BEI Sensors – GHT514-1024S019 INCREMENTAL ENCODER, 14MM THROUGH HOLLOW SHAFT, 1024PPR, FLYING LEAD M23 12-PIN PLUG
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Parameter | Details |
---|---|
Type | Incremental Encoder |
Model | GHT514-1024S019 |
Shaft Design | 14mm Through Hollow Shaft |
Resolution | 1024 Pulses Per Revolution (PPR) |
Output Signals | Incremental A, B, and Z channels |
Connector | Flying Lead with M23 12-Pin Plug |
Voltage Supply | 5V to 30V DC |
Output Type | Line Driver or Push-Pull (depending on configuration) |
Max Rotational Speed | Up to 6,000 RPM |
Operating Temperature | -20°C to +85°C |
Enclosure Protection | IP65 (dust-tight and water-resistant) |
Shock Resistance | 100 g for 6 ms |
Vibration Resistance | 10 g at 10-2,000 Hz |
Weight | Approximately 200g |
Datasheet (PDF Product Datasheet for GHT514-1024S019 (148 kb))
BEI Sensors GHT514-1024S019 Incremental Encoder
The BEI Sensors GHT514-1024S019 Incremental Encoder is a highly reliable and precise device designed to meet the demanding requirements of industrial motion control and automation applications. Below is a comprehensive analysis of its technical specifications and capabilities:
Key Features
- Incremental Technology:
The encoder provides incremental signals, allowing precise tracking of angular position and velocity. It is suitable for applications requiring real-time feedback for motor control and positioning. - 1024 Pulses Per Revolution (PPR):
With 1024 PPR, the encoder delivers high-resolution feedback, enabling accurate motion control for a variety of industrial systems. - 14mm Through Hollow Shaft:
The 14mm through hollow shaft design allows easy integration with motors and rotary systems, minimizing assembly complexity and maintaining robust mechanical performance. - Flying Lead with M23 12-Pin Plug:
Equipped with a flying lead terminated with an M23 12-pin connector, the encoder ensures secure electrical connections while providing flexibility for system integration. - Durable Construction:
The device is engineered to withstand harsh industrial environments. Its robust design ensures durability and reliability under mechanical stress, temperature variations, and potential exposure to contaminants.
Technical Specifications
Parameter | Details |
---|---|
Type | Incremental Encoder |
Model | GHT514-1024S019 |
Shaft Design | 14mm Through Hollow Shaft |
Resolution | 1024 Pulses Per Revolution (PPR) |
Output Signals | Incremental A, B, and Z channels |
Connector | Flying Lead with M23 12-Pin Plug |
Voltage Supply | 5V to 30V DC |
Output Type | Line Driver or Push-Pull (depending on configuration) |
Max Rotational Speed | Up to 6,000 RPM |
Operating Temperature | -20°C to +85°C |
Enclosure Protection | IP65 (dust-tight and water-resistant) |
Shock Resistance | 100 g for 6 ms |
Vibration Resistance | 10 g at 10-2,000 Hz |
Weight | Approximately 200g |
Applications
The GHT514-1024S019 encoder is versatile and ideal for various industrial and automation tasks, including:
- Motor Feedback Systems:
Provides precise position and speed feedback for AC, DC, and servo motors. - Robotics:
Ensures accurate movement and positioning for robotic arms and autonomous systems. - Conveyor Systems:
Controls and monitors the speed and position of conveyor belts in manufacturing plants. - Industrial Automation:
Enhances the precision and reliability of automated machinery such as CNC machines and assembly lines. - Wind Turbines:
Monitors rotational speeds and ensures optimal performance in renewable energy systems.
Advantages
- High Resolution:
The 1024 PPR resolution ensures detailed position feedback, critical for precision tasks. - Easy Integration:
The through hollow shaft and M23 plug design make installation simple and adaptable to various systems. - Reliability:
With its robust mechanical and electrical design, the encoder performs consistently in demanding conditions. - Wide Compatibility:
Operates across a broad voltage range (5V-30V) and is compatible with most industrial control systems. - Compact and Lightweight:
Despite its advanced features, the encoder maintains a compact and lightweight form factor.
Installation Guidelines
To ensure optimal performance, follow these installation practices:
- Shaft Alignment: Ensure precise alignment between the encoder’s hollow shaft and the motor shaft to avoid mechanical stress.
- Electrical Connections: Secure the flying lead and M23 plug to prevent signal loss or electrical noise.
- Environmental Protection: Install in a location that minimizes exposure to excessive dust, moisture, or vibrations.
The BEI Sensors GHT514-1024S019 Incremental Encoder combines advanced technology, robust design, and high resolution to deliver outstanding performance in industrial environments. Whether used in motor feedback, robotics, or automation, it provides reliable and accurate position and velocity information for optimized control and efficiency.