Procurement teams shortlist E50S8-3600-3-T-24 with Autonics Proximity Sensor, Baumer Encoder and Rotary Encoders E50S8 1024 6 L, aligning budget approvals, warranty terms, and multisite availability for smoother rollout across plants.
Autonics E50S8-3600-3-T-24 Rotary Encoder
The Autonics E50S8-3600-3-T-24 Rotary Encoder features a Ø8mm shaft outer diameter, 3600P/R resolution, and totem pole output delivering precise and stable rotary feedback for industrial automation and motion control systems. Manufactured by Autonics, this Autonics Rotary Encoder supports a maximum allowable revolution of 5000rpm and operates efficiently on a 12–24VDC ±5% power supply. The Autonics E50S Series model includes an axial cable connection and IP50 (IEC standard) protection structure, ensuring durability and reliable performance in industrial environments.
| Brand | Autonics |
| Product Type | Rotary Encoder |
| Model Number | E50S8-3600-3-T-24 |
Autonics E50S8-3600-3-T-24 Rotary Encoder – Technical Specifications
| Specification | Value |
|---|---|
| Shaft outer diameter | Ø8mm |
| Max. response frequency | 300kHz |
| Max. allowable revolution | 5000rpm |
| Starting torque | Max. 70gf.cm(max. 0.00686N.m) |
| Resolution | 3600P/R |
| Output phase | A, B, Z |
| Control output | Totem pole |
| Power supply | 12-24VDC |
| Connection type | Axial cable type |
| Protection structure | IP50 (IEC standard) |
| Environment_Ambient temperature | -10 to 70℃, storage: -25 to 85℃ |
| Environment_Ambient humidity | 35 to 85% RH, storage: 35 to 90% RH |
| Accessories | Ø8mm coupling, Bracket |
| Weight | Approx. 363g(approx. 275g) |
The Autonics E50S8-3600-3-T-24 is a high-resolution 50 mm Incremental Rotary Encoder designed for demanding industrial environments. Built with an Ø8mm shaft and 3600 PPR resolution, it provides accurate shaft rotation measurement for positioning and speed detection. Supporting a maximum frequency of 300kHz and up to 5000rpm, it delivers consistent performance in high-speed machinery. Equipped with Totem pole output (A, B, Z phases) and a wide 12–24VDC power supply, the encoder integrates easily with PLCs and motion controllers. Its IP50 protection, axial cable type connection, and supplied accessories such as coupling and bracket simplify installation and long-term use. With a compact 363g build and reliable operation in -10℃ to 70℃, the E50S8-3600-3-T-24 ensures stable and durable performance.
The Autonics Rotary Encoder E50S8-3600-3-T-24 is widely applied in CNC machines, conveyors, robotic arms, printing presses, and packaging systems. Its 3600 PPR encoder resolution enables precise spindle control, motor synchronization, and accurate speed regulation. Robotics applications benefit from its high-resolution output for controlled movement, while packaging lines achieve consistent sealing, cutting, and labeling operations. Maintenance teams appreciate its low starting torque and ease of wiring, while engineering students value its role in demonstrating motion control principles. This 50 mm Incremental Rotary Encoder is equally effective in both new system designs and retrofit applications requiring high-resolution shaft monitoring.
Recommended by wholesalers, dealers, and distributors, the E50S8-3600-3-T-24 is trusted for its reliability, durability, and seamless integration. Engineers often reference the E50S8-3600-3-T-24 technical data to confirm compatibility with their control systems. Built to reduce downtime and maintain consistent results, this Autonics Encoder is a dependable solution for industries requiring long-term performance. Whether specified as an Encoder 3600 PPR or directly as Rotary Encoder E50S8-3600-3-T-24, it ensures accurate operation and proven Autonics quality. Learn more on the official product resource: Autonics Encoders.
Professionals searching for E50S8-3600-3-T-24, Encoder 3600 PPR, 3600 PPR Encoder, or Autonics Encoder will find this model ideal for precision measurement in automation. With robust engineering and consistent performance, the Autonics E50S8-3600-3-T-24 remains a trusted choice for advanced industrial systems.
