PMAPA1A6B21
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The PMAPA1A6B21 is a versatile driver incorporating a Pittman GM8724H105-R1 stepper motor with a 12 VDC rating and a 96:1 gear ratio. Manufactured by Sanyo Denki, this unit belongs to the PM Drivers series and features a HUB CITY 0220-00505-011 gear drive. It also includes a PEPPERL & FUCHS FE-MCR1-24 photoelectric switch.
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Product Description:
The PMAPA1A6B21 Driver belonging to the PM Driver series has an advanced control for permanent magnet motors and features adjustable parameters for acceleration, deceleration and torque limits that ensure precise operation. Sanyo Denki produced this driver for industrial automation tasks.
The PMAPA1A6B21 driver comes with input/output connection terminals( CN1 to CN5) that provide physical connections for both power (AC input) and communication (RS-232/RS-485). The module communicates with other devices at adjustable communication speeds (baud rates) which allows the user to configure the speed at which data is transferred, based on the needs of the system. It comes with a built in cooling system that uses ventilation grilles, a fan and a heatsink which prevents heat. This module needs to be grounded properly to avoid electrical hazards or damage to the system and the grounding terminal ensures that electrical faults or stray currents can be safely diverted. The inclusion of adjustable acceleration, deceleration and torque limits parameters helps in tuning the system’s performance. The availability of LED indicators gives real time feedback on power, MSD, LSD and alarm. This module accepts AC input in the range from 100 to 240 volts and is suitable for use in different regions with varying voltage standards. This PMAPA1A6B21 driver features a terminator that allows the user to configure the driver to either end or continue a communication line in a multi device setup (RS-485) which prevents signal reflection and ensures reliable communication over longer distances. To exchange the data with other devices it uses RS-232 for short distance and point-to-point communication, while RS-485 is better for long distance communication and multi device networks. This model also has switches for manually configuring the communication parameters.
Frequently Asked Questions about PMAPA1A6B21:
Q: How does adjustable acceleration and deceleration benefit the PMAPA1A6B21 Driver?
A: Adjustable acceleration and deceleration help optimize motor performance, improving system responsiveness and efficiency. This feature allows smoother start-up and stop behavior for sensitive tasks.
Q: Why is the grounding terminal essential for the PMAPA1A6B21 Driver?
A: The grounding terminal ensures safety by preventing electrical hazards or damage from stray currents. Proper grounding reduces the risk of system failure or dangerous electrical faults.
Q: What role does the cooling system play in the PMAPA1A6B21 Driver?
A: The built-in cooling system, including ventilation grilles, fan, and heatsink, prevents overheating. It maintains consistent performance by dissipating heat generated during motor operation.
Q: How does the RS-485 communication benefit the PMAPA1A6B21 Driver in a multi-device setup?
A: RS-485 communication allows reliable data transfer across long distances and multiple devices. It minimizes signal reflection, ensuring stable communication in industrial environments.
Q: Can the PMAPA1A6B21 Driver be used with different AC voltage levels?
A: Yes, the PMAPA1A6B21 supports an AC input range of 100 to 240V. This flexibility allows it to function in regions with varying voltage standards.
