P50B07050DCLBJ
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The Sanyo Denki P50B07050DCLBJ, part of the P5 Super BL Servo Motors series, features a compact 76mm flange size and a rated rotating speed of 3000 min⁻¹. It offers a torque constant of 0.481 N⋅m/Arms and a rated armature current of 3.0 Arms. The motor weighs 2.1 kg and has a maximum rotating speed of 4500 min⁻¹.
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Product Description:
The part number P50B07050DCLBJ is referred to a servo motor manufactured by Sanyo Denki. The servo motor features a flange size of 76 mm which makes it suitable for compact machinery.
The P50B07050DCLBJ P5 Super BL Servo Motors has a rated rotating speed of 3000 min⁻¹. When the servo motor subjected to higher loads it is capable of reaching a maximum speed of 4500 min⁻¹. The servo motor brake holding torque on this model is specified as 0.98 Nm which allows the servo motor to maintain fixed positioning when powered off. The servo motor operates using a rated armature current of 3.0 Arms and also has a continuous stall armature current specification of 3.1 Arms. The P50B07050DCLBJ Super BL Servo Motors uses a permanent magnet excitation system which contributes to energy efficient operation and reduced maintenance requirements. The servo motor offers a torque constant of 0.481 Nm/Arms which provides consistent and reliable torque control across various speeds. The servo motor continuous stall torque is rated as 1.372 Nm which ensures stable mechanical performance during prolonged operations. The armature resistance of the servo motor is measured at 1.65 Ω which supports thermal stability and efficient electrical performance.
The P50B07050DCLBJ Super BL Servo Motors is engineered to deliver fast and precise performance for automation applications. The motor shaft diameter is 16 mm that allows compatibility with various mechanical systems. The servo motor has rotor inertia value is 0.74 × 10⁻⁴ kg⋅m² and motor total mass of the unit including the wiring saving mechanism is 2.1 kg. The servo motor includes a 90V DC brake system to support safe and controlled stops. This P5 servo motor is available at Wake Industrial.
Frequently Asked Questions about P50B07050DCLBJ:
Q: Why is a 90V DC brake system used in the P50B07050DCLBJ?
A: It enables rapid and secure stops in emergency or power-loss situations. This feature is essential for motion stability and operational safety in automation setups.
Q: How does rotor inertia of 0.74 × 10⁻⁴ kg⋅m² impact system behavior?
A: Lower inertia supports faster acceleration and deceleration. It also allows precise control in applications with quick movement cycles.
Q: How does the 2.1 kg total mass affect system design with P50B07050DCLBJ?
A: The relatively low weight simplifies installation in lightweight machinery. It also reduces inertia load on mechanical systems.
Q: Why is torque constant (0.481 N⋅m/Arms) important in the P50B07050DCLBJ?
A: The servo motor ensures predictable torque output for a given current input. This stability improves closed-loop motor control accuracy.
Q: What type of applications benefit from a flange size of 76 mm in P50B07050DCLBJ?
A: Compact machines and tight enclosures where space is limited benefit the most. The flange size helps achieve space optimization without sacrificing performance.
