PMM-MD-53030-91
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The Sanyo Denki PMM-MD-53030-91 PM Driver supports up to 400 kpps input frequency. It features selectable micro-step resolution up to 250 divisions. The driver includes built-in automatic current reduction for energy efficiency.
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Product Description:
The Sanyo Denki PMM-MD-53030-91 is a compact PM Driver designed for precise motor control. It measures 100 × 90 × 35 mm approximately. It weighs about 0.31 kg. The driver supports flexible mounting using M3 screws through two 4 mm holes.
The PMM-MD-53030-91 PM Driver operates with a power supply of DC 24 V or DC 36 V with ±10% tolerance. Its control power requires DC 5 V ±5%, ensuring stable input. The driver accepts photocoupler input signals with 330 Ω resistance. The maximum input frequency reaches 400 kilo pulses per second. For input voltages above 5 V an external resistor is recommended to limit current to about 15 mA. Step angle settings offer 16 resolutions via rotary switch. The micro-step resolution is selectable up to 250 divisions. The output uses an open collector by photocoupler with a rating of max 30 V DC and 5 mA. The driver withstands AC 500 V for one minute between power input and cabinet with insulation resistance minimum 10 MΩ at DC 500 V. It complies with NDS-C-0110 impact resistance standards and resists vibration at 0.5 G in XYZ axes between 10 and 55 Hz for two hours. The storage temperature ranges from -20 °C to 70 °C with 10% to 90% humidity without condensation. The PMM-MD-53030-91 uses Molex connectors for I/O, power, and motor cables.
The Sanyo Denki PM Driver PMM-MD-53030-91 has advance features like automatic current reduction and high-frequency input support. Operating conditions span from 0 °C to 50 °C temperature with humidity between 35% and 85%. It features selectable pulse input modes such as either pulse & direction or 2-input (CW/CCW) mode that is triggered by the rising edge for motor step control. Its robust design ensures stable operation across a wide temperature and humidity range.
Frequently Asked Questions about PMM-MD-53030-91:
Q: How does the automatic current reduction feature improve efficiency in PMM-MD-53030-91?
A: Automatic current reduction lowers the current to approximately 50% during operation, reducing heat and power consumption. This prolongs driver and motor lifespan without sacrificing performance.
Q: Why is the photocoupler input system important in PMM-MD-53030-91?
A: The photocoupler input system provides electrical isolation between the control signals and driver circuitry. This reduces noise interference and improves signal reliability in industrial environments.
Q: How does the rotary switch with 16 step angle settings benefit motor control?
A: It allows precise adjustment of the motor's step angle without software changes. This makes setup faster and reduces configuration errors in the field.
Q: What role does the micro-step resolution of up to 250 divisions play?
A: Higher micro-step resolution improves motion smoothness and positioning accuracy. The PMM-MD-53030-91 can deliver finer control, reducing vibration and noise during operation.
Q: Why is the AC 500 V withstand voltage between power input and cabinet significant for PMM-MD-53030-91?
A: It ensures the driver’s electrical insulation can handle high voltage surges safely. This protects both equipment and operators from electrical faults.
