APPLE AUTOMATION AND SENSOR

Mumbai, India gst GST No.27ACRPG0717F1ZQ

  • Pepperl Fuchs ENI11HD-R Incremental Rotary Encoders

Pepperl Fuchs ENI11HD-R Incremental Rotary Encoders

10000 INR/Piece

Minimum Order Quantity : 1 Pieces

Pepperl Fuchs ENI11HD-R Incremental Rotary Encoders Price & Specifications

Wireless No

Weight Approx. 550 g

Voltage 5 V DC to 30 V DC

Usage Position and speed feedback for industrial automation

Signal Type Incremental AB (A,B), Z (Reference Pulse)

Sensor Type Optical Rotary Encoder

Sensitivity Standard for industrial encoders

Response Time <1 ms

Resolution 1024 pulses per revolution (PPR)

Product Type Incremental Rotary Encoder

Power Consumption Less than 1.2 W

Output Push-Pull, TTL, or HTL (variant dependent)

Operating Temperature -40A C to +85A C

Mounting Type Clamping flange mounting

Measurement Range Full 360A shaft rotation

Material Metal Body, Die-cast housing

Interface Cable connection, connector (M23, M12 optional)

Input Rotational Shaft Movement

IP Rating IP65

Function Converts Shaft Rotation to Incremental Electrical Pulses

Features Rugged heavy-duty housing, Reverse polarity protection, High shock and vibration resistance

Cable Length 2 meters (standard)

Application Servo motors, CNC machines, Robotics, Elevator systems, Packaging machinery

Accuracy High precision (up to A 0.01A typical)

About Pepperl Fuchs ENI11HD-R Incremental Rotary Encoders Detail



Explore the splendid capabilities of the Pepperl Fuchs ENI11HD-R Incremental Rotary Encoderyour gateway to cost-effective, world-class automation solutions. This premier, metal-bodied encoder features a robust powder-coated or anodized die-cast housing, built to endure extremes from -40C to +100C. Select from versatile output variantsPush-Pull, TTL, or HTLpaired with a radial cable or plug connection. Achieving high precision with 1024 PPR and 0.01 accuracy, it is perfect for servo motors, CNCs, and robotics. Ensure longevity and reliability, even in demanding industrial environments, with its high shock and vibration resistance.

Robust Structure, Effortless Installation, Superior Performance

The Pepperl Fuchs ENI11HD-R Incremental Rotary Encoder, constructed with a durable die-cast metal body and powder-coated finish, assures longevity in harsh industrial settings. Its application is straightforward via the clamping flange mounting and a 2-meter cable, facilitating quick setup. Designed for high-precision measurement and feedback, its competitive edge lies in exceptional resistance to shock, vibration, and temperature fluctuations, making it ideal for challenging automation tasks across multiple industries.


Seamless Transactions, Dynamic Market Coverage

List price quotations for Pepperl Fuchs ENI11HD-R Incremental Encoders are provided upon inquiry, ensuring transparent, tailored offers to fit diverse project requirements. Secure handover and prompt delivery are available for bulk and retail orders. These encoders are popular among exporters, manufacturers, and retailers with major export markets in Europe, Asia, and the Middle East, while serving Indias extensive domestic market for high-precision automation components.


FAQs of Pepperl Fuchs ENI11HD-R Incremental Rotary Encoders:


Q: How does the Pepperl Fuchs ENI11HD-R Encoder convert shaft movement into electrical signals?

A: The encoder uses an optical sensor to detect shaft rotation, converting the motion into incremental electrical pulses (AB, Z channels) to provide accurate position and speed feedback.

Q: What are the primary benefits of using this rotary encoder in industrial automation?

A: It offers high precision (up to 0.01), robust housing, strong shock and vibration resistance, and compatibility with a variety of output and connection types, ensuring reliability in harsh environments.

Q: When should I select the HTL or TTL output versions?

A: HTL output is generally preferred for higher noise immunity in industrial environments, while TTL offers fast response and may be optimal when interfacing with control systems requiring TTL logic levels.

Q: Where can Pepperl Fuchs ENI11HD-R Encoders be used?

A: They are ideal for servo motors, CNC machines, robotics, elevator systems, and automated packaging machineryanywhere precise position and speed feedback are vital.

Q: What is the process for mounting and connecting this encoder?

A: Simply use the clamping flange mounting system for secure attachment and connect using the supplied 2-meter cable or optional M23/M12 connectors for seamless integration.

Q: What type of maintenance does the ENI11HD-R require for optimum longevity?

A: Routine inspection for connector integrity and ensuring the shaft load does not exceed specified radial and axial loads can help maximize the expected bearing lifetime and performance.

More Similar Pepperl Fuchs ENI11HD-R Incremental Rotary Encoders Products

Pepperl Fuchs RVS70E Incremental Rotary Encoders

Pepperl Fuchs RVS70E Incremental Rotary Encoders

10000 INR/Piece

Minimum Order Quantity : 1 Pieces

Wireless : No

Weight : Approx. 400 g

Voltage : 10-30 V DC

Usage : Industrial Automation

Signal Type : Push-Pull (HTL), TTL

Pepperl Fuchs RSI58O-02YK1R61T-01024 Incremental Rotary Encoders

Pepperl Fuchs RSI58O-02YK1R61T-01024 Incremental Rotary Encoders

10000 INR/Piece

Minimum Order Quantity : 1 Pieces

Wireless : No

Weight : Approx. 350g

Voltage : 10-30 V DC

Usage : Industrial Automation, Motion Control Systems

Signal Type : Quadrature (A, B, Z channels)

Pepperl Fuchs 20-2951 Incremental Rotary Encoders

Pepperl Fuchs 20-2951 Incremental Rotary Encoders

10000 INR/Piece

Minimum Order Quantity : 1 Pieces

Wireless : No

Weight : Approx. 350 g

Voltage : 5-30 V DC

Usage : Industrial automation, motor feedback

Signal Type : Digital, TTL/HTL compatible

Pepperl Fuchs MNI40N-0T01DY41N-01000 Incremental Rotary Encoders

Pepperl Fuchs MNI40N-0T01DY41N-01000 Incremental Rotary Encoders

10000 INR/Piece

Minimum Order Quantity : 1 Pieces

Wireless : No

Weight : Approx. 380 g

Voltage : 5-30 V DC

Usage : Speed and position feedback in automation

Signal Type : Incremental, Digital