Thyristor SCR Phase Control Thyristor Module TD330N16KOF

Pārskats par fāzes kontroles tiristoru

Fāzes kontroles tiristors, bieži dēvē par triac vai SCR (Silikona kontrolēts taisngriezis) noteiktos lietojumos, ir pusvadītāju ierīce, ko izmanto, lai kontrolētu slodzei piegādātās jaudas daudzumu, regulējot fāzes leņķi, kurā maiņstrāvas viļņu formai ir atļauts vadīt. Šī vadības metode ir pazīstama kā fāzes leņķa kontrole vai vienkārši fāzes kontrole. Fāzes kontroles tiristori tiek plaši izmantoti dažādos lietojumos, kuriem nepieciešama precīza elektriskās jaudas regulēšana, piemēram, apgaismojuma dimmeri, motora ātruma regulatori, temperatūras regulatori, un vēl vairāk.

Fāzes kontroles tiristora īpašības

Fāzes leņķa kontrole: Ļauj pielāgot vadīšanas punktu katrā maiņstrāvas viļņu formas pusciklā, ļauj precīzi kontrolēt slodzei piegādāto vidējo jaudu.

Augsta Efektivitāte: Darbojas ar minimāliem zaudējumiem vadīšanas laikā, nodrošinot efektīvu jaudas kontroli.

Divvirzienu vadītspēja (Triacs): Maiņstrāvas lietojumiem, triacs var vadīt strāvu abos virzienos, padarot tos piemērotus maiņstrāvas slodzes pilna viļņa kontrolei.

Vienvirziena vadītspēja (SCR): SCR vada strāvu tikai vienā virzienā, un tos parasti izmanto maiņstrāvas vai līdzstrāvas slodžu pusviļņu kontrolei.

Vārtu iedarbināšana: Vadītspēja sākas, kad vārtu spailei tiek pievadīta neliela strāva, ļauj viegli kontrolēt ieslēgšanas punktu.

Bloķēšanas strāva: Vienreiz iedarbināts, tiristors turpina vadīt, līdz strāva caur to nokrītas zem noteikta līmeņa, ko sauc par turēšanas strāvu.

Temperatūras jutība: Darbību var ietekmēt temperatūras izmaiņas, kas prasa siltuma pārvaldības apsvērumus projektēšanā.

Sprieguma un strāvas rādītāji: Pieejams plašā sprieguma un strāvas diapazonā, lai tas atbilstu dažādām lietojuma vajadzībām.

Trokšņa radīšana: Var radīt elektromagnētiskos traucējumus (EMI), sensitīvos lietojumos nepieciešama atbilstoša filtrēšana un ekranēšana.

Aizsardzības mehānismi: Bieži vien ietver iebūvētu aizsardzību pret pārsprieguma un pārsprieguma apstākļiem, lai aizsargātu ierīci un pievienotās sistēmas.

(Thyristor SCR Phase Control Thyristor Module TD330N16KOF)

Specification of Thyristor SCR Phase Control Thyristor Module TD330N16KOF

The TD330N16KOF is a high-performance phase-control thyristor module created for accuracy power law in commercial applications. It integrates a silicon-controlled rectifier (SCR) to handle air conditioner power circulation successfully. The module operates at an optimum repetitive reverse voltage of 1600V and handles a typical forward current of 330A. Its peak rise existing capability reaches 10kA, guaranteeing reliability under abrupt load modifications.

This thyristor component supports phase-angle control. It readjusts the conduction angle of a/c waveforms to manage output power. This feature matches electric motor rate controllers, heating unit, and illumination dimmers. The style lessens power loss throughout procedure. Termiskā pretestība ir zema, enhancing warmth dissipation. The component works within a junction temperature range of -40 ° C līdz
125 °C. The TD330N16KOF makes use of a press-pack real estate. This framework improves mechanical stability and call stress. It makes certain regular efficiency in high-vibration settings. An insulation voltage of 2500V separates the baseplate from internal parts. This avoids electric leak and increases security.

Placing the component requires a heatsink. Proper thermal interface materials are required to keep optimum temperature levels. The module consists of entrance trigger terminals for simple combination into control circuits. Causing voltage stays listed below 3V, simplifying compatibility with low-power drivers.

Integrated snubber networks reduce voltage spikes throughout changing. This secures the thyristor from damages triggered by inductive tons. The component’s durable building and construction withstands wetness, netīrumi, and chemical direct exposure. It satisfies industrial requirements for rough operating conditions.

Testing verifies conformity with IEC and UL certifications. The style prioritizes long-lasting reliability. Maintenance requirements are very little, decreasing downtime in crucial systems. Applications include commercial furnaces, metināšanas iekārtas, and power products. Renewable energy systems like wind generators and solar inverters additionally gain from its accuracy control.

The TD330N16KOF provides a portable footprint. This conserves space in control cabinets and power circulation setups. Wiring is straightforward due to plainly identified terminals. Reverse polarity security defend against installment errors.

Efficiency continues to be secure throughout differing tons conditions. The module’s reduced leak existing makes sure performance during standby periods. Personalized arrangements are available for specialized voltage or current demands. Technical assistance aids with circuit style and troubleshooting.

This thyristor component is an affordable option for high-power air conditioning control. It balances sturdiness, accuracy, and convenience of usage. Industries seeking trusted phase-control modern technology will certainly locate it ideal for demanding settings.

(Thyristor SCR Phase Control Thyristor Module TD330N16KOF)

Applications of Thyristor SCR Phase Control Thyristor Module TD330N16KOF

The Thyristor SCR Stage Control Thyristor Module TD330N16K16OF is developed for precise control of electric power in commercial systems. It manages a/c voltage by changing the phase angle of the present. This enables smooth policy of outcome power. The component is developed to deal with high-voltage settings. It sustains applications calling for trustworthy and reliable power management.

Common usages consist of commercial heating systems. These systems rely on precise temperature level control. The module readjusts power provided to burner. This guarantees regular heat degrees. Electric motor speed control is an additional vital application. Factories use it to manage equipment electric motors. It aids preserve stable operation under varying lots.

Lighting systems benefit from this thyristor component. Massive illumination setups need steady illumination changes. The module makes it possible for flicker-free lowering. It is suitable for movie theaters, arenas, or road lights. Power supplies in welding devices likewise use this modern technology. It stabilizes output currents. This improves weld top quality and minimizes energy waste.

The TD330N16K16OF module includes a durable layout. It runs under high temperatures and voltage spikes. Its building includes innovative insulation materials. This avoids electric failings. The component integrates quickly with control circuits. Customers can attach it to microcontrollers or PLCs. This streamlines automation in industrial setups.

Upkeep needs are minimal. The module resists wear from regular switching. Its thermal administration system dissipates warmth efficiently. This expands its service life. Safety securities are consisted of. Overcurrent and overvoltage safeguards protect against damage throughout faults.

Industries focus on energy efficiency. This module lowers power losses throughout phase control. It maximizes power use without endangering performance. Manufacturers save expenses with time. Compatibility with existing systems is uncomplicated. Retrofitting older tools is possible.

The thyristor module fits renewable energy applications. Solar inverters and wind turbine controls rely on precise power guideline. It makes certain stable energy conversion. Examining laboratories use it for imitating lots conditions. Designers confirm gadget efficiency under regulated settings.

High dependability makes the TD330N16K16OF a recommended option. It satisfies international requirements for commercial components. Its style focuses on individual security and functional uniformity.

Uzņēmuma profils

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) ir viens no vadošajiem uzņēmumiem jaudas elektronikas tehnoloģiju un enerģijas produktu jomā, kas ir pilnībā iesaistīts saules invertoru izstrādē， transformatori, sprieguma regulatori, sadales skapji, tiristori， moduļi， diodes， sildītāji, un citas elektroniskas ierīces vai pusvadītāji. Mēs būsim apņēmušies nodrošināt lietotājiem augstu kvalitāti, efektīvi produkti un uzmanīgs serviss.

Tas pieņem maksājumus ar kredītkarti, T/T, Rietumu savienība, un Paypal. PDDN nosūtīs preces klientiem ārzemēs, izmantojot FedEx, DHL, pa jūru, vai pa gaisu. If you want high-quality Thyristor SCR Phase Control Thyristor Module TD330N16KOF, lūdzu, sūtiet mums pieprasījumus; mēs būsim šeit, lai jums palīdzētu.

Maksājumu veidi

L/C, T/T, Western Union, Paypal, Kredītkarte utt.

Sūtījums

Pa jūru, pa gaisu, ar eksprespasta palīdzību, pēc klientu pieprasījuma.

Uzglabāšanas apstākļi

1) Uzglabāt sausā vidē istabas temperatūrā.

2) Izvairieties no mitruma un augstas temperatūras.

3) Izlietot uzreiz pēc iekšējā iepakojuma maisiņa atvēršanas.

5 FAQs of Thyristor SCR Phase Control Thyristor Module TD330N16KOF

The Thyristor SCR Phase Control Thyristor Module TD330N16KOF handles high-power electrical control. Here are common questions. What voltage and current ratings does it have? The module operates up to 1600V blocking voltage. It handles 330A average current. These values depend on cooling conditions. Proper heat management ensures stable performance.

How is this module used in phase control applications? It regulates power by adjusting the conduction angle. This controls output voltage or current. It works in AC systems like motor speed controllers or light dimmers. The design supports precise timing for triggering. This ensures accurate power delivery.

What thermal management is needed? A heatsink is required. Mounting surfaces must stay below 85°C. Thermal paste improves contact. Air or liquid cooling maintains safe temperatures. Overheating reduces lifespan. Regular checks prevent thermal runaway.

How do installation and wiring work? Terminals accept standard bus bars or cables. Tighten bolts to 5Nm torque. Incorrect torque risks loose connections. Isolate gate drivers from high-voltage sections. Follow polarity markings. Reverse wiring damages internal components.

What protection features exist? Built-in snubber circuits reduce voltage spikes. Fast-acting fuses prevent overcurrent. Voltage clamping devices protect against surges. Monitor gate signals to avoid false triggering. Regular testing ensures protection systems function.

What maintenance ensures reliability? Clean dust from heatsinks monthly. Check connections for corrosion. Replace thermal paste yearly. Test trigger circuits for consistency. Store modules in dry environments. Avoid moisture to prevent insulation breakdown.

(Thyristor SCR Phase Control Thyristor Module TD330N16KOF)