo ecabangelayo.

Yamukela inkokhelo ngekhadi lesikweletu, T/T, I-West Union, kanye ne-Paypal. I-PDDN izothumela izimpahla kumakhasimende aphesheya kwezilwandle nge-FedEx, I-DHL, ngasolwandle, noma ngomoya. If you want high-quality Half Controlled Three Phase Rectifier Bridge Module Vvzf70-16io7 Vvz110-16io7 Vvzf70-14io7, sicela usithumelele imibuzo; sizobe silapha ukuze sikusize.

Izindlela Zokukhokha

L/C, T/T, i-Western Union, I-Paypal, Ikhadi lesikweletu njll.

Ukuthunyelwa

Ngasolwandle, ngomoya, nge-express, njengoba amakhasimende ecela.

Izimo Zokugcina

1) Gcina endaweni eyomile ekamelweni lokushisa.

2) Gwema umswakama kanye nezinga lokushisa eliphezulu.

3) Sebenzisa ngokushesha ngemva kokuvula isikhwama sokupakisha sangaphakathi.

5 FAQs of Half Controlled Three Phase Rectifier Bridge Module Vvzf70-16io7 Vvz110-16io7 Vvzf70-14io7

What is a half-controlled three-phase rectifier bridge module?
A half-controlled three-phase rectifier bridge module combines diodes and thyristors to convert alternating current (AC) ukuqondisa okwamanje (DC). The design allows partial control over the output voltage. This setup balances cost and performance. It is commonly used in industrial power systems requiring adjustable DC outputs.

Where are these modules typically used?
These modules are used in motor drives, amashaja amabhethri, and industrial power supplies. They handle medium to high power levels. The VVZF70-16IO7, VVZ110-16IO7, and VVZF70-14IO7 models suit applications needing stable DC voltage with adjustable control. Industries like manufacturing and energy rely on them for efficient power conversion.

What are the key differences between the VVZF70-16IO7, VVZ110-16IO7, and VVZF70-14IO7?
The VVZF70-16IO7 and VVZ110-16IO7 differ in voltage ratings. The VVZ110-16IO7 supports higher voltage applications. The VVZF70-14IO7 has a lower current rating compared to the VVZF70-16IO7. Selecting the right model depends on specific voltage and current requirements. Check the datasheet for exact specifications.

What advantages do these modules offer over fully controlled bridges?
Half-controlled bridges cost less. They simplify control circuits by using fewer thyristors. Efficiency remains high for many applications. They reduce heat generation compared to fully controlled designs. This makes them suitable for systems where partial power adjustment is sufficient.

How do I install and maintain these rectifier modules?
Ensure proper cooling with heatsinks or fans. Follow wiring diagrams to connect input and output terminals correctly. Check connections for tightness to avoid overheating. Inspect components periodically for signs of wear or damage. Clean dust from the module to maintain performance. Replace faulty parts immediately to prevent system downtime.

(Half Controlled Three Phase Rectifier Bridge Module Vvzf70-16io7 Vvz110-16io7 Vvzf70-14io7)