Description
The GOS5008B Rotary Encoder is engineered to deliver robust and reliable rotational feedback, ensuring consistent performance in demanding environments. Featuring a rugged design and versatile output options, this encoder offers accurate speed and position signals that are essential for various automation and machinery applications. Designed for heavy-duty use, it supports enhanced motion monitoring and control with minimal maintenance requirements.
Main Features:
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High-resolution incremental output providing stable and consistent pulse signals
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Rugged, dustproof, and vibration-resistant housing for long-lasting durability
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Supports multiple output formats including TTL and open collector signals
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Standard flange mounting and shaft coupling for easy and secure installation
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Sealed enclosure and premium bearings to extend operational lifespan
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Wide voltage range for seamless integration with different power supplies
Product Advantages:
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Delivers dependable and steady feedback to optimize machine motion accuracy
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Heavy-duty construction minimizes downtime from wear and harsh conditions
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Flexible output and mounting options simplify system integration
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Enhances machine performance by ensuring real-time and precise motion data
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Compact size fits easily into confined spaces without compromising performance
Product Model And Meaning
G | 0 | s | 50 | 06 | B | 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 |
Resolución | Output form | Output signal | Cable | |||
G:incremental type | 0:megneto electricity
L:photoelec- tricity |
S:solid shaft | 50:φ50mm | □:φ8mm
06:φ6mm |
E:side outlet metal
D:rear-outlet metal |
10,20,50,
60,100, 200,360, 400,500, 600,800, 1000,1024,1 200,2000,20 48,2500,300 0,3600,4096 |
C:open collector output
F:complementary output T:push pull 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 5:phase ABZA/B/Z/ signal |
Default 2m lne,For non 2m, labeing is sufficient |
Wiring Table
Line color | C/F/T output signal | Line color | L/A output signal | |
red | VCC | red | VCC | |
black | GND | |||
black | GND | |||
green | A phase | |||
green | A phase | white | B phase | |
yellow | Z phase | |||
white | B phase | |||
brown | A phase | |||
yellow | Z phase | gray | Bphase | |
orange | Z phase | |||
shield | F ·G | |||
shield | F ·G |
Output Phase Difference
complementary output/push pull output/NPN collector open circuit output
longline drive output
Mechanical Drawings(mm)
Installation and Maintenance:
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Mount the GOS5008B encoder securely to the equipment shaft using the supplied coupling or adapter.
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Ensure precise shaft alignment to avoid mechanical wear and signal distortion.
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Connect the wiring according to the provided schematic, verifying all connections for correctness.
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Test output signals with your control or monitoring system before full operation.
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Periodically clean the encoder housing to eliminate dust and debris accumulation.
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Inspect mounting hardware, mechanical couplings, and electrical connectors regularly; lubricate components as recommended.
Detailed Product Applications:
Ideal for rugged and sensitive environments, the GOS5008B Rotary Encoder is perfect for:
Material handling and conveyor systems requiring precise speed and position monitoring
Robotic arms and automated machinery demanding consistent motion feedback
Packaging and printing equipment for accurate synchronization and quality control
Elevator and escalator systems to ensure smooth, safe shaft rotations
Renewable energy systems such as wind turbines for blade positioning and speed sensing
Agricultural and construction machinery functioning in harsh outdoor conditions
Medical devices and laboratory instruments requiring reliable rotational data
The GOS5008B is part of a broader category of incremental rotary encoders that have significantly advanced in technology, focusing on enhancing durability and signal integrity in challenging environments. These encoders play a crucial role in enabling smart automation by supplying real-time rotational data that directly impacts system precision and efficiency. Understanding proper installation practices and maintenance routines is key to maximizing encoder performance and longevity. Moreover, innovations in encoder materials and sealing technologies continue to push the limits of their application, opening doors for their use in extreme conditions such as offshore energy production and heavy machinery in mining operations.
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