H25E-F45-SB-10000-T5-ABZC-28V/V-SM18-S Bei Sensor Encoder

Body Diameter

60mm

Output Circuit

Complementary

Resolution

10000 PPR

Shaft Size

10mm

Shaft Type

Solid Shaft

Technology

Incremental Encoder

BEI Sensors H25E-F45-SB-10000-T5-ABZC Incremental Rotary Encoder | 10,000 PPR | Sensata Technologies

The H25E-F45-SB-10000-T5-ABZC-28V/V-SM18-S is a high-resolution 10,000 PPR incremental rotary encoder from BEI Sensors (Sensata Technologies), designed for CNC machines, robotics, industrial automation, and servo feedback applications. With ABZ + complementary outputs, wide voltage support, and rugged construction, it delivers precise motion control and reliable industrial performance for demanding environments.

Brand: BEI SENSORS
Manufacturer: SENSATA TECHNOLOGIES
Product: ROTARY ENCODERS
Encoder Type: INCREMENTAL ENCODERS
Product Code: H25E-F45-SB-10000-T5-ABZC
Part No: 924-01005-1208

DataSheet (H25 Series Incremental Rotary Encoder – Bei Sensors by Sensata.pdf)

H25E-F45-SB-10000-T5-ABZC-28V/V-SM18-SBEI Sensors Incremental Rotary Encoder

The H25E-F45-SB-10000-T5-ABZC-28V/V-SM18-S is a high-resolution incremental rotary encoder engineered by BEI Sensors, a recognized specialist in precision feedback solutions for industrial automation. Operating under the umbrella of Sensata Technologies, BEI Sensors brings together robust design, high reliability, and proven performance for demanding motion control environments.

Designed as part of the H25 standard series, this model delivers exceptional accuracy for speed and position feedback, making it suitable for servo systems, automation lines, and high-resolution industrial applications.


Key Product Features

  • Model: H25E-F45-SB-10000-T5-ABZC-28V/V-SM18-S

  • Part No: 924-01005-1208
  • Brand: BEI Sensors (Sensata Technologies group)

  • Encoder Type: Incremental Rotary Encoder

  • Resolution: 10,000 PPR (high resolution)

  • Output Signal: ABZ + Complementary Channels (ABZC)

  • Voltage Range: 5 V ~ 28 V compatible

  • Mounting Style: Servo mount (H25 industry standard)

  • Connection: SM18 electrical interface

  • Industrial Construction: Rugged housing for long lifecycle operation


Performance & Design Advantages

The H25E-F45-SB-10000-T5-ABZC-28V/V-SM18-S provides highly accurate incremental pulse feedback for applications requiring smooth speed control and precise rotational accuracy. With 10,000 PPR resolution, the encoder supports ultra-fine motion adjustments and high-bandwidth feedback loops.

Its ABZ (quadrature) plus complementary channel outputs ensure noise immunity and compatibility with differential receivers, making it ideal for electrically noisy environments. The H25’s compact yet durable construction allows integration into servo motors, CNC systems, and automation machinery.


Typical Applications

This model is commonly used in:

  • CNC machine tool axis positioning

  • Servo motor feedback loops

  • Robotics and precision automation

  • Automated handling and conveyor systems

  • Packaging machinery and labeling systems

  • Industrial drives and plant machinery

Thanks to its robust mechanical architecture and wide voltage compatibility, the encoder is highly flexible for both OEM and retrofit installations.


Why Choose BEI Sensors (Sensata Technologies)?

BEI Sensors has a long history of providing industrial-grade encoders for demanding environments. Today, as part of Sensata Technologies, the brand benefits from extensive engineering knowledge, global support, and a broader ecosystem of motion-control components.

Their portfolio of incremental encoders is trusted in automation sectors that require accuracy, low signal latency, and long-term reliability.


Availability & Ordering

The H25E-F45-SB-10000-T5-ABZC-28V/V-SM18-S incremental encoder is available through EncoderMarket with international supply options and technical assistance.

📧 Email: info@encodermarket.com
🌍 Website: www.encodermarket.com

EncoderMarket — Your reliable source for BEI Sensors, Sensata Technologies, and industrial incremental rotary encoder solutions.