About Incremental Encoder
Our Incremental Encoder is used for velocity control, point to point applications and sequencing. This encoder is available in different sizes and specifications or known for their attributes like compact design, light in weight and easy to install. Apart from this, our encoder is mainly used in massive electrical circuiting for advancing the signal or electrical connections strength for efficient working. Further, our Incremental Encoder is widely used for measuring motion and makes result available to a PC compatible computer or praised for excellent conduction and shock proof.
Technical Specification
| Stem Diameter | 100 mm |
| Supply Voltage | 5Vdc, 5-30Vdc, 10 - 30Vdc |
| Connection style | 1 mt Cable, 2 mt Cable, 5 mt Cable, 7 mt Cable, 10 mt Cable, M12 / 4pin, M12 / 5pin, M16 / 7pin, M16 / 14pin, M23 / 12pin |
| Shaft / Bore Diameter | 26mm, 28mm, 30mm, 32mm, 38mm, 40mm, 42mm, 44mm |
| Pulse | 1024, 2000, 2048, 2500, 4000, 4096, 5000, 8000, 8192, 10000 |
| Output Circuit / Push-Pull | A: 1, AB: 2, ABZ: 3, AB + A'B: 4, ABZ + A'B'Z ': 6 |
| Product group | Incremental Rotary Encoders |
Programmable Resolution & Accurate PositioningWith a programmable resolution between 1000 and 5000 pulses per revolution (PPR), this incremental encoder allows users to tailor signal output for specific requirements. The A/B/N quadrature signals ensure reliable direction and position tracking, making it ideal for complex automation systems demanding precision feedback for real-time control.
Rugged Design for Industrial EnvironmentsCrafted from stainless steel and encased in a 58 mm metal housing, the encoder is engineered to withstand harsh industrial settings. Its IP65 rating safeguards against dust and moisture, and features impressive vibration tolerance. This robust design ensures consistent performance under heavy-duty machinery operations and frequent mechanical shocks.
Seamless Integration & Flexible UsageDriven by a microcontroller processor and featuring cable connectivity, the encoder integrates easily into automatic machinery and industrial automation setups. The optical sensor technology ensures fast and reliable feedback, while the encoder supports a wide voltage range and operates efficiently across temperatures from -20C to +85C.
FAQs of Incremental Encoder:
Q: How do I program the resolution from 1000 to 5000 PPR on this incremental encoder?
A: You can configure the resolution using the encoders built-in programming interface or by following the manufacturers setup instructions. This adjustment allows optimal compatibility with different control systems and feedback requirements in industrial automation.
Q: What is the purpose of the A/B/N quadrature output signals in this encoder?
A: The A/B/N quadrature signals provide detailed directional and positional information, which enables precise machine position feedback, phase discrimination, and allows real-time monitoring of rotary movement in automation applications.
Q: When should I use this encoder in an industrial setting?
A: This encoder is best suited for scenarios demanding high accuracy and robust performance, such as machine position control, automated process equipment, and any environment experiencing significant vibration and exposure to dust or moisture.
Q: Where can this incremental encoder be mounted in a machine setup?
A: The encoder features a shaft mount design for direct installation onto machine shafts, typically within motor or rotary axis assemblies, ensuring secure attachment and optimal signal transmission for position feedback tasks.
Q: What steps are involved in integrating the encoder into existing control systems?
A: To integrate, connect the encoders cable output to the digital input of your control unit (such as a PLC or microcontroller system), verify voltage compatibility (4.7530 V DC), and follow the mounting and setup guidelines to ensure accurate signal processing.
Q: How does this encoder benefit industrial automation processes?
A: It offers high-resolution, rapid-response feedback for motion control, improving machine accuracy and operational efficiency. The robust casing, shock resistance, and IP65 protection enhance reliability and reduce maintenance in demanding industrial workflows.
Q: What types of machines or automation systems are compatible with this product?
A: Thanks to its flexible voltage range, digital output, and high load and speed tolerance, this encoder is compatible with various automated machinery, pick-and-place devices, rotary tables, and process control equipment used in modern industrial plants.