Stud Phase Control Thyristor SCR 1600V KP50A (Stud Phase Control Thyristor SCR 1600V KP100A KP200A

Dulmarka Xakamaynta Wajiga Thyristor

Xakamaynta wajiga thyristor, inta badan loo yaqaan triac ama SCR (Dib-u-habeeya Silikoonka oo La Xakameeyo) codsiyada qaarkood, waa aaladda semiconductor ee loo isticmaalo in lagu xakameeyo xadiga awooda la keenayo culeyska iyadoo la hagaajinayo xagasha wejiga ee mawjada AC loo ogol yahay inay qabato. Habkan xakamaynta waxaa loo yaqaannaa xakamaynta xagasha wajiga ama si fudud xakamaynta wajiga. Thyristors-ka kantaroolka wejiga ayaa si weyn loogu isticmaalaa codsiyo kala duwan oo u baahan nidaaminta saxda ah ee awoodda korantada, sida nalalka iftiinka, kontaroolada xawaaraha mootada, kantaroolayaasha heerkulka, iyo qaar kaloo badan.

Astaamaha Xakamaynta Wajiga Thyristor

Xakamaynta xagasha wajiga: Oggolow hagaajinta barta haynta gudaha wareeg kasta oo nuska ah ee qaabka hirarka AC, awood u siinaya in si sax ah loo xakameeyo celceliska awooda la geeyey rarka.

Waxtarka sare: Wuxuu ku shaqeeyaa khasaaraha ugu yar marka la qabanayo, bixinta kontorool koronto oo hufan.

Hab-dhaqanka labada dhinac (Triacs): Codsiyada AC, triacs waxay u dhaqmi kartaa hadda labada jiho, iyaga oo ka dhigaya kuwo ku habboon xakamaynta mowjadaha buuxa ee culeysyada AC.

Dhaqan-jideedka midaysan (SCRs): SCR-yadu waxay hadda u socdaan hal jiho oo keliya waxaana sida caadiga ah loo isticmaalaa xakamaynta mawjadda nuska ah ee culaysyada AC ama DC.

Kicinta Albaabka: Qabashadu waxay bilaabataa marka qulqul yar lagu dabaqo marinka albaabka, u oggolaanaya in si fudud loo xakameeyo barta-rogista.

Latching Hadda: Mar la kiciyay, Thyristor wuxuu sii wadaa inuu sameeyo ilaa hadda uu ka hoos dhaco heer go'an oo loo yaqaan 'holder current'.

Dareenka heerkulka: Waxqabadka waxaa saameyn kara isbedelka heerkulka, u baahan tixgelinta maareynta kulaylka ee naqshadeynta.

Voltage iyo Qiimaynta Hadda: Waxaa lagu heli karaa noocyo kala duwan oo danab ah iyo qiimeynta hadda jirta si loo waafajiyo baahiyaha codsi ee kala duwan.

Abuurka Qaylada: Wuxuu dhalin karaa faragelin koronto (EMI), u baahan shaandhaynta saxda ah iyo gaashaanka ee codsiyada xasaasiga ah.

Hababka Ilaalinta: Badanaa waxaa ku jira ka-hortagga ku-meel-gaarka ah ee ka-hortagga koronta-dhaafka iyo xaaladaha xad-dhaafka ah si loo ilaaliyo aaladda iyo nidaamyada ku xiran.

(Stud Phase Control Thyristor SCR 1600V KP50A (Stud Phase Control Thyristor SCR 1600V KP100A KP200A)

Specification of Stud Phase Control Thyristor SCR 1600V KP50A (Stud Phase Control Thyristor SCR 1600V KP100A KP200A

The Stud Phase Control Thyristor SCR 1600V KP50A (KP100A, KP200A) is developed for high-power phase control applications. It manages voltages up to 1600V and currents varying from 50A to 200A. This part fits industrial systems requiring precise policy of air conditioning power. The stud-mounted design makes sure solid mechanical security and reliable warm dissipation.

The thyristor features a high rise current capability. It stands up to abrupt overloads without damages. The forward obstructing voltage of 1600V makes it reputable in high-voltage environments. The gate trigger current is reduced, making certain smooth activation. This decreases power loss during procedure.

Thermal performance is vital. The tool runs efficiently at junction temperatures as much as 125 ° C. Correct mounting on a heatsink is essential for optimal thermal management. The stud link streamlines installment in high-current circuits. Copper or aluminum heatsinks are advised.

Applications consist of electric motor rate control, qalabka korontada, and illumination systems. It is likewise made use of in commercial heating devices and voltage regulators. The thyristor’s durable building and construction makes certain sturdiness in severe conditions. It resists vibration and mechanical anxiety.

Electrical characteristics correspond across the KP series. Reverse blocking voltage matches the forward ranking. Leakage currents continue to be very little under regular procedure. Turn-off time is fast, improving changing performance. This minimizes delays in phase-controlled systems.

Gate control calls for a brief pulse for trustworthy triggering. Pulse duration must surpass 10 ilbiriqsiyo yar. Eviction voltage should remain within defined limitations to avoid damages. Proper gateway drive circuits improve performance.

The KP50A, KP100A, and KP200A share comparable mechanical measurements. Weight differs slightly with current score. All variations consist of a passivated surface for corrosion resistance. Storage space conditions need to prevent excess moisture or temperature level extremes.

Checking validates conformity with industry requirements. Each unit undergoes extensive quality checks. Electrical specifications are validated under simulated operating conditions. This makes certain dependability before shipment.

Customers have to comply with taking care of standards. Static-sensitive safety measures apply during installation. Over-tightening placing equipment can damage the stud terminal. Adequate insulation is needed for high-voltage arrangements. Right electrical wiring stops accidental brief circuits.

The thyristor’s design prioritizes long life. Routine maintenance checks are recommended. Cleaning the heatsink and terminals avoids dust accumulation. Monitoring operating temperatures helps stay clear of thermal runaway. Appropriate usage prolongs the element’s service life.

Compatibility with common phase control circuits streamlines integration. Designers can change older thyristors without revamping systems. Technical assistance is available for application-specific inquiries. Datasheets provide in-depth electrical and mechanical requirements.

(Stud Phase Control Thyristor SCR 1600V KP50A (Stud Phase Control Thyristor SCR 1600V KP100A KP200A)

Applications of Stud Phase Control Thyristor SCR 1600V KP50A (Stud Phase Control Thyristor SCR 1600V KP100A KP200A

The Stud Phase Control Thyristor SCR 1600V KP50A (and higher-current models KP100A, KP200A) is a high-power semiconductor gadget created for accurate control of electric tons popular industrial settings. This thyristor takes care of approximately 1600 volts and supports present ratings from 50A to 200A. Its stud-mounted layout ensures strong thermal efficiency and mechanical stability.

These thyristors are frequently utilized in motor rate control systems. They change power circulation to motors by handling phase angles. This enables smooth velocity and deceleration in equipment like conveyor belts or commercial fans. The high voltage rating makes them suitable for durable devices operating in rough problems.

Another application is in power policy for heating unit. The thyristor controls current flow to repellent tons like heaters or ovens. This maintains consistent temperature levels without overshooting targets. The device’s dependability ensures long-term operation in high-temperature environments.

They are likewise effective in air conditioning voltage stabilizers. By readjusting transmission angles, the thyristor corrects voltage variations in genuine time. This safeguards delicate devices from damage caused by unpredictable power supplies. The fast switching ability reduces action hold-ups.

The KP50A, KP100A, and KP200A designs are ideal for welding equipments. They take care of the high currents needed for arc welding. Their tough building stands up to frequent surges and vibrations. This lowers downtime in manufacturing settings.

These thyristors function well in lights control systems for large venues. They dim or brighten high-intensity lights by modulating power delivery. The phase control method stays clear of flickering and guarantees smooth shifts.

The stud-type package gives effective warm dissipation. This prevents overheating also during continuous operation. The durable layout resists mechanical stress and anxiety and electrical sound. This makes the thyristor appropriate for use in mining, metal handling, or renewable resource systems.

Engineers prefer these gadgets for their simplicity and toughness. No complicated wiring is needed for fundamental phase control tasks. Maintenance requirements are reduced compared to different options. The thyristor’s efficiency stays steady throughout a vast temperature level array.

Compatibility with common warmth sinks and mounting equipment simplifies setup. Customers can upgrade existing systems without redesigning entire configurations. This flexibility lowers prices and downtime throughout retrofits.

The 1600V rating future-proofs systems versus higher voltage demands. Industries embracing automation or energy-efficient innovations take advantage of this scalability. These thyristors bridge the void in between conventional power control techniques and modern-day industrial demands.

Xogta Shirkadda

Shirkadda PDDN Photoelectron Technology Co., Ltd., Ltd.(sales@pddn.com) waa mid ka mid ah shirkadaha hormuudka u ah korantada tignoolajiyada elektiroonigga ah iyo alaabada korontada, kaas oo si buuxda ugu lug leh horumarinta soolarka rogayaasha， Transformers, xakameeyayaasha danab, armaajooyinka qaybinta, thyristors， modules， dareereyaal， kululeeyayaasha, iyo qalabka kale ee elegtarooniga ah ama semiconductors. Waxaa naga go'an inaan siino isticmaalayaasha tayo sare leh, alaabo hufan iyo adeeg tixgalin leh.

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Xaaladaha Kaydinta

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5 FAQs of Stud Phase Control Thyristor SCR 1600V KP50A (Stud Phase Control Thyristor SCR 1600V KP100A KP200A

The Stud Phase Control Thyristor SCR 1600V KP50A (and KP100A/KP200A) is a high-power semiconductor device for controlling electrical power in industrial systems. Below are common questions about its use and features.

What is this thyristor used for?
It controls AC power in circuits requiring precise phase-angle adjustments. The device handles high voltage and current levels. It acts as a switch for power regulation in motor controllers, hababka kululaynta, or lighting controls.

What applications suit the 1600V rating?
The 1600V blocking voltage makes it ideal for heavy-duty industrial equipment. Examples include high-voltage rectifiers, industrial motor drives, or power converters. It supports systems where voltage spikes or surges are common.

What do KP50A, KP100A, and KP200A mean?
These codes show the average forward current ratings. KP50A handles 50A, KP100A manages 100A, and KP200A supports 200A. Choose the model based on your system’s current requirements. Higher current ratings suit larger loads.

How is the thyristor installed safely?
Mount it securely using proper stud hardware. Follow torque specifications to avoid damage. Use thermal paste and heatsinks for heat dissipation. Ensure electrical contacts are clean and tight. Incorrect installation risks overheating or failure.

What precautions prevent device failure?
Avoid exceeding voltage or current limits. Use protective circuits against voltage spikes. Maintain stable temperatures with cooling systems. Test the device under controlled conditions before full deployment. Check insulation regularly to prevent short circuits.

The thyristor’s rugged design ensures reliability in demanding environments. Proper selection and maintenance extend its operational lifespan. Matching the model to system requirements guarantees optimal performance.

(Stud Phase Control Thyristor SCR 1600V KP50A (Stud Phase Control Thyristor SCR 1600V KP100A KP200A)