P50B08100VCL7F
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The Sanyo Denki P50B08100VCL7F servo motor is part of the P5 Super BL Servo Motors series and operates at a rated voltage of 200 to 230 V AC. It delivers a rated output of 100 W with a rated rotating speed of 3000 min⁻¹. The motor has an IP67 protection rating and operates within 0 to 40C.
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Product Description:
The P50B08100VCL7F Servo Motor is manufactured by Sanyo Denki. It delivers exact control solutions for multiple applications in industrial automation. The servo motor produces 100 watts as its rated output. This servo operates at 3000 rev/min at the rated condition. The servo machine operates at its highest pace at 4500 revolutions per second.
The P50B08100VCL7F servo motor functions using an electric power between 200 to 230 V AC. The operating range for this motor extends from ±10% to -15% of the specified voltage value. The motor works in a 50/60 Hz frequency band, which accepts variation within ±3 Hz of the specified range when activated. This servo motor functions efficiently when placed between 0 to 40 C of motor temperature range. The motor operates properly at 90% humidity as long as condensation does not occur. The amplifier unit of the P50B08100VCL7F servo motor works safely between 0 and 55 C. The motor runs reliably in all types of operating environments. The required power capacity extends from 2.5 kVA to 3 kVA according to the rated output requirements. The motor generates a ranked output torque that reaches 0.32 Nm. The motor generates a torque output of 0.40 Nm when engaged in continuous stall. The rated armature current operating level of this servo motor falls within 0.4 Arms.
The P50B08100VCL7F servo motor produces torque efficiently at 0.89 Nm/A owing to its torque constant. The motor shows 1.6 Ω resistance in its phase armature segment, leading to better electrical efficiency. This servo motor shows a protection rating IP55 as part of its engineering specifications. The servo motor maintains protection against both dust exposure and water jet entry through any direction. This servo motor becomes an excellent solution for situations requiring industrial reliability and precision, thanks to its protective features.
Frequently Asked Questions about P50B08100VCL7F:
Q: What role does the phase armature resistance of 1.6 Ω play in the P50B08100VCL7F motor's performance?
A: The 1.6 Ω resistance helps regulate current flow and minimize losses. It contributes to the P50B08100VCL7F servo motor's efficient power usage and thermal performance.
Q: Why is the torque constant of 0.89 Nm/A important for the P50B08100VCL7F servo motor?
A: A torque constant of 0.89 Nm/A allows precise torque generation relative to current input. This makes the P50B08100VCL7F ideal for high-accuracy motion control tasks.
Q: How does the stall torque of 0.40 Nm contribute to the P50B08100VCL7F servo motor's performance under load?
A: The 0.40 Nm stall torque helps the P50B08100VCL7F resist sudden motion halts. It's crucial for applications with consistent or peak load demands.
Q: Why is a frequency range of ±3 Hz significant for the P50B08100VCL7F servo motor’s operation?
A: A ±3 Hz frequency variation allows smoother operation with less mechanical strain. It ensures the P50B08100VCL7F servo motor remains stable across different power sources.
Q: What’s the impact of the amplifier unit's 0–55 C working range on the P50B08100VCL7F motor's integration into control panels?
A: The 0–55 C amplifier range allows for flexible cabinet placement. This makes the P50B08100VCL7F servo motor suitable for compact and warm electrical enclosures.
