Descripción
The GOS38B incremental rotary encoder offers reliable and precise position and speed feedback for a wide range of industrial automation applications. Engineered with a robust 38mm diameter housing and solid 6mm shaft, this encoder provides multiple pulse resolutions tailored to meet varied control requirements. Its advanced anti-interference circuitry and rugged design ensure stable performance in harsh environments, making it ideal for motors, conveyors, packaging machinery, and CNC systems. The GOS38B is compatible with multiple control systems, delivering consistent signal output to optimize machine efficiency and accuracy.
Características principales
Incremental rotary encoder with pulse resolutions ranging from 100 to 5000 PPR (pulses per revolution)
Compact 38mm diameter with 6mm solid shaft for versatile installation
Multiple output types: open collector (NPN), push-pull, and complementary outputs
Robust anti-interference circuit for stable and noise-resistant signal transmission
Wide voltage operating range (typically 5-24V DC) suitable for most industrial control systems
High mechanical durability and IP-rated housing for dust and water resistance
Compatible with various automation PLCs and speed controllers
Optional cable lengths and output configurations to customize installations
Ventajas del producto
High precision and resolution improve the accuracy of position and speed control
Durable and compact design withstands rugged industrial environments
Flexible output signals allow integration with various control systems
Advanced anti-interference design reduces signal noise and enhances reliability
Easy installation reduces downtime and maintenance efforts
Supports a wide range of industrial machinery and automation needs
Product model and meaning
| G | 0 | S | 38 | B | 2500 | C | 3 | 2M | ||||
| Categoría producto | Type of product | Forma de eje principal | Contorno de producto | Tamaño del eje principal, orificio del eje | Salida y formulario de sellado | Resolución | Formulario de salida | Señal de salida | Cable | |||
| G:tipo incremental | O:megneto- electricity P:photoelec- tricidad | S: solid shaft | 38:φ38mm | □:φ6mm 08:φ8mm | B: side outlet metal D:rear-outlet metal | 10,20,50, 60,100, 200,360, 400,500, 600,800, 1000,1024,1200,200,2048,2500,3000,3600,5000
| M:analog quantity output C:salida de colector abierto F:salida complementaria T:push pulloutput L:Salida de 5 V A:Salida de 24 V | 1:phase A signal 2:phase AB signal 3:fase Señal ABZ 4:ABA/B/ signal 5: phase ABZA/B/Z/ signal 6:420mA 7:0-5V 8:0-10V | 2Default 2m línea,Para non 2m, etiquetado es suficiente | |||
Tabla de cableado
| Color de la línea | Señal de salida C/F/T | Color de la línea | Señal de salida L/A | Color de la línea | M signal(current) | Color de la línea | M signal(voltage) | |||
| rojo | Vcc | rojo | Vcc | Brown | Vcc | Brown | Vcc | |||
| negro | 0V | negro | 0V | blanco | 0V | blanco | 0V | |||
| verde | Aphase | verde | Aphase | verde | 1 | verde | +U | |||
| blanco | Fase B | blanco | Fase B | amarillo | -1 | amarillo | -U | |||
| amarillo | Fase Z | amarillo | Zphase | escudo | F ·G | escudo | F ·G | |||
| escudo | F ·G | marrón | A/phase | |||||||
| gris | B/phase | |||||||||
| naranja | Z/phase | |||||||||
| escudo | F ·G |
Output phase difference
Mechanical drawings(mm)
Escenarios de aplicación
Motor speed and position feedback in industrial automation
Conveyor belt speed monitoring and control
Packaging machinery synchronization and operation
CNC equipment position sensing
Robotics for joint angle and rotational feedback
Printing machinery and assembly line automation
Instalación y mantenimiento
Ensure the shaft of the encoder matches the application’s coupling diameter (6mm solid shaft).
Align the encoder shaft precisely with the machine shaft; use flexible couplings to avoid misalignment stress.
Securely mount the encoder with the provided hardware to minimize vibration.
Connect power supply within the recommended voltage range (5-24V DC) following the wiring diagram.
Use shielded cables for signal wiring to prevent electromagnetic interference.
Perform regular cleaning to remove dust and debris; avoid using harsh chemicals or water jets.
Check wiring and connectors periodically for secure connections and signal integrity.
Replace the encoder if signs of mechanical wear or unstable signals arise.
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