1064nm 50W Uncooled Multimode Laser Diode Module for Laser Equipment Parts

Aféierung an Thyristor Diode Moduler

Thyristor Diode Moduler, dacks einfach als thyristor bezeechent, sinn eng Zort Halbleitergerät déi haaptsächlech benotzt gëtt fir elektresch Kraaft a verschiddenen Uwendungen ze kontrolléieren an ze wiesselen. Si handelen als kontrolléiert Schalter, erlaabt Stroum ze fléissen wann se vun engem klenge Paartsignal ausgeléist ginn. Eemol ageschalt, si bleiwe leedend bis de Stroum duerch si ënner engem bestëmmte Schwell fält oder d'Richtung vum Stroum ëmgedréint gëtt.

En Thyristormodul besteet typesch aus multiplen Thyristoren, déi zesumme verpackt sinn fir méi héich Stréim oder Spannungen ze handhaben wéi een eenzege Komponent kéint verwalten. Dës Moduler kënnen a verschiddene Konfiguratiounen fonnt ginn, dorënner SCR (Silicon kontrolléiert Rectifier), TRIAC, an GTO (Gate Ausschalten) thyristors, all entworf fir spezifesch Zorte vu Muecht Kontroll Aufgaben.

Fonctiounen an Virdeeler vun Thyristor Diode Moduler

1. Héich Power Handling Kapazitéit:
   Thyristor Moduler si fäeg fir héich Kraaftniveauen ze handhaben, mécht se gëeegent fir industriell Uwendungen déi robust an zouverlässeg Energieverwaltungsléisungen erfuerderen.

2. Effikass Muecht Kontroll:
   Thyristoren bidden präzis Kontroll iwwer d'Kraaft, déi un eng Laascht geliwwert gëtt. Andeems Dir den Timing vum Paartimpuls kontrolléiert, et ass méiglech d'Quantitéit u Kraaft unzepassen, déi transferéiert gëtt, wat besonnesch nëtzlech ass an AC Power Kontroll Uwendungen wéi Dimm Luuchten oder Geschwindegkeetskontrolle vu Motoren.

3. Niddereg Conduktioun Verloschter:
   Wann voll op, thyristors hunn niddereg Forward Volt Drëpsen, wat zu minimale Kraaftverloscht wärend der Leedung resultéiert. Dës Effizienz dréit zu méi nidderegen Operatiounstemperaturen a verbessert Energieeffizienz bäi.

4. Robust Konstruktioun:
   Entworf fir haart Ëmfeld, thyristor Moduler Fonktioun haltbar Verpakung déi mechanesch Stress widderstoen kann, Temperaturschwankungen, an aner Ëmweltfaktoren typesch an industriellen Astellungen.

5. Kompakt Design:
   Trotz hirer Fähegkeet bedeitend Muecht ze verschaffen, modern thyristor Moduler sinn kompakt, Erlaabt Plazspuerend Designen an Ausrüstung wou Gréisst a Gewiicht kritesch Considératiounen sinn.

6. Käschten-effikass Léisung:
   Thyristor Moduler bidden e wirtschaftleche Wee fir mächteg Schalt- a Kontrollfunktiounen ëmzesetzen am Verglach mat alternativen Technologien déi vläicht net sou effizient sinn oder méi pro Eenheet vun der gehandhabter Kraaft kaschten.

7. Einfach Ausléiser Mechanismus:
   Thyristoren erfuerderen nëmmen e klenge Paartstroum fir opzemaachen, déi den Design vu Kontrollkreesser vereinfacht. Den Ausléisermechanismus kann einfach an existéierend Systemer integréiert ginn mat minimalen zousätzleche Komponenten.

8. Breet Palette vun Uwendungen:
   Vu Motorsteuerung a Stroumversuergung bis Schweessmaschinnen an Traktiounssystemer, Thyristormoduler fannen Uwendung iwwer e breet Spektrum vun Industrien wéinst hire villsäitege Charakteristiken.

9. Overcurrent Schutz:
   Vill Thyristormoduler kommen mat agebaute Schutzfunktiounen géint Iwwerstroumbedéngungen ausgestatt, schützt souwuel den Apparat selwer wéi och verbonne Lasten vu potenziellen Schued.

10. Schnell Schaltgeschwindegkeet:
    Fortgeschratt thyristor Moduler kann Staaten séier schalt, wat gutt ass an Uwendungen déi séier Äntwertzäiten oder heefeg Schaltzyklen erfuerderen ouni d'Leeschtung ze kompromittéieren.

(1064nm 50W Uncooled Multimode Laser Diode Module for Laser Equipment Parts)

Specification of 1064nm 50W Uncooled Multimode Laser Diode Module for Laser Equipment Parts

This 1064nm laser diode component delivers 50 watts of continuous power. It’s developed for demanding industrial and clinical laser tools. The near-infrared wavelength at 1064 nanometers prevails for material processing. It integrates straight right into your system as a core part.

The module operates uncooled. You don’t need added water or thermoelectric colders. This streamlines combination and lowers system expenses. Reliability stays high under normal operating conditions. The multimode fiber result provides excellent beam high quality for lots of applications. The light beam is stable and consistent.

Electrical input is low voltage DC. This makes power supply layout uncomplicated. The module consists of safety attributes. These protect versus overcurrent, overvoltage, and overtemperature conditions. These features assist protect against damages and make sure long life. Connectors are common and durable. They enable simple, reliable connections.

Control is very easy. You can use analog modulation or TTL digital signals. This gives adaptability for various system demands. The real estate is compact and mechanically strong. It fits well right into various tools designs. Placing points are basic. Thermal administration is reliable. The style manages heat dissipation well.

This laser diode module suits numerous usages. It benefits laser noting, engraving, and cutting steels and plastics. It’s additionally utilized in heat treating, cladding, and welding systems. Scientists utilize it in clinical configurations. The efficiency is dependable. It provides the power needed for laborious. The uncooled design offers a functional solution.

(1064nm 50W Uncooled Multimode Laser Diode Module for Laser Equipment Parts)

Applications of 1064nm 50W Uncooled Multimode Laser Diode Module for Laser Equipment Parts

This 1064nm 50W uncooled multimode laser diode component supplies solid near-infrared light. Its design is easy and trustworthy. It fits conveniently into many laser systems requiring major power. The uncooled attribute implies no added refrigerators or intricate air conditioning parts are necessary. This saves space and lower maintenance. The module is constructed tough for requiring commercial setups.

Its high power matches jobs requiring deep product interaction. Industrial laser cutting and welding devices use it well. It cuts through different steels successfully. It bonds metal parts with excellent penetration. The light beam works for marking and inscribing hard surfaces like metals and ceramics. It develops long-term, high-contrast marks quick. Laser cleansing systems also use this component. It eliminates rust, paint, and finishings from steel without damaging the base material. This is vital for maintenance and repair.

The 1064nm wavelength is outstanding for details material processing. It functions quite possibly with numerous plastics and natural products. This makes it good for specific cutting and drilling in electronic devices producing. The clinical area uses similar wavelengths for some treatments. While except straight client usage, this module powers equipment development and testing. Its power aids replicate real treatment problems dependably.

Research and development laboratories locate this component beneficial. Scientists need trustworthy light sources for experiments. This module offers regular 1064nm output. It assists in spectroscopy studies and product evaluation. The aerospace field utilizes it also. It aids examine components and examination materials under stress and anxiety. The robust develop ensures it handles resonance and temperature level modifications typical in screening settings.

Its multimode result deals flexibility. System designers can form the beam for various demands. This flexibility is essential throughout industries. The module incorporates smoothly into existing optical configurations. It links easily to power products and controllers. This plug-and-play nature quicken maker assembly and repair service. Technicians value the simple replacement process. Downtime is lessened. The long operating life and stable efficiency reduce costs gradually. This reliability is important for production lines running continuously.

Firma Profil

PDDN Photoelectron Technology Co., Ltd., Ltd.(sales@pddn.com) ass eng vun de féierende Entreprisen a Kraaftelektronik Technologie a Kraaftprodukter, déi voll an der Entwécklung vu Solarinverter involvéiert ass， transformers, Volt reegler, Verdeelung cabinets, thyristors， Moduler， dioden， Heizungen, an aner elektronesch Apparater oder semiconductors. Mir wäerten verpflichte Benotzer mat héich-Qualitéit ze bidden, effizient Produkter a virsiichteg Service.

Et akzeptéiert Bezuelen iwwer Kreditkaart, T/T, West Unioun, an Paypal. PDDN wäert d'Wueren u Clienten iwwerséiesch iwwer FedEx schécken, DHL, vum Mier, oder duerch Loft. If you want high-quality 1064nm 50W Uncooled Multimode Laser Diode Module for Laser Equipment Parts, weg schéckt eis Ufroen; mir wäerten hei sinn fir Iech ze hëllefen.

Bezuelmethoden

L/C, T/T, Western Union, Paypal, Kreditkaart etc.

Sendung

Mam Mier, duerch Loft, duerch express, wéi Clienten Ufro.

Stockage Konditiounen

1) Store an engem dréchen Ëmfeld bei Raumtemperatur.

2) Vermeiden Feuchtigkeit an héich Temperaturen.

3) Benotzt direkt no der Ouverture vun der banneschten Verpackungsbeutel.

5 FAQs of 1064nm 50W Uncooled Multimode Laser Diode Module for Laser Equipment Parts

Hei sinn 5 common questions about the 1064nm 50W Uncooled Multimode Laser Diode Module:

What wavelength does this laser module produce?
This module emits light at 1064 nanometers. 1064nm is near-infrared light. This wavelength is invisible to the human eye. Many industrial laser systems need this specific wavelength. It works well for material processing.

What is the output power?
The module delivers up to 50 watts of continuous optical power. This power level suits demanding applications. It provides enough energy for cutting, welding, and engraving tasks. The power output remains stable during operation.

Does it need a cooling system?
Nee, this module is uncooled. It does not require an external chiller or water cooling. Its design manages heat internally. This simplifies system integration. It reduces overall equipment costs and complexity. Airflow around the module is usually sufficient.

Wat mécht “multimode” mean?
“Multimode” describes the laser beam’s profile. The light travels in multiple paths within the fiber. This creates a larger beam spot size. Multimode beams are good for delivering high power. They are often used with larger core optical fibers. They are common for pumping other lasers or direct material processing.

Where is this module typically used?
This 50W uncooled module fits many industrial laser systems. It is a core part for laser marking machines. It works in laser welding equipment. It is used in laser cutting systems. It serves as a pump source for solid-state lasers. It is found in medical device manufacturing and scientific instruments too.

(1064nm 50W Uncooled Multimode Laser Diode Module for Laser Equipment Parts)