PMDSB1S3P01
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
Available
The PMDSB1S3P01 stepping drive from Sanyo Denki features a 50 kHz pulse input frequency and 3 A maximum source current. The model offers efficient photo coupler isolation that ensures stable signal processing.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The PMDSB1S3P01 Stepping Driver from Sanyo Denki operates on DC 24 V ± 10 % input. It supports pulse input control with a maximum frequency of 50 kHz. The model features efficient photo coupler isolation. It ensures stable motor operation with a maximum source current of 3 A.
The PMDSB1S3P01 stepping driver supports various control methods including auto current down, adjustable step angles and pulse input methods. Its command pulse input signal utilizes a photo coupler input method with an input resistance of 330 ohms. The input signal voltage for high logic is between 4.0 V to 5.5 V and for low logic, it is between 0 to 0.5 V. The maximum input frequency for pulse signals is 50 kHz that enables accurate and fast motor control. Power down input signals also utilize a photo coupler method with identical resistance and voltage characteristics. The output stage includes a rotation monitor output signal using an open collector output by photo coupler. The output signal standard supports a maximum collector emitter voltage of 30 V and a maximum current of 5 mA.
The PMDSB1S3P01 stepping driver integrates connectors including the DC power connector (CN2), motor connector (CN3) and I/O signal connector (CN1A). Optional cables for power, motor and I/O signals can be used for flexible installation. The I/O signal connector is critical for managing control and feedback signals. The driver is equipped with protective features such as auto current down to minimize power consumption during idle states. This helps in reducing heat generation and extends the operational life of connected components. The design of this driver ensures secure and stable connections that aids in error free wiring and maintenance.
Frequently Asked Questions about PMDSB1S3P01:
Q: Does the PMDSB1S3P01 stepping driver handle high-speed pulse inputs without losing signal accuracy?
A: Yes, the PMDSB1S3P01 supports a maximum pulse input frequency of 50 kHz. This ensures accurate and fast motor control during high-speed operations.
Q: How does the PMDSB1S3P01 stepping driver maintain signal isolation in critical environments?
A: It uses an efficient photo coupler isolation method. This helps maintain stable signal integrity and prevents electrical noise interference.
Q: Can the PMDSB1S3P01 stepping driver reduce power consumption during idle motor conditions?
A: Yes, it features an auto current down function. This reduces power consumption and minimizes heat generation in idle states.
Q: How does the PMDSB1S3P01 manage rotation monitoring in motor applications?
A: It integrates a rotation monitor output using an open collector by photo coupler. This supports a maximum collector emitter voltage of 30 V and 5 mA current.
Q: Is flexible installation possible with the PMDSB1S3P01 stepping driver in complex control systems?
A: Yes, it provides dedicated connectors including DC power CN2 motor CN3 and I/O signal CN1A. Optional cables enable flexible and secure installation.
