Harmonic FHA-17C-50-H-C1024-B (from “ʵ ͺ FHA-17C-50-H-C1024-B”)
Harmonic FHA-17C-50-H-C1024-B: Precision Industrial Module Components for Automation Engineering Solutions
The Harmonic FHA-17C-50-H-C1024-B represents cutting-edge industrial module components designed for high-performance automation engineering solutions. Engineers across multiple industries rely on this precision component for its exceptional durability and technical capabilities.
Technical Specifications
Physical Parameters
- Model Number: FHA-17C-50-H-C1024-B
- Material: High-grade steel alloy
- Weight: 3.2 kg ± 0.1 kg
- Dimensions: 170mm × 50mm × 102mm
Performance Specifications
- Operating Temperature: -20°C to 85°C
- Torque Capacity: 50 Nm
- Rotation Speed: Up to 3000 RPM
- Precision Rating: ±0.01mm
Electrical Specifications
- Voltage Rating: 24V DC
- Current Draw: 2.5A max
- Connector Type: C1024 industrial-grade
- Protection Class: IP67
Industrial Applications
The Harmonic FHA-17C-50-H-C1024-B specifications make it ideal for demanding industrial environments. Furthermore, its robust design ensures reliable performance in various automation engineering solutions. Manufacturers particularly value this component for robotic assembly lines, CNC machinery, and precision measurement systems.
Additionally, the module integrates seamlessly with existing industrial control systems. Its standardized interfaces and protocols simplify implementation while maintaining high performance standards. Many automation engineers choose this component when upgrading their production lines for Industry 4.0 compatibility.
Maintenance and Longevity
Proper maintenance ensures optimal performance from these industrial module components. The Harmonic FHA-17C-50-H-C1024-B requires minimal servicing due to its sealed design and high-quality materials. However, regular inspection of mounting surfaces and connector integrity will extend its operational life.
Moreover, the component’s design facilitates quick replacement when necessary. Its standardized dimensions and mounting patterns minimize downtime during service procedures. Consequently, production managers appreciate the cost-efficiency this module provides throughout its lifecycle.