Codeur rotatif

GOS38E Codeur rotatif incrémental de précision avec protection IP67

The GOS38E incremental rotary encoder delivers exceptional precision and durability for industrial automation and motion control applications. Engineered with robust IP67-rated housing, this encoder excels in harsh environments with strong dust and water resistance.

Description

The GOS38E incremental rotary encoder delivers exceptional precision and durability for industrial automation and motion control applications. Engineered with robust IP67-rated housing, this encoder excels in harsh environments with strong dust and water resistance. It features multiple pulse resolutions and reliable push-pull signal output, offering stable and accurate position and speed feedback. Ideal for motors, conveyor systems, robotics, and packaging machinery, the GOS38E supports seamless integration thanks to its compact 38mm diameter and versatile mounting options.

Key Features:

  • Incremental encoder with high resolution options (up to 5000 P/R) for fine motion detection

  • IP67 rated protection ensures superior resistance against dust and water ingress

  • Compact 38mm diameter housing fits tight mechanical spaces

  • Wide supply voltage range from 5V to 24V DC for flexible compatibility

  • Push-pull output signals enable robust electromagnetic interference resistance

  • High-frequency response for precise speed and position measurements

  • Solid shaft and hollow shaft variants available

  • Rugged design suitable for industrial environments

  • Wide operating temperature range covers typical industrial conditions

Product Advantages:

High precision and reliable incremental signals improve machine control accuracy

Robust IP67 housing extends product life in challenging applications

Compact size supports installation in space-constrained setups

Flexible output formats and multiple resolutions for customized configuration

Easy integration with various automation systems and motor controls

Durable construction reduces downtime and maintenance costs

Modèle de produit et signification

G0S38E600F32M
Catégorie de

produit

Type de produitForme de

arbre principal

Contour de la

produit

Taille de l'appareil principal

arbre, trou d'arbre

Sortie et

formulaire de scellement

RésolutionFormulaire de sortieSignal de sortieCâble
G:incrémental

type

O:megneto-

électricité

S:arbre plein38:φ38mm□:φ6mmE:side outlet metal10,20,50,

60,100,

200,360,

400,500,

600,800,

1000,1024,1

200,2000,20

48,2500,300

0,3600,5000

C:open collector  output

F:sortie complémentaire

T:push pull output

L:Sortie d'entraînement 5V

A:Sortie d'entraînement 24V

1:phase Asignal

2:signal de phase AB

3:phase signal ABZ

4: phase ABA/B/ signal

6:phase ABZA/B/Z/ signal

Défaut

2m

ligne, pour les non 2m, il suffit d'étiqueter

Tableau de câblage

Couleur de la ligne
Signal de sortie C/F
Couleur de la ligne
Signal de sortie L/A
redVCCredVCC
noirGND
noirGND
greenUne phase
greenUne phaseblancPhase B
yellowPhase Z
blancPhase B
brunAphase
yellowPhase ZgrayBphase
orangePhase Z
bouclierF -G
bouclierF -G

Différence de phase de la sortie

output/NPN collector open circuit output

1 (1)

long line drive output

1 (2)

Mechanical Drawings(mm)

1 (3)

Installation & Maintenance:

  1. Ensure the mounting surface is clean and free of debris before installation.

  2. Align the encoder shaft carefully with the driven shaft to avoid misalignment. Use flexible couplings if necessary to reduce mechanical stress.

  3. Secure the encoder with supplied mounting hardware to minimize vibrations.

  4. Connect power supply within 5-24V DC range, observing polarity and grounding best practices.

  5. Connect the output signals (A, B, Z channels) to control system input while shielding cables from electromagnetic noise.

  6. Routine maintenance includes periodic cleaning to remove dust buildup and inspection of electrical connections for tightness.

  7. Avoid exposing the encoder to extreme shocks or chemical contaminants.

  8. Replace the encoder promptly if signal instability or mechanical damage occurs.

Application Scenarios:

  • Industrial motors for precise rotational position feedback

  • Conveyor systems requiring speed monitoring and control

  • Robotics for accurate joint and axis movement detection

  • Packaging machinery for synchronization and counting operations

  • Printing machines to monitor roller rotation speed and position

  • Automated assembly lines for precise motion control

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