$ 327.06
High-precision SICK SKM36-HFA0-K02 motor feedback system with HIPERFACE® interface ensures accurate motion control and reliable performance.
The SICK SKM36-HFA0-K02 Motor Feedback System delivers precise, high-resolution position feedback for servo and drive motors using the HIPERFACE® communication interface. Engineered for accuracy and durability, it ensures smooth motion control even in demanding industrial environments. With a multiturn resolution of 4,096 revolutions and 128 sine/cosine periods per revolution, this encoder provides an outstanding 16,777,216 total steps. Its compact Ø 38 mm design, tapered shaft, and IP50 enclosure make it ideal for integration in modern motor assemblies where reliability and precision are essential.
The SKM36-HFA0-K02 from SICK brings exceptional motion precision and long-term reliability to automation systems. With ±120″ system accuracy and HIPERFACE® digital communication, it enables seamless synchronization between motors and controllers, minimizing mechanical errors. Its rugged ball-bearing design ensures over 3.6 billion revolutions of operational life, while a wide temperature range of –20 °C to +110 °C guarantees stability under extreme conditions. Whether in robotic arms, CNC machinery, or packaging lines, this motor feedback system optimizes position control and boosts system efficiency through precise rotational feedback and minimal downtime.
Why SICK SKM36-HFA0-K02?
Because the SICK SKM36-HFA0-K02 isn’t just a motor feedback system—it’s the heart of motion precision. Built with HIPERFACE® intelligence and micron-level accuracy, it transforms raw motion into perfectly aligned performance. From precision robotics to high-speed drives, it guarantees smooth, repeatable movements and lasting operational confidence in every revolution.
What Problem Does It Solve?
The SKM36-HFA0-K02 eliminates unreliable position feedback that leads to vibration, drift, and inefficient motor control. It solves alignment and synchronization challenges by delivering absolute, real-time position data. This means fewer calibration errors, smoother motion transitions, and enhanced equipment uptime—keeping every axis of your automation process in perfect harmony.
| Feature | Details | Benefit |
|---|---|---|
| Communication Interface | HIPERFACE® digital protocol | Ensures fast, accurate, and noise-resistant data transfer between motor and controller. |
| Resolution | 128 sine/cosine periods per revolution, 4,096 absolute revolutions (16,777,216 total steps) | Delivers ultra-fine positioning accuracy for high-precision motion control. |
| System Accuracy | ±120 arcseconds | Maintains precise motor alignment and reduces mechanical deviation in critical automation tasks. |
| Supply Voltage | 7 V DC to 12 V DC (recommended 8 V DC) | Compatible with a wide range of servo systems for flexible integration. |
| Operating Speed | Up to 9,000 rpm | Supports high-speed motion applications without compromising accuracy. |
| Angular Acceleration | ≤ 500,000 rad/s² | Handles rapid dynamic movements and directional changes in robotics or CNC drives. |
| Mechanical Design | Tapered shaft with spring-mounted stator coupling | Simplifies installation and maintains stable alignment under vibration. |
| Environmental Range | Operating: –20 °C to +110 °C; Storage: –40 °C to +125 °C | Reliable performance in harsh industrial or thermal environments. |
| Shock and Vibration Resistance | 100 g (6 ms shock), 50 g (10–2,000 Hz vibration) | Durable and stable for heavy-duty machine operation. |
| Enclosure Rating | IP50 with mating plug inserted | Protects internal components from dust and contaminants for long service life. |
| Memory Capacity | 1,792 bytes available | Allows storage of configuration or calibration data for advanced control systems. |
| Current Consumption | 60 mA (without load) | Low power consumption enhances energy efficiency and motor longevity. |
| Weight | ≤ 0.07 kg | Lightweight design supports compact motor assemblies and mobile equipment. |
| Life Expectancy | Up to 3.6 × 10⁹ revolutions | Ensures minimal maintenance and long-term reliability. |
| Certifications | CE, UKCA, ACMA, China-RoHS, Moroccan conformity | Meets international compliance standards for global use. |
Download SICK SKM36-HFA0-K02 (1034094) Datasheet
| Commercial Data | Details |
|---|---|
| GTIN (EAN) | 4047084256530 |
| Weight (Net) | 0.0614 kg (61.4 g) |
| Country of Origin | Germany |
In high-speed milling machines, the SICK SKM36-HFA0-K02 provides reliable and detailed position feedback that ensures the spindle and tool movements remain perfectly synchronized. Its ultra-fine resolution and HIPERFACE® digital interface allow the controller to correct deviations instantly, maintaining consistent cutting paths even under heavy dynamic loads. The encoder’s robust ball-bearing structure and vibration resistance deliver steady performance in demanding machining environments, minimizing downtime and improving dimensional accuracy of finished components.
Industrial robot arms rely on smooth, coordinated movement across multiple joints. The SKM36-HFA0-K02 enhances motion accuracy by supplying absolute multiturn position data, eliminating the need for re-homing after power loss. Its HIPERFACE® interface ensures rapid communication between sensors and controllers, allowing precise angular synchronization. This feedback stability prevents drift or misalignment in repetitive tasks such as pick-and-place or precision assembly, resulting in greater operational efficiency and reduced maintenance adjustments over time.
Fast-paced packaging systems depend on exact motor feedback for timing and synchronization. The SKM36-HFA0-K02 encoder delivers real-time position signals that keep label placement, conveyor motion, and rotary cutters perfectly aligned. Its ability to withstand high acceleration and rotation speeds supports rapid start-stop cycles without losing accuracy. The compact mechanical form enables integration into confined servo assemblies, while the wide temperature range ensures stable operation across continuous production shifts.
In electric motor test benches, engineers use the SKM36-HFA0-K02 to capture precise rotational data under variable speeds and loads. Its multiturn absolute capability and high system accuracy make it ideal for analyzing torque ripple and efficiency across dynamic conditions. With built-in memory for data storage and strong resistance to vibration and heat, it delivers repeatable measurement results during long-duration endurance tests. This reliability enables engineers to fine-tune control algorithms and improve overall motor design performance.
| Category | Model | Part Number | Description | Purpose / Compatibility |
|---|---|---|---|---|
| Motor Feedback Variant | SICK SKS36-HVA0-K02 | 1048573 | Same SKS/SKM36 family encoder with HIPERFACE® interface and alternate flange type | Direct model variant for similar servo applications and mechanical dimensions |
| Motor Feedback Variant | SICK SRS50-HFA0-K21 | 1048574 | Heavy-duty absolute encoder with HIPERFACE® communication | Suitable for larger motors or systems requiring reinforced shaft coupling |
| Accessory – Mounting Kit | SICK Mounting System | 2080392 | Universal spring mounting and adapter hardware set | Provides stable, vibration-resistant installation for SKM36 encoders |
| Accessory – Shaft Coupling | SICK SPZ-012-AD-A | 6026942 | Precision shaft coupling adapter | Connects SKM36 tapered shaft to motor shaft ensuring accurate transmission |
| Accessory – Programming Tool | SICK PGT-11-S LAN | 1057324 | SVip® LAN programming device for all SICK motor feedback systems | Enables configuration, parameter tuning, and diagnostics for SKS/SKM models |
For expert guidance before placing your order.
Warranty – 1-year warranty for your peace of mind.
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