ABB UFC721BE101 3BHE021889R0101 modular

ABB UFC721BE101 3BHE021889R0101 modular

ABB UFC721BE101 3BHE021889R0101 Integrated gate unit - critical to device performance The gate driving circuit, commonly called gate unit, is critical for the device performance and  is therefore an integral part of the IGCT. There is no need to externally source a gate unit  which even might compromise the device performance. The IGCT only needs a power supply and two optical fibers for the control and can be considered plug-and-play, although it  may be a bit unusual to describe a MW-device in this way.  Low on-state losses Due to its design the unirradiated IGCT has a very low on-state voltage drop and therefore  very low on-state losses. This makes the IGCT very well suited for a number of static and  hybrid breaker applications as well as an interesting alternative for high power multi-level  converters. Traditional applications, however, require a trade-off between on-state losses and turn-off losses. The relationship between on-state and turn-off losses is determined by  irradiation of the GCT wafer. ABB offers IGCTs with low on-state losses, with low turn-off  losses as well as with a good trade-off between the two. Press-pack design for efficient double sided cooling  The press-pack design of the IGCT has the advantage that the device can be mounted directly between two heat-sinks and therefore be efficiently cooled from both sides simultaneously. Further, there is no need for thick layers of thermal compounds thus allowing for very  low thermal resistances in the cooling system. This directly translates into very high power  densities for the assembly and reduces the space required for a converter of a given rating  when compared with assemblies using isolated power components. Press-pack design for high load cycling capability The hermetically sealed press-pack design of the IGCT has proven its extraordinary load cycling capability and reliability in numerous applications for years in the field. Consisting of on

3BHE021889R0101 is an ABB inverter part, specifically the ADCVI board UFC721BE101. It is available for purchase on online marketplaces such as eBay, and there are also Chinese manufacturers. If you need further technical information or support, it would be best to consult ABB's documentation or reach out to their customer support.

To use the 3BHE021889R0101 ADCVI board with other ABB products, you can refer to the list of compatible products provided in nseautomation.com. There are also other compatible products from different brands listed, such as Allen-Bradley and Yokogawa.

E-mail:sakyzeng@foxmail.com

WeChat: 18020721390

If you have any questions, please feel free to contact us via WeChat.

Terms and Disclaimers

 For customer service, please contact us via email WeChat in time.

All items are subject to availability and pass our QA testing and inspection.

Many manufacturers or product names in our inventory are trademarks of their respective manufacturers.

Please contact us and confirm the product before placing an order.

Packaging and Handling

Item security ESD is packaged in custom shipping cartons for protection.

shipping

1. Transportation and handling costs (if applicable) will be increased when you order.

2. The order will be delivered after receiving the funds, and the time required depends on the customs clearance of the country where the customer's goods pass.

3. Any product discrepancy or damage must be contacted with us 24 hours after receipt.

4. International buyers: import duties, taxes and fees are not included in the commodity price or transportation cost. The expenses shall be borne by the Buyer. Please confirm the inspection fees with your customs to determine these additional fees before ordering.

ABB 3BHE025335R1121 PDD205A1121

ABB 3BHE025541R0101 PCD231B

ABB 3BHE028761R0101 GDC806A0101

ABB 3BHE028959R0101 PPC902CE101

ABB 3BHE029154P3 UNS0119A-P

ABB 3BHE030579R0003 UNITROL1020 3BHE004573R0042

ABB 3BHE031065R0020

ABB 3BHE032025R0101 PCD235A101

ABB 3BHE033067E0102 3BHE033068P106 GCC960C102

ABB 3BHE033067R0103 3BHE033068P106 GCC960C103

ABB 3BHE034863R0001 UDC920BE