The Incremental Rotary Encoder 600P/R 5-24VDC 6mm is used to measure the rotational speed, angle, acceleration of the object and the length. Suitable for intelligent control of various displacement measurement, automatic fixed-length leather automatic guillotine machines, steel cut length control, civil measured height human scale, student racing robots, etc.

Features:

• High Resolution: This incremental rotation encoder offers 600 pulses per revolution (Single-phase 600 pulses/R, Two-phase 4 frequency doubling to 2400 pulses), providing precise and accurate measurement.
• Versatile Power Source: Operating on DC 5-24V, this encoder ensures stable working performance in various power supply conditions, making it reliable for different applications.
• Dual-Phase Output: Featuring an AB 2-phase output with a rectangular orthogonal pulse circuit, the encoder delivers NPN open collector output type, enabling easy integration with different control systems.
• Multiple Measurements: With its capabilities to measure rotational rate, angle, acceleration, and length, this encoder is suitable for a wide range of applications, including industrial automation and robotics.
• Wide Range of Applications: This encoder finds applications in various industries, such as intelligent displacement measurement control, automatic fixed-length leather guillotine machines, steel cut length control, height and weight scale, and student racing robots, showcasing its versatility and adaptability to different scenarios.

Specifications:

• Pulses: 600 P/R (Single-phase 600 pulses /R, Two Phase 4 frequency doubling to 2400 pulses)
• Power source: DC 5-24V
• Shaft: 6x13mm / 0.23x0.51"
• Size: 38x35.5mm / 1.49x1.39"
• Output: AB 2phase output rectangular orthogonal pulse circuit, the output for the NPN open collector output type
• Maximum mechanical rate: 5000 R / min
• Response frequency: 0-20KHz
• Cable length: 1.5 meters
• Wiring: Green - A phase, White - B phase, Red - VCC power (+), Black - V0

NOTE:

• AB 2 phase output must not be directly connected with VCC, otherwise it will burn the output triode because of different batches, and may not have the terminal.