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Planar Braking Resistors withstand temperatures to 400°C.
May 12, 2008 -
Comprised of thick film planar power resistors on insulated stainless steel substrates, WDBR Series enables motion control systems designers to replace wirewound devices with flameproof, intrinsically safe planar devices featuring inductance from less than 3 W to less than 6 W. Closely matched thermal expansion coefficients between stainless steel and dielectric film enable resistor to withstand temperature cycling, particularly in high-pulse applications. Power ratings range from 1.5-7 kW.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.) |
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IRC's Dynamic Braking Resistors Withstand Temperatures to 400°C; Power Ratings to 7kW
Planar braking resistor provides superior thermal transfer for load dump, capacitor discharge applications...
LAS VEGAS, NV (May 6, 2008) - Providing design engineers with a robust, ultra low profile braking resistor, IRC offers a family of thick film planar power resistors on insulated stainless steel substrates. Designated the WDBR Series, the dynamic braking resistor enables motion control systems designers to replace bulky wirewound devices with a low-inductance, flameproof, intrinsically safe planar device rated for ultra-high temperatures.
"The closely matched thermal expansion coefficients between the stainless steel and the dielectric film enable the resistor to withstand severe temperature cycling, particularly in high pulse applications," said Harold Warren, IRC's business unit director. "The WDBR Series exhibits superior dissipation capabilities, ability to withstand thermal shock, high thermal transfer efficiency and exceptional mechanical robustness, providing a failsafe construction. This construction allows the resistors to be employed in numerous applications requiring high pulse power ratings up to 7kW or continuous high power loads.
Typical applications for the WDBR Series braking resistors include dynamic braking of motors in motion control systems; battery pre-charge and capacitor discharge circuits in hybrid vehicles; and voltage bus clamp and trickle-charge circuits in industrial electronics, UPS systems and heavy-duty battery backup systems.
Maximum pulse power for the dynamic braking resistors is 1.5kW, 2kW, 3.5kW, 5kW and 7kW. Resistance ranges from 12ohms to 150ohms, with tolerance to ±10% and a minimum dielectric withstanding voltage of 2500VDC. Inductance values range from less than 3W to less than 6W, with an operating temperature to 400°C. Custom designs and resistance values are also available.
Please contact IRC for pricing and lead time information.
For datasheets or more information on IRC's WDBR Series dynamic braking resistors,
please access the Web site at http://www.irctt.com/products.aspx?fr.... For additional information, please contact the TT electronics IRC Sales & Marketing Department at 361-992-7900; via mail at 4222 S. Staples St., Corpus Christi, TX 78411; or e-mail at afdsales@irctt.com.
IRC Inc. is a leading international manufacturer of advanced film, metal glaze and wirewound resistive products with facilities in Corpus Christi, Texas, Boone, N.C., Smithfield, N.C., and Barbados. IRC is part of TT electronics plc, a global electronics company manufacturing a broad range of advanced electronic components, assemblies and sensor modules for the automotive, telecommunications, computer and aerospace markets.
Contacts:
Public Relations:
BtB Marketing
Beth Gaddy
USA
Phone: 919-872-8172
 E-mail this person
General Information:
Business Unit Director
Harold Warren
USA
Phone: 828-264-8861
E-mail this person
Company Information:
Name: IRC
Address: 4222 S. Staples
City: Corpus Christi
State: TX
ZIP: 78411
Country: USA
Phone: 361-992-7900
FAX: 361-992-3377
http://www.irctt.com
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