PMDPA1C3P20
Wake Industrial LLC is not an authorized distributor of this product.
MPN: 0190-10869-002
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
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In-Stock, Ships 1-2 Days
The Sanyo Denki PMDPA1C3P20 driver, part of the PM Drivers series, is designed for driving permanent magnet servo motors. It features a Type D driver and is optimized for applications demanding precise motion control. This model belongs to the D5-1-40174-1 series and is suitable for advanced motion systems.
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Product Description:
The PMDPA1C3P20 Driver is a part of the PM Drivers series that is produced by Sanyo Denki. It ensures optimal operation in an industrial automation environment with its compact design and advanced technology.
The PMDPA1C3P20 driver is specifically designed to control and drive permanent magnet servo motors, which are used in systems that require precise and controlled movement. It uses a DC power supply of 24 volts with a tolerance of 10% which means the input voltage can vary between 21.6V and 26.4V and it can still function within this range. This module effectively works on 2.5 amperes to operate which specifies the amount of current drawn from the power source for the driver to work correctly. There are various safety and fault detection mechanisms built into this driver which protects it against voltage abnormalities, memory issues, position data overflow and encoder disconnection. This PM Drivers series series module is resistant to vibrations within a certain range of frequencies 10 to 55 Hz and can endure vibrations of 0.5 G along all three axes X, Y and Z for 2 hours .
The PMDPA1C3P20 driver communicates with other components using a 5 wire cable setup which includes 2 wires for signal transmission, 2 wires for the power source and a shielded wire to protect the signals from electrical interference. It also comes with a micro sized shielded connector, which helps reduce electrical noise interference and ensures the signal integrity is maintained. It is best designed to handle a 500 V AC voltage between the power input terminal and its enclosure for one minute without any issues which ensures protection against unexpected high voltage.
Frequently Asked Questions about PMDPA1C3P20:
Q: Why is vibration resistance important for the PMDPA1C3P20 Driver?
A: Vibration resistance ensures the driver can withstand external mechanical stresses in industrial environments. It allows reliable performance without signal degradation or malfunction.
Q: How does the PMDPA1C3P20 handle electrical interference?
A: The PMDPA1C3P20 uses a shielded 5-wire cable and micro connector to reduce electrical noise. This maintains signal integrity and improves communication reliability.
Q: What role does the protection function play in the PMDPA1C3P20 Driver?
A: The protection functions guard the system against power irregularities and component failures. They prevent system damage, ensuring continuous and safe operation.
Q: How does the PMDPA1C3P20 Driver manage voltage abnormalities?
A: The driver detects and protects against voltage fluctuations, preventing system malfunctions. This protection maintains system integrity in environments with unstable power supply.
Q: Why is the 24V DC input voltage range critical for the PMDPA1C3P20?
A: The 24V DC input range with a ±10% tolerance ensures consistent performance despite minor voltage variations. This flexibility suits various power supply conditions in industrial settings.
