New Yorker Electronics Supplies Vishay's DCRF for High-Power applications

Vishay’s DCRF Eliminates the Need for Heatsinks and Handles Almost 10x the Power of Naturally-Cooled Resistors in the Same Size

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NORTHVALE, NEW JERSEY, USA – New Yorker Electronics is now distributing the Vishay DCRF (Direct Water-Cooled Power Wirewound Resistor) for high-power applications. Available in seven different lengths, the Vishay Super 12 featured product saves space by reducing the number of components required to dissipate heat.

By providing direct liquid cooling without the need for a heatsink and multiple resistances, the Vishay MCB device also saves on assembly costs. The WCR makes a direct connection to the water circuit per G3/8 female for easy cooling system connections.

The Vishay Direct Water-Cooled Power Wirewound Resistor is optimized as a snubber and DC grading resistor for large drives, high voltage inverters, rectifiers and HVDC (High Voltage Direct Current) transmission systems / SVC (Static Var Compensators).

The WCR offers very high power dissipation up to 2500W at 60°C water inlet temperature and tolerates high pulses up to 5000W for 10s. It features a resistance range from 4.7Ω to 56kΩ with a ±5% tolerance, a temperature coefficient of 100ppm/°C, and a maximum working voltage to 3500V, with 6600V available upon request.

The RoHS-compliant device offers a non-inductive option below 250nH and operates over a temperature range of -55°C to +120°C. Typical applications for the device include Snubber, Permanent Discharge, Balancing and Filtering. New Yorker electronics also offers the option for multiple resistors.

Features & Benefits:
• Very high power dissipation up to 9000W
• High overload capacity (2x nominal power for 60s)
• Customization upon request
• Compact modular design
• Easy to mount and connect
• Direct cooling without heatsink
• Excellent power / volume ratio
• Multi resistive element option

Applications:
• High power snubber resistor for large drives and HVDC
• Filter resistor for large drives
• Fast discharge for battery banks (solar)

For more information, please visit at : newyorkerelectronics.com