Original Afara ẹrọ ẹlẹnu meji thyristor module PWB200A40

Akopọ tiAwọn modulu Thyristor

Awọn modulu Thyristor jẹ awọn paati bọtini ni imọ-ẹrọ itanna agbara. Wọn ni ọkan tabi diẹ ẹ sii thyristors ti a fi sinu ile iwapọ kan. Thyristors jẹ ipele mẹrin, Awọn ẹrọ semikondokito mẹta-mẹta ti a lo ni akọkọ ninu awọn ohun elo ti o ṣakoso ati ṣe ilana AC agbara giga tabi lọwọlọwọ DC. Wọn le yipada ni kiakia lati ipo imuduro giga-giga si ipo idawọle impedance kekere ti o da lori ifihan agbara kan, nitorina iyọrisi iṣakoso kongẹ ti lọwọlọwọ.

Awọn ẹya ara ẹrọ ati awọn Anfani tiAwọn modulu Thyristor

Agbara mimu agbara giga: Awọn modulu Thyristor le koju awọn foliteji giga pupọ ati awọn ṣiṣan, ṣiṣe wọn dara fun iyipada agbara ile-iṣẹ ati awọn eto iṣakoso.

Yara esi akoko: Awọn akoko iyipada kukuru pupọ ati awọn adanu kekere ṣe idaniloju iṣẹ ṣiṣe ti o ga julọ.

Igbẹkẹle ati agbara: Apẹrẹ gaungaun, iṣẹ iduroṣinṣin ni awọn agbegbe lile, ati ki o gun aye.

Rọrun Integration: Apẹrẹ apọjuwọn simplifies fifi sori ati ki o din itọju awọn ibeere.

Aabo apọju: Awọn ọna idabobo ti a ṣe sinu bii iwọn otutu ati aabo lọwọlọwọ ṣe alekun aabo eto.

Awọn ohun elo ti o wapọ: Ti a lo ni ọpọlọpọ awọn ohun elo ti o nilo iṣakoso lọwọlọwọ deede.

(Original Afara ẹrọ ẹlẹnu meji thyristor module PWB200A40)

Specification of Original bridge diode thyristor module PWB200A40

The Original bridge diode thyristor component PWB200A40 is designed for high-power correction and control applications. It integrates diode and thyristor technology to manage AC-to-DC conversion successfully. The component takes care of an optimal average onward present of 200A. It sustains a recurring optimal off-state voltage of 400V. This makes it appropriate for industrial devices calling for secure power monitoring.

The structure makes use of a small press-pack style. This makes sure low thermal resistance. The base material is copper. It boosts warm dissipation. The module operates accurately in temperature levels from -40 ° C si 125 ° C. It integrates several diodes and thyristors in a bridge arrangement. This lowers external circuitry needs. It streamlines circuit design. Isolation voltage between components reaches 2500V. This avoids electric disturbance.

Placing the component calls for a flat heatsink surface area. Correct stress circulation is important. Attaching torque ought to not go beyond suggested limitations. The terminals utilize copper alloy. They offer safe and secure connections. Upkeep includes routine cleaning of contact surfaces. Dirt or oxidation can impact performance.

The PWB200A40 meets global requirements like IEC and UL. It includes built-in overvoltage security. Surge existing ability gets to 3000A for 10ms. This protects against abrupt voltage spikes. Reverse recovery time is brief. It reduces power loss during switching. Applications consist of motor drives, welding equipments, ati awọn ipese agbara. It operates in renewable resource systems like wind generators.

Checking covers electrical efficiency, thermal biking, and resonance resistance. Each system undertakes high-voltage stress and anxiety testing. Quality control guarantees consistency. The module’s sturdy construction stands up to mechanical tension. It operates in damp or dusty environments. Long-lasting reliability lowers downtime. Performance surpasses 98% under full tons. This lowers power expenses.

The layout concentrates on individual security. Insulation layers protect against unintentional contact with online components. Clear labeling identifies terminals. Compatibility with basic control circuits streamlines combination. Customized configurations are offered for particular needs. Technical assistance assists with installation or troubleshooting. Substitute components make certain very little service interruptions.

(Original Afara ẹrọ ẹlẹnu meji thyristor module PWB200A40)

Applications of Original bridge diode thyristor module PWB200A40

The Original Bridge Diode Thyristor Module PWB200A40 is a trustworthy power control component created for commercial and industrial systems. It combines diode and thyristor innovation to manage high-current air conditioning and DC tons. This component suits applications needing accurate voltage regulation, effective power conversion, and robust performance under requiring conditions.

Motor control systems make use of the PWB200A40 to readjust speed and torque in industrial equipment. Its fast switching capacity decreases power loss throughout procedure. The module’s portable design allows easy assimilation right into electric motor drives for conveyor belts, awọn ifasoke, and CNC devices.

Power supply units take advantage of the component’s ability to rectify and stabilize input voltage. It transforms air conditioning to DC power smoothly, lowering variations in equipment like welding makers and battery chargers. The high thermal conductivity of its materials stops overheating during prolonged usage.

Ni sọdọtun awọn oluşewadi awọn ọna šiše, the PWB200A40 handles power circulation between photovoltaic panels, wind generators, and storage batteries. It makes sure effective power transfer while securing circuits from voltage spikes. Its toughness makes it ideal for outdoor installations revealed to temperature level changes and wetness.

Industrial heating tools counts on the module for exact temperature control. It controls present flow in resistance heating units and induction furnaces, preserving consistent warmth output. The thyristor’s zero-crossing feature reduces electro-magnetic interference, improving safety in delicate settings.

The module is additionally made use of in uninterruptible power supplies (Soke) to maintain secure electrical energy during outages. It switches between source of power rapidly, avoiding downtime in data centers and medical centers. The reduced leak present layout boosts power performance in standby settings.

Automated production lines use the PWB200A40 to coordinate electric motor and actuator motions. Its high surge existing resistance supports abrupt load adjustments without failing. The module’s screw-terminal connections simplify upkeep and substitute in jampacked control board.

Electric automobile billing stations use the module to handle high-power DC billing. It manages fast current modifications while protecting versus brief circuits. The corrosion-resistant housing makes sure long-lasting dependability in public or industrial settings.

The PWB200A40 meets worldwide security criteria for insulation and voltage tolerance. Its checked performance in severe conditions reduces the risk of unplanned downtime. Customized arrangements are offered to match specific voltage and present requirements.

Ifihan ile ibi ise

PDDN Photoelectron Technology Co., Ltd., Ltd.(tita@pddn.com) jẹ ọkan ninu awọn ile-iṣẹ oludari ni imọ-ẹrọ itanna agbara ati awọn ọja agbara, eyi ti o ni kikun lowo ninu sese oorun inverters， Ayirapada, foliteji olutọsọna, awọn apoti ohun elo pinpin, thyristors， awọn modulu， diodes， awọn igbona, ati awọn ẹrọ itanna miiran tabi awọn semikondokito. A yoo ṣe ileri lati pese awọn olumulo pẹlu didara-giga, daradara awọn ọja ati o tiyẹ iṣẹ.

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Awọn ipo ipamọ

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2) Yago fun ọririn ati iwọn otutu giga.

3) Lo lẹsẹkẹsẹ lẹhin ṣiṣi apo iṣakojọpọ inu.

5 FAQs of Original bridge diode thyristor module PWB200A40

What is the PWB200A40 module used for? The PWB200A40 is a bridge diode thyristor module designed for converting alternating current (AC) lati taara lọwọlọwọ (DC) in high-power applications. It works in industrial equipment like motor drives, ipese agbara, ati alurinmorin ero. The module handles heavy loads efficiently. It ensures stable performance under high voltage and current conditions.

What are the key specifications of the PWB200A40? The module supports a maximum average forward current of 200A. Its peak forward surge current reaches 3000A. The voltage rating is 400V. O ṣiṣẹ laarin iwọn otutu -40 ° C si 125 ° C. These specs make it suitable for harsh environments. The compact design saves space in electrical setups.

How do I install the PWB200A40 correctly? Mount the module on a clean, flat heat sink using thermal paste. Tighten screws evenly to avoid pressure imbalance. Follow the torque values specified in the manual. Connect terminals with proper cables. Check polarity before powering the system. Ensure cooling systems work to prevent overheating.

What safety precautions are necessary when using this module? Never exceed the voltage or current limits. Use protective gear during installation. Avoid touching live parts. Keep the module dry. Inspect for damage before use. Isolate the power supply during maintenance. Follow local electrical safety standards.

Is the PWB200A40 compatible with other control systems? The module works with most standard thyristor-driven setups. Verify voltage and current requirements match your system. Check the control signal compatibility. Consult the manufacturer’s guidelines for integration details. Custom configurations might need additional testing.

(Original Afara ẹrọ ẹlẹnu meji thyristor module PWB200A40)