The Omron E6C3-CWZ5GH 2500P/R 2M Rotary Encoder is an incremental shaft encoder configured for applications requiring high-resolution rotational information from industrial machinery. Its 2500 P/R resolution with A/B/Z complementary outputs provides movement, direction, and reference signals for compatible controllers and monitoring equipment. A 12 to 24 VDC supply operates the encoder, while the 50 mm diameter housing provides its mechanical format for shaft installation. The 2 m pre-wired cable allows connection between the sensing point and control equipment positioned farther away. The E6C3-CWZ5GH 2500P/R identifies this configuration within the E6C3-C Series. It sits within the high-resolution shaft encoder range associated with Omron industrial sensing products.
Operating: -10 to 70 ℃ (with no icing)
Storage: -25 to 85 ℃ (with no icing)
Degree of protection
IEC: IP65
Material
Case: Aluminum alloy
Accessories
Instruction manual
The Omron E6C3-CWZ5GH 2500P/R 2M is part of the E6C3 Rotary Encoder range and is typically evaluated along with other Omron rotary encoders during panel design and motion control planning. Engineers compare related models such as Omron E6C3-CWZ3EH 600P/R 1M (Incremental Shaft, 600 P/R resolution, A, B and Z, NPN voltage output, 1 m Cable length) to identify the best fit for indexing applications, shaft feedback, conveyor monitoring, and rotational tracking functions. Reviewing shaft type, resolution, output phase coding, control output stage, connector format, and cable arrangement helps ensure proper alignment with PLC high-speed inputs and mechanical coupling components. These compatible Omron encoder variants enable consistent wiring layouts, predictable pulse behaviour, connector alignment, and uniform signal performance across automation equipment. The E6C3-CWZ5GH 2500P/R 2M integrates cleanly into modern industrial systems that require accurate, stable, and long-life rotary feedback devices, and is well suited for applications where a dependable Omron Encoders ensures reliable operation in demanding environments.
