Kubler Encoder | Hollow Shaft & Incremental Rotary Encoders
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Kubler Encoder: Hollow Shaft & Incremental Rotary Encoders

IndMALL Automation presents a comprehensive range of Kubler Encoder, suitable for various industrial applications. Our selection includes standard encoders ranging from Ø 50 mm to Ø 70 mm, offering high precision and Industry 4.0 readiness. The incremental encoders, compact in size from Ø 36 mm to Ø 40 mm, are designed for precision and durability. For specialized needs, the Kübler 1024 PPR encoders provide exceptional resolution and robustness, ideal for safety applications.

The hollow shaft encoders, with their versatile shaft options and high-resolution capabilities, cater to diverse industrial requirements. Our Kübler rotary encoders, available in miniature Ø 24 mm sizes, are perfect for applications requiring high precision and magnetic insensitivity. The Kübler absolute encoders, both in compact and standard sizes, offer advanced features like redundant sensors and wear-free design. IndMALL Automation ensures competitive pricing and availability across major Indian cities like Bangalore, Pondicherry, Coimbatore, Chennai, and Hyderabad.

Kubler Encoder

Kubler Encoder: Ø 50 mm to Ø 70 mm Standard Encoder

  • Dimension: Ø 58 mm for most models; Ø 36 mm for certain models.
  • Resolution: Ranges from 19 bits singleturn to 24 bits singleturn and 12 bits multiturn.
  • Shaft Type: Options include max 12 mm shaft, max 3/8″ shaft, max 1/2″ hollow shaft, max 15 mm hollow shaft, with variations in flat surface or blind hole.
  • Special Features: High precision, redundant sensors, Industry 4.0 / IIoT readiness, magnetic insensitivity, resistant, and wear-free.
Kübler Incremental Encoders

Kübler Incremental Encoders: Ø 36 mm to Ø 40 mm Compact

  • Dimension: Ø 58 mm for most models; Ø 36 mm for certain models.
  • Resolution: Ranges from 19 bits singleturn to 24 bits singleturn and 12 bits multiturn.
  • Shaft Type: Options include max 12 mm shaft, max 3/8″ shaft, max 1/2″ hollow shaft, max 15 mm hollow shaft, with variations in flat surface or blind hole.
  • Features: High precision, redundant sensors, Industry 4.0 / IIoT readiness, magnetic insensitivity, resistant, and wear-free.
Kubler Encoder 1024 PPR

Kubler Encoder 1024 PPR: Ø 24 mm Miniature

  • Dimensions: Ø 58 mm (Sendix S58 and F58 Series); Ø 36 mm (Sendix M36 Series).
  • Resolution: Up to 24 bits (Sendix S58 and F58 Series); up to 14 bits (Sendix M36 Series).
  • Shaft Types: Various options including max 12 mm, max 3/8″, max 1/2″ hollow, and max 15 mm hollow shafts.
  • Special Features: High precision, safety application suitability (S58 Series); Industry 4.0/IIoT readiness, magnetic insensitivity (F58 Series); magnetic, wear-free, robust design (M36 Series).
Kübler Hollow Shaft Encoder

Kübler Hollow Shaft Encoder: Maxi Encoder up to Ø 42 mm

  • Dimension: Ø 58 mm for most models; Ø 36 mm for certain models.
  • Resolution: Ranges from 19 bits singleturn to 24 bits singleturn and 12 bits multiturn.
  • Shaft Type: Options include max 12 mm shaft, max 3/8″ shaft, max 1/2″ hollow shaft, max 15 mm hollow shaft, with variations in flat surface or blind hole.
  • Special Features: High precision, redundant sensors, Industry 4.0 / IIoT readiness, magnetic insensitivity, resistant, and wear-free.
Kübler Rotary Encoders

Kübler Rotary Encoders: Ø 24 mm Miniature Encoder

  • Dimension: Ø 58 mm for most models; Ø 36 mm for certain models.
  • Resolution: Ranges from 19 bits singleturn to 24 bits singleturn and 12 bits multiturn.
  • Shaft Type: Options include max 12 mm shaft, max 3/8″ shaft, max 1/2″ hollow shaft, max 15 mm hollow shaft, with variations in flat surface or blind hole.
  • Special Features: High precision, redundant sensors, Industry 4.0 / IIoT readiness, magnetic insensitivity, resistant, and wear-free.
Kübler Absolute Encoders

Kübler Absolute Encoders: Ø 36 mm Compact Encoder

  • Dimension: Ø 58 mm for most models; Ø 36 mm for specific models.
  • Resolution: Ranges from 19 bits singleturn to 24 bits singleturn and 12 bits multiturn.
  • Shaft Type: Options include max 12 mm shaft, max 3/8″ shaft, max 1/2″ hollow shaft, and max 15 mm hollow shaft, with flat surface or blind hole variations.
  • Key Features: High precision, redundant sensors, Industry 4.0 / IIoT readiness, magnetic insensitivity, resistance, and wear-free design.
Kübler Absolute Encoders

Kübler Encoders: Ø 50 mm to Ø 70 mm Absolute Standard

  • Dimension: Ø 58 mm (most models), Ø 36 mm (specific models).
  • Resolution: 19 to 24 bits, with singleturn and multiturn options.
  • Shaft Type: Max 12 mm, max 3/8″, max 1/2″ hollow, max 15 mm hollow.
  • Features: High precision, redundant sensors, Industry 4.0 / IIoT compatibility, magnetic insensitivity.

Frequently Asked Questions

What is the use of the Kubler Encoder?

Kubler encoders are used for precise motion control in various applications. They convert mechanical motion into electronic signals, enabling accurate position and speed measurement.

Ideal for industrial automation, they enhance control in machinery, robotics, and conveyor systems, ensuring efficient and reliable operation.

What is a Kubler PROFIsafe Encoder?

A Kubler PROFIsafe encoder is a specialized rotary encoder designed for safety-critical applications. It integrates with the PROFIsafe protocol, ensuring reliable and secure communication in automated systems.

This encoder provides precise position and speed feedback, crucial for safety functions in machinery, enhancing operational safety in industrial environments.

What is the Rotary Encoder Incremental Type?

A rotary encoder of the incremental type is a device that converts rotational motion into digital signals. It generates pulses corresponding to the amount of rotation, allowing precise tracking of angular position and speed.

Unlike absolute encoders, incremental types provide relative position information, requiring a reference point for accurate measurement. They are widely used in automation and control systems.

Which type of Coding is used in Absolute Encoders?

Absolute encoders use binary or Gray code for encoding the angular position. Binary code offers straightforward, direct numerical representation, while Gray code ensures only one-bit of change at a time, reducing errors. This coding provides a unique output for each position, allowing absolute encoders to precisely track an object’s exact position, even after power loss.

If you require Kubler Encoder, Get a Call: at +91 79955 44066