Dynamic Braking Resistors in Ahmedabad

• MOQ : 1 PIECE
• Supply Type : Supplier
• Feature : High Performance
• Frequency : 50Hz, 60Hz
• Color : Silver
• Voltage : 220V

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• Application : Used to slow down a mechanical system,Industrial
• Performance : Optimum
• Durability : Long Life
• Power (W) : 60-5000 W
• Maintenance : Low
• Function : To dissipate heat
• Type : Fixed Resistor
• Temperature Coefficient : + - 240ppm degree C

The property of resistors to dissipate heat can be used to slow down a mechanical system. This process is called braking and such a resistor is called a braking resistor.   Features : Lower wear of components. Control motor voltage within safe levels. Faster braking of AC and DC motors. Less service requ more...

• Max. Power Dissipation (watt) : 100 W
•   :  
• Output : 12V-33A
• R And N : 120mv
• Effciency : 87%
• Material : Stainless Steel

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• Supply Type : Supplier

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• Supply Type : Manufacturer
• Feature : High Performance, Stable Performance
• Color : Metallic
• Applications : E.O.T Cranes, Rolling Mills, Steel Plants, Flour Mills, Cement Plants, Power Plants, Coil Mines
• Application : Commercial, Residential Sectors

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• MOQ : 10 Piece
• Power : 10-15Kw, 15-20Kw, 20-25Kw
• Voltage : 220V, 440V
• Supply Type : Manufacturer
• Power Type : AC, DC
• Color : As Per Requirement
• Driven Type : Electric
• Application : Industrial
• Frequency : 50Hz, 60Hz
• Phase : Single Phase, Three Phase

We are supplying SS Punched Grid Dynamic braking resistors and are used on AC variable frequency drives (VFD's) to dissipate energy that is produced in the motor as the drive provides braking torque to stop the motor. The dynamic braking resistor is connected to the DC bus and will see voltages as high as 800 more...

• Supply Type : Manufacturer

A DBR, or Dynamic Braking Resistor, is a component used in electrical systems, particularly in motor control applications, to dissipate excess energy and improve braking performance. A Dynamic Braking Resistor is a device that dissipates the excess energy generated during the braking of an electric motor. Thi more...