Omron E6C3-AB5C Encoder Price & Specifications
Wireless No
Weight Approx. 400 g
Voltage 5-24 VDC
Usage Industrial automation, robot arms, position control
Signal Type Incremental quadrature
Sensor Type Optical increment encoder
Sensitivity High precision
Response Time Rapid (depends on rotational speed, typically less than 1 ms)
Resolution 1000 pulses/revolution
Product Type Rotary Encoder
Power Consumption 35 mA max at 24 VDC
Output A, B, Z phase pulse output
Operating Temperature -10A C to +70A C
Mounting Type Servo mount, Clamp type
Measurement Range 360A rotation
Material Die-cast aluminum (case), Stainless steel (shaft)
Interface Cable (open collector output)
Input Pulse input
IP Rating IP65
Function Provides rotational position and speed feedback
Features Robust design, easy installation, excellent noise immunity
Cable Length 2 meters (standard)
Application CNC machines, conveyors, elevators, industrial motors
Accuracy A 0.05A
About Omron E6C3-AB5C Encoder Detail
Grab the exclusive Omron E6C3-AB5C Encodera lavish solution engineered for heroic industrial automation tasks. With an unmatchable combination of precision and resilience, this optical increment encoder boasts an 8 mm stainless steel shaft, rapid pulse output, and rugged die-cast aluminum case. Get high accuracy (0.05), robust IP65 protection, and sensational reliability with open collector output (A, B, Z phase). Suitable for CNC machines, conveyors, and robot arms, it ensures flawless speed and position feedback. Dont miss outupgrade your control systems today for victorious results!
Omron E6C3-AB5C Encoder: Exceptional Features & Versatile Applications
Designed for industrial environments, the E6C3-AB5C Encoder excels in media like CNC machines, conveyors, elevators, and robot arms. It fulfills both general and specific use by offering high-resolution pulse feedback for position control. Special features include robust die-cast aluminum construction, excellent noise immunity, rapid response times, and easy installation. Suitable for producers, exporters, and distributors, it delivers precision where operational excellence matters most.
Supply Rate & International Reach: E6C3-AB5C Encoder
Omron E6C3-AB5C Encoder supply is steady, meeting industrial scale requirements with reliable packaging for safety during transit. Available for wholesalers, retailers, and manufacturers across India, it maintains a high export rate to key markets globally. Samples are available for evaluation, ensuring users can test quality assured by prompt response times. The efficient supply process, secure packaging, and competitive rate fortify its position in international and domestic automation sectors.
FAQs of Omron E6C3-AB5C Encoder:
Q: How does the Omron E6C3-AB5C Encoder improve automation processes?
A: The encoder provides precise rotational position and speed feedback, enhancing the accuracy and reliability of industrial automation equipment such as CNC machines, conveyors, and robot arms.
Q: What special features distinguish the E6C3-AB5C Encoder?
A: It offers robust design, IP65 protection, high resolution (1000 pulses/revolution), rapid response, excellent noise immunity, and easy installation, making it suitable for demanding industrial environments.
Q: When should you use the E6C3-AB5C Encoder in your system?
A: It is ideal for applications requiring accurate position control or speed feedback, such as in conveyor systems, elevators, industrial motors, and robotic arms in automation setups.
Q: Where can the E6C3-AB5C Encoder be sourced and exported from?
A: This encoder can be supplied across India and exported to global markets by authorized dealers, distributors, and manufacturers who offer reliable packaging and competitive supply rates.
Q: What is the process for obtaining an E6C3-AB5C Encoder sample?
A: Interested users can request samples from local suppliers or exporters. Samples are provided to allow evaluation of performance, ensuring suitability before bulk purchases.
Q: What benefits does the open collector pulse output provide?
A: Open collector outputs ensure compatibility with various control systems, enable simple integration, and provide reliable incremental quadrature signals for versatile automation applications.