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Autonics E50S8-2500-3-V-24-C Rotary Encoder

Autonics E50S8-2500-3-V-24-C Rotary Encoder is designed for high-precision rotational sensing in industrial automation systems. This Autonics encoder supports 2500 P/R resolution, voltage output configuration, and 24V DC operation for accurate pulse signal processing during continuous machine movement. The encoder is commonly used in conveyors, packaging systems, automated production equipment, and material handling machinery requiring controlled shaft rotation monitoring. Its Ø8 mm shaft structure and cable connection design support smooth installation with PLCs, counters, and motion control devices. This Rotary Encoder is suitable for industrial applications requiring stable rotational signal generation and synchronized machine operation.

BrandAutonics
ProductRotary Encoder
Model NumberE50S8-2500-3-V-24-C

Autonics E50S8-2500-3-V-24-C Rotary Encoder - Technical Specifications

SpecificationValue
Shaft outer diameterØ8mm
Output phaseA, B, Z
Control outputVoltage
Resolution2500P/R
Power supply12-24VDC
Connection typeAxial cable connector type
Starting torqueMax. 70gf.cm(max. 0.00686N.m)
Max. response frequency300kHz
Max. allowable revolution5000rpm
Protection structureIP50 (IEC standard)
Environment_Ambient temperature-10 to 70℃, storage: -25 to 85℃
Environment_Ambient humidity35 to 85% RH, storage: 35 to 90% RH
WeightApprox. 363g(approx. 275g)

Autonics E50S8-2500-3-V-24-C Rotary Encoder is engineered to measure rotary movement and generate electrical pulse signals for industrial automation equipment. The encoder continuously detects shaft rotation and helps machine control systems process movement data for speed regulation, angular tracking, and positioning control during automated operations.

In industrial applications, this rotary encoder is commonly installed in servo-driven machinery, automated inspection equipment, printing systems, filling lines, and roller-based production units where high rotational accuracy is important. Its 2500 P/R pulse capacity, voltage output structure, and cable-type connection support reliable communication with PLCs, counters, and industrial control systems.

Manufactured for demanding factory environments, the encoder supports dependable operation under repetitive machine cycles, vibration, and electrical disturbances. Its compact housing structure and durable internal components make it suitable for automation processes requiring long operating hours, stable pulse transmission, and consistent rotational monitoring performance.