Siemens Encoder
IndMALL offers a great selection of Siemens Encoder, ideal for different industrial uses. We have two main types: Incremental and Absolute. The Incremental Encoders are good at picking up various signals and are very accurate. They’re strong and work well in both hot and cold environments.
Our Absolute Encoders are also impressive. They can detect very small details and handle different power levels. They are durable, fast, and accurate, even in hard conditions. Setting them up is easy because they come with all the necessary connectors and cables. Choose IndMALL Automation for reliable and precise Siemens Rotary Encoders to make your work smoother and more efficient.
Siemens Incremental Encoder
- Signal Levels: Analog sin/cos 1 Vpp, RS422 (TTL), HTL.
- Resolution: 500 to 5000 signals/revolution.
- Operating Voltage: 5 V DC ±10% or 10 to 30 V DC.
- Frequency: Limit ≥ 180 kHz, Scanning max 300 kHz.
- Current Consumption: Max 150 mA.
- Output Protection: Short-circuit to 0 V.
- Switching Time: ≤ 50 ns or ≤ 200 ns.
Siemens Absolute Encoder
- Resolution: 24 bit (Single-turn), 36 bit (Multi-turn).
- Voltage: 24 V DC -15% +20%, 4.75-30 V DC, 3.6-14 V DC.
- Current: 37-120 mA (Single-turn), 43-120 mA (Multi-turn).
- Speed: 14,000 rpm (Electrical), 15,000 rpm (Mechanical, Single-turn).
- Shaft Load: Axial 40 N, Radial 60 N at ≤ 6000 rpm.
- Temperature: -40 to +85°C.
- Protection: IP67 (housing), IP64 (shaft input).
Check out our Siemens Encoders with special cables for servo motors. They work great with Siemens motors. We also have a special Siemens rotary encoder module that’s really accurate and reliable for different jobs.
If you’re using Profinet systems, our Siemens Profinet encoders are perfect. They fit right in and work smoothly. Plus, we make it easy to set up with clear instructions for the encoder cables. Count on us at IndMALL for reliable and smart Siemens encoder solutions.
Product List:
Model No |
Image |
Resolution |
Shaft Diameter |
Power Consumption |
Degree of protection |
Cable Length |
|---|---|---|---|---|---|---|
| 6FX2001-2DB02 | 
|
1024 S/R | 6 mm | 150 mA | IP67, IP64 | 100 m |
| 6FX2001-5WP24 | 
|
27 bit, (8192 increments x 16384) | 15 mm | 100 … 300 mA (2.5 W) | IP67, IP64 | 200.0 m |
| 6FX2001-3CB02 | 
|
1024 S/R | 6 mm | 150 mA | IP67, IP64 | 150 m |
| 6FX2001-5WN13 | 
|
13 bit (8192 increments) | 15 mm | 130 … 400 mA (< 4 W) | IP67, IP64 | 100 m |
| 6FX2001-4DA10 | 
|
100 S/R | 6 mm | 150 mA | IP67, IP64 | 300 m |
| 6FX2001-4DA50 | 
|
500 S/R | 6 mm | 150 mA | IP67, IP64 | 300 m |
| 6FX2001-5QS12 | 
|
13 bit (8192 increments) | 10 mm | 160 mA | IP67, IP64 | 400.0 m |
| 6FX2001-5FN13 | 
|
13-bit (8192 increments) | 6 mm | 130 … 400 mA (< 4 W) | IP67, IP64 | 100 m |
| 6FX2001-4NA50 | 
|
500 S/R | 10 mm | 150 mA | IP67, IP64 | 300 m |
| 6FX2001-5QP12 | 
|
13 bit, (8192 increments) | 10 mm | 100 … 300 mA (2.5 W) | IP67, IP64 | 1200 m |
Frequently Asked Questions
What are the advantages of encoders?
Encoders offer precise digital feedback, seamlessly integrating with contemporary control systems. They provide high-quality digital signals, ensuring accurate and reliable data transmission. This digital nature enhances system efficiency and accuracy in various applications.
Why do we use encoder circuits?
Encoder circuits are essential in digital systems for converting parallel inputs into serial outputs. They efficiently compress multiple input signals into fewer output lines. This process simplifies data transmission and processing, enhancing system performance and reliability.
How do you check encoder output?
To check an encoder’s output, first power it up and slowly rotate its shaft. Use a multimeter to monitor the voltage readings. Compare these readings with the encoder’s datasheet specifications. A changing voltage as the shaft turns indicates proper encoder functionality.
Please don’t hesitate to contact us for more details about our Siemens Encoder
