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APPLE AUTOMATION AND SENSOR

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+919699092002

Email us

applesensor@gmail.com

Pepperl Fuchs Incremental Rotary Encoders

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Pepperl Fuchs Incremental Rotary Encoders Price & Specifications

Wireless No

Weight Approx. 250 g

Voltage 5 V DC or 10-30 V DC (depending on model)

Usage Industrial Automation, Position Sensing

Signal Type Incremental Quadrature

Sensor Type Optical Rotary Encoder

Sensitivity N/A (not applicable)

Response Time <1 ms

Resolution up to 5000 pulses per revolution (PPR)

Product Type Incremental Rotary Encoder

Power Consumption Max. 50 mA

Output A/B/N Channels (TTL/HTL or Push Pull)

Operating Temperature -20A C to +85A C

Mounting Type Shaft or Hollow Shaft Mounting

Measurement Range 360A (full rotation)

Material Metal Housing, Plastic Components

Interface Parallel/Push-Pull/RS422 (differential)

Input Rotary Shaft Movement

IP Rating IP65

Function Provides Incremental Position Feedback

Features High Shock and Vibration Resistance, Robust Housing, Compact Design

Cable Length Standard 2 meters or custom

Application Motors, Conveyor Systems, Robotics

Accuracy A 0.01A (typical)

About Pepperl Fuchs Incremental Rotary Encoders Detail

We are dealer and supplier of Pepperl Fuchs Incremental Rotary EncodersÃƒâ€šÃ‚ in India.

Models:

MNI40N-2BA1K266N-03200
RHI58N-0BAYYR61Y-01024
RHI90O-YYAAAR31T-01024
RSI58O-02YAAR61T-01024
RSI58O-02YK1R61T-01024
RVS58S-YYYKYA6ZT-01024
10-11631_R-1024
14-14361
14-14366
14-1436X
20-2951
20-2952
ENI11HD-H
ENI11HD-R
MNI20N
MNI40N
RHI58N
RHI58N
RHI90N
RHS58N
RHS90N
RSI58N
RVI50N-09B**A*6
RVI50N-09B**A*T
RVI58L
RVI70E
RVI78
RVI84
RVS70E
THI40N
THI58N
THI90
TSI40N
TVI40N
TVI50N-09BK0**T
TVI58N

High Performance and Rugged Design

Pepperl+Fuchs incremental rotary encoders are built for harsh industrial environments, combining high accuracy (0.01), up to 5000 PPR, and robust protection classes IP64/IP65. The housing is engineered from aluminum or cast metal with plastic components, offering exceptional resistance to shock and vibration. These features make the encoders ideal for demanding sectors such as manufacturing, material handling, and robotics.

Flexible Mounting and Connectivity

Engineered for versatility, these encoders are available in shaft or hollow shaft mounting configurations to accommodate various equipment needs. Users can select between pre-wired cable and plug connections, with standard cable length options of 2 meters or more on request. Supported output interfaces include TTL, HTL, Push-Pull, and differential RS422, ensuring seamless integration into diverse control systems.

Designed for Lasting Performance

With a storage temperature range from -40C to +100C and operating temperatures from -20C to +85C, these rotary encoders guarantee reliable operation year-round. Power consumption remains low, not exceeding 50 mA, while insulation resistance surpasses 100 M at 500 V DC. These attributes, combined with a compact and lightweight design, deliver long-term dependability and precision feedback for automation processes.

FAQs of Pepperl Fuchs Incremental Rotary Encoders:

Q: How can I install the Pepperl+Fuchs Incremental Rotary Encoder for best performance?

A: For optimal performance, select the correct shaft or hollow shaft mounting appropriate for your setup, ensuring the encoder aligns precisely with the rotary axis. Secure the robust aluminum/cast metal housing, connect via the pre-wired cable or plug as specified, and maintain appropriate cable management. Check that the power supply matches the encoders voltage rating (5 V DC or 10-30 V DC depending on the model) and install it within the supported environmental conditions.

Q: What environments and applications are Pepperl+Fuchs incremental encoders best suited for?

A: These encoders excel in industrial automation, particularly in motors, conveyor systems, and robotics that demand high accuracy and resilience. With IP64/IP65 protection, robust shock and vibration tolerance, and operational temperature range from -20C to +85C, they are ideal for factories, assembly lines, and other challenging industrial settings.

Q: When should I consider replacing or maintaining a rotary encoder in my system?

A: Routine checks should be performed to ensure signal integrity and mechanical alignment. If you notice irregular feedback, physical wear, or degraded signal quality, it may be time for maintenance or replacement. Operating within specified limits (speed, temperature, shock, and vibration) extends the encoders service life, but harsh conditions or extended use may warrant more frequent inspections.

Q: Where can Pepperl+Fuchs incremental encoders be sourced in India?

A: These encoders can be obtained through a wide network of dealers, distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers throughout India. They are also available from trusted retailers and service providers specializing in industrial automation and feedback solutions.

Q: What is the process of integrating these encoders with industrial control systems?

A: Begin by selecting the appropriate interfaceTTL, HTL, Push-Pull, or RS422 (differential)to match your system. Connect the encoder outputs (A/B/N channels) as per your control units wiring diagram. The compact design supports mounting flexibility, and standard 2-meter cables or custom lengths facilitate site-specific configurations, ensuring seamless integration and reliable signal transmission.

Q: How does the encoder provide incremental position feedback, and what is its benefit?

A: The encoder translates rotary shaft movement into incrementally spaced electrical pulses via its optical sensing system. With up to 5000 PPR and response times under 1 ms, it delivers precise real-time position and rotational speed feedback. This enables accurate monitoring and advanced control of motor-driven equipment, improving automation precision, efficiency, and system reliability.