Autonics E50S8-360-3-T-1 Rotary Encoder
Autonics E50S8-360-3-T-1 Rotary Encoder features 360 pulses per revolution, dependable power operation, and stable totem pole output signals for industrial automation systems. It is designed for applications requiring accurate rotational sensing and controlled machine movement during continuous industrial operation. The compact shaft-type structure supports installation on rotating machinery and automated equipment. This model helps maintain stable pulse transmission in environments where synchronized movement, rotational precision, and dependable machine timing are important for maintaining smooth operational performance and production consistency.
| Brand | Autonics |
| Product | Rotary Encoder |
| Model Number | E50S8-360-3-T-1 |
Autonics E50S8-360-3-T-1 Rotary Encoder - Technical Specifications
| Specification | Value |
|---|---|
| Shaft outer diameter | Ã8mm |
| Output phase | A, B, Z |
| Control output | Totem pole |
| Resolution | 360PPR |
| Power supply | 5-24VDC |
| Connection type | Axial cable type |
| Starting torque | Max. 70gf.cm(max. 0.00686N.m) |
| Max. response frequency | 300kHz |
| Max. allowable revolution | 5000rpm |
| Protection structure | IP50 (IEC standard) |
| Environment_Ambient temperature | -10 to 70â, storage: -25 to 85â |
| Environment_Ambient humidity | 35 to 85% RH, storage: 35 to 90% RH |
| Weight | Approx. 363g(approx. 275g) |
Autonics E50S8-360-3-T-1 Rotary Encoder converts shaft rotation into electrical pulse signals through an optical sensing mechanism used in industrial automation systems. With 360 pulses generated during each revolution, industrial controllers can monitor rotational speed, movement direction, and shaft positioning with dependable accuracy. The totem pole output structure supports stable communication between rotating equipment and control systems, helping maintain continuous rotational tracking during repetitive machine operation.
Industrial machinery requiring synchronized movement and controlled rotational performance often depends on accurate pulse generation for maintaining operational consistency. This model supports applications involving repetitive mechanical movement, automated transfer handling, coordinated processing systems, and continuous industrial operation. Reliable rotational data helps maintain stable machine timing and controlled movement performance during production activities where motion precision directly affects process efficiency and operational stability.
Automation equipment operating in industrial environments is commonly exposed to vibration, airborne dust, and extended production cycles. The E50S8-360-3-T-1 is designed to support dependable pulse generation during continuous machine activity and prolonged shaft movement. Its sensing components help maintain stable rotational monitoring under demanding industrial conditions while supporting reliable long-term operation. Proper installation and alignment contribute to accurate motion sensing, making the encoder suitable for industrial systems that require continuous rotational monitoring and stable machine coordination throughout manufacturing operations.