The SICK DBS36E-S3EK00360 is a magnetic incremental encoder designed for high-precision position and speed measurement in a variety of industrial applications. it combines robust construction with advanced performance features, making it ideal for demanding automation, robotics, and control systems that require reliable position feedback.
Key Parameters: Sensor Type: Magnetic incremental encoder
Output Type:
Quadrature Output (A/B): Provides two-phase signals (90° phase-shifted) for precise position and speed measurement.
Z-Index Pulse: Includes a reference pulse for zero position or home position detection, useful for precise system initialization.
Resolution: Up to 360 PPR (Pulses Per Revolution), providing sufficient resolution for many industrial applications, such as speed control and motion tracking.
Voltage Supply: 5-30V DC, which is compatible with most industrial control systems and automation equipment.
Operating Temperature: -25°C to +70°C, allowing the encoder to operate reliably in a wide range of environmental conditions.
Protection Rating: IP67, making it dust-tight and resistant to water, perfect for use in harsh industrial environments where dust and moisture may be present.
Housing: Compact, rugged housing designed to withstand mechanical stress and challenging environmental conditions.
Mounting Type: Shaft Mount, making installation straightforward and suitable for integration with motors or rotating shafts.
Applications:
Motor Feedback: Provides rotational position and speed feedback for controlling motors in automated systems.
Robotics: Used for precise position tracking in robotic arms, ensuring accurate movement in manufacturing, assembly, and other tasks.
Material Handling: Ensures proper positioning and speed monitoring in conveyor systems or automated material handling processes.
CNC Machinery: Used to track the position of tools in CNC machines, ensuring accuracy in machining processes.
Packaging: Provides feedback for packaging machinery, allowing for precise control of packaging processes.