Phase Control Thyristor Y65KPE SCR Thyristor Module

Trosolwg o Thyristor Rheoli Cam

Thyristor rheoli cam, cyfeirir ato'n aml fel triac neu AAD (Rectifier Rheoledig Silicon) mewn rhai ceisiadau, yn ddyfais lled-ddargludyddion a ddefnyddir i reoli faint o bŵer a ddarperir i lwyth trwy addasu'r ongl gwedd y caniateir i'r tonffurf AC ddargludo ynddo. Gelwir y dull hwn o reoli yn rheoli ongl cam neu'n syml rheoli cam. Defnyddir thyristor rheoli cyfnod yn eang mewn amrywiol gymwysiadau sy'n gofyn am reoleiddio pŵer trydanol yn fanwl gywir, megis pylu goleuadau, rheolaethau cyflymder modur, rheolwyr tymheredd, a mwy.

Nodweddion Thyristor Rheoli Cam

Rheoli Ongl Cam: Yn caniatáu addasu'r pwynt dargludiad o fewn pob hanner cylch o'r tonffurf AC, galluogi rheolaeth fanwl gywir dros y pŵer cyfartalog a ddarperir i'r llwyth.

Effeithlonrwydd Uchel: Yn gweithredu gyda cholledion lleiaf posibl wrth gynnal, darparu rheolaeth pŵer effeithlon.

Dargludedd Deugyfeiriadol (Triacs): Ar gyfer ceisiadau AC, gall triacs ddargludo cerrynt i'r ddau gyfeiriad, gan eu gwneud yn addas ar gyfer rheolaeth tonnau llawn ar lwythi AC.

Dargludedd Uncyfeiriad (AAD): Mae SCRs yn dargludo cerrynt i un cyfeiriad yn unig ac fe'u defnyddir fel arfer ar gyfer rheoli llwythi AC neu DC hanner ton.

Sbardun Gate: Mae dargludiad yn dechrau pan fydd cerrynt bach yn cael ei roi ar derfynell y giât, gan ganiatáu ar gyfer rheolaeth hawdd o'r pwynt troi ymlaen.

Clicied Cyfredol: Unwaith y caiff ei sbarduno, mae'r thyristor yn parhau i ddargludo nes bod y cerrynt trwyddo'n disgyn islaw lefel arbennig a elwir yn gerrynt dal.

Sensitifrwydd Tymheredd: Gall perfformiad gael ei effeithio gan newidiadau tymheredd, gofyn am ystyriaethau rheoli thermol wrth ddylunio.

Foltedd a Chyfraddau Cyfredol: Ar gael mewn ystod eang o gyfraddau foltedd a chyfredol i weddu i wahanol anghenion cais.

Cynhyrchu Sŵn: Yn gallu cynhyrchu ymyrraeth electromagnetig (EMI), sy'n golygu bod angen hidlo a gwarchod priodol mewn cymwysiadau sensitif.

Mecanweithiau Amddiffyn: Yn aml yn cynnwys amddiffyniad adeiledig rhag gorfoltedd ac amodau gorlif i ddiogelu'r ddyfais a systemau cysylltiedig.

(Phase Control Thyristor Y65KPE SCR Thyristor Module)

Specification of Phase Control Thyristor Y65KPE SCR Thyristor Module

This Y65KPE SCR Thyristor Component controls large electrical power. It is constructed for stage control jobs. You find it in industrial power setups. It manages high voltages and large currents smoothly. The module uses a silicon controlled rectifier (AAD). This SCR is a kind of thyristor. It imitates a strong button for air conditioning power.

The Y65KPE module manages large voltages. Its top repeated voltage is 6500 foltiau. Its functioning voltage is 3500 foltiau. This benefits requiring circuits. It handles large currents too. The average existing score is 65 amps. The surge present capacity is very high. It can take large, abrupt spikes. This inconveniences and dependable.

This thyristor module is solid. It can manage challenging conditions. It is built to last. It functions well under electric stress and anxiety. The module attaches easily. It has common installing choices. This streamlines installment. Engineers trust its solid build.

Warmth is necessary. The module manages warm well. It stays awesome throughout operation. Great cooling keeps it running securely. It uses an efficient thermal design. This avoids getting too hot. Cooling down fins assist move heat away. Correct cooling expands its life.

Utilize this component in high-power systems. It fits motor drives. It works in power products. It benefits home heating controls. It manages phase changing jobs. Industries utilize it for power conversion. It is a key component for large makers. It offers secure control for heavy lots.

(Phase Control Thyristor Y65KPE SCR Thyristor Module)

Applications of Phase Control Thyristor Y65KPE SCR Thyristor Module

The Y65KPE SCR Thyristor Component is a stage control thyristor developed for demanding commercial power applications. It manages high air conditioning power degrees properly. This module uses phase control changing. This technique changes the power provided to a load by managing the factor within the a/c voltage cycle where the thyristor turns on. This allows accurate regulation of power flow. This is crucial for systems needing variable power.

You find the Y65KPE component made use of in numerous locations. One major application is regulating huge air conditioning motors. Industries utilize it for electric motor speed guideline in conveyors, cefnogwyr, pympiau, and heavy equipment. It gives smooth acceleration and slowdown. This aids safeguard the motor and the driven equipment. One more crucial usage remains in industrial heater. Think ovens, gwresogyddion, and kilns. The module specifically changes the warmth output. This keeps regular temperature levels. It saves energy too. Power supplies likewise benefit. The Y65KPE stabilizes voltage in huge power products. This shields sensitive devices downstream. Soft beginners for motors often include this component. It minimizes the starting present surge. This stops anxiety on the electrical system and the motor itself.

The Y65KPE is developed for difficult conditions. It manages high voltages and currents reliably. Its construction makes it resilient. It withstands commercial settings well. Integrating the Y65KPE into systems is straightforward. Designers appreciate its durable performance. It uses a reputable service for precise a/c power control.

Proffil Cwmni

PDDN Photoelectron Technology Co., Cyf.(sales@pddn.com) yw un o'r mentrau blaenllaw ym maes technoleg electroneg pŵer a chynhyrchion pŵer, sy'n ymwneud yn llawn â datblygu gwrthdroyddion solar， trawsnewidyddion, rheolyddion foltedd, cypyrddau dosbarthu, thyristors， modiwlau， deuodau， gwresogyddion, a dyfeisiau electronig neu led-ddargludyddion eraill. Byddwn wedi ymrwymo i ddarparu defnyddwyr o ansawdd uchel, cynhyrchion effeithlon a gwasanaeth ystyriol.

Mae'n derbyn taliad trwy Gerdyn Credyd, T/T, Undeb y Gorllewin, a Paypal. Bydd PDDN yn cludo'r nwyddau i gwsmeriaid dramor trwy FedEx, DHL, ar y môr, neu yn yr awyr. If you want high-quality Phase Control Thyristor Y65KPE SCR Thyristor Module, anfonwch ymholiadau atom; byddwn ni yma i'ch helpu chi.

Dulliau Talu

L/C, T/T, Undeb gorllewinol, Paypal, Cerdyn Credyd ac ati.

Cludo

Ar y môr, mewn awyren, trwy fynegi, fel cais cwsmeriaid.

Amodau Storio

1) Storio mewn amgylchedd sych ar dymheredd ystafell.

2) Osgoi lleithder a thymheredd uchel.

3) Defnyddiwch yn syth ar ôl agor y bag pacio mewnol.

5 FAQs of Phase Control Thyristor Y65KPE SCR Thyristor Module

This SCR module handles heavy power control. It manages big currents in motors and heaters. You use it for phase control in industrial gear. It switches power on and off smoothly. This prevents damage from sudden changes.

Check the voltage rating first. It must match your system’s max voltage. Current rating matters too. Pick one that fits your load’s needs. Look at the gate trigger specs. They decide how easy it is to turn on. Don’t forget the cooling method. Good cooling keeps it working right.

Mount it tight on a heatsink. Use thermal paste for better heat transfer. Keep the surface clean and flat. Connect the terminals properly. Follow the wiring diagram exactly. Wrong connections wreck the module. Secure all screws firmly. Loose parts cause overheating.

It gets hot during use. A heatsink is essential. Forced air cooling helps too sometimes. Watch the temperature. Keep it below the rated max. Check for dust buildup. Clean it regularly. Good airflow prevents overheating. Overvoltage spikes are bad. Use snubber circuits for protection. They absorb voltage surges.

It fails sometimes. Overcurrent is a common reason. Check for short circuits in the load. Overheating kills modules. See if the cooling system works. Maybe the fan broke. Maybe the heatsink clogged. Gate drive issues happen. Verify the trigger signal is strong enough. Bad connections cause trouble. Inspect all wiring points. Replace the module if damaged.

(Phase Control Thyristor Y65KPE SCR Thyristor Module)