Autonics ENC-1-1-N-24 Encoder Authorised Distributor, Dealer, Supplier in India.
We supply Rotary Encoder, Incremental Encoder, Shaft Encoder, Hollow Shaft Encoder in Mumbai, Delhi, Ahmedabad, Chennai, Kolkata, Apple Automation And Sensor, 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, China, Korea, Taiwan, Singapore, UAE, Dubai, Malaysia, Srilanka, Bangladesh, South Africa.
Max. response frequency : 180kHz
Max. allowable revolution : 5000rpm
Output phase : A, B
Wheel diameter : 250mm
Gear ratio : 1:1
Number of pulses : 250
Control output : NPN open collector
Connection type : Axial cable type
Autonics Wheel Type Rotary Encoder Models :
ENC-1-1-N-24
ENC-1-1-T-24
ENC-1-1-T-24
ENC-1-1-T-24
ENC-1-1-T-24
ENC-1-1-T-5
ENC-1-1-V-24
ENC-1-2-N-24
ENC-1-2-T-24
ENC-1-2-V-24
ENC-1-3-N-24
ENC-1-3-T-24
ENC-1-3-V-24
ENC-1-4-N-24
ENC-1-4-T-24
ENC-1-6-N-24
Precision and Durability for Industrial ApplicationsDesigned for demanding industrial settings, the Autonics ENC-1-1-N-24 offers exceptional accuracy thanks to its 5000rpm resolution and sturdy encoder material. With a power supply tolerance of 5%, it withstands voltage fluctuations reliably, ensuring uninterrupted performance. This robust rotary encoder is widely used in manufacturing and processing environments where precise shaft position control is vital.
Versatile Integration Across BusinessesWhether you are a manufacturer, supplier, trader, or service provider, integrating the ENC-1-1-N-24 into your industrial process elevates operational efficiency. The model's compatibility with multiple roles-from fabrication to retail-makes it a preferred choice across India. Its reliable output signals support automation needs for a wide spectrum of machinery and production lines.
FAQ's of Autonics ENC-1-1-N-24 Wheel Type Rotary Encoder:
Q: How is the Autonics ENC-1-1-N-24 rotary encoder typically installed in industrial systems?
A: The rotary encoder is mounted onto a shaft or wheel within the machinery, ensuring that it rotates in sync with the monitored component. Wiring is completed according to the output specifications (A, B) and the unit is powered by a 12-24VDC supply. Careful alignment and secure mounting help achieve reliable and accurate feedback.
Q: What are the main benefits of using the Autonics ENC-1-1-N-24 in industrial automation?
A: This rotary encoder offers precise positional feedback, high rotational speed support (up to 5000rpm), and robust construction for durability. These features enable smoother automation processes, reduced downtime, and improved equipment lifespan in industrial scenarios.
Q: When should you consider replacing or servicing this rotary encoder?
A: Replacement or servicing is recommended when you notice inaccurate readings, erratic outputs, or physical damage to the device. Scheduled maintenance based on operating conditions can also extend the encoder's service life and maintain accuracy.
Q: Where can you purchase the Autonics ENC-1-1-N-24 in India?
A: The encoder is available through a wide network of dealers, distributors, exporters, and wholesalers across India. Many manufacturers and suppliers also stock the product, and it can be obtained from retailers and service providers specializing in industrial automation components.
Q: What is the voltage specification process for safe operation of this encoder?
A: To ensure safe and stable function, connect the encoder to a 12-24VDC power supply with a tolerance of 5% (ripple P-P: max. 5%). Using a regulated power source prevents voltage spikes that could potentially damage the encoder.
Q: How is the rotary encoder best utilized in industrial environments?
A: It excels in providing accurate rotational feedback for conveyor systems, automated machinery, and process control equipment. This enhances motion synchronization and facilitates precise monitoring and control of motor speed and position.