Vifaa vya Kielektroniki Daraja la Kirekebishaji Moto cha Cvm75cd80 Awamu ya Tatu ya Kirekebishaji Kinachodhibitiwa

Muhtasari wa Moduli za Daraja Moja la Marekebisho ya Awamu Tatu

Moduli za daraja la urekebishaji awamu tatu ni sehemu muhimu katika umeme wa umeme, iliyoundwa ili kubadilisha mkondo mbadala (AC) kutoka kwa usambazaji wa awamu tatu hadi sasa moja kwa moja (DC). Moduli hizi kwa kawaida huwa na diodi sita zilizopangwa katika usanidi wa daraja. Zinatumika sana katika matumizi ya viwandani kama vile anatoa za gari, vifaa vya kulehemu, na vifaa vya umeme visivyoweza kukatika (UPS) mifumo kutokana na ufanisi na uaminifu wao. Ubunifu thabiti huhakikisha operesheni thabiti chini ya hali tofauti za mzigo, wakati saizi ya kompakt inawezesha ujumuishaji rahisi katika mifumo mbali mbali ya umeme.

Vipengele vya Moduli za Daraja Moja la Urekebishaji Awamu Tatu

1. Ufanisi wa Juu: Imeboreshwa kwa hasara ndogo ya nishati wakati wa ubadilishaji wa AC-to-DC.
2. Ubunifu wa Kompakt: Huokoa nafasi ndani ya mitambo ya umeme, kuifanya iwe rahisi kuunganishwa katika mifumo iliyopo.
3. Ujenzi Imara: Imejengwa kuhimili mazingira magumu na kutoa kuegemea kwa muda mrefu.
4. Kiwango Kina cha Halijoto cha Uendeshaji: Inaweza kufanya kazi kwa ufanisi katika wigo mpana wa joto, kuimarisha utengamano.
5. Upinzani wa Chini wa Joto: Inawezesha ufanisi wa uharibifu wa joto, kuchangia maisha ya sehemu ya muda mrefu.
6. Ulinzi wa Kupindukia: Vipengele vya usalama vilivyojumuishwa hulinda dhidi ya uharibifu unaowezekana kutoka kwa mikondo ya kupita kiasi.
7. Wiring Kilichorahisishwa: Hupunguza ugumu wa usakinishaji na wakati na viunganisho vya moja kwa moja.
8. Uwezo wa Juu wa Sasa: Hushughulikia upakiaji wa muda mfupi bila kuathiri utendaji au maisha marefu.

(Vifaa vya Kielektroniki Daraja la Kirekebishaji Moto cha Cvm75cd80 Awamu ya Tatu ya Kirekebishaji Kinachodhibitiwa)

Specification of Electronic Equipments Hot ing Rectifier Bridge Cvm75cd80 Three Phase Half Controlled Rectifier Bridge

The CVM75CD80 Three-Phase Half-Controlled Rectifier Bridge is a high-performance electronic part designed for efficient power conversion in industrial and commercial applications. This rectifier bridge integrates three-phase input with half-controlled thyristor and diode technology, allowing specific control over output voltage and existing. It is engineered to handle high-power lots while preserving stability and dependability.

** Secret Specifications: **.
– ** Version: ** CVM75CD80.
– ** Kind: ** Three-Phase Half-Controlled Rectifier Bridge.
– ** Optimum Average Forward Current (IF( YA)): ** 75A.
– ** Top Forward Surge Current (IFSM): ** 950A (solitary half-sine wave).
– ** Recurring Reverse Voltage (VRRM): ** 800V.
– ** Ahead Voltage Decrease (VF): ** ≤ 1.5 V per leg at rated current.
– ** Running Junction Temperature Level (Tj): ** -40 ° C hadi +125 ° C.- ** Placing Style: ** Screw or stud mounting for safe and secure thermal monitoring.
– ** Seclusion Voltage: ** 2500V RMS (min) between terminals and baseplate.

** Design Functions: **.
The CVM75CD80 integrates half-controlled geography, utilizing thyristors for regulated stages and diodes for uncontrolled phases, allowing partial waveform modulation. This design enhances power performance and minimizes harmonic distortion. The component is built with high-grade silicone gel encapsulation and a light weight aluminum oxide ceramic substratum, making sure excellent thermal conductivity and protection versus dampness, vumbi, and mechanical anxiety. Inayobebeka, robust bundle appropriates for high-vibration environments.

** Maombi: **.
Suitable for AC/DC power conversion in motor speed controls, chaja za betri, welding devices, na vifaa vya nguvu vya kibiashara. It is additionally made use of in renewable resource systems, such as wind and solar inverters, for controlled DC output.

** Kuzingatia & Security: **.
Complies with international requirements for electrical safety and electromagnetic compatibility (EMC). Consists of over-temperature and short-circuit defense features to stop damages under mistake problems.

** Installation Notes: **.
Ensure proper heatsinking to keep joint temperature within limits. Usage thermal grease to boost warm dissipation. Verify phase links and control signals to avoid reverse polarity or overvoltage.

The CVM75CD80 supplies a balance of durability, accuracy, and power handling, making it a functional remedy for demanding three-phase rectification tasks.

(Vifaa vya Kielektroniki Daraja la Kirekebishaji Moto cha Cvm75cd80 Awamu ya Tatu ya Kirekebishaji Kinachodhibitiwa)

Applications of Electronic Equipments Hot ing Rectifier Bridge Cvm75cd80 Three Phase Half Controlled Rectifier Bridge

The CVM75CD80 3 Stage Half Controlled Rectifier Bridge is a durable digital part made for converting three-phase alternating present (KIYOYOZI) right into adjustable straight present (DC) in commercial and high-power applications. Incorporating thyristors and diodes in a half-controlled setup, it offers precise control over result voltage, making it optimal for systems requiring variable DC power. With a current ranking of 75A and voltage taking care of approximately 800V, this rectifier bridge excels in requiring settings, delivering reliability, usalama wa joto, and power effectiveness.

A key application of the CVM75CD80 remains in commercial motor drives, where it makes it possible for smooth speed control and torque policy for machinery such as conveyor belts, pampu, and CNC machines. Its adjustable DC output makes sure energy-efficient procedure, lowering power usage in manufacturing procedures. The rectifier is additionally commonly utilized in electroplating and electrolysis systems, supplying stable existing outcome for consistent steel finish high quality and chemical handling.

In home heating and temperature control systems, the CVM75CD80 sustains precise policy of repellent or inductive heating elements. This is important in commercial heaters, induction heating units, and ceramic kilns, where preserving uniform temperature levels impacts product high quality. Zaidi ya hayo, the rectifier is utilized in battery billing systems for electric vehicles and backup power units, using regulated billing prices to expand battery life-span.

Renewable resource systems, such as wind and solar inverters, benefit from the rectifier’s capability to transform and maintain three-phase air conditioning power for grid assimilation. Its tough style guarantees reliable efficiency in harsh atmospheres, consisting of high-temperature settings. The small building of the CVM75CD80 enables easy combination right into space-constrained electrical panels, while its half-controlled style reduces part costs compared to totally controlled options.

On the whole, the CVM75CD80 3 Stage Fifty Percent Controlled Rectifier Bridge is a functional service for markets calling for effective power conversion, including manufacturing, nishati, ya magari, and metallurgy. Its longevity, accuracy, and flexibility make it a keystone of modern commercial automation and power monitoring systems.

Wasifu wa Kampuni

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) ni mojawapo ya makampuni yanayoongoza katika teknolojia ya umeme wa umeme na bidhaa za nguvu, ambayo inahusika kikamilifu katika kuendeleza inverters za jua， transfoma, vidhibiti vya voltage, makabati ya usambazaji, thyristors， moduli， diodi， hita, na vifaa vingine vya elektroniki au halvledare. Tutajitolea kuwapa watumiaji ubora wa juu, bidhaa bora na huduma inayozingatia.

Inakubali malipo kupitia Kadi ya Mkopo, T/T, Muungano wa Magharibi, na Paypal. PDDN itasafirisha bidhaa kwa wateja wa ng'ambo kupitia FedEx, DHL, kwa bahari, au kwa hewa. If you want high-quality Electronic Equipments Hot ing Rectifier Bridge Cvm75cd80 Three Phase Half Controlled Rectifier Bridge, tafadhali tutumie maswali; tutakuwa hapa kukusaidia.

Mbinu za Malipo

L/C, T/T, Muungano wa Magharibi, Paypal, Kadi ya Mkopo nk.

Usafirishaji

Kwa bahari, kwa hewa, kwa kujieleza, kama wateja wanavyoomba.

Masharti ya Uhifadhi

1) Hifadhi katika mazingira kavu kwenye joto la kawaida.

2) Epuka unyevu na joto la juu.

3) Tumia mara baada ya kufungua mfuko wa ndani wa kufunga.

5 FAQs of Electronic Equipments Hot ing Rectifier Bridge Cvm75cd80 Three Phase Half Controlled Rectifier Bridge

What is the CVM75CD80 Three-Phase Half-Controlled Rectifier Bridge used for? The CVM75CD80 is designed to convert three-phase alternating current (AC) katika mkondo wa moja kwa moja (DC) using a combination of diodes and thyristors (SCRs). It is commonly used in industrial applications such as motor speed control, vifaa vya nguvu, battery charging, na vifaa vya kulehemu. Its half-controlled configuration allows partial waveform control, balancing efficiency and cost for medium-power systems.

How does a half-controlled rectifier bridge differ from a fully controlled one? A half-controlled bridge uses a mix of diodes and SCRs, while a fully controlled bridge employs only SCRs. This design reduces complexity and cost but offers less precise control over output voltage. Half-controlled bridges are ideal for applications requiring moderate adjustment, such as heating systems or basic motor drives, where full-wave control isn’t necessary.

What are the key specifications of the CVM75CD80? The CVM75CD80 operates at a maximum average forward current of 75A and a peak repetitive reverse voltage of 800V. It supports three-phase AC input and delivers rectified DC output. The module includes built-in heat sinks for thermal management and is designed for screw-in mounting. Ensure proper cooling to maintain performance and longevity.

How do I install and maintain this rectifier bridge? Mount the module on a clean, flat surface with adequate airflow. Use insulated tools to avoid short circuits. Regularly check for loose connections, dust buildup, or signs of overheating. Apply thermal paste if remounting. Avoid exposing the unit to moisture or corrosive environments. Replace the device if you notice physical damage or performance degradation.

What safety precautions should I take when using the CVM75CD80? Always disconnect power before installation or maintenance. Use protective gear to avoid electric shocks. Ensure the input voltage matches the device rating (three-phase AC). Implement fuses or circuit breakers to protect against overcurrent. Ground the chassis properly. Test the system at lower voltages before full operation. Consult the datasheet for temperature limits to prevent thermal runaway.

(Vifaa vya Kielektroniki Daraja la Kirekebishaji Moto cha Cvm75cd80 Awamu ya Tatu ya Kirekebishaji Kinachodhibitiwa)