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반 중공축 설계의 GOH38AO1 증분형 로터리 엔코더

The GOH38AO1 incremental rotary encoder combines compact design, high precision, and robust performance tailored for industrial automation systems.

  • supporting various PLC,controlsystem applications
  • Able to directly installthe rear-end ofamotor,used for speed signal control

설명

The GOH38AO1 incremental rotary encoder combines compact design, high precision, and robust performance tailored for industrial automation systems. Featuring a 38mm diameter and semi-hollow 8mm shaft, this encoder delivers reliable position and speed feedback with pulse resolutions up to 10,000 PPR. It supports diverse output signal options including line driver and open collector, making it compatible with various PLCs and control platforms. Built for durability, it withstands demanding environments while ensuring smooth operation for motors, conveyors, robotics, packaging, and CNC machinery.

주요 기능

  • Incremental rotary encoder with resolutions from 100 to 10,000 pulses per revolution for ultra-fine motion detection

  • Semi-hollow shaft design (8mm diameter) facilitates direct motor mounting and easier installation

  • Robust 38mm diameter compact housing suitable for various industrial applications

  • Wide operating voltage range: 5-24 V DC to fit different control systems

  • Multiple output types including line driver (differential), open collector, and push-pull outputs

  • Integrated anti-interference circuit for stable, noise-resistant signal output

  • High-speed response suitable for fast-moving machinery and high-frequency applications

  • Reliable mechanical construction ensures long operational life and low maintenance

제품 이점

  • High resolution enables precise speed and position control in advanced automation setups

  • Semi-hollow shaft enables easy shaft coupling and reduces installation complexity

  • Versatile output options enhance compatibility with a broad range of industrial equipment and PLCs

  • Compact design saves space without compromising performance or durability

  • Noise protection circuits guarantee signal integrity in electrically noisy environments

  • Wide voltage tolerance supports flexible system design and retrofit scenarios

Product Model And Meaning

G0H38011000              T30.7M
카테고리

제품

 Type of product형태

메인 샤프트

컨투어

제품

Size of main shaft,shaft hole아울렛 및

씰링 양식

Outline  structure해상도출력 양식输出信号

Outputsignal

电缆线 Cable
G:incremental

type

megneto-  electricityH:semi-

hollow shaft

38:φ38mm口:φ8mmA:rubber wire

protection

sleeve

01:outline

structure1

10,20,50,

60,100,

200360,

400,500,

600,800,

1000,1024,

1200,2000,

2048,2500,

3000,3600,

4096等

C:open collector  output

F:보완 출력

L:5V 드라이브 출력

1:phaseAsignal

2:phase AB signal

3:phase ABZsignal

4:phase ABA/B/ signal

5: phase ABZA/B/Z/ signal

Default

0.7m

라인, For

non 0.7m,

라벨링은

충분

배선 테이블

선 색상C/F output signalLine colorLoutput signal
빨간색VCC빨간색VCC
검은색GND
검은색GND
녹색A phase
녹색A phase흰색B 단계
노란색Z 단계
흰색B 단계
blueAphase
노란색Z 단계회색Bphase
오렌지Z 단계
방패F ·G
방패F ·G

Output Phase Difference

complementary output/NPN collector open circuitoutput/push pull output

1 (1)

long line drive output

1 (3)

Mechanical Drawings(mm)

1 (2)

애플리케이션 시나리오

  • High-precision industrial motor speed and position control

  • Robotics requiring fine motion control and feedback

  • Conveyor systems in packaging and manufacturing lines

  • CNC machines for accurate cutting and positioning

  • Printing machinery for synchronized roller and sheet control

  • Automated assembly lines requiring reliable rotary feedback

설치 및 유지 관리

  1. Ensure the application shaft matches the 8mm semi-hollow shaft for seamless coupling.

  2. Carefully align the encoder to prevent shaft misalignment and reduce wear. Flexible couplings are recommended.

  3. Secure the encoder housing firmly using mounting screws to avoid vibration.

  4. Connect power supply within 5 to 24 V DC, adhering to polarity and wiring diagrams for your output type.

  5. Use shielded cables for signal wires to minimize electromagnetic interference.

  6. Periodically clean the encoder surface to prevent dust accumulation.

  7. Routinely inspect wiring and connectors for tightness and signal stability.

  8. Replace encoder if signal loss or mechanical damage is detected.

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