QSY093B-030-HG1-AN

The Bosch Rexroth Indramat QSY093B-030-HG1-AN is a high-performance Servo Motor in the renowned QSY Synchronous Servo Motors series, offering a compact yet powerful solution for precision motion control. This motor delivers a Rated Power of 3.0 kW paired with a Rated Torque of 30 Nm, optimized for demanding industrial applications. Featuring a Nominal Voltage of 400 V and a Nominal Current of 7.5 A, it integrates seamlessly into standard factory power systems. The unit supports a Speed Range of 0 to 5000 rpm and employs Natural Convection Cooling Method, eliminating the need for auxiliary cooling equipment. Weighing just 15 kg, the flange-mounted design simplifies installation while providing robust mechanical support. Early inclusion of part_number, manufacturer, and series underscores the motor’s identity and product lineage.

Performance is enhanced by an Incremental Encoder Encoder Type that delivers precise position feedback for closed-loop control. The Protection Class of IP65 ensures full protection against dust ingress and low-pressure water jets, extending motor longevity in harsh environments. Certified by CE, UL, and cULus, it complies with international safety and quality standards. A right-side Cable Entry arrangement streamlines wiring and reduces installation time. The flange mount configuration provides versatile orientation options, accommodating both horizontal and vertical setups. Integrated in modern PLC-driven systems, this motor exhibits rapid acceleration rates and consistent torque output across its entire speed range.

Reliability is guaranteed by rigorous testing and compliance with Bosch Rexroth Indramat’s stringent quality protocols, making the QSY093B-030-HG1-AN ideal for 24/7 industrial operation. Its robust construction resists mechanical stress, while the natural convection cooling system maintains optimal thermal performance without additional maintenance. Seamless integration into existing automation architectures is facilitated by standardized electrical interfaces and encoder compatibility. Typical applications include CNC machining centers, pick-and-place robotics, packaging machinery, and high-precision assembly lines. Engineers benefit from straightforward commissioning and diagnostic capabilities, ensuring rapid deployment and minimal downtime.