Dorm Essential 22l91000000 Up To 40% Off [GxmRNBhl]

Danaher Dorm Essential 22l91000000 Up To 40% Off [GxmRNBhl] Encoder

The Danaher Dorm Essential 22l91000000 Up To 40% Off [GxmRNBhl] encoder is a precision rotary device designed for industrial automation applications, offering exceptional accuracy and reliability. This encoder stands out with its incremental encoder code design, providing a resolution of 1–270 pulses/rev, ensuring precise position detection. Key features include a robust 3/8 inch stainless steel shaft and a durable aluminum housing, making it ideal for demanding factory and process environments.

• High-resolution position detection
• Stainless steel shaft and aluminum housing

Technical Specifications

The Danaher Dorm Essential 22l91000000 Up To 40% Off [GxmRNBhl] encoder boasts advanced technical specifications that enhance its performance. It features a glass disk material for high optical fidelity, ensuring stable signal integrity with a minimum frequency response of ≥120 kHz. The encoder maintains quadrature phasing at 90°±25° (electrical) and provides phase sense definition for compatibility with standard motion controllers. Additional specifications include an input voltage range of 4.5–26 VDC and a 6-pin connector for easy integration and reliable data transmission.

• High optical fidelity with glass disk material
• Minimum frequency response of ≥120 kHz

Practical Applications and Benefits

The Danaher Dorm Essential 22l91000000 Up To 40% Off [GxmRNBhl] encoder is a versatile solution for various industrial applications. Its low moment of inertia of 2.83×10⁻⁴ oz·in·s² optimizes responsiveness to rapid acceleration and deceleration. The encoder's symmetry at 180°±18° (electrical) provides balanced output waveforms for precise motion synchronization. With storage temperature ratings from –25–90 °C, it ensures resilience during equipment downtime or transport. The combination of stainless steel shaft and aluminum housing enhances durability in harsh environments, supporting improved process control, reduced downtime, and increased throughput.

• Low moment of inertia for rapid responsiveness
• Resilient storage temperature ratings from –25–90 °C