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Autonics E40S6-1024-3-V-5-C Rotary Encoder

TheAutonics E40S6-1024-3-V-5-C Rotary Encoder features 1024 PPR resolution, voltage output, and operates with a 5V DC power supply for accurate rotational sensing and speed monitoring. Manufactured by Autonics, this encoder is designed for precise position tracking and motion control in industrial systems. It belongs to the Autonics Rotary Encoder series, ideal for CNC systems, automated equipment, and material handling applications.

BrandAutonics
ProductRotary Encoder
Model NumberE40S6-1024-3-V-5-C

Autonics E40S6-1024-3-V-5-C Rotary Encoder - Technical Specifications

SpecificationValue
Max. response frequency300kHz
Shaft outer diameterØ6mm
Max. allowable revolution5000rpm
Power supply5VDC
Starting torqueMax. 40gf.cm(max. 0.00392N.m)
Resolution1024P/R
Output phaseA, B, Z
Control outputVoltage
Connection typeRadial cable connector type
Environment_Ambient temperature-10 to 70℃, storage: -25 to 85℃
Environment_Ambient humidity35 to 85% RH, storage: 35 to 90% RH
Protection structureIP50
WeightApprox. 120g

TheAutonics E40S6-1024-3-V-5-C Rotary Encoder uses an optical sensing mechanism to convert mechanical rotation into electrical pulse signals. The encoder generates 1024 pulses per revolution, providing accurate measurement of shaft position, rotational speed, and movement direction. Its voltage output configuration ensures reliable signal transmission in industrial systems requiring precise motion control and position feedback.

This rotary encoder is widely used in CNC machines, robotic systems, material handling, and packaging systems. CNC machines rely on high-resolution pulses to control precise axis movement and machining. In robotic systems, it enables accurate positioning for synchronized movements. Material handling and packaging equipment use the encoder for tracking movement and ensuring synchronized production processes in automated environments.

The E40S6-1024-3-V-5-C is designed for continuous, demanding environments where durability and reliability are essential. Its robust construction ensures consistent performance under mechanical stress, vibration, and repetitive motion. The encoder’s compact design allows for easy integration into space-limited systems, making it ideal for precision applications in manufacturing, robotics, and industrial automation where long-lasting, reliable operation is required.