SR-A4.0172.030-10.000
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The SR-A4.0172.030-10.000 brushless servo motor delivers 18 Nm holding torque and operates at 3000 min⁻¹ rated speed. Its robust design ensures precision and durability, ideal for demanding industrial automation tasks.
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Product Description:
The SR-A4.0172.030-10.000 brushless servo motor delivers accuracy and dependability for demanding industrial automation applications. The automation technology company Bosch Rexroth Indramat is known all over the world for its high-performance solutions for motion control and drive systems. The motor is made with cutting-edge technology, so it works reliably in a lot of different situations.
The flange on the SR-A4.0172.030-10.000 brushless servo motor is 142 mm wide, and the motor can be as long as 309 mm without the locking brake. The shaft is Ø24 x 50 mm, so it can work with a variety of setups. The motor has a locked-rotor current of 10.6 A and a locked-rotor torque of 18 Nm. The speed that is measured is 3000 min-1, and the torque constant is 1.38 Nm/A. The motor is built to work with a supply voltage of 24 V ±10% and a residual ripple of 5%. The motor must meet strict operating standards. The holding torque is rated at 18 Nm at 120°C, that means it works reliably and consistently over long periods of time. With a weight of 19 kg without the holding brake, the motor is easy to put in a variety of settings.
The SR-A4.0172.030-10.000 energy-efficient design and quick reaction to changes are helped by the fact that its moment of inertia is 40 x 10⁻ kgm². The motor works smoothly and reliably because of its precise engineering, that is very important for industrial robotics. We at Wake Industrial offer a one-year replacement guarantee and ship all over the world so our customers can be sure that their orders will arrive quickly and reliably.
Frequently Asked Questions about SR-A4.0172.030-10.000:
Q: How does SR-A4.0172.030-10.000 achieve 18 Nm holding torque?
A: The holding torque of 18 Nm ensures stable performance during stationary conditions. It supports operational reliability under continuous load conditions.
Q: Why does SR-A4.0172.030-10.000 have a 40 x 10⁻⁴ kgm² inertia?
A: The moment of inertia ensures smooth acceleration and deceleration. It minimizes system vibrations for precision-critical applications.
Q: Does SR-A4.0172.030-10.000 support 3000 min⁻¹ rated speed?
A: Yes, the rated speed of 3000 min⁻¹ ensures high-performance operation. It supports dynamic response for demanding applications.
Q: Why does SR-A4.0172.030-10.000 feature a 142 mm flange size?
A: The 142 mm flange size ensures compatibility with various mounting standards. It allows flexible integration into different industrial systems.
Q: Do SR-A4.0172.030-10.000 motors operate with a 10.6 A locked-rotor current?
A: Yes, the locked-rotor current of 10.6 A enables consistent torque delivery. It ensures optimal performance under startup and heavy loads.
