AKM52E-ANC2DB-00
by Kollmorgen
Original price
$5,246.86
-
Original price
$5,246.86
Original price
$5,246.86
$5,246.86
-
$5,246.86
Current price
$5,246.86
The Kollmorgen AKM52E-ANC2DB-00 is a high-performance servo motor from the AKM Synchronous Servo Motors series designed for precision motion control in industrial automation. It delivers a standstill torque of 8.34 Nm and draws a standstill current of 2.99 A, ensuring reliable startup under load. With a typical thermal resistance of 3.9 °C/W, this motor maintains stable thermal performance over extended duty cycles. The optical incremental encoder provides either 500 or 1000 lines per revolution in a dual-channel quadrature with index Z output format, supporting control loops that demand high resolution and rapid response.
Featuring an IM B5 mounting style in accordance with DIN EN 60034-7 standards, the AKM52E-ANC2DB-00 is engineered for seamless integration and robust mechanical alignment. Its optical incremental encoder operates at an output frequency up to 100 kHz and generates a differential line drive to minimize signal distortion over long cable runs. The motor’s rotor inertia of 0.0083 oz·in·s² (0.0586 kg·m²) enables fast acceleration and deceleration profiles, while the 5 V DC±10% supply voltage for the encoder ensures compatibility with common servo amplifier inputs. Configurable MS connectors and straight cable ends facilitate quick installation and secure electrical connections.
Built to thrive in harsh environments, the AKM52E-ANC2DB-00 supports operating and storage temperatures from –40 to 100 °C, offering exceptional durability and resistance to thermal cycling. The optical encoder’s complementary line drive output and robust MS connector options protect against electromagnetic interference, enhancing signal integrity in demanding industrial settings. Compliance with international mounting standards and a low thermal resistance rating contribute to efficient heat dissipation and reduced maintenance intervals. Together, these features deliver high accuracy, long-term reliability, and streamlined integration for machine builders and automation engineers seeking peak performance in servo-driven applications.
