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APPLE AUTOMATION AND SENSOR

trusted seller

Call us now

+919699092002

Email us

applesensor@gmail.com
  • Autonics 10P Coupling Encoder

Autonics 10P Coupling Encoder

Minimum Order Quantity : 1 Sets

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Autonics 10P Coupling Encoder Price & Specifications

Wireless No

Weight Approx. 100g

Voltage 5~24V DC

Usage Industrial Automation, Motor Control

Signal Type Open Collector Output

Sensor Type Rotary Encoder

Sensitivity High

Response Time <1 ms

Resolution 10 pulses per revolution (10P)

Product Type Coupling Encoder

Power Consumption Max. 60mA

Output Pulse/Incremental

Operating Temperature -10A C to +70A C

Mounting Type Shaft Mount, Flange

Measurement Range 360A rotation (full cycle)

Material Aluminum Alloy

Interface Wire Terminal

Input Rotary Shaft

IP Rating IP50

Function Position and Speed Detection

Features Compact design, robust build, easy installation

Cable Length 2 meters

Application Coupling with AC/DC motors, servo systems

Accuracy A 0.01A

About Autonics 10P Coupling Encoder Detail

Autonics10P Encoder Distributor, Dealer, Supplier

Distributor,Dealer, Supplier ofAutonics10P Encoder in Mumbai, Delhi, Ahmedabad, Chennai, Kolkata, Pune,Nashik, Aurangabad, Nagpur Vapi, Silvassa, Surat, Vadodara, Rajkot,Gandhidham, Morbi, Indore, Bhopal, Faridabad, Ghaziabad, Noida,Gurgaon, Coimbatore, Bangalore, Hyderabad, Kanpur, Goa,Vishakhapatnam, Cochin, Ernakulum, Ludhiana, Chandigarh, Baddi,Dehradun.



High Precision for Demanding Applications

Engineered with an accuracy of 0.01 and a high sensitivity response, the Autonics 10P Coupling Encoder delivers dependable position and speed detection, even in complex industrial automation environments. Its single-channel output and open collector signal ensure compatibility with a variety of control systems, maximizing flexibility during integration.


Robust Build Quality and Easy Installation

Manufactured from premium aluminum alloy and featuring an IP50 rating, the encoder offers reliable protection against dust. The shaft mount and flange, combined with a pre-wired 2-meter cable, simplify the installation process and guarantee a secure connection to motors or servo systems. Its compact design fits seamlessly into limited spaces.

FAQs of Autonics 10P Coupling Encoder:


Q: How do I install the Autonics 10P Coupling Encoder with a shaft diameter of 6mm?

A: To install the encoder, align the 6mm shaft with your motor or servos coupling port. Secure it using the flange mounting system and connect the pre-wired cable to your control terminal. Ensure proper fastening to minimize vibration impact and maintain accuracy during operation.

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

A: The encoder provides precise position and speed detection (0.01 accuracy), robust vibration and shock resistance, and easy integration, enhancing reliability and efficiency in motor control, robotics, and automated machinery setups.

Q: When should I consider replacing or maintaining my encoder?

A: Replace or service the encoder if you notice inconsistent pulse output, physical wear on the shaft, or compromised cable integrity. Regular maintenance, such as cleaning dust and checking mounting stability, helps ensure optimal performance and extends lifespan.

Q: Where can the Autonics 10P Coupling Encoder be applied?

A: You can use the encoder in industrial automation, motor control, AC/DC motors, servo systems, and other machinery requiring precise rotational feedback. Its suitable for manufacturers, suppliers, retailers, and other service providers in India.

Q: What is the process for connecting the encoder to a motor control system?

A: Connect the encoder via its pre-wired cable with wire terminal interface to the pulse input of your control system. Calibrate the system to recognize the 10 pulses per revolution output for accurate position or speed feedback.

Q: How does the open collector output signal type improve usability?

A: The open collector output allows flexible interfacing with multiple types of controllers, making integration into existing hardware straightforward and enhancing reliability of signal transmission over longer distances.