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The SKS36-HFA0-S01 is a HIPERFACE® interface rotary motor feedback system (sick servo encoder) manufactured by SICK AG, Allemagne. The term “VCC” in the model designation refers to its DC supply voltage specification.
Core Specifications Overview
| Paramètre | Valeur | Remarques |
| Fabricant | SICK AG | Leading German industrial sensor manufacturer |
| Type de produit | Absolute single-turn encoder | HIPERFACE® interface |
| Tension d'alimentation (VCC) | 7–12 V DC | 8 V DC recommended |
| Current Consumption | 60 mA | No-load condition |
| Type d'interface | HIPERFACE® | Standard servo motor interface |
| Sine/Cosine Cycles per Revolution | 128 | High-resolution feedback |
| Shaft Type | Tapered shaft | Configuration standard |
| Protection contre la pénétration | IP50 | With matching connector and closed cover |
| Max Speed | 4096 tr/min | Safe operating limit |
| Output Frequency | ≤65 kHz | Sine/cosine signals |
| Flange Type | Spring mounting plate, stator coupling | Méthode de montage |
| Poids | ≤0.07 kg | Lightweight design |
Explication de la désignation du modèle
Naming rules for SKS36-HFA0-S01:
SKS36: Série de produits (compact servo feedback encoder)
H: HIPERFACE® interface type
FA0: Code de fonction (absolute single-turn, configuration standard)
S01: Version/option code (custom configuration)
Key Application Scenarios
Servo motor position and speed feedback
Industrial automation control systems
High-precision motion control equipment
Robotics and machine tool industry
- The official model is SKS36-HFA0-S01 (digit 0, not letter O).
- Full part number: 1034263 (SICK official order number).
- The input voltage must be stabilized within 7–12 V DC; optimal performance at 8 À DC.
- EMC performance is achieved via conductive housing mounting and proper grounding.
SICK Servo Encoder Model List & Cross-Brand Equivalent Reference
- Full Series List of SICK Servo Encoders
1.1 HIPERFACE® Interface Series (Standard Servo Feedback)
1.1.1 SKS/SKM36 Series (Compact Optical Encoders)
| Modèle | Taper | Paramètres de base | Numéro de commande. Exemple |
| SKS36-HFA0-S01 | Absolute Single-Turn | 128 SinCos cycles, tapered shaft, 7–12VDC | 1034263 |
| SKS36-HFA0-K02 | Absolute Single-Turn | 128 SinCos cycles, tapered shaft, side fixing screws | 1034264 |
| SKM36-HFA0-S01 | Absolute Single-Turn | 128 SinCos cycles, tapered shaft, no side screws | 1034265 |
| SKM36-HFA0-S05 | Absolute Single-Turn | 128 SinCos cycles, tapered shaft, special packaging | 1034266 |
| SKS36-HFA0-S03 | Absolute Single-Turn | 128 SinCos cycles, tapered shaft, IP50 protection | 1034267 |
Fonctionnalités principales: 128 sine/cosine cycles per revolution, 7–12V DC power supply, IP50 protection grade, max speed 4096 tr/min, weight ≤0.07kg.
1.1.2 SEK/SEL Series (Bearingless Capacitive Encoders)
| Série | Exemple de modèle | Taper | Paramètres de base |
| SEK34/SEL34 | SEK34-H1A0-K02 | Absolute Single-Turn | Arbre creux, bearingless, HIPERFACE interface |
| SEK37/SEL37 | SEL37-H1A0-S01 | Absolute Single/Multi-Turn | 128/256 SinCos cycles, high temperature resistance |
| SEK52/SEL52 | SEK52-H1A0-K02 | Absolute Single-Turn | 52mm outer diameter, 12.7mm hollow shaft |
| SEK90/SEL90 | SEK90-H1A0-S01 | Absolute Single-Turn | 90mm outer diameter, large hollow shaft, direct drive application |
Fonctionnalités principales: Capacitive detection principle, bearingless structure, high robustness, global scanning technology for eccentricity compensation.
1.1.3 SRS/SRM50 Series (High-Precision Safety Encoders)
| Modèle | Taper | Safety Rating | Paramètres de base |
| SRS50-HZA0-S21 | Absolute Single-Turn | SIL2/PLd | 1024 cycles per revolution, system accuracy ±52″ |
| SRS50S-HEA0-K21 | Safety Absolute Single-Turn | SIL3/PLe | Safe position feedback, 18-bit resolution |
| SRM50-HFA0-S01 | Absolute Multi-Turn | SIL2/PLd | 12-bit revolution counting, maximum. 16384 revolutions |
Fonctionnalités principales: Haute résolution (1024 cycles per revolution), high dynamic performance (12,000 min⁻¹), safety motion control functions.
1.2 HIPERFACE DSL® Interface Series (Single-Cable Digital Feedback)
1.2.1 EDS/EDM35 Series (High-Performance Servo Feedback)
| Modèle | Taper | Résolution | Paramètres de base |
| EDS35-0KF0A020A | Absolute Single-Turn | 20 peu | HIPERFACE DSL, single-cable design, 20 bit per revolution |
| EDM35-2KF0A024A | Absolute Multi-Turn | 24 bit+12 bit | 24-bit single-turn + 12-bit multi-turn, safety type |
| EDS35-S0KF0A020A | Safety Single-Turn | 20 peu | SIL2/PLd, safe position feedback |
Fonctionnalités principales: Single-cable technology (données + pouvoir), ultra-high resolution (20–24 bit/rev), motor temperature monitoring, high-speed data transmission.
1.2.2 EKS/EKM36 Series (Compact High-Speed Servo Feedback)
| Modèle | Taper | Résolution | Paramètres de base |
| EKS36-0KF0A0S01 | Absolute Single-Turn | 17 peu | Réponse rapide, maximum. 65kHz output frequency |
| EKM36-0KF0B0S01 | Absolute Single-Turn | 17 peu | No side fixing screws, compact structure |
| EKM36-0JF0A0S04 | Absolute Single-Turn | 15 peu | Rentable, for standard servo applications |
Fonctionnalités principales: Conception compacte, superior dynamic performance, max speed 12,000 tr/min, suitable for high-speed servo drives.
1.2.3 EES/EEM37 Series (Heavy-Duty Servo Feedback)
| Modèle | Taper | Résolution | Paramètres de base |
| EES37-0KF0A015A | Absolute Single-Turn | 15 peu | Heavy-duty construction, wide temperature range (-40°C to +105°C) |
| EEM37-2KF0A017A | Absolute Multi-Turn | 17 bit+12 bit | 12-bit revolution counting, safety-oriented design |
Fonctionnalités principales: Wide operating temperature range, vibration and shock resistance, ideal for harsh industrial environments.
1.2.4 EFS/EFM50 Series (Ultra-High Precision Servo Feedback)
| Modèle | Taper | Résolution | Paramètres de base |
| EFS50-0KF0A023A | Absolute Single-Turn | 23 peu | Top-level resolution, system accuracy ±50″ |
| EFM50-2KF0A023A | Absolute Multi-Turn | 23 bit+12 bit | 23-bit single-turn + 12-bit multi-turn, large memory capacity |
Fonctionnalités principales: Ultra-high resolution (23 bit/rev = 8,388,608 counts), low signal noise (±2″), perfect for ultra-precision motion control.
1.3 Model Nomenclature Rules
Taking SKS36-HFA0-S01 as an example:
SKS36: Série de produits (SKS = compact optical; SKM = compact optical without side screws)
H: Interface (H = HIPERFACE®; D = HIPERFACE DSL®)
FA0: Code de fonction (F = absolute; A = single-turn; 0 = standard version)
S01: Version code (S = standard; K = with side screws; digit = special configuration)
- Cross-Brand Equivalent Comparison Table
| SICK Model | Siemens Equivalent | Fanuc Equivalent | Mitsubishi Equivalent | Omron Equivalent |
| SKS36-HFA0-S01 | 1FT6 Motor Encoder | A860-0309-T302 | OSA18-100 | E6CP-AG5C |
| SEK52-H1A0-K02 | 1PH7 Motor Encoder | A860-2000-T321 | OSA253S | E6CP-AG5C-C |
| SRS50-HZA0-S21 | 1FK7 Motor Encoder | A860-0365-T001 | OSA104 | E6CP-AG5C-L |
| EDS35-0KF0A020A | 1FK2 Motor Encoder (DRIVE-CLiQ) | A860-2162-T001 | OSA188 | E6CP-AG5C-R |
| EKM36-0KF0B0S01 | 1FL6 Motor Encoder (DRIVE-CLiQ) | A860-2150-T001 | OSA186 | E6CP-AG5C-S |
| EFS50-0KF0A023A | 1PH8 Motor Encoder (DRIVE-CLiQ) | A860-2020-T301 | OSA254 | E6CP-AG5C-V |
Key Replacement Instructions
- Interface Compatibility
HIPERFACE®: Compatible with mainstream servo drives (Siemens SINAMICS, Lenze, Beckhoff, etc.).
HIPERFACE DSL®: Single-cable technology, direct compatibility with protocol-supported drives (par ex., Siemens S210 series).
- Performance Matching Requirements
Résolution: Ensure identical pulse counts / SinCos cycles per revolution.
Tension d'alimentation: Most SICK encoders use 7–12V DC; other brands may use 5V or 24V DC, compatibility verification required.
Mechanical Mounting: Match shaft diameter, flange dimension and protection grade.
Safety Function: Verify SIL/PL rating consistency for safety-rated encoders.
- Advantages of SICK Replacement
SICK encoders feature high precision, long-term reliability and strong anti-interference capability.
HIPERFACE DSL® single-cable design reduces wiring cost and installation space.
Bearingless SEK/SEL series is maintenance-free with extended service life.
- Sélection & Replacement Guidelines
- Model Selection Process
Confirm interface protocol: HIPERFACE® (standard) or HIPERFACE DSL® (single-cable).
Select type: Single-turn / Multi-turn, standard / safety version.
Confirm mechanical dimensions: shaft type, flange and mounting form.
Match electrical parameters: tension d'alimentation, resolution and output frequency.
- Replacement Precautions
Verify drive compatibility (protocol, alimentation, signal definition) before replacement.
Ensure full mechanical dimension matching to avoid concentricity errors.
Re-validate safety functions when replacing safety-certified encoders.
Reconfigure and calibrate drive parameters after replacement.
Complete Guide to High-Frequency Search Terms for SICK Encoders (Categorized)
Below are the high-frequency search terms for SICK encoders in the industrial automation industry, categorized by search popularity and application scenarios. It covers brands, product types, série, interfaces, model numbers and application dimensions, facilitating quick demand positioning and model selection reference.
- Marque & Basic Classification (Core Search Terms)
| Search Term | Search Popularity | Scénario d'application |
| SICK encoder | ★★★★★ | General search for brand and product overview |
| SICK rotary encoder | ★★★★★ | Commonly used search term in the Chinese market, localized brand name |
| SICK rotary encoder | ★★★★☆ | Global market search, general inquiry for rotary encoders |
| SICK absolute encoder | ★★★★☆ | Core search term for absolute encoders |
| SICK incremental encoder | ★★★★☆ | Core search term for incremental encoders |
| SICK servo encoder | ★★★★☆ | Search for dedicated servo motor encoders |
| SICK safety encoder | ★★★★ | Inquiry for safety-certified products complying with SIL/PL standards |
| SICK bearingless encoder | ★★★☆ | Search for products with capacitive bearingless technology |
- Interface & Protocol Category (High-Frequency for Servo & Industrial Communication)
| Search Term | Search Popularity | Caractéristiques techniques |
| HIPERFACE | ★★★★★ | SICK standard servo interface, widely used for servo motor feedback |
| HIPERFACE DSL | ★★★★★ | Single-cable digital servo link, core SICK technology |
| HIPERFACE DSL single cable | ★★★★ | Highlights single-cable installation advantages and cost reduction |
| PROFINET encoder | ★★★★ | Industrial Ethernet interface for smart manufacturing |
| EtherCAT encoder | ★★★★ | Real-time Ethernet for high-speed motion control |
| SSI encoder | ★★★★ | Synchronous serial interface for high-precision positioning systems |
| CANopen encoder | ★★★☆ | Fieldbus interface for mobile equipment |
| IO-Link encoder | ★★★☆ | Industrial IoT interface for intelligent sensor networks |
- Core Product Series (Ranked by Search Popularity)
3.1 Servo Feedback Series (High Demand)
| Search Term | Search Popularity | Caractéristiques du produit |
| SKS36 | ★★★★★ | Compact optical encoder with HIPERFACE interface, par exemple. SKS36-HFA0-S01 |
| SKM36 | ★★★★☆ | SKS36 version without side fixing screws for flexible installation |
| EDS35 | ★★★★☆ | High-performance single-turn servo encoder with HIPERFACE DSL |
| EDM35 | ★★★★ | Multi-turn safety servo encoder with HIPERFACE DSL |
| EKS36 | ★★★★ | Compact high-speed servo feedback, maximum. 65 kHz output frequency |
| EKM36 | ★★★★ | EKS36 version without side screws, ideal for robotics |
| SEK36 | ★★★★ | Bearingless capacitive encoder with maintenance-free design |
| SEL36 | ★★★★ | Multi-turn SEK36 version for large hollow shaft applications |
3.2 General Rotary Encoder Series (High Demand)
| Search Term | Search Popularity | Caractéristiques du produit |
| DFS60 | ★★★★★ | 60mm outer diameter incremental encoder, haute résolution, par exemple. DFS60B-S4PA10000 |
| AFM60 | ★★★★★ | 60mm single-turn absolute encoder with multi-interface options |
| AFS60 | ★★★★☆ | 60mm multi-turn absolute encoder with high ingress protection |
| ATM60 | ★★★★ | High-precision absolute encoder with PROFIBUS DP interface |
| DBS60 | ★★★★ | Solid-shaft incremental encoder, rugged and durable |
| DUS60 | ★★★☆ | Cost-effective economical incremental encoder |
| ANS58 | ★★★☆ | PROFINET absolute encoder with IRT function |
| AHS36 | ★★★ | Compact absolute encoder with IO-Link interface |
3.3 Special Application Series (Medium Demand)
| Search Term | Search Popularity | Scénario d'application |
| SRS50 | ★★★★ | High-precision safety encoder, SIL2/PLd rated |
| SRM50 | ★★★★ | Multi-turn version of SRS50 with 12-bit revolution counting |
| DRC series | ★★★ | Magnetic absolute encoder, shock and vibration resistant |
| TTK70 | ★★★ | Linear displacement measuring system with SSI interface |
| OLM | ★★★ | Laser measurement system for logistics and transportation |
| DGS80 | ★★★ | Large hollow shaft incremental encoder for heavy machinery |
| DLS40 | ★★★ | Ultra-thin incremental encoder, thickness ＜ 20mm |
- Hot Models & Keyword Combinations (Precise Search)
| Search Term | Search Popularity | Precise Requirement |
| SKS36-HFA0-S01 | ★★★★★ | Specific model inquiry, HIPERFACE single-turn servo encoder |
| SKS36-HFA0-S01 VDC | ★★★★☆ | Focus on power supply voltage (7–12 VDC) |
| EDS35-0KF0A020A | ★★★★ | 20-bit single-turn encoder with HIPERFACE DSL |
| DFS60B-TEAK02048 | ★★★★ | High-resolution incremental encoder, 12mm hollow shaft |
| AFM60A-S4NB018X12 | ★★★★ | Absolute encoder with PROFINET interface |
| SICK encoder part number | ★★★★ | Product inquiry via official order numbers |
| SICK encoder replacement model | ★★★★ | Cross-brand replacement demands, such as Siemens / FANUC alternatives |
| SICK encoder installation manual | ★★★☆ | Technical document inquiry and installation guidance |
- Application & Technical Parameter Category (Solution-Oriented Search)
| Search Term | Search Popularity | Application Demand |
| SICK encoder for servo motor | ★★★★★ | Selection for motor position and speed feedback systems |
| SICK encoder for robotics | ★★★★☆ | Joint motion control and high-precision positioning |
| SICK encoder for CNC machine tools | ★★★★ | Spindle and feed shaft position control |
| SICK encoder resolution | ★★★★ | Focus on pulses per revolution / SinCos cycles |
| SICK encoder protection rating | ★★★★ | Environmental adaptability inquiry for IP50 / IP67 / IP69K |
| SICK encoder supply voltage | ★★★★ | Parameter matching for 7–12VDC / 5VCC / 24VCC |
| SICK encoder maximum speed | ★★★☆ | High-speed application selection, par exemple. 4096tr/min / 12000tr/min |
| SICK encoder safety rating | ★★★☆ | Inquiry for safety certifications such as SIL2/PLd / SIL3/PLe |
- High-Frequency Search Terms for Global Markets (English)
| English Search Term | Search Popularity |
| SICK Hiperface DSL encoder | ★★★★★ |
| SICK SKS36 encoder | ★★★★★ |
| SICK EDS35 encoder | ★★★★☆ |
| SICK bearingless encoder | ★★★★ |
| SICK safety encoder SIL3 | ★★★★ |
| SICK absolute encoder multi-turn | ★★★★ |
| SICK incremental encoder hollow shaft | ★★★★ |
| SICK encoder replacement | ★★★★ |
- Servo Feedback Field: The HIPERFACE DSL single-cable technology has become a search hotspot. Demand for compact SKS36 / EKS36 series grows rapidly for 40mm motor frame sizes.
- Safety Function: Search volume for SIL3 / PLe safety-rated encoders increases year by year, especially in safety-critical industries such as robotics and machine tools.
- Interface Upgrading: Demand for PROFINET / EtherCAT industrial Ethernet encoders keeps rising, gradually replacing traditional SSI and CANopen interfaces.
- Installation Convenience: Bearingless design, single-cable technology and compact dimensions have become core search focuses, helping reduce installation costs and space occupation.
