Product Description

The 2210001000 Dynapar Encoder is an industrial-grade feedback device. It is manufactured by Danaher for automation and motion control systems. The encoder features a 9.525 mm shaft size for standard integration.

This unit is an incremental encoder using optical sensing technology. It supports a maximum operating speed of 6000 RPM for dynamic tasks. The encoder has a 6-pin MS termination for a stable electrical connection. Its radial connection location allows streamlined cable routing during installation. The 2210001000 Dynapar Encoder includes a stainless steel bore material for mechanical durability. The strong bore construction improves performance under mechanical stress. It is designed to handle axial shaft loading up to 355.86 mm. This enhances shaft stability during continuous high-speed rotation. The encoder starts operation at 1.77 Ncm of starting torque. This low torque requirement minimizes mechanical strain during activation. The total weight is 2.9 pounds, providing balanced structural support. The encoder's robust design helps maintain alignment and consistent feedback. It ensures accuracy during sudden start and stop operations. The stainless steel bore material increases resistance to wear and corrosion. Optical sensing provides precise signal generation for motion systems. The combination of sensing and mechanical strength boosts system reliability. The encoder performs well in demanding operational environments. It maintains signal integrity under vibration and temperature variations. The radial cable connection simplifies installation in compact control cabinets.

The 2210001000 Dynapar Encoder is suitable for precision motion control tasks. It offers a long service life through strong materials and efficient design. The unit is ideal for use in industrial drives and automation lines. It supports real-time feedback for motors and actuators. The encoder provides dependable performance in diverse operating conditions. The encoder is built to support continuous industrial use with minimal maintenance. Its specifications are optimized for integration, accuracy, and mechanical resilience.