The GLS45C Incremental Rotary Encoder delivers accurate and stable position and speed feedback for a wide range of industrial automation applications. Engineered for durability and precision, this encoder supports various output signals and features robust mechanical construction to withstand harsh operating environments, making it a reliable choice for advanced motion control systems.
Caractéristiques principales :
High-resolution incremental output with stable pulse signals
Compact and rugged design for industrial use
Multiple output options including TTL and open collector
Easy installation with standardized mounting flange and shaft coupling
Durable bearings and sealed design for longevity
Wide voltage supply range adaptable to different systems
Avantages du produit :
Ensures precise rotational feedback for enhanced control accuracy
Robust construction minimizes downtime and maintenance costs
Versatile compatibility with diverse industrial control systems
Improves machine performance in automated production lines
Enables flexible installation in confined spaces
Modèle de produit et signification
| G | L | S | 45 | C | 1000 | C | 3 | 2M | |||
| Catégorie de produit | Type of produit | Form of main shaft | Contour de la produit | Outlet and sealing form | Résolution | Formulaire de sortie | Output signal | Câble | |||
| G:incrémental type | L:photoelec- tricité | S:arbre plein | 45:φ45mm | C:rear outlet | 10,20,50,60,100,200,360, 400,500,600,800, 1000,1024,1200,2000,2048,2500, 3000,3600,4096 | C: open collector output F: complementary output L:5V drive output | 1:phase A signal 2:signal de phase AB 3:phase ABZ signal 4:phase ABA/B/ signal 6:phase ABZA/B/Z/ signal | Défaut 2m ligne, pour non 2m, labeling is suffisant | |||
Tableau de câblage
| Couleur de la ligne | Signal de sortie C/F | – | Couleur de la ligne | Signal de sortie |
| rouge | VCC | rouge | VCC | |
| noir | GND | |||
| noir | GND | |||
| vert | Une phase | |||
| vert | Une phase | blanc | Phase B | |
| jaune | Phase Z | |||
| blanc | Phase B | |||
| pink | Aphase | |||
| jaune | Phase Z | bleu | Bphase | |
| orange | Phase Z | |||
| bouclier | F -G | |||
| bouclier | F -G |
Différence de phase de la sortie
complementary output/NPN collector open circuit output
long line drive output
Dessins mécaniques (mm)
Installation and Maintenance Steps:
Mount the GLS45C encoder securely on the motor or machine shaft using the appropriate coupling.
Align the encoder shaft accurately with the drive shaft to prevent mechanical stress.
Connect the wiring according to the detailed wiring diagram, ensuring proper power supply and signal configuration.
Test the encoder output signals to verify correct operation with the control system.
Regularly inspect the encoder for dust, vibration effects, and mechanical wear.
Perform routine cleaning and lubrication if required, following the manufacturer’s guidelines.
Applications détaillées du produit :
Industrial automation and manufacturing lines requiring precise motion control
CNC machinery for real-time position feedback and speed regulation
Robotics where accurate shaft position detection is critical for operation
Conveyors and material handling systems to monitor speed and flow
Printing and packaging machines for synchronization and process control
Elevator systems to ensure smooth and safe shaft rotation monitoring
Wind turbine and renewable energy systems for blade position measurement
Medical devices where precision and reliability are essential
