The CEV65M-11046 Parallel Absolute Encoder Replacement Solution is engineered for precise position feedback in industrial automation systems that rely on parallel output communication. It serves as a direct, drop-in alternative for existing encoder models with matching electrical characteristics and mechanical dimensions, allowing effortless replacement without reprogramming or system redesign. The standard delivery time for this customized solution is approximately 15 working days, supporting both urgent replacements and planned maintenance.

Equipped with a robust photoelectric sensing module and a high-resolution code disc, the CEV65M-11046 ensures stable and accurate signal output across varying operating conditions. Its parallel output structure enables real-time transmission of position data, making it ideal for applications such as textile machinery, conveyors, packaging equipment, and precision servo systems that require deterministic response and long-term reliability.

Through flexible parameter customization—covering resolution, shaft size, flange interface, and output logic—the CEV65M-11046 provides a professional and efficient upgrade solution. It helps users restore functionality in legacy control systems while maintaining consistent performance, effectively extending equipment lifespan and ensuring continuous operational stability.

CEV65M-11046 Parallel Absolute Encoder Replacement Solution-LinkChina

Technical data

Parameter ItemValue
NO. OF STEPS/REV4,096,000
NO. OF REVOLUTIONS4,096,000
PARAMETERIZABLEPROG.
INTERFACEPARALLEL PUSH PULL
CODEPROGRAMMABLE
SUPPLY VOLTAGE11-27V
OUTPUT LEVEL11-27V
PROTECTION ClassIP65
OPERATING TEMPERATURE-20 + 70°C
RANGE TYPEZ880
SHAFT TYPE12EL/24
CONNECTOR TYPESUBD 37P
CONNECTOR-POSITIONPG AXIAL
cable length (m)0.500 M
PINOUT NO.S12227A
MATING PLUGYES
OPTIONS ENCBUS
OPTIONS ENCF/R
OPTIONS ENCLATCH
OPTIONS ENCPRESET + 2
OPTIONS ENCPROGRAMMABLE
DRAWING NO.04-CEV-63M4-M0881
VERSION NO158
PARAMETER FILECB833-265
FIRMWARE NO437865
DOCUMENTATION NODOKUMENTE
AL:N
ECCN:N
Disclaimer: All content on this site is original unless otherwise noted. Copying, collecting, or publishing any material without our permission is prohibited. If any content infringes on copyright, please contact us.