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Warranty
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Product Description
The 8LSA44.R0030D300-0 servo motor is a precision-engineered synchronous motor from the 8LS series. It is developed by B & R Automation which is a prominent global manufacturer of automation solutions. It is designed to meet the stringent demands of industrial environments that provide reliable and accurate performance for high-precision applications.
The 8LSA44.R0030D300-0 servo motor operates at a nominal speed of 3000 RPM. It has a nominal torque of 6.00 Nm and the capability for higher peak torque based on specific application needs. Powered by a 560 VDC supply, it features a self-cooling mechanism through passive cooling that ensures efficient thermal management during operation. The motor is protected with an IP64 rating that makes it dust-tight and splash-proof. This is essential for maintaining durability in harsh industrial conditions. It incorporates a multi-turn encoder (EnDat 32-line) that delivers precise position feedback which is crucial for applications requiring high accuracy. The motor's design includes a standard smooth shaft and a flange-mounted configuration that provides flexibility in installation. The angled connector with a swivel design further enhances ease of connectivity in various setups. Additionally, the low inertia design of this motor is optimized for fast acceleration and deceleration making it suitable for dynamic applications in automation.
The 8LSA44.R0030D300-0 servo motor utilizes a permanent magnet synchronous motor (PMSM) with a high pole count rotor that ensures precise control in high-performance environments. It is built to operate reliably at higher temperatures, supported by its insulation class F rating. It offers an optional electromagnetic holding brake for secure and safe operation. The motor is designed with a focus on longevity and feature bearings that are engineered for extended operational life under demanding industrial conditions. Its compatibility with various drive systems is facilitated by configurable feedback and power connectors.