Описание
The GOS5008A01 Incremental Rotary Encoder provides dependable rotational feedback with a rugged design suitable for various machinery and automation systems. Offering multiple output formats and high durability, this encoder ensures consistent speed and position data for efficient motion tracking. Its robust construction and ease of integration make it highly adaptable to challenging operational environments.
Main Features:
High-resolution incremental output delivering stable pulse signals
Rugged, sealed design protecting against dust, moisture, and vibrations
Supports TTL and open collector output formats for versatile system integration
Standard flange mounting and shaft coupling for straightforward installation
Premium bearings and a sealed enclosure to extend service life
Wide voltage input range compatible with various power supplies
Product Advantages:
Provides reliable and steady feedback to enhance motion monitoring accuracy
Durable construction minimizes downtime in harsh operational conditions
Flexible mounting and output options facilitate easy adaptability
Improves machine efficiency by supplying real-time rotational data
Compact design supports use in space-constrained equipment setups
Product Model And Meaning
| G | 0 | s | 50 | 08 | A | 01 | 1000 | C | 3 | 2M | |||
| Category of product | Type of product | Form of main shaft | Contour of product | Size of main shaft,shaft hole | Outlet and sealing form | Outline structure | Разрешение | Output form | Output signal | Cable | |||
| G:incremental type | O:megneto- electricity | S:solid shaft | 50:φ50mm | 08:φ8mm | A:side outlet rubber | 01:1 outline structure 1 | 10,20,50, 60,100, 200,360, 400,500, 600,800, 1000,1024, 1200,2000 2048,2500, 3000,3600, 4096 | F:complementary output L:5V drive output A:24V drive output | 1:phase Asignal 2:phase AB signal 3:phase ABZ signal 4:phase ABA/B/ signal 6:phase ABZA/B/Z/ signal | Default 2m line,For non 2m, labeling is sufficient | |||
Wiring Table
| Line color | C/F/T output signal | Line color | L/A output signal | |
| brown | VCC | brown | VCC | |
| blue | GND | |||
| blue | GND | |||
| black | A phase | |||
| black | A phase | white | B phase | |
| orange | Z phase | |||
| white | B phase | |||
| black red | A phase | |||
| orange | Z phase | white red | B phase | |
| orange red | Z phase | |||
| shield | F ·G | |||
| shield | F ·G |
Output Phase Difference
complementary output
longline drive output
Mechanical Drawings(mm)
Installation and Maintenance:
Securely mount the GOS5008A01 encoder onto the equipment shaft using the provided coupling or adapter.
Align the encoder shaft carefully to avoid mechanical stress and signal inaccuracies.
Connect wiring based on the provided schematic, ensuring correct power and signal connections.
Test output signals with your control or monitoring system before full operation.
Clean the encoder housing regularly to prevent dust and contaminant buildup.
Periodically inspect mounting hardware and electrical connections; lubricate as recommended.
Detailed Product Applications:
Suitable for a wide array of equipment and environments, including:
Conveyor and material handling systems requiring precise speed and position feedback
Robotics and automated equipment needing consistent motion data
Printing and packaging machinery for synchronization and quality control
Elevator and escalator systems for reliable shaft rotation monitoring
Renewable energy applications including wind turbines for blade position tracking
Agricultural and heavy machinery exposed to challenging environmental conditions
Medical devices and laboratory instruments requiring dependable motion feedback
Rotary encoders like the GOS5008A01 are pivotal in advancing automated systems by improving motion accuracy and reliability. Ongoing innovations in encoder sealing technology and signal processing continue to enhance performance in harsh environments and challenging applications. Proper installation, including shaft alignment and wiring integrity, plays a crucial role in maximizing encoder lifetime and output quality. Furthermore, integrating encoders with modern digital control systems enables predictive maintenance and performance analytics, contributing to smarter, more efficient machinery operations.
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