Three Phases Diode Bridge Df30db80 6ri30e-080 6ri30e-060

Tirohanga mo nga Waahanga Takitahi Tuatoru Piriti Whakatikatika

Ko nga waahanga piriti e toru nga waahanga he waahanga nui o te hikohiko hiko, i hangaia hei huri i te ia tauutuutu (AC) mai i te tuku toru-waahanga ki te au tika (DC). E ono nga diodes kua whakaritea i roto i te whirihoranga piriti. E whakamahia nuitia ana i roto i nga tono ahumahi penei i nga taraiwa motuka, taputapu fehokotaki'anga, me nga taputapu hiko kore e mutu (UPS) nga punaha na te kaha me te pono. Ko te hoahoa pakari ka whakarite kia mau te mahi i raro i nga ahuatanga kawenga rereke, i te mea ko te rahi kiato ka ngawari ki te whakauru ki nga momo punaha hiko.

Ko nga ahuatanga o nga waahanga piriti whakatika e toru nga waahanga

1. Te Tino Pai: Kua arotauhia mo te iti o te ngaronga hiko i te huringa AC-ki-DC.
2. Hoahoa Kiato: Tiaki waahi i roto i nga whakaurunga hiko, kia ngawari ake te whakauru ki nga punaha o naianei.
3. Hanga pakari: He mea hanga ki te tu ki nga taiao kino me te whakarato i te pono mo te wa roa.
4. Whanui Te Awhe Maama Mahi: Te kaha ki te whakahaere pai puta noa i te whanui o te hiihini pāmahana, te whakarei ake i te whai kiko.
5. Te Atete Weariki iti: Ka whai hua te tohanga wera, ka whai waahi ki te roa o te ora o te waahanga.
6. Parenga Orere: Ko nga ahuatanga haumaru whakauru hei whakamarumaru mai i nga kino kino mai i te nui o te au.
7. Waea Whakangāwari: Ka whakaiti i te uaua o te whakaurunga me te wa me nga hononga ngawari.
8. Te kaha o te kaha o naianei: Ka whakahaere i nga taumahatanga mohoa noa me te kore e whakararu i te mahi, te roa ranei.

(Three Phases Diode Bridge Df30db80 6ri30e-080 6ri30e-060)

Specification of Three Phases Diode Bridge Df30db80 6ri30e-080 6ri30e-060

Ko te 3 Phases Diode Bridge models DF30DB80, 6RI30E-080, and 6RI30E-060 are created for effective AC-to-DC conversion in industrial and high-power applications. These elements handle three-phase rectification, converting rotating present to route existing with very little power loss. The DF30DB80 runs at a maximum recurring reverse voltage of 800V and an onward present of 30A. The 6RI30E-080 sustains 800V with an ahead current of 30A, while the 6RI30E-060 deals with 600V at the same present ranking. All 3 versions are constructed to handle high rise currents, guaranteeing security throughout sudden power spikes.

The diode bridges use a shielded package design, giving electrical isolation between the component and the heatsink. This enhances safety and security and simplifies thermal monitoring. The operating temperature level array extends from -40 ° C ki +150 ° C, making them appropriate for extreme settings. Low thermal resistance guarantees warm dissipates effectively, stopping overheating during long term usage. Screw terminals are consisted of for safe electrical wiring connections, minimizing the danger of loosened calls in high-vibration setups.

These components are optimal for industrial motor drives, nga taputapu hiko, me nga punaha rauemi ka taea te whakahou. The DF30DB80 and 6RI30E series are compatible with three-phase generators, whakahurihuri, me nga taputapu pākahiko. Their durable building guarantees long-lasting integrity under heavy lots. The portable layout saves room in control cupboards or equipment panels.

The diodes inside each bridge are prepared in a three-phase full-wave setup, taking full advantage of rectification efficiency. Reverse voltage defense is incorporated to prevent damages from unintentional polarity turnaround. Each unit undergoes strenuous testing for voltage endurance, present capacity, me te paihikara waiariki. This ensures consistent efficiency in demanding applications.

Installing holes are standard for easy installment on heatsinks or framework. The terminals approve wire measure to 6mm ², accommodating high-current arrangements. Electrically, the bridges adhere to worldwide safety and security criteria, including insulation rankings and surge protection. Maintenance requirements are very little because of the solid-state style, which does not have relocating parts.

These diode bridges are extensively made use of in automation machinery, pūrere fehokotaki'anga, me nga taputapu hiko kore e mutu. Their resilience and effectiveness make them a practical choice for designers focusing on integrity in three-phase power systems.

(Three Phases Diode Bridge Df30db80 6ri30e-080 6ri30e-060)

Applications of Three Phases Diode Bridge Df30db80 6ri30e-080 6ri30e-060

Three-phase diode bridge rectifiers like the DF30DB80, 6RI30E-080, and 6RI30E-060 transform three-phase AC power to DC power efficiently. These elements are vital in commercial and industrial systems calling for steady, high-current DC result. The DF30DB80 manages durable applications. It supports voltage scores approximately 800V and existing abilities around 30A. This version fits motor drives, taputapu fehokotaki'anga, and large-scale power supplies. Its rugged layout makes sure dependability in severe settings with high temperatures or vibrations.

The 6RI30E-080 and 6RI30E-060 are optimized for medium to high-power setups. The 6RI30E-080 runs at 800V, while the 6RI30E-060 operates at 600V. Both manage currents as much as 30A. These models are common in renewable energy systems. Solar inverters and wind generator converters use them to transform produced AC into usable DC. They likewise integrate right into commercial battery chargers, offering constant DC for forklifts, electrical lorries, or back-up power systems.

Production automation counts on these diode bridges. CNC makers, nga punaha kawe, and robotic arms depend on stable DC power for specific control. The low voltage drop throughout the diodes reduces energy loss. This improves system effectiveness. Upkeep requirements are decreased because of the solid-state layout. No relocating parts indicate less failures with time.

Telecommunications facilities uses these elements in power circulation systems. Information centers need uninterrupted DC power for web servers and networking hardware. The 6RI30E collection ensures smooth conversion from three-phase a/c grids. Their portable size permits simple installment in tight spaces.

Electric automobile billing terminals include three-phase diode bridges for fast DC charging. High-power rectification enables rapid battery replenishment. The DF30DB80’s thermal administration stops overheating during extended usage. Industrial cooling and heating systems also utilize these rectifiers. Variable-speed drives readjust electric motor rates by controlling DC voltage. This reduces energy usage.

These diode bridges are functional. They serve markets from manufacturing to renewable resource. Performance differs by model. Voltage and present ratings determine the most effective suitable for specific applications. Appropriate selection guarantees optimal performance and long life.

Kōtaha Kamupene

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) Ko tetahi o nga hinonga rangatira mo te hangarau hiko hiko me nga hua hiko, e tino whai waahi ana ki te whakawhanake i nga kaihurihuri ra， whakahurihuri, nga kaiwhakahaere ngaohiko, rūnanga tohatoha, thyristors， kōwae， ngohe， whakamahana, me etahi atu taputapu hiko, semiconductors ranei. Ka whakapau kaha matou ki te whakarato ki nga kaiwhakamahi te kounga teitei, hua pai me te ratonga whai whakaaro.

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Tukunga

Ma te moana, mā te hau, mā te whakapuaki, kia rite ki te tono a nga kaihoko.

Nga Tikanga Rokiroki

1) Rokiroki i roto i te taiao maroke i te pāmahana rūma.

2) A ape i te makuku me te pāmahana teitei.

3) Whakamahia i muri tonu i te whakatuwheratanga o te peeke takai o roto.

5 FAQs of Three Phases Diode Bridge Df30db80 6ri30e-080 6ri30e-060

What is the Three Phases Diode Bridge DF30DB80 6RI30E-080/060 used for?
This diode bridge converts three-phase AC power to DC power. It works in industrial equipment like motor drives, nga taputapu hiko, nga mihini whakapiri. It handles high voltage and current levels, making it reliable for heavy-duty applications.

How do I install the DF30DB80 6RI30E-080/060 correctly?
Connect the AC input terminals to the three-phase power source. Connect the DC output terminals to the load. Follow the wiring diagram in the datasheet. Use proper insulation. Mount it on a heat sink to avoid overheating. Check connections match the labeled terminals.

What safety precautions are needed with this diode bridge?
Ensure the power supply is off before installation. Avoid touching live terminals. Use protective gear like gloves and goggles. Keep the device away from moisture or extreme temperatures. Regularly inspect for damage or loose connections. Replace it immediately if signs of burning or cracks appear.

What’s the difference between 6RI30E-080 and 6RI30E-060 models?
The 6RI30E-080 handles higher current ratings compared to the 6RI30E-060. Ko te 080 model suits applications needing up to 80A, while the 060 works for up to 60A. Both share the same voltage range and mounting design. Choose based on your system’s current requirements.

Why does the diode bridge overheat during operation?
Overheating happens if the load exceeds the rated current. Poor heat sink contact or insufficient cooling can cause it. Check the load matches the device’s specs. Ensure the heat sink is clean and tightly attached. Verify airflow around the component is adequate. Test for short circuits in the circuit.

(Three Phases Diode Bridge Df30db80 6ri30e-080 6ri30e-060)