KK 1000A/1800V high frequency thyristor used in steel shell furnace smelting copper

Ülevaade kõrgsagedustüristoritest

Kõrgsagedustüristorid on spetsiaalsed pooljuhtseadmed, mis on loodud töötama kõrgematel sagedustel kui tavalised türistorid. Neid kasutatakse rakendustes, mis nõuavad kiiret ümberlülitamist, nagu kõrgsagedusküte, mootori juhtimine, ja toiteallikad. Need seadmed saavad hakkama märkimisväärse elektrienergiaga, pakkudes samal ajal tõhusat ja usaldusväärset lülitusjõudlust sagedustel, mis ületavad standardsete türistorite tüüpilist töövahemikku..

Kõrgsagedustüristori omadused

Suur lülituskiirus: Võimalik töötada palju kõrgematel sagedustel võrreldes traditsiooniliste türistoritega, muutes need sobivaks kiirelt vahetatavateks rakendusteks.

Tõhus võimsuse käsitsemine: Kavandatud olulise elektrienergia haldamiseks minimaalsete kadudega lülitustoimingute ajal.

Madal värava päästiku vool: Lülitustoimingu käivitamiseks on vaja vähem voolu, tõhususe suurendamine ja soojuse tootmise vähendamine.

Vastupidav konstruktsioon: Ehitatud taluma karmi keskkonda ja termilist stressi, tagades usaldusväärse töö aja jooksul.

Kompaktne suurus: Pakkuge madalama sagedusega analoogidega võrreldes väiksemat jalajälge, mis on kasulik kompaktsete kujunduste jaoks.

Täiustatud dv/dt võimekus: Täiustatud võime tulla toime kiirete pingemuutustega ilma vale sisselülitamiseta, aidates kaasa stabiilsemale toimimisele.

Vähendatud EMI: Optimeeritud disaini tõttu väiksem elektromagnetiline häire, mis on tundlike rakenduste jaoks ülioluline.

Mitmekülgsed rakendused: Sobib paljudele tööstusharudele, sealhulgas autotööstusele, tööstusautomaatika, telekommunikatsioon, ja taastuvenergia süsteemid.

(KK 1000A/1800V high frequency thyristor used in steel shell furnace smelting copper )

Specification of KK 1000A/1800V high frequency thyristor used in steel shell furnace smelting copper

This KK 1000A/1800V high regularity thyristor is developed for tough jobs. It manages power in steel shell furnaces heating copper. These heating systems need specific warm. This thyristor deals with that task well. It handles high currents and voltages accurately.

The thyristor carries 1000 Amps continually. It obstructs voltages approximately 1800 Volts. This score matches requiring heater power circuits. High existing circulations are common. This component handles them safely.

Fast changing is vital. This thyristor switches on and off really quickly. Rapid switching permits fine control over heating system power. Specific power control suggests better temperature administration. Regular temperature level is crucial for good copper smelting.

Warmth is a big difficulty. The thyristor produces substantial heat during operation. It features a robust thermal style. The component attaches directly to a heatsink. Effective air conditioning is obligatory. This avoids getting too hot. Overheating causes failure.

The device uses a press-fit plan. This style ensures reduced thermal resistance. Warmth steps away from the silicon pass away quickly. Reputable cooling shields the thyristor. Long life span is anticipated.

Voltage spikes happen in furnace circuits. This thyristor has solid rise capability. It stands up to unexpected high voltage tops. This shields the gadget. It safeguards other parts in the circuit too.

High frequency operation is basic. The thyristor functions reliably at kilohertz regularities. Modern induction furnaces need this rate. It enables reliable energy use. Smelting processes end up being more cost-efficient.

Reliability is important. Heaters run for long periods. Downtime is expensive. This thyristor is made for industrial endurance. It uses steady efficiency in time. Steel covering heating system operators trust it for copper manufacturing. It supplies trustworthy power control.

(KK 1000A/1800V high frequency thyristor used in steel shell furnace smelting copper )

Applications of KK 1000A/1800V high frequency thyristor used in steel shell furnace smelting copper

The KK 1000A/1800V high-frequency thyristor is a vital power switch for steel covering heaters thawing copper. It controls the electric power feeding the heating system’s induction coils. This control is crucial for producing the intense warm needed to thaw copper effectively. This thyristor takes care of extremely high currents and voltages. Its 1000 amp present rating and 1800 volt obstructing ability meet the difficult needs of these large heating systems. These heating systems call for massive power inputs. The KK thyristor supplies this power dependably.

This element handles the high-frequency rotating present powering the heating system. Exact changing is vital for preserving the best smelting temperature level. Consistent temperature control ensures the copper thaws correctly. It additionally helps achieve the preferred purity. The KK 1000A/1800V offers this exact control. It switches over power on and off very rapidly. This quick switching allows for fine changes to the heater’s energy input.

Steel covering furnace settings are severe. They include extreme warm and electric noise. The KK thyristor is built difficult for these conditions. It stands up to damages from voltage spikes and warmth. This toughness indicates less downtime. Heating systems run much longer without unexpected quits. Reliability is crucial in continual copper manufacturing. This thyristor gives tried and tested reliability.

Operators improve control over the smelting procedure using this thyristor. They can change power degrees smoothly. This results in a lot more efficient copper melting. Power use boosts. General manufacturing costs can reduce. Maintenance demands are likewise reduced. The thyristor’s durable layout lasts longer under hefty use. This saves money on substitutes.

Ettevõtte profiil

PDDN Photoelectron Technology Co., Ltd.(sales@pddn.com) on üks juhtivaid jõuelektroonika tehnoloogia ja energiatoodete ettevõtteid, mis on täielikult kaasatud päikeseenergia inverterite väljatöötamisse， trafod, pinge regulaatorid, jaotuskapid, türistorid， moodulid， dioodid， küttekehad, ja muud elektroonilised seadmed või pooljuhid. Oleme pühendunud kasutajatele kvaliteetse pakkumise pakkumisele, tõhusad tooted ja tähelepanelik teenindus.

See aktsepteerib makseid krediitkaardiga, T/T, West Union, ja Paypal. PDDN saadab kaubad FedExi kaudu välismaistele klientidele, DHL, meritsi, või õhuga. If you want high-quality KK 1000A/1800V high frequency thyristor used in steel shell furnace smelting copper , palun saatke meile päringud; me oleme siin, et teid aidata.

Makseviisid

L/C, T/T, Western Union, Paypal, Krediitkaart jne.

Saadetis

Merega, õhuga, ekspressi teel, vastavalt klientide soovile.

Säilitamistingimused

1) Hoida kuivas keskkonnas toatemperatuuril.

2) Vältige niisket ja kõrget temperatuuri.

3) Kasutage kohe pärast sisemise pakkekoti avamist.

5 FAQs of KK 1000A/1800V high frequency thyristor used in steel shell furnace smelting copper

KK 1000A/1800V High Frequency Thyristor FAQs for Steel Shell Furnace Copper Smelting

What does the KK 1000A/1800V thyristor do in the furnace?
This thyristor controls the power. It switches high currents very fast. Precise power control is essential for melting copper efficiently. The furnace needs steady, intense heat.

Why is reliability so important for this thyristor?
Furnaces run continuously for long periods. Any component failure stops production. This thyristor is built tough. It handles the demanding electrical environment inside a steel shell furnace. Smelting copper needs dependable parts.

How does it handle the heat?
Melting copper creates extreme heat. Electrical components get very hot. The KK 1000A/1800V uses a special design. Its thermal management is robust. It can dissipate heat effectively. This prevents overheating and failure. Long furnace cycles are no problem.

Why is the 1800V rating critical?
The electrical systems in these furnaces use high voltages. Voltage spikes happen during operation. The thyristor must withstand these surges. A 1800V rating provides a strong safety margin. It protects against unexpected voltage increases. Equipment damage is less likely.

How does this thyristor save energy?
Precise switching minimizes power waste. It delivers exactly the energy the copper melt needs. Less energy is lost as heat in the control system itself. Efficient power conversion lowers overall electricity use. Operating costs go down.

(KK 1000A/1800V high frequency thyristor used in steel shell furnace smelting copper )