Autonics ENC-1-6-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
Wheel diameter : 228.6mm(0.25yd)
Gear ratio : 4:1
Number of pulses : 1
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-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
Precise Position Feedback for Industrial AutomationThe Autonics ENC-1-6-N-24 rotary encoder provides accurate position and speed data essential for controlling motors and machinery in a wide range of automation applications. Its durable build ensures longevity even in demanding environments, making it an ideal choice for industries requiring dependable motion detection.
Flexible Power Compatibility and High-Speed OperationThis rotary encoder features a broad supply voltage range (12-24VDC) with robust tolerance to voltage variations. Capable of handling up to 5000rpm, it is engineered to meet the high-speed operational demands of today's automated systems while minimizing susceptibility to electrical interference.
Comprehensive Market Availability in IndiaWhether you are a dealer, distributor, manufacturer, or retailer, the Autonics ENC-1-6-N-24 is readily available across India. The encoder is distributed through a reliable network of suppliers, ensuring that you can source the product locally for swift integration into your industrial processes.
FAQ's of Autonics ENC-1-6-N-24 Wheel Type Rotary Encoder:
Q: How is the Autonics ENC-1-6-N-24 rotary encoder typically used in industrial settings?
A: The Autonics ENC-1-6-N-24 rotary encoder is utilized for precise motion and position feedback in applications such as motor control, conveyor belts, and automated machinery. It helps monitor and synchronize movement, improving process accuracy and system automation.
Q: What is the process for installing the ENC-1-6-N-24 rotary encoder?
A: Installation involves mounting the encoder securely onto the rotating shaft or wheel of the equipment, ensuring correct alignment. Electrical connections must be established according to the wiring diagram, typically to a controller or PLC using the provided A and B output signals.
Q: Where can the ENC-1-6-N-24 rotary encoder be purchased in India?
A: This rotary encoder is available through authorized dealers, distributors, suppliers, and retailers across India. It can also be sourced from exporters, manufacturers, and online industrial components marketplaces.
Q: What benefits does this rotary encoder offer over standard models?
A: The ENC-1-6-N-24 provides high resolution feedback and can operate at speeds up to 5000rpm. Its wide voltage tolerance and sturdy construction make it suitable for demanding industrial environments, reducing downtime and maintenance needs.
Q: When should the encoder be replaced or serviced?
A: Replacement or servicing is recommended if the encoder shows signs of inconsistent output, physical damage, or fails to provide accurate feedback despite correct installation. Routine inspections help maintain optimal performance.
Q: How does the warranty for the Autonics ENC-1-6-N-24 work?
A: The encoder comes with a 1-year warranty from the date of purchase. During this period, manufacturing defects are covered, and users can access repair or replacement through authorized service providers or dealers.
Q: What output signals are provided by the ENC-1-6-N-24?
A: This encoder offers A and B output signals, which allow for quadrature detection and direction sensing, suitable for integration with motor controls or PLCs in industrial systems.