Descripción
The GLS50H Rotary Encoder offers dependable and consistent rotational feedback designed for demanding machinery and automation applications. Engineered with a robust construction and versatile output options, this encoder delivers stable speed and position signals to support smooth motion tracking and system efficiency. Its durable design and ease of installation make it suitable for a wide range of industrial environments.
Características principales:
High-resolution incremental output producing stable pulse signals
Rugged, sealed enclosure protecting against dust, moisture, and vibration
Supports TTL and open collector output formats for flexible integration
Standard flange mounting and shaft coupling for easy installation
Premium bearings ensure extended operating life
Wide voltage input range adapts to varied power supply requirements
Ventajas del producto:
Provides reliable and steady motion feedback for enhanced operational consistency
Heavy-duty design minimizes downtime, even in harsh environments
Flexible output and mounting options streamline system integration
Compact size allows installation in space-limited applications
Low maintenance requirements enhance overall system uptime
Modelo de producto y significado
| G | L | S | 50 | □ | H | 1000 | T | 3 | 2M | ||||
| Categoría producto | Type of product | Forma de eje principal | Contorno de producto | Size of main shaft,shaft hole | Salida y formulario de sellado | Resolución | Formulario de salida | Señal de salida | Cable | ||||
| G:tipo incremental | L:fotoelec- tricidad | S:eje macizo | 50:φ50mm | □:Φ8mm | H:rear-outlet plastic | 10,20,50, 60,100, 200,360, 400,500, 600,800, 1000,1024,1 200,2000,20 48,2500,300 0,3600,4096 | C:salida de colector abierto T:push pull output L:5V 5V drive output A:Salida de 24 V | 1:phase A signal 2:señal de fase AB 3:fase Señal ABZ 4:fase Señal ABA/B/ 6:phase ABZA/B/Z/ signal | Por defecto 2m line,For non 2m, labeling is sufficient | ||||
Tabla de cableado
| Color de la línea | Señal de salida C/F/T | Color de la línea | Señal de salida L/A | |
| marrón | VCC | marrón | VCC | |
| azul | GND | |||
| azul | GND | |||
| negro | Una fase | |||
| balck | Una fase | blanco | Fase B | |
| range | Fase Z | |||
| blanco | Fase B | |||
| rojo | Una fase | |||
| naranja | Fase Z | gris | Bphase | |
| amarillo | Fase Z | |||
| escudo | F -G | |||
| escudo | F -G |
Diferencia de fase de salida
complementary output/NPN collector open circuit output
salida de palangre
Dibujos mecánicos(mm)
Instalación y mantenimiento:
Mount the GLS50H encoder securely on the shaft using the supplied coupling or adapter.
Ensure proper shaft alignment to avoid mechanical stress and inaccurate readings.
Connect wiring precisely as per the provided schematic, verifying correct power and signals.
Conduct testing of the output signals with your control system before full deployment.
Regularly clean the encoder body to prevent dust and debris buildup.
Inspect hardware and connections periodically; lubricate bearings as recommended.
Aplicaciones detalladas del producto:
The GLS50H encoder is suitable for a wide variety of applications, including:
Conveyor and material handling systems monitoring speed and position
Robotics and automation equipment requiring reliable motion signals
Packaging and printing machines for process synchronization
Elevators, escalators, and lifts for smooth and safe shaft monitoring
Renewable energy systems like wind turbines for blade position feedback
Agricultural machinery and heavy equipment in challenging environments
Medical and laboratory equipment requiring dependable rotation sensing
Rotary encoders like the GLS50H are critical components in enhancing motion feedback reliability across automated and mechanical systems. Advances in encoder technology focus on improving environmental resistance and signal integrity to ensure continuous operation in challenging conditions. Proper installation techniques, including alignment and wiring accuracy, significantly impact encoder longevity and performance. Integration of encoders with modern digital control platforms also enables predictive maintenance and system diagnostics, paving the way for smarter and more efficient machinery operations.
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