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EKM36-0KF0A0S07 | SICK Motor Feedback System with HIPERFACE DSLยฎ Interface
- Regular price
- $1,722.00
- Sale price
- $1,722.00
- Regular price
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Product Description P/N: EKM36-0KF0A0S07
Descriptionย
The EKM36-0KF0A0S07 is a high-resolution absolute motor feedback encoder with HIPERFACE DSLยฎ communication interface. Designed for demanding applications, it delivers precise position and speed feedback using optical measurement and a compact tapered shaft design.
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Technical Specificationsย
| Condition | New/Never Used Surplus |
|---|---|
| Brand | SICK |
| Category |
Motor Feedback Systems
|
| Part Number | EKM36-0KF0A0S07 |
| Subcategory | Absolute Encoders |
| Product Type | Motor Feedback System |
| Measurement Principle | Optical |
| Resolution per Revolution | 18 bit (262,144 steps) |
| Number of Revolutions (multi-turn) | 4,096 |
| Interface | HIPERFACE DSLยฎ |
| Code Type | Binary, increasing with clockwise shaft rotation |
| Shaft Version | Tapered Shaft |
| Flange / Coupling | Stator coupling |
| Electrical Connection | 4-pin male connector |
| Supply Voltage | 7โ12 V DC (Recommended: 8 V) |
| Current Consumption | โค 150 mA |
| Operating Speed | โค 9,000 minโปยน |
| Moment of Inertia (Rotor) | 4.5 gcmยฒ |
| Operating Torque | 0.2 Ncm |
| Start-up Torque | 0.3 Ncm |
| Accuracy | ยฑ120 arcseconds, signal noise ยฑ5โณ |
| Operating Temperature | โ20 ยฐC to +115 ยฐC |
| Storage Temperature | โ40 ยฐC to +125 ยฐC |
| Shock Resistance | 100 g, 6 ms (EN 60068-2-27) |
| Vibration Resistance | 50 g, 10โ2000 Hz (EN 60068-2-6) |
| Protection Class | IP40 (with connector and cover closed) |
| EMC Standards | EN 61000-6-2, EN 61000-6-4, IEC 61326-3 |
| MTTFd | 155 years |
| Weight | 0.1 kg |
ย ย
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Information About EKM36-0KF0A0S07
The EKM36-0KF0A0S07 is part of SICKโs EKM36 series of optical motor feedback systems, providing 18-bit resolution per revolution and up to 4,096 absolute revolutions. It features a stator coupling flange and a tapered shaft, with a housing made of black anodized aluminum. Communication is handled via HIPERFACE DSLยฎ, supporting fast digital transmission and reduced cabling. The unit is engineered for high reliability, achieving an MTTFd of 155 years under standard conditions, and is ideal for servo applications requiring dynamic performance, accuracy, and robustness in compact form.
Key Features:
- High Resolution: 18-bit resolution per revolution and 262,144 measurement steps.
- Multi-Turn Capability: Measures up to 4,096 absolute revolutions with internal memory.
- Precise Optical System: Optical measurement principle ensures high accuracy (ยฑ120โณ).
- Digital Interface: Supports HIPERFACE DSLยฎ for fast and reliable communication.
- Compact and Durable: Lightweight 0.1 kg housing with IP40 protection and anodized finish.
- Extreme Reliability: MTTFd of 155 years, with long bearing life and shock/vibration resistance.
- Temperature Tolerance: Operates from โ20 ยฐC to +115 ยฐC, storage down to โ40 ยฐC.
- Installation Ready: Includes standard stator coupling and tapered shaft design.
The EKM36-0KF0A0S07 delivers the precision and reliability required for modern servo drive and motor control applications.
Descriptionย
The EKM36-0KF0A0S07 is a high-resolution absolute motor feedback encoder with HIPERFACE DSLยฎ communication interface. Designed for demanding applications, it delivers precise position and speed feedback using optical measurement and a compact tapered shaft design.
ย
ย
Technical Specificationsย
| Condition | New/Never Used Surplus |
|---|---|
| Brand | SICK |
| Category |
Motor Feedback Systems
|
| Part Number | EKM36-0KF0A0S07 |
| Subcategory | Absolute Encoders |
| Product Type | Motor Feedback System |
| Measurement Principle | Optical |
| Resolution per Revolution | 18 bit (262,144 steps) |
| Number of Revolutions (multi-turn) | 4,096 |
| Interface | HIPERFACE DSLยฎ |
| Code Type | Binary, increasing with clockwise shaft rotation |
| Shaft Version | Tapered Shaft |
| Flange / Coupling | Stator coupling |
| Electrical Connection | 4-pin male connector |
| Supply Voltage | 7โ12 V DC (Recommended: 8 V) |
| Current Consumption | โค 150 mA |
| Operating Speed | โค 9,000 minโปยน |
| Moment of Inertia (Rotor) | 4.5 gcmยฒ |
| Operating Torque | 0.2 Ncm |
| Start-up Torque | 0.3 Ncm |
| Accuracy | ยฑ120 arcseconds, signal noise ยฑ5โณ |
| Operating Temperature | โ20 ยฐC to +115 ยฐC |
| Storage Temperature | โ40 ยฐC to +125 ยฐC |
| Shock Resistance | 100 g, 6 ms (EN 60068-2-27) |
| Vibration Resistance | 50 g, 10โ2000 Hz (EN 60068-2-6) |
| Protection Class | IP40 (with connector and cover closed) |
| EMC Standards | EN 61000-6-2, EN 61000-6-4, IEC 61326-3 |
| MTTFd | 155 years |
| Weight | 0.1 kg |
ย ย
ย
Information About EKM36-0KF0A0S07
The EKM36-0KF0A0S07 is part of SICKโs EKM36 series of optical motor feedback systems, providing 18-bit resolution per revolution and up to 4,096 absolute revolutions. It features a stator coupling flange and a tapered shaft, with a housing made of black anodized aluminum. Communication is handled via HIPERFACE DSLยฎ, supporting fast digital transmission and reduced cabling. The unit is engineered for high reliability, achieving an MTTFd of 155 years under standard conditions, and is ideal for servo applications requiring dynamic performance, accuracy, and robustness in compact form.
Key Features:
- High Resolution: 18-bit resolution per revolution and 262,144 measurement steps.
- Multi-Turn Capability: Measures up to 4,096 absolute revolutions with internal memory.
- Precise Optical System: Optical measurement principle ensures high accuracy (ยฑ120โณ).
- Digital Interface: Supports HIPERFACE DSLยฎ for fast and reliable communication.
- Compact and Durable: Lightweight 0.1 kg housing with IP40 protection and anodized finish.
- Extreme Reliability: MTTFd of 155 years, with long bearing life and shock/vibration resistance.
- Temperature Tolerance: Operates from โ20 ยฐC to +115 ยฐC, storage down to โ40 ยฐC.
- Installation Ready: Includes standard stator coupling and tapered shaft design.
The EKM36-0KF0A0S07 delivers the precision and reliability required for modern servo drive and motor control applications.