Linear Encoder Sensor for Optical Glass Linear Scale DRO System — DELOS-DLS-W
DELOS DLS-W optical glass scales provide precise measurement for lathe and milling. These encoder sensors feature standard glass construction with TTL output signals for seamless integration. • Measuring length range from 50 to 1000 mm suits small to medium machines • Resolution of 0.005 mm ensures consistent accuracy during cutting • Standard glass scale type offers durability in workshop conditions • Typical application covers general purpose lathe and milling tasks
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Specifications
For: DELOS-DLS-W- Brand
- DELOS
- Model-Series
- DLS-W
- Scale Type
- Standard Glass Scale
- Resolution
- 0.005 mm
- Output Signal
- TTL
- Measuring Length Range
- 50–1000 mm
- Typical Application
- Lathe / Milling
- Approx. Packing Size
- 200x100x100 mm
- Appx Weight
- 400 gms
Configurations
Click a row to switch| Variant | Brand | Model-Series | Resolution | Scale Type | Price |
|---|---|---|---|---|---|
| SINO-KA300 | SINO | KA300 | 0.005 mm | Standard Glass Scale | ₹5,900 |
| SINO-KA600 | SINO | KA600 | 0.005 mm | Standard Glass Scale | ₹8,200 |
| DELOS-DLS-W | DELOS | DLS-W | 0.005 mm | Standard Glass Scale | ₹5,200 |
| DELSO-DLS-B | DELOS | DLS-B | 0.005 mm | Standard Glass Scale | ₹6,200 |
| DELOS-DLS-W/0.001 | DELOS | DLS-W/0.001 | 0.001 mm | Standard Glass Scale | ₹7,400 |
| DELSO-DLS-B/0.001 | DELOS | DLS-B/0.001 | 0.001 mm | Standard Glass Scale | ₹8,300 |
| SINO-KA300/0.001 | SINO | KA300/0.001 | 0.001 mm | Standard Glass Scale | ₹8,200 |
| SINO-KA600/0.001 | SINO | KA600/0.001 | 0.001 mm | Standard Glass Scale | ₹8,600 |
Common Buyer Questions
Q: What is the measuring range? A: Standard glass scales available in measuring lengths from 50–3000 mm Q: What output signals are supported? A: TTL output signals ensure compatibility with industrial controllers Q: Is it suitable for workshop environments? A: Durable IP54 protection suitable for workshop environments
Precision & Accuracy Benefits
- Improves part quality through reduced measurement error
- Enables real-time feedback for operator adjustments
- Reduces scrap rates by ensuring consistent dimensional control
- Supports high-speed machining without losing positional data
- Enhances overall production efficiency and repeatability
Durability & Construction
- Constructed with durable optical glass for long-term stability
- IP54 protection guards against dust and coolant splashes
- Robust housing withstands typical industrial workshop environments
- Maintains calibration under standard vibration conditions
- Resistant to common machining fluids and debris
Machine Tool Compatibility
- Designed for integration into digital readout systems
- Reliable axis measurement across lathes, milling, and grinding applications
- Optimized for precision tuning in various machining setups
- Supports standard industrial controller interfaces
- Ideal for retrofitting existing machine tools for better accuracy
Key Features & Capabilities
- Standard glass scales available in measuring lengths from 50–3000 mm
- TTL output signals ensure compatibility with industrial controllers
- Resolutions range from 0.001 mm to 0.005 mm for fine tuning
- Durable IP54 protection suitable for workshop environments
- Enhance machine tool accuracy with high-precision optical glass scales
- Encoder sensors provide reliable axis measurement across lathes, milling, and grinding applications
Standard Accessories
Package Includes
- Linear Encoder Sensor / Reader Head
- Connection Cable
- Mounting Hardware
- Installation Manual
- Protective Packing
More questions buyers ask
What is a linear encoder sensor?
A linear encoder sensor is a device used to measure linear position. It converts motion into a digital signal that can be read by a digital readout (DRO) system or other controller.
What is it used for?
Linear encoder sensors are used in machine tools like lathes, milling machines, and grinders to provide precise position feedback of the machine's axes.
What is a DRO system?
A DRO (Digital Readout) system is a device that displays the position of a machine tool's axes. It uses linear encoder sensors to measure the position and displays it on a screen.
What is the resolution of these sensors?
We offer sensors with resolutions of 0.005 mm and 0.001 mm. The resolution is the smallest increment of movement that the sensor can detect.
What is the measuring length range?
The measuring length range varies by model, from 50-1000 mm up to 50-3000 mm.
Are these sensors durable?
Yes, they are constructed with durable optical glass and have an IP54 protection rating, making them suitable for workshop environments.
What is the output signal?
The output signal is TTL (Transistor-Transistor Logic), which is a common standard for digital signals and ensures compatibility with most DRO systems.
What machines are these sensors compatible with?
These sensors are compatible with a wide range of machine tools, including lathes, milling machines, grinders, and EDM machines.
What is the difference between the SINO and DELOS brands?
Both SINO and DELOS are reputable brands for linear encoder sensors. The choice between them often comes down to specific model features and price.
What is the difference between the 0.005mm and 0.001mm resolution?
A 0.001mm resolution sensor is more precise and can detect smaller movements than a 0.005mm resolution sensor. Choose 0.001mm for high-precision applications.
Who should choose the SINO-KA300 model?
The SINO-KA300 is a standard glass scale with a measuring length of 50-1000mm and 0.005mm resolution, making it a good choice for lathes and small milling machines.
Who should choose the SINO-KA600 model?
The SINO-KA600 has a larger measuring length of 50-3000mm, making it suitable for CNC machines and other heavy machinery.
Who should choose the DELOS-DLS-W model?
The DELOS-DLS-W is a standard glass scale with a measuring length of 50-1000mm and 0.005mm resolution, ideal for lathes and milling machines.
Who should choose the DELSO-DLS-B model?
The DELSO-DLS-B has a measuring length of 50-1500mm, making it a good choice for milling machines and grinders.
Who should choose the DELOS-DLS-W/0.001 model?
This model offers a higher resolution of 0.001mm, making it ideal for high-precision applications on lathes, grinders, and EDM machines.
Who should choose the DELSO-DLS-B/0.001 model?
With a 0.001mm resolution and 50-1500mm measuring length, this model is perfect for precision work on lathes, small milling machines, and EDM machines.
Who should choose the SINO-KA300/0.001 model?
This model combines the standard KA300 body with a high-resolution 0.001mm encoder, suitable for precision tasks on lathes, small milling machines, and grinders.
Who should choose the SINO-KA600/0.001 model?
This is the top-of-the-line model with a 3000mm measuring length and 0.001mm resolution, designed for large, high-precision CNC machines.
What is the main difference between the KA300 and KA600 models?
The main difference is the measuring length. The KA300 has a maximum length of 1000mm, while the KA600 can go up to 3000mm, making it suitable for larger machines.
What is the difference between the DLS-W and DLS-B models?
The DLS-B model has a longer measuring length (up to 1500mm) compared to the DLS-W model (up to 1000mm).
When should I choose a 0.001mm resolution sensor over a 0.005mm one?
Choose a 0.001mm resolution sensor when your application requires very high precision, such as in grinding, EDM, or finishing operations on a CNC machine. For general purpose work on manual machines, 0.005mm is usually sufficient.
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Full description
DELOS DLS-W optical glass scales provide precise measurement for lathe and milling. These encoder sensors feature standard glass construction with TTL output signals for seamless integration. • Measuring length range from 50 to 1000 mm suits small to medium machines • Resolution of 0.005 mm ensures consistent accuracy during cutting • Standard glass scale type offers durability in workshop conditions • Typical application covers general purpose lathe and milling tasks