Description
Incremental Encoder for Basic Speed Feedback – The MIG Basic delivers reliable incremental pulse signals, making it ideal for standard automation tasks that require dependable speed monitoring.
Stainless Steel Construction – The housing and shaft are crafted from corrosion-resistant stainless steel, providing superior durability and making this encoder suitable for use in harsh industrial environments, including food processing and marine applications.
High Protection Rating (IP55/IP67) – The dual IP classification ensures resistance against dust and water ingress, enabling operation in challenging or washdown settings.
Accurate Signal Output – HTL (High Threshold Logic) output with A90°B phasing ensures noise-immune signal transmission for accurate speed feedback in closed-loop automation systems.
Resolution – 64 Pulses per Revolution per Channel – Provides sufficient resolution for speed regulation in conveyors, pumps, and standard electric drives.
Wide Voltage Compatibility – Operates with input voltages from 5–24VDC, allowing direct integration with a broad range of PLCs, motor drives, and controllers.
Standardized Mounting – With a 160mm outer flange diameter, 130mm BCD, and IEC 71B5 compatibility, it fits seamlessly on standardized motor frames.
Compact Shaft – 14mm stainless steel shaft for secure coupling to most industrial motors.
Convenient Installation – Supplied with a 2-meter cable, facilitating flexible mounting and connection in varying installation setups.
Typical Applications – Well suited for basic conveyor speed control, packaging machinery, material handling systems, and standard factory automation lines.**Encoder Type Comparison for Industrial Application Selection:**
MIG Basic – Incremental encoder for basic speed feedback in standard automation tasks.
MIG Nova+ – Higher-resolution incremental encoder with improved signal stability for superior speed and position control in demanding automated systems.
MIG AST – Absolute encoder preserving position after power-off, designed for high-precision positioning and advanced motion control in complex automation environments.

calcPageSize())"
/>



