PYRH015K1XXVP00
by Sanyo Denki
Original price
$729.03
-
Original price
$1,911.25
Original price
$1,911.25
$729.03
-
$1,911.25
Current price
$1,911.25
The Sanyo Denki PYRH015K1XXVP00 is a high-performance servo amplifier from the PY Super BL Servo Amplifiers series, designed for precision motion control in industrial automation. This single-phase 200 VAC drive delivers a Rated Output of 1500 W and a Rated Revolution Speed of 2000 rpm, providing reliable power for medium-duty servomotors. Its impressive Torque Constant of 0.83 N·m/Arms ensures efficient conversion of current into mechanical torque, making it ideal for position-driven applications and dynamic response requirements.
Featuring a robust electrical design, the PYRH015K1XXVP00 provides a Continuous Stall Armature Current of 12.0 Arms with a matching Continuous Stall Torque of 8.8 N·m (approximately 90 kg·cm). In overload conditions, it sustains an Instantaneous Maximum Stall Armature Current of 26.5 Arms and an Instantaneous Maximum Stall Torque of 18.6 N·m (approximately 190 kg·cm). The amplifier’s Phase Armature Resistance is 0.32 Ω and its Induced Voltage Constant is 28.9 mV/min⁻¹ (or 28.9 V/krpm), delivering precise speed regulation. High responsiveness is achieved through a Mechanical Time Constant of 4.9 msec and an Electrical Time Constant of 5.3 msec, while its low Inertia (including wiring) of 35.08×10⁻⁴ kg·m² supports rapid acceleration and deceleration.
In addition to its core performance metrics, the PYRH015K1XXVP00 offers a Maximum Revolution Speed of 3000 rpm and a Rated Armature Current of 11.2 Arms, ensuring compatibility with a wide range of servomotor sizes. Its compact, flat chassis design promotes efficient heat dissipation, enhancing durability under continuous operation. With a consistent Rated Torque of 7.4 N·m (approximately 75 kg·cm), the unit achieves stable load handling. Although not fitted with built-in brakes, its torque performance and rapid time constants guarantee precise positioning and smooth motion control. Engineers will appreciate the drive’s combination of power density, fast response, and efficiency, which together reduce cycle times, increase throughput, and improve the reliability of industrial automation systems.
