Operating Voltage:24V DC
Motor Compatibility:Up to 5 kW
Control Type:PWM (Pulse Width Modulation)
Efficiency Rating:≥ 92%
Protection Class:IP54
Operating Temperature:-20°C to +70°C
Communication Interface:RS-485
Input Current:≤ 1 A
Output Current:Up to 30 A
Introducing the NMB Electronics 5915PC-23T-B30 Motor Controller Module, a state-of-the-art solution for demanding industrial control environments. This compact yet powerful module boasts advanced motor control capabilities and efficient power management, making it ideal for applications requiring precise speed and torque control. With its robust design and comprehensive feature set, the 5915PC-23T-B30 ensures reliable operation in harsh industrial conditions.
Featuring an operating voltage range of 24V DC, this controller module is capable of handling motor loads up to 300W, ensuring it can meet the power requirements of a wide array of industrial motors. The integration of CANopen protocol enables seamless communication with other devices in the network, facilitating a more interconnected and efficient system.
The inclusion of an RS485 communication interface provides flexibility in connecting to various industrial systems, while the ability to achieve up to 20kHz PWM frequency ensures smooth and responsive motor control. Safety is prioritized through its IP20 protection class, safeguarding against dust and light splashes.
The design of the NMB Electronics 5915PC-23T-B30 is meticulously engineered for ease of installation and maintenance. It measures 90 x 55 x 30 mm, making it suitable for a variety of mounting options within confined spaces. Moreover, weighing just 150 grams, it offers a lightweight solution without compromising on performance.
Backed by rigorous testing and quality assurance, the NMB Electronics 5915PC-23T-B30 Motor Controller Module is designed to deliver consistent reliability and longevity in the most challenging industrial settings. Whether you’re enhancing existing systems or building new ones, this module is an excellent choice for achieving optimal motor performance.
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