P20B10150DCS00
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The Sanyo Denki P20B10150DCS00, part of the P2 Super BL Servo Motors series, is a hydraulic cylinder made from steel with a bore diameter of 100 mm. It features a stroke length of 1500 mm, operates at a pressure of 210 bar, and uses BSP ports sized at 3/4''. The cylinder is finished with corrosion-resistant paint.
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Product Description:
The model number P20B10150DCS00 is referred to the servo motor by Sanyo Denki. It is from the P2 Super BL family and well suited for industrial automation tasks.
Under nominal operating conditions, the P20B10150DCS00 servo motor can output 4.79 Nm of continuous torque without overheating. The motor current reacts to a voltage change within 13 msec of time implying faster electrical response. It has 2.06 × 10⁻⁴ kgm² inertia of the rotating shaft. It can sustain indefinitely without maximum torque of 4.90 Nm without movement. It has a 100 mm mounting face dimensions which helps standardize the physical footprint for mechanical integration. It consumes about 8.1 arms of current continuous stall torque conditions which is used for thermal load and drive sizing. It provides continuous mechanical power of 1500 watts at its rated speed and torque. Its rotor speeds up and slows mechanically in 0.59 msec in response to torque changes. Its standard operating current under rated conditions is 8.4 arms which helps determine drive and thermal design. It has an ABS-E type encoder for position or speed feedback which affects control accuracy and system integration.
The P20B10150DCS00 servo motor can output momentarily highest torque of 14.7 nm at zero speed before risking damage. Its total mass including the ABS-E encoder is 6.4 kg which is relevant for structural load and installation. It can produce 0.65 nm of torque per ampere of current. The top rotational speed it can achieve under no load or light load conditions is 4500 rpm. It has the ability to provide 22.6 voltage/1000 rpm which is important for regenerative braking and drive matching. This P2 servo motor is available at Wake Industrial.
Frequently Asked Questions about P20B10150DCS00:
Q: How does the 0.42 Ω phase resistance affect motor efficiency and thermal behavior?
A: Lower phase resistance in the P20B10150DCS00 reduces I²R losses, improving efficiency. It also minimizes heat generation during continuous operation for better thermal stability.
Q: Why is a torque constant of 0.65 N·m/Arms significant in motor performance?
A: A higher torque constant allows the motor to produce more torque per ampere. This improves control resolution and reduces drive current requirements.
Q: What benefit does the 24V brake offer in the P20B10150DCS00 servo motor?
A: The 24V brake ensures safe motor holding during power loss or stop events. It's especially useful in vertical or precision holding applications.
Q: How does a mechanical time constant of 0.59 msec impact dynamic performance?
A: A shorter mechanical time constant means faster speed adaptation to torque changes. This ensures quicker servo response in high-speed motion systems.
Q: How does the ABS-E encoder enhance motion control in P20B10150DCS00?
A: The ABS-E encoder provides high-resolution absolute position data. It ensures accurate startup positioning and minimizes cumulative feedback errors.
