Product Introduction

The Schneider XCC-2514TS81SB Absolute Encoder Module is a high-precision rotary feedback device from the OsiSense XCC encoder family, developed for industrial automation systems requiring accurate and reliable position measurement. Featuring single-turn absolute positioning with 13-bit SSI binary output, this encoder delivers stable position feedback for demanding motion applications.

With a compact 58 mm housing, 14 mm through-shaft design, and industrial-grade M23 connector interface, the XCC-2514TS81SB provides flexible installation options for machine builders and system integrators. The absolute measurement principle eliminates the need for external position referencing after power cycles, improving machine startup efficiency and operational reliability.

Designed for automation environments such as packaging, robotics, handling, and production machinery, this Schneider encoder combines precision feedback, robust construction, and dependable integration with PLC and motion control platforms.

Technical Specifications

Specification	Details
Manufacturer	Schneider Electric
Model	XCC-2514TS81SB
Product Type	Absolute Encoder Module
Product Range	OsiSense XCC
Encoder Type	Single-Turn Absolute Encoder
Measurement Principle	Optical
Resolution	8192 Points (13-bit)
Output Type	SSI 13-bit Binary
Shaft Type	Through Shaft
Shaft Diameter	14 mm
Housing Diameter	58 mm
Supply Voltage	11–30 VDC
Output Interface	SSI / RS422 Physical Interface
Connection Type	M23 Male Radial 12-pin Connector
Maximum Speed	6000 rpm
Protection Rating	IP65
Housing Material	Zamak
Shaft Tolerance	H7
Maximum Radial Load	5 daN
Maximum Axial Load	2 daN
Output Frequency	100–1000 kHz
Current Consumption	0–100 mA (No Load)
Dimensions	Approx. Ø58 mm × 73 mm
Weight	Approx. 0.43 kg

Recommended Companion Models

Model	Product Name
XCC-2514TS81SG	OsiSense XCC Single-Turn Absolute Encoder 13-bit SSI Gray Output
XCC-2514TS81KB	OsiSense XCC Single-Turn Absolute Encoder 13-bit Push-Pull Binary Output
XZC-C23FDP120S	OsiSense XCC M23 Female Connector for SSI Encoder
XCC-R158RDA12	OsiSense XCC Through Shaft Reduction Collar 12 mm

Frequently Selected Alternatives

Model	Product Name
XCC-2510PS81SB	OsiSense XCC Absolute Encoder 10 mm Shaft SSI Binary Output
XCC-2514TS81SG	OsiSense XCC Absolute Encoder 14 mm Shaft SSI Gray Output
XCC-2506PS81SB	OsiSense XCC Absolute Encoder 6 mm Shaft SSI Binary Output
XCC-1930TS10RN	OsiSense XCC Incremental Encoder 30 mm Through Shaft RS422 Output

Where It Excels in Industrial Use

Precision position feedback systems for industrial automation equipment
Packaging machines requiring accurate shaft positioning
Robotics and automated handling systems
CNC machinery and motion control applications
Printing, cutting, and continuous process equipment
Conveyor and indexing systems requiring absolute position detection
Servo control systems integrated with PLC and motion controllers
OEM machinery requiring reliable rotary measurement solutions

Key Strengths at a Glance

Designed for Schneider Electric OsiSense XCC absolute encoder systems
Single-turn absolute encoder with 8192 position points per revolution
13-bit SSI binary output for precise position transmission
Through-shaft design with 14 mm shaft diameter
Compact 58 mm housing for space-efficient machine installation
M23 radial 12-pin connector provides secure industrial wiring
11–30 VDC supply range for flexible system integration
IP65 protection rating suitable for industrial environments
High-speed operation up to 6000 rpm for dynamic motion applications

Technical FAQs

1. What is the main function of the Schneider XCC-2514TS81SB?

The XCC-2514TS81SB is a single-turn absolute rotary encoder designed to provide accurate shaft position feedback for industrial automation and motion control systems.

2. What resolution does the XCC-2514TS81SB provide?

The encoder provides 8192 position points per revolution, corresponding to 13-bit absolute position resolution.

3. What type of output signal does the XCC-2514TS81SB use?

The encoder uses SSI 13-bit binary output, allowing direct transmission of absolute position data to compatible controllers.

4. What type of shaft does the XCC-2514TS81SB have?

The encoder features a through-shaft design with a 14 mm shaft diameter for direct mechanical integration with rotating equipment.

5. Which communication interface is used by this encoder?

The XCC-2514TS81SB uses an SSI interface with differential signal transmission through an RS422 physical layer.

6. What supply voltage is required for the XCC-2514TS81SB?

The encoder operates with an 11–30 VDC supply voltage, making it suitable for common industrial control power systems.

7. What applications commonly use this encoder?

It is commonly used in packaging equipment, robotics, conveyors, material handling systems, printing machinery, and industrial positioning applications.

8. Can the XCC-2514TS81SB operate in harsh industrial conditions?

Yes. Its IP65-rated enclosure and durable Zamak housing provide protection suitable for many industrial automation environments.

9. What is the maximum operating speed of the XCC-2514TS81SB?

The encoder supports a maximum rotational speed of 6000 rpm, allowing use in high-speed machine applications.

10. Why choose an absolute encoder instead of an incremental encoder?

An absolute encoder provides a unique position value for each shaft position, allowing the control system to identify the position directly without requiring position counting after startup.

Look forward to your comments!Comment