Click to enlarge

Palstronic IRES58-10-2000VL-2M Incremental Solid Shaft Encoder

Palstronic
SKU: IRES58-10-2000VL-2M

IRES58-10-2000VL-2M Palstronic 10mm Solid Shaft, 2000 PPR, LineDriver output,58mm Body Diameter, Incremental Rotary Encoder

Introducing the Palstronic Solid Shaft Encoder – IRES Series: a compact, cost-effective solution for industrial applications. With its small size and wide-ranging capabilities, this encoder is ideal for use in injection machines and various other industrial settings.

Order Code:IRES58-10-2000VL-2M

[I] Logic: INCREMENTAL
[RE] Type of encoder: ROTARY ENCODER
[S] Shaft type of encoder : SOLID
[58] Body Diameter of encoder: 58mm
[10] Shaft size of encoder: 10mm
[2000] Resolution: 2000 PPR
[-] Flange: NONE
[V] Output Signals: A,A’,B,B’,Z,Z’
[L] Output Circuit: LINE DRIVER
[2] Cable Length: 2meters
[-] Connector: NONE

Get a Quote
Get a Quote

Fast Delivery

Fair Price

24/7 Support

Certified Production

Exploring the PALSTRONIC IRES58-10-2000VL-2M Rotary Encoder: A Comprehensive Review

In the world of automation and control systems, precision is paramount, and rotary encoders play a critical role in achieving high-precision output. One standout product in this domain is the PALSTRONIC IRES58-10-2000VL-2M, an incremental rotary encoder manufactured in the USA. This article delves into the features, applications, and advantages of this particular model.

Key Specifications and Features

The PALSTRONIC IRES58-10-2000VL-2M rotary encoder boasts several impressive features that make it suitable for a wide range of industrial applications. Here are its key specifications:

  • Body Diameter: 58mm
  • Shaft Size: 10mm
  • Resolution: 2000 pulses per revolution (PPR)
  • Output Signals: A, A’, B, B’, Z, Z’
  • Output Circuit: Line driver
  • Cable Length: 2 meters
  • Flange: None
  • Connector: None

This model is distinguished by its solid shaft and a body diameter of 50mm, which makes it robust and adaptable for various mechanical setups. Its high resolution of 2000 PPR ensures that it can provide highly accurate and precise readings, crucial for tasks requiring fine positional control.

Functional Overview

The IRES58-10-2000VL-2M employs an incremental logic system. Incremental encoders like this one generate signals in response to motion—from which speed, distance, and position can be derived. The encoder outputs dual-channel signals (A and B) along with a zero-index pulse (Z) for each rotation, enhancing the accuracy of position sensing.

The line driver output circuit used in this encoder is particularly beneficial in industrial environments where long-distance signal transmission is necessary. It helps in maintaining signal integrity by reducing the effects of electrical noise, a common challenge in industrial settings.

Applications

Due to its robust design and precise measurement capabilities, the PALSTRONIC IRES58-10-2000VL-2M is ideal for use in:

  • Manufacturing Equipment: Ensuring accurate positioning of machinery components.
  • Robotics: Providing feedback for precise movement control.
  • Elevator Systems: Monitoring the position of the elevator car.
  • Textile Machinery: Controlling the accurate movement of textile components.

Its versatility also extends to various other fields requiring precise rotational measurements, making it a top choice for engineers and technicians.

Advantages

The encoder’s lack of a flange and connector allows for more flexible installation options, making it a good fit for custom applications or where space is at a premium. The high resolution coupled with reliable output signals ensures that it delivers consistent performance even under demanding conditions.

Conclusion

The PALSTRONIC IRES58-10-2000VL-2M rotary encoder stands out for its precision, versatility, and reliability. Its specifications cater to a broad spectrum of industrial applications, proving its worth as a critical component in advanced control systems. Whether in manufacturing, robotics, or beyond, this encoder delivers the performance needed to maintain and enhance operational efficiency.