Поворотный энкодер

Сверхпрочный инкрементальный поворотный энкодер с валом 38 мм Модель GOS38A04

The GOS38A04 Incremental Rotary Encoder is designed for precise motion and position feedback in demanding industrial automation environments, with rugged construction and stable output signals, ensuring long-lasting performance in diverse automation and motion control systems.

The GOS38A04 Incremental Rotary Encoder is designed for precise motion and position feedback in demanding industrial automation environments. Featuring a robust 38 mm shaft and customizable resolution up to 600 pulses per revolution (PPR), this encoder delivers reliable and accurate AB quadrature signals ideal for speed, position, and direction sensing applications. Engineered for durability, the encoder supports versatile installation with rugged construction and stable output signals, ensuring long-lasting performance in diverse automation and motion control systems.

Основные характеристики

  • Solid 38 mm shaft diameter for heavy-duty usage

  • Customizable resolution up to 600 PPR for precise measurement

  • Standard AB quadrature output signals with high noise immunity

  • Robust construction suitable for industrial environments

  • Supports both clockwise and counterclockwise rotation detection

  • Optional zero pulse (Z channel) for reference marking and homing

Преимущества продукции

  • High accuracy and repeatability increase system reliability

  • Durable mechanical design with resistance to vibration and shock

  • Flexible output options allow easy integration with PLCs, controllers, and industrial drives

  • Long operational lifespan with stable performance in harsh conditions

  • Low starting torque reduces wear and extends gearbox and motor life

  • Cost-effective solution with maintenance-friendly design

Модель продукта и ее значение

G0S38A041000              T32M
Категория

продукт

Тип продуктаФорма

главный вал

Контур

продукт

Размер основного

вал, отверстие вала

Outlet and

форма запечатывания

Outline  structureРазрешениеФорма выпускаВыходной сигналКабель
G:incremental

type

0:megneto-

электричество

S: цельный вал38:φ38mm□:φ6mmA:side outlet rubber04:4 outline

structure4

10,20,50,

60,100,

200,360,

400,500

600,800,

1000,1024,1200,

2000,2048,2500,3000,3600,

4096

T:push pull output

L:выход преобразователя 5 В

A:24V drive output

1Aphase Asignal

2:ABphase AB signal

3:ABZphase ABZ signal

4:фазовый сигнал ABA/B/

5:фазовый сигнал ABZA/B/Z/

По умолчанию

2m

line,For non 2m,  labeling is sufficient

Таблица проводов

Цвет линииT output signalЦвет линииL/A output signal
коричневыйVCCкоричневыйVCC
голубойGND
голубойGND
черныйФаза
черныйФазабелыйФаза B
апельсинФаза Z
белыйФаза B
чёрно-красныйAphase
апельсинФаза Zбелый красныйBphase
оранжево-красныйФаза Z
щитF -G
щитF -G

Разность фаз на выходе

push pull output

1 (2)

longline drive output

1 (3)

Mechanical   Drawings(mm)

1 (1)

Installation Steps & Maintenance

  1. Secure the encoder shaft firmly to the rotating equipment shaft, ensuring proper alignment to avoid mechanical stress.

  2. Connect the encoder output cables to your control system inputs, verifying wiring according to ABZ signal specifications.

  3. Set the desired resolution and pulse count if customization is available; otherwise, use default factory settings.

  4. Perform initial rotation tests to confirm signal output and direction detection accuracy.

  5. Periodically inspect the encoder and connections for dirt, debris, or wear and clean gently to maintain optimal function.

  6. Lubricate bearings if specified in the user manual (most models are sealed and maintenance-free).

Приложения

  • Industrial automation and robotics requiring precise angular position feedback

  • CNC machinery for tool positioning and speed control

  • Conveyor systems and packaging machines for accurate motion monitoring

  • Printing machinery for synchronized speed and position sensing

  • Medical device instrumentation requiring high-precision rotary feedback

  • Elevators and escalators for motor position verification