P50B07030DXS4E
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The P50B07030DXS4E Servo Motor by Sanyo Denki delivers 0.98 Nm continuous stall torque with a 2.9 Ω phase armature resistance. Its 3.8 msec electrical time constant confirms thermal stability. The rated output power is specified at 300 W for efficient performance.
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Product Description:
The P50B07030DXS4E P5 Super BL Servo Motoris manufactured by Sanyo Denki for motion applications. Sanyo Denki> specializes in motion control, cooling and power systems. Its P5 Super BL Servo Motors are designed for high performance automation control applications that are suitable for automation, robotics and machine tool systems. This servo motor delivers a rated output of 300 W.
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The P50B07030DXS4E P5 Super BL Servo Motor supports applicable load inertia of 4.95 × 10^-4 kg·m². This motor supports multiple encoder configurations by weight variants with a weight of 2.01 kg with ABS-E configuration. It weighs 1.71 kg when using the wiring-saved INC version. With the ABS-RII sensor the motor weight is 1.80 kg. Its compact size aids installation in space limited applications. It operates with a continuous stall torque of 0.98 Nm. The operating temperature range is from 0°C to 45°C. The P50B07030DXS4E ensures consistent operation in controlled environments.
Frequently Asked Questions about P50B07030DXS4E:
Q: How does applicable load inertia of 4.95 × 10⁻⁴ kg·m² affect P50B07030DXS4E's application range?
A: It defines the maximum inertia the motor can efficiently handle, ensuring stable acceleration and deceleration in dynamic systems.
Q: Why does the P50B07030DXS4E use ABS-RII and INC encoder variants with different weights?
A: The different encoder setups balance between precision needs and overall system weight, making it adaptable to lightweight or high-accuracy systems.
Q: How does the rated 2.2 Arms continuous armature current enhance performance?
A: It allows consistent torque delivery during sustained operation without triggering thermal protection, ensuring long-term stability.
Q: How does the 2.9 Ohm phase armature resistance impact P50B07030DXS4E's thermal performance?
A: Higher resistance helps manage heat dissipation and ensures safe, efficient operation during prolonged high-load cycles.
Q: Why does P50B07030DXS4E support multiple encoder configurations?
A: Supporting ABS-E, INC, and ABS-RII configurations allows integration into various system architectures while balancing precision and wiring needs.
