Linear Scale Slim Scale EIA-422 Output 5um 1um Optical Sensor for
Lathe Boring Milling Machine
Slim Aluminum Linear Scale With EIA-422 Output For Lathe Boring
Milling Machine
The Precision Aluminum Slim Linear Scale with EIA-422 Output is a
measurement device commonly used in lathe, boring, and milling
machines. It is designed to provide accurate and reliable position
feedback, allowing operators to monitor and control the movement of
the machine axes with precision.
Features:
Slim Profile: The linear scale has a slim and compact design,
allowing it to be easily integrated into various machine setups
without occupying excessive space. This makes it suitable for
machines with limited installation areas.
Aluminum Construction: The scale is constructed using high-quality
aluminum, which provides durability and resistance to environmental
factors such as temperature changes and vibrations. This ensures
consistent and reliable performance even in challenging working
conditions.
High Precision Measurement: The linear scale offers high precision
measurement capabilities, enabling precise and repeatable
positioning of the machine axes. It allows operators to achieve
tight tolerances and maintain the desired accuracy in machining
operations.
EIA-422 Output: The scale features an EIA-422 output interface,
which is a standard communication protocol for transmitting digital
data. This output format provides reliable and noise-resistant data
transfer, minimizing the risk of signal interference and ensuring
accurate position feedback to the machine control system.
Wide Application: The linear scale is suitable for use in various
machining applications, including lathe turning, boring, and
milling operations. It can be employed on different machine types
and sizes, enhancing the versatility of its usage.
Benefits:
Position Feedback: The linear scale provides real-time position
feedback, allowing operators to monitor the movement of the machine
axes accurately. This feedback helps in maintaining precise control
over the machining process and achieving the desired dimensional
accuracy of the machined parts.
Improved Efficiency: By offering precise position feedback, the
linear scale contributes to improved efficiency in machine
operations. The accurate measurements enable faster setups, reduced
scrap rates, and increased productivity.
Enhanced Machine Capability: The use of a linear scale with EIA-422
output enhances the capabilities of lathe, boring, and milling
machines. It enables advanced features such as automatic tool
compensation, backlash compensation, and dynamic control, resulting
in improved machining performance.
Easy Integration: The linear scale is designed for easy integration
into existing machine setups. It can be mounted and aligned with
the machine axes with relative ease, allowing for quick
installation and minimal downtime.
Durability: The aluminum construction of the linear scale ensures
its durability and longevity. It can withstand the rigors of
machine operation and provide consistent performance over an
extended period.
Functionality:
The Aluminum Slim Linear Scale with EIA-422 Output enables accurate
measurement of linear displacements on lathe, boring, and milling
machines. It provides precise position feedback to the machine's
controller, allowing for precise and repeatable machining
operations. The EIA-422 output ensures reliable data transmission,
minimizing signal interference and maintaining data integrity.
Usage:
The slim linear scale is primarily used in lathe, boring, and
milling machines, where precise linear measurements are crucial. It
is commonly employed in metalworking industries, such as
manufacturing, fabrication, and precision engineering, where
precision and accuracy are essential for high-quality output.
Package includes:
Glass linear scale, 1 piece, KA500-470mm
0.5/1/5 m of resolution is available.
Customized encoder lengths (L0) can be provided based on the needs
of the consumers.(Length:70-470mm)
| Model | L0 | L1 | L2 | Model | L0 | L1 | L2 |
| KA500-70 | 70 | 172 | 182 | KA500-320 | 320 | 422 | 432 |
| KA500-120 | 120 | 222 | 232 | KA500-370 | 370 | 472 | 482 |
| KA500-170 | 170 | 272 | 282 | KA500-420 | 420 | 522 | 532 |
| KA500-220 | 220 | 322 | 332 | KA500-470 | 470 | 572 | 582 |
| KA500-270 | 270 | 372 | 382 | | | | |
L0: Effective measuring length of encoder L1: Dimension of encoder
mounting hole
L2: Encoder overall dimension
Operating Guidelines:
The user must go through the General Description, Safety
Considerations, and
the entirety of Chapter 1's content 3.
The General Description, the Safety Considerations, and all of the
details in
The specialists must strictly abide by Chapters 1 through 3 when
performing installation, testing, and maintenance.
understand every single concept from chapters 4-5.
This operation manual only addresses the SINO KA series of
integrated circuits.
simple coding.
4. Please read the safety recommendations provided below. It
contains essential information about
Use your linear encoder carefully.
Detail Information:
All linear scales will be tested before delivery. Here is a sample
of a scale's testing report.
