Pepperl Fuchs MNI20N Incremental Rotary Encoders Price & Specifications
Wireless No
Weight Approximately 120 g
Voltage 4.75 V DC to 30 V DC
Usage Industrial automation, machinery feedback, robotics
Signal Type Incremental Quadrature (A, B, Z channels)
Sensor Type Optical Rotary Encoder
Sensitivity High, suitable for low-speed detection
Response Time < 1 ms
Resolution Up to 5000 pulses per revolution (PPR)
Product Type Incremental Rotary Encoder
Power Consumption Max. 100 mA at 24 V DC
Output HTL or TTL (switch selectable)
Operating Temperature -20A C to +85A C
Mounting Type Clamping Flange Mount
Measurement Range 360A (continuous rotation)
Material Aluminum Housing, Stainless Steel Shaft
Interface Cable (open wire, M12 optional)
Input Shaft Rotation
IP Rating IP65
Function Measures rotational position and speed
Features Rugged design, resistant to vibration & shocks, maintenance-free
Cable Length Standard 2 m, customizable
Application Position and speed feedback for motors & equipment
Accuracy A 0.01A
About Pepperl Fuchs MNI20N Incremental Rotary Encoders Detail
Unlock a cost-effective automation solution with the Pepperl Fuchs MNI20N Incremental Rotary Encoderengineered for unbeatable precision and prodigious reliability. Crafted with an anodized aluminum housing and robust stainless steel shaft, it seamlessly delivers up to 5000 PPR with high EMC compliance, ensuring accurate speed and position data in industrial machinery. Its compact 58 mm construction, maintenance-free operation, and personalisable features, such as selectable output (HTL/TTL) or customizable cable lengths, provide spectacular versatility for every application while delivering the best price on the market.
Versatile Plant Integration and Application Usage
The Pepperl Fuchs MNI20N Incremental Rotary Encoder excels in industrial automation, delivering spectacular feedback for motor control, machinery diagnostics, and robotics. Its clamping flange mount allows seamless integration onto motors and equipment shafts, making it perfect for continuous 360 monitoring. Highly sensitive, with superb accuracy, its ideal for applications demanding meticulous rotational position and speed feedback. This encoder is utilized extensively in high-precision plant monitoring and process control setups, suitable for both high-speed and low-speed detection.
Swift Delivery, Certified Quality, and Unbeatable Supply
Benefit from the fastest delivery rate and reliable market value for the Pepperl Fuchs MNI20N Rotary Encoder. Featuring globally recognized certifications like EN 61000-6-2 and EN 61000-6-4, it meets rigorous safety and performance standards. Our impeccable supply ability assures consistent availability at the lowest price, ensuring timely procurement for all orders. Buy with confidenceour commitment to rapid dispatch and certified excellence sets a new standard in encoder solutions across the Indian market.
FAQs of Pepperl Fuchs MNI20N Incremental Rotary Encoders:
Q: How does the Pepperl Fuchs MNI20N Incremental Rotary Encoder measure rotational position and speed?
A: The encoder uses an optical sensor to detect shaft rotation, producing quadrature signals (A, B, Z channels). This enables precise measurement of both position and speed, with a resolution of up to 5000 pulses per revolution.
Q: What industries or applications is the MNI20N most suitable for?
A: The MNI20N is ideal for industrial automation, machinery feedback, robotics, and applications requiring high-accuracy motor and equipment positioning or speed monitoring in harsh environments.
Q: What are the available connection and output options for personalization?
A: You can personalize the encoder with either HTL or TTL output (switch selectable) and choose between a 4-pin or 8-pin M12 connector, or an open wire cable interface with customizable cable lengths up to 2 meters.
Q: When can I expect delivery of my Pepperl Fuchs MNI20N Encoder order?
A: Delivery times are minimized thanks to our efficient supply chain, providing prompt order dispatch. Specific timelines depend on your location and order volume, but we prioritize fast delivery at every stage.
Q: Where can this rotary encoder be installed within an industrial setup?
A: The MNI20N is designed for easy integration using a clamping flange mount, making it suitable for direct installation on motor shafts, conveyor systems, or any rotating mechanism within machinery or plant environments.
Q: What certifications ensure the quality and reliability of the MNI20N Encoder?
A: This rotary encoder has EMC compliance with EN 61000-6-2 and EN 61000-6-4, verifying its resistance to electromagnetic interference and guaranteeing reliable performance in industrial settings.