Product Description
The EI 1058-S08X20C-1000H-020A is a model of incremental rotary encoder. Here are the detailed specifications and features for this encoder:
Specifications:
- Model: EI 1058-S08X20C-1000H-020A
- Resolution: 1000 pulses per revolution (PPR)
- Output Type: Incremental with differential output signals (A, B, Z)
- Shaft Diameter: 8 mm
- Bore Size: 20 mm
- Output Channels: 3 channels (A, B, Z)
- Supply Voltage: Typically 5V, 12V, or 24V DC
- Max. Rotational Speed: Up to 6000 RPM
- Protection Class: Often rated at IP64 or higher, depending on the specific design and manufacturer
- Connection Type: Usually features a cable with connectors for easy integration
- Housing: Encased in a robust housing designed for industrial environments
- Mounting Type: Flange or servo mount options
Key Features:
- High Resolution: 1000 PPR ensures accurate position measurement
- Robust Construction: Durable and suitable for harsh industrial environments
- Differential Output: Provides noise-resistant signal transmission for improved reliability
- Compact Design: Allows integration into systems with space constraints
- Multiple Output Options: Facilitates easy integration with various control systems
Applications:
- Industrial Automation: Used for precise position feedback in automated machinery
- Robotics: Provides accurate position sensing for robotic arms and systems
- CNC Machinery: Ensures precise control and positioning in CNC machines
- Conveyor Systems: Used for monitoring and controlling conveyor belt positions
- Positioning Systems: Essential for applications requiring precise position feedback
Installation and Usage:
- Mounting: Securely mount using the flange or servo mount options
- Wiring: Connect the encoder using the provided cable or connector, ensuring correct wiring to the power supply and control system
High-Precision Industrial PerformanceThe Leuze EI 1058-S08X20C-1000H-020A incremental rotary encoder offers accurate position feedback in heavy-duty industrial environments. Its durable housing and standard dimensions make it easy to integrate into machinery, supporting real-time system monitoring and precise motion control.
Versatile Supply Chain IntegrationThis rotary encoder suits a wide variety of business needs, including as a dealer, distributor, or manufacturer. Its standard specifications enable seamless sourcing, installation, and maintenance throughout different stages of the industrial supply chain.
FAQ's of Leuze EI 1058-S08X20C-1000H-020A Rotary Encoder:
Q: How does the Leuze EI 1058-S08X20C-1000H-020A rotary encoder function in industrial applications?
A: The encoder detects shaft rotation and converts it into digital signals, which are then used for position tracking or speed monitoring within automated systems, enhancing control precision in industrial environments.
Q: What are the main benefits of using this incremental rotary encoder?
A: It provides accurate, real-time feedback, contributing to enhanced process efficiency, reduced downtime, and precise machine control, all while maintaining a robust and compact form that suits demanding workplaces.
Q: When should an incremental rotary encoder like this be selected over an absolute encoder?
A: It is ideal when relative position or speed feedback is needed rather than a specific absolute position, making it cost-effective and suitable for applications requiring continuous, repetitive movements.
Q: Where can the Leuze EI 1058-S08X20C-1000H-020A be installed?
A: With its standard design and size (10 10 5 cm), it can be integrated into a wide range of machinery and automation systems used across industrial, manufacturing, and supply-chain operations.
Q: What is the installation process for this encoder?
A: Installation involves mounting the encoder onto the motor or rotating shaft, connecting its wiring to the relevant control hardware, and ensuring correct alignment for optimal signal accuracy.
Q: What are the typical usage scenarios for this rotary encoder?
A: The encoder finds use in conveyor systems, robotics, packaging machinery, and other industrial automation setups where precise speed or positioning control is necessary.