SICK DFS25A-B4C1C008096 Incremental Encoder Shaft Mounting Hub 10MM

( Brand: Sick ), ( Manufacturer Part Number: DFS25A-B4C1C008096 ), ( Type: Rotary Encoder ), ( Shaft Diameter: 10 Mm ), ( Country Of Origin: United States )

Review SICK Incremental Encoder 10mm Shaft Mounting Hub

The **SICK DFS25A-B4C1C008096 Incremental Encoder** is a high-performance, compact, and robust optical encoder designed for precision motion control applications in industrial automation, robotics, and advanced manufacturing systems. This encoder features a **10mm shaft mounting hub**, providing a versatile and space-efficient solution for integration into a wide range of machinery, including CNC machines, servo drives, linear axes, and automated assembly lines. Built with SICK s reputation for reliability and precision, the DFS25A delivers exceptional accuracy with a **high resolution of 2500 pulses per revolution (PPR)**, ensuring smooth and repeatable motion control even under demanding operational conditions. The encoder employs a **high-performance incremental output signal** (A/B phase signals and index pulse), enabling real-time position feedback and closed-loop control for enhanced system performance. Its **compact, IP67-rated housing** protects against dust, dirt, and moisture, making it ideal for harsh industrial environments where durability and longevity are critical. The **B4C1C008096** variant includes a **10mm shaft diameter** with a **4mm keyway**, allowing for secure and precise mounting on various shafts, while the **C-series** design ensures compatibility with standard servo motor interfaces. With a **wide operating temperature range of -25 C to 85 C**, this encoder maintains consistent performance across diverse applications, from high-speed machining to precise positioning tasks. Whether deployed in automated material handling, robotic arm control, or high-precision measurement systems, the SICK DFS25A delivers the accuracy, reliability, and integration flexibility required to meet the most exacting industrial demands.

### **Pros and Cons of buying a SICK DFS25A-B4C1C008096 (Incremental Encoder, 10mm Shaft Mounting Hub)**

1. **High Precision and Reliability** The DFS25A series is known for its high-resolution incremental encoding (up to 2048 pulses per revolution), making it suitable for precise motion control applications. SICK is a trusted brand in industrial automation, ensuring consistent performance over time.

2. **Compact and Versatile Mounting** The 10mm shaft mounting hub allows for easy integration into various systems, including robotics, CNC machines, and automated equipment. The compact design minimizes space requirements while maintaining durability.

3. **Robust Construction** The encoder is built to withstand harsh industrial environments, with features like IP67/IP68 protection (depending on the variant) against dust, water, and contaminants. This makes it ideal for factory floors, outdoor applications, or environments with exposure to liquids.

4. **Compatibility with Common Protocols** The DFS25A supports standard communication interfaces like SSI (Synchronous Serial Interface) and incremental pulse outputs, making it easy to integrate with PLCs, motion controllers, and other automation systems.

5. **Long-Term Availability** As a well-established product line, replacement parts and technical support are likely to remain available for the foreseeable future, reducing the risk of obsolescence.

6. **Cost-Effective for High-Performance Needs** While not the cheapest encoder on the market, its precision and reliability often justify the investment in applications where accuracy is critical (e.g., CNC machining, packaging, or robotics).

7. **Backward and Forward Compatibility** The incremental design allows for easy retrofitting into existing systems without requiring major redesigns.

---

1. **Higher Upfront Cost** Compared to basic encoders or lower-end alternatives, the DFS25A represents a premium price point. For applications with less demanding precision requirements, a cheaper encoder might suffice.

2. **Limited Analog Outputs** Unlike some encoders that offer analog voltage outputs, the DFS25A primarily relies on digital pulse outputs (SSI/SSI2). This could require additional signal conditioning hardware if analog feedback is needed.

3. **Shaft Size Limitations** The 10mm shaft diameter may not be compatible with all machinery, particularly older or custom-built systems with different shaft sizes. Custom adapters might be necessary, adding to the cost.

4. **Potential for Overkill in Simple Applications** If the application only requires basic position feedback (e.g., a low-speed conveyor belt), a simpler encoder (e.g., a basic incremental encoder or even a limit switch) could achieve the same goal at a fraction of the cost.

5. **Dependence on SICK s Ecosystem** While SICK s products are reliable, integration may require compatibility with SICK s specific software tools or motion controllers, which could add complexity if the system is built around other brands.

6. **Maintenance Considerations** Like all mechanical encoders, the DFS25A may require periodic lubrication or alignment checks to ensure optimal performance, especially in high-vibration environments.

7. **Potential for Signal Noise in Noisy Environments** In environments with strong electromagnetic interference (EMI), the SSI signal could require shielding or filtering to prevent errors, adding to system complexity.

---

### **Conclusion**

The **SICK DFS25A-B4C1C008096** is an excellent choice for applications requiring **high-precision incremental feedback in demanding industrial environments**. Its robustness, precision, and compatibility with automation systems make it a strong option for **CNC machines, robotics, packaging equipment, or any motion control system where accuracy and reliability are critical**.

However, it may be **overkill for simple or low-budget applications** where basic position sensing is sufficient. If cost is a major concern or if the system lacks compatibility with SICK s protocols, exploring alternatives (e.g., other incremental encoders like those from HEIDENHAIN, US Digital, or even budget-friendly options from brands like Omron) could be worthwhile.

- You need **high-resolution incremental feedback** (e.g., for precise motion control).

- Your application operates in a **harsh or dirty environment** (IP67/IP68 protection is valuable).

- You are already using **SICK products or SSI-compatible systems**.

- Long-term reliability and **minimal maintenance** are priorities.

- Your budget is tight and **lower precision is acceptable**.

- The system requires **analog outputs** or non-SSI communication.

- The shaft size is incompatible without custom adapters.

- You prefer **simpler, lower-cost encoders** for basic applications.

For most **industrial automation, robotics, or CNC applications**, the DFS25A is a **solid, high-quality investment** that will serve well in the long term. However, always verify compatibility with your specific system before purchasing.

Details:

Pulled from a working environment. Condition: Used in good condition. Sick DFS25A-B4C1C008096 Incremental Encoder 10mm Shaft w/ Mounting Hub 8,096 PPR. Comes as pictured.

Comes with only one side of the coupling spider.

part #: dfs25ab4c1c008096 price

• $99.87

specifications linactuat:

• brand: Sick
• mpn: Dfs25a-b4c1c008096
• type: Rotary Encoder
• shaft diameter: 10 Mm
• country of origin: United States

general linactuat:

• Industrial Automation Motion Controls > Rotary Linear Motion > Rotary Encoders
• condition: Used

payments linactuat:

• money order
• credit card: Discover
• other
• wallet: Paypal

returns linactuat:

• policy: No Returns

shipping linactuat:

• service: USPS Ground Advantage
• class: Standard
• cost: $8.65
• type: Calculated
• transit: 5-11 Days
• carrier: USPS

seller linactuat:

• rating: 98.9%
• # reviews: 93
• city: Grantville, Georgia

offer linactuat:

• started: March 6, 2026
• availability: In Stock
• sold: 0
• quantity: 1
• options: Ship-to-home
• best offers: True

Sick DFS25A-B4C1C008096 Is Similar To:

• 1030014 Sick Stegmann Absolute Encoder Nib (33.3% similar) ESS eastern surplus asset, inc. Check our office hours or call for an appointment...(August 24th, 2018)
• Ars60-a1a08192 Sick Absolute Encoder New (28.6% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(September 1st, 2017)
• Atm60-a4a12x12 Sick Absolute Encoder As (28.8% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(August 30th, 2017)
• Atm60-aaa12x12 Sick Encoder New No (28.3% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(January 14th, 2018)
• Dgs25-5f401024 Sick Encoder New No (28.3% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(December 25th, 2017)
• Drs60-a4r01000 Sick Encoder New In Box (29.1% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(April 20th, 2018)
• Knox50027743-atm60-p4h13x13 Sick Absolute Encoder New In Box (28.8% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(July 2nd, 2018)
• Knox50031365-hd25 Sick Encoder New In Box (28.3% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(November 4th, 2018)
• Mros10051750-dfs60b Sick Incremental Encoder New No Box (44.1% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(April 20th, 2018)
• Mros10051941-dfs60b Sick Stegmann Incremental Encoder New In Box (44.1% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(March 23rd, 2018)
• Mros10054252-dks40 Sick Incremental Encoder New In Box (44.4% similar) If another carrier such as ups or FedEx is required to ship due the size, then shipping costs may change...(March 30th, 2018)