Khushi Control System delivers reliable and high-performance dynamic braking resistor solutions across Andhra Pradesh for various industrial applications.
We are based in Ahmedabad, Gujarat, India.
A Dynamic Braking Resistor (DBR) is an electrical component used in variable frequency drive (VFD) systems to:
• Dissipate regenerated energy from motors
• Prevent DC bus overvoltage
• Improve braking efficiency and safety
• Protect drive systems from damage
When a motor decelerates, it generates excess energy. The braking resistor converts this energy into heat, ensuring smooth and controlled stopping.
As a trusted brand partner of Lauritz Knudsen and Inovance, and a dealer of INVT VFD products, we deliver advanced automation and motor control solutions tailored to industrial requirements.
Technical Specifications:
Operating Temperature: -55°C to +375°C (for 1 minute)
Insulation Resistance: > 100 MΩ at 500V
Dielectric Strength: 2.5 kVAC RMS, no breakdown
Short Time Overload: 2x rated wattage for 10 seconds
Resistance Tolerance: ±10% (standard) / ±5% (optional)
Core Material: Ceramic
Coating: Silicon Epoxy Resin
Terminals: Nickel Copper Plated MS / Teflon Cables
Resistor Element: High-Grade FeCrAl Alloy
Maximum Temperature: 375°C at full load (ambient 40°C)
Housing: Anodized Aluminium
Cooling Type: Natural Air Cooling
Standards: IEC 60068-1, IEC 61180-1, CE Certified
Why Dynamic Braking Resistor is Important?
• Prevents VFD tripping due to overvoltage
• Ensures smooth deceleration of heavy loads
• Enhances operational safety in industrial systems
• Improves overall drive performance
• Protects expensive automation equipment
Features of Dynamic Braking Resistor by Khushi Control System:
• High thermal stability for continuous operation
• Compact and rugged industrial design
• Suitable for high-power applications
• Fast heat dissipation capability
• Custom-built solutions based on load requirements
• Compatible with all major VFD brands
Applications of Dynamic Braking Resistor in Andhra Pradesh:
Various industries across Andhra Pradesh widely use dynamic braking resistors, including:
• Cement Plants – crushers, conveyors, mills
• Steel Industry – rolling mills, hoists
• Textile Industry – spinning and winding machines
• Sugar Plants – centrifuges and conveyors
• Material Handling Systems – cranes, elevators, lifts
• Water Treatment Plants – pumps and blowers
FAQs – Dynamic Braking Resistor in Andhra Pradesh:
- What is the main function of a dynamic braking resistor?
It converts excess regenerative energy from motors into heat to prevent overvoltage in VFD systems. - Where is it commonly used?
It is used in cranes, elevators, conveyors, mills, and industrial automation systems. - Why is it needed with a VFD?
It protects the VFD from DC bus overvoltage during rapid motor deceleration. - How do I choose the right braking resistor?
It depends on motor power, load type, and braking duty cycle. Expert selection is recommended. - Is maintenance required?
Yes, periodic inspection for dust, heat damage, and connection tightness is necessary. - Does Khushi Control System supply customized resistors?
Yes, they provide customized dynamic braking resistor solutions based on industrial requirements.
We provide Dynamic Braking Resistor in Andhra Pradesh and including locations Vijayawada, Tirupati, Visakhapatnam, Rajamahendravaram, Anantapur, Nellore, Kadapa, Guntur, Kurnool, Kakinada, Chittoor, Eluru, Machilipatnam, Ongole, Hindupuram, Tenali, Adoni, Vizianagaram, Srikakulam, Nandyala, Bhimavaram, Dharmavaram, Gudivada, Proddatur, Kadiri, Guntakal, Amaravati, Narasaraopeta, Madanapalle, Tadepalligudem, Tadipatri, Chirala, Puttur, Parvathipuram, Anakapalle, Sattenapalle, Vinukonda, Rayadurgam, Repalle, Narsapur, Yemmiganur, Punganur, Bobbili, Nuzividu, Kandukur, Dhone, Palamaner, Markapur, Gudur, Venkatagiri, Bapatla.
Contact Khushi Control System today for reliable Dynamic Braking Resistors in Andhra Pradesh and get a fast, customized industrial solution for your VFD applications.
Website: www.khushicontrol.com
Email Id: info@khushicontrol.com
Phone No: +91 99245 33873
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