Sanyo Denki PMAPA1S6B01 Motion Control Module

Brand:Sanyo Denki

Model:PMAPA1S6B01

Subtype:Control Module

Application Range:Industrial Control Systems

Operating Voltage:24VDC

Input Current:5mA

Output Voltage:5VDC

Response Time:≤2ms

Communication Interface:RS-485

Max Load:1A

Temperature Range:-20°C to +70°C

Protection Class:IP20

Dimensions (mm):100x80x35

Weight:0.1kg

    The Sanyo Denki PMAPA1S6B01 Motion Control Module is a state-of-the-art solution for high-precision motion control in various industrial settings. Its compact design integrates seamlessly into existing automation systems, offering unparalleled control over servo motors. The module supports EtherCAT and CANopen communication protocols, enabling smooth integration with a wide range of industry-standard devices.

    With an input voltage range of 200V~230V AC, this module is versatile enough for use in a broad spectrum of industrial environments. Its robust construction ensures reliability under extreme temperatures from -10°C to +50°C, making it suitable for harsh conditions typically found in manufacturing floors and outdoor applications.

    Featuring an impressive maximum load torque of 30Nm and a resolution of 0.1μm, the PMAPA1S6B01 guarantees precise positioning and speed control, crucial for applications demanding high accuracy and repeatability. The module’s digital and analog inputs provide flexibility in signal processing and data acquisition, enhancing system performance.

    Compatible with a wide range of Sanyo Denki servo motors, the PMAPA1S6B01 Motion Control Module simplifies the setup process and ensures optimal operation. It comes equipped with an efficient AC input and DC output power supply, providing stable power delivery for both control circuits and the motors themselves.

    Incorporating advanced features such as real-time diagnostics and predictive maintenance capabilities, the Sanyo Denki PMAPA1S6B01 Motion Control Module not only ensures operational efficiency but also reduces downtime, contributing significantly to the overall productivity of manufacturing and automation processes.