Sick Encoders: Incremental, Absolute and Linear Encoder
IndMALL Automation offers a wide range of Sick Encoders for various industrial applications. Our selection includes the DBS36 Core and DBS50 Series, notable for their durable designs and multiple communication interfaces. The DBS60 Series provides compact Sick rotary encoders with diverse interface and flange choices. The DGS80 Series features Sick incremental encoders with high-resolution capabilities.
For network integration, the AFS/AFM60 Series Sick absolute encoders are ideal. The AHS/AHM36 Series offers high-resolution encoders with IO-Link interfaces. The DKS40 Series stands out with its robust housing and interface versatility. For length measurement, the PRF and BTF Series Sick wire draw encoders and the TTK70 Series Sick linear encoders offer precision and reliability. We can assure you our prices are better than Authorized Sick Encoder Dealers or Sick Rotary Encoders distributors.
Sick Encoders: DBS36 Core and DBS50 Series
- Designs: Blind hollow shaft or face mount flange with solid shaft.
- Communication Interfaces: TTL/RS-422, HTL/push pull, Open Collector.
- Pulses per Revolution: 0 to 2,500.
- Temperature Range: –20 °C to +85 °C; Enclosure Rating: IP65.
- Electrical Data: Cable or male connectors (M12/M23), 4.5 V to 30 V supply.
- Operating Speed: Up to 6,000 min-1, max ≤ 8,000 min-1.
Sick Rotary Encoders: DBS60 Series
- Size: 60 mm
- Interface Options: TTL, HTL, Universal (4.5 V to 30 V with automatic TTL/HTL adaptation)
- Flange Types: Standard, Face Mount, Servo
- Shaft Types: Solid (two variants), Through Hollow, Blind Hollow
- Connection Options: Radial M23 or M12 male connector, various flange versions
- Temperature Range: Operational from –20°C to +85°C, optimal from –30°C to +100°C
- Load Capacity: High radial loads; Protection Class: IP65
Sick Incremental Encoders: DGS80 Series
- Pulses per Revolution: 0 to 8,192
- Housing Diameter: 81 mm
- Hollow Shaft Diameters: 30 mm or 42 mm; Protection Class: IP65
- Connection Types: M12, M23, and MS connectors, and cable
- Supply Voltage Range: 5 V to 30 V; Output Frequency: ≤ 300 kHz
- Operating Temperature Range: –25 °C to +85 °C
- Load Current: ≤ 40 mA per channel; Operating Current: ≤ 50 mA (without load)
- Power Consumption: ≤ 0.85 W
Sick Absolute Encoders: AFS/AFM60 Series
- Scalable resolution and preset functions.
- Round axis functionality.
- EtherNet/IP network integration
- Communication via EtherNet/IP.
- Configurable IP address, speed measurement unit, and increments per revolution.
- Function block requirements for PLC integration.
Sick Rotary Absolute Encoder: AHS/AHM36 Series
- Types: AHS36 (Singleturn) and AHM36 (Multiturn).
- Resolution: Up to 14 bits for AHS36, and up to 26 bits for AHM36.
- Interfaces: IO-Link V1.1 / COM3 (230.4 kBaud).
- Process Data Communication: Via IO-Link.
- Configuration: Through IO-Link or SOPAS ET.
- Enclosure Rating: Up to IP67; Operating Temperature Range: −40 °C to +85 °C.
- Electrical Data: Supply voltage of 18 V to 30 V, power consumption ≤ 1.5 W.
Sick Incremental Encoder: DLS40 Series
- Housing: Solid zinc die-casting, 50 mm diameter.
- Protection: IP 64 class.
- Interfaces: Open Collector NPN, TTL/RS 422, HTL/push-pull.
- Mounting: Face mount flange, solid shaft Ø 8 x 13 mm.
- Output Cable: Radial/axial, up to 5 m; Lines: 1 to 2,048 options.
- Electrical Interfaces: 4.5 – 5.5 V, Open Collector NPN, TTL/RS422, 10 – 30 V, HTL.
- Temperature: Operating 0 – +60 °C, Storage –40 – +70 °C.
Sick Wire Draw Encoder: PRF And BTF Series
- Measuring Lengths: Ranges from 2 m to 50 m.
- Modular System: Offers a variety of interfaces and measuring lengths.
- High-Quality Mechanism: Features a high-quality winding mechanism and wire input.
- Connection Types: Various types including M12, M23 connectors, and cables.
- Supply Voltage: Ranges from 4.5 V DC to 32 V DC, depending on the model.
- Operating Current: Generally ≤ 80 mA (without load).
- Power Consumption: Varies with model, generally ≤ 3 W (without load).
Sick Linear Encoder: TTK70 Series
- Measuring Length: Up to 3,920 mm
- Resolution: 1 µm; Supply Voltage: 4.5 V to 30 V
- Operating Current: 55 mA (no load); Power Consumption: ≤ 1.2 W
- Connection Type: Male connector, M12, 12-pin
- Operating Temperature Range: Read head –30 °C to +85 °C, Magnetic tape –20 °C to +100 °C
- Resistance to Shocks: 30 g, 6 ms
- Resistance to Vibration: 20 g, 10 Hz to 2,000 Hz
Product List:
| Model No | Image | Shaft Diameter | Power Consumption | Supply Voltage | Mechanical Design | Connection Type |
|---|---|---|---|---|---|---|
| DFS60B-BHPA10000 |  |
15 mm | ≤ 0.7 W (without load) | 4.5 … 32 V | Blind hollow shaft | Male connector, M23, 12-pole, radial |
| AFM60B-S4AA004096 |  |
10 mm | ≤ 0.7 W (without load) | 4.5 … 32 V | Solid shaft, face mount flange | Male connector, M23, 12-pin, radial |
| DFS60B-S1PC10000 |  |
6 mm | ≤ 0.7 W (without load) | 4.5 … 32 V | Solid shaft, Servo flange | Male connector, M12, 8-pin, radial |
| AFM60A-BDNB018x12 |  |
0 m … 5 m | 15.25 mm x 49.2 mm x 22.2 mm | 10 V DC … 30 V DC | PNP | Male connector M12, 4-pin |
Frequently Asked Questions
What is a sick encoder?
A SICK Encoder is a precision device used to convert mechanical motion into electronic signals. It accurately measures position, angle, or speed in industrial applications. Ideal for automation, these encoders ensure precise control and feedback in machinery.
What is a Sick Linear Measuring Encoder?
A SICK linear measuring encoder is a specialized device for accurately measuring linear movement. It converts linear displacement into digital signals, essential for precision tasks in automation and control systems. These encoders are widely used in industrial settings for exact positioning and speed monitoring of linear motion.
What is a Draw Wire Encoder?
A draw wire encoder is a device that measures linear motion using a retractable wire. As the wire extends or retracts, the encoder translates this movement into electrical signals. This mechanism allows for precise tracking of position or distance in various industrial applications, offering a compact and versatile solution for linear measurement.
What is the Principle of Linear Encoder?
A linear encoder operates on the principle of sensor reading scale markings. These markings are either optical, magnetic, or inductive. As the encoder moves along the scale, it translates the markings into digital signals. This process accurately measures linear displacement, providing precise position and speed data for various applications.
If you require Sick Encoders get a call: at +91 79955 44066
