Parker CZ467716 Dynamic Brake Resistor

Parker CZ467716 Dynamic Brake Resistor

Parker CZ467716 Dynamic Brake Resistor

Product Description :

• Dynamic braking is a technique use to slow down or stop the motion of an electric motor by converting the motor’s kinetic energy back into electrical energy, which is then dissipated as heat in the dynamic brake resistor.
• Dynamic braking resistors are commonly used in various applications, including elevators, cranes, electric trains and trams, industrial machinery, and other systems where rapid deceleration or stopping is necessary.
• They help prevent the electrical system from being overloaded and protect the motor from excessive voltage or current.
• The Parker CZ467716 Dynamic Brake Resistor is a high-performance braking solution designed to safely dissipate excess regenerative energy generated during motor deceleration.
• The Parker CZ467716 Dynamic Brake Resistor plays a critical role in protecting variable frequency drives (VFDs), servo drives, and motor control systems from overvoltage conditions, ensuring stable and reliable system operation.
• Engineered for demanding industrial environments, the Parker CZ467716 Dynamic Brake Resistor converts excess electrical energy into heat, allowing controlled braking and precise speed regulation.
• This dynamic brake resistor is ideal for applications requiring frequent stopping, rapid deceleration, or controlled braking such as conveyors, elevators, cranes, hoists, compressors, pumps, and automated machinery.

Product Specification :

• Overload:  10 x Power for 5 seconds every 25 seconds, when mounted onto a suitable heatsink.
• Tolerance:  +-5%.
• Dielectric Strength:  1.5kV.
• Insulation Resistance:  20 MegOhm minimum.
• Dimensions:  335mm Long x 60mm High x 30mm Wide.
• Mounting:  2 x 5.3mm Diameter holes at 316mm centres.