PBM423DGBC21 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The PBM423DGBC21 stepping motor features an integrated gear head model G10-402, a gear ratio of 1/7.2, and operates at a voltage rating of 100 VAC. Part of the PB SANMOTION Servo Motors series by Sanyo Denki, it offers a typical step angle of 1.8° and a compact frame size of approximately 42 mm.
Internal Product Review
The PBM423DGBC21 Stepping Motor by Sanyo Denki is ideal for high-precision applications. With minimal backlash and high encoder resolution, it ensures repeatable and accurate movement. The motor’s robust interface and D-shaped shaft enable seamless integration into complex automated systems.
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Product Description:
The PBM423DGBC21 Stepping Motor of Sanyo Denki with an integrated low backlash gear head is designed for precise and high performance industrial automation applications. This product is listed in the PB SANMOTION Servo Motors series.
The PBM423DGBC21 stepper motor length is 3 inches which provides a sense of its size and the size of its frame is 42 mm in diameter. The amount of mechanical slack or play in the gear system of the motor is 0.25 deg or less which means minimal delay or movement when the direction of the motor is changed. It is powered by direct current and its multi axis feature means it is typically used in systems with multiple motors that require synchronized movement. Its optical incremental type of encoder generates pulses of 800 P/R as the motor shaft rotates that allows the controller to track its position. The module uses a gear system with low backlash, which means the gears have minimal play or lost motion which ensures that the motor provides precise and repeatable movement. It functions on a two-phase system in discrete steps as each phase is energized in a sequence which is typical for stepping motors.
The PBM423DGBC21 stepper motor communicates with a controller via RS-485+Parallel I/O+Pulse train interface, such as RS-485 is a standard for serial communication over long distances, while Parallel I/O is used for transferring multiple bits of data simultaneously. It has a D shaped output shaft which is designed to fit into matching D-shaped holes or couplings to prevent slipping. It has 250 revolutions per minute (RPM) of allowable speed and exceeding this limit may damage it or reduce its efficiency.
