Linear Servo Motors has been known as a reliable way to achieve precise linear positioning at very high speeds. You may be familiar with the successful implementation of applications involving semiconductor manufacturing equipment and electronic packaging machines. Today technological advances and cost reduction have made the linear engine and the cost-effective selection process for wide machine applications, including: packaging.
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LDL Linear Servo Motors series is an ironless design for applications that need highly sensitive movements such as printing or scanning. LDC series uses iron core design that comes with high energy density. You can use it with smaller and less expensive engines.
Linear Servo Motors technology is interested with the New Allen Bradley® LDC-Series & LDL-Series Linear Servo Motors. This is because they are increasingly recognized as a practical way to improve engine performance. In addition to that, they also become more affordable/Designers are now looking for two-stroke engines to help:
• Reduce waste by increasing accuracy
• It has the ability to expand the range of the engine movement and efficiency improvement
• Improve machine productivity by improving reliability
Linear Servo Motors with the choice of iron core or ironless models, you now have new cost-saving options to help you improve the design of your machine.
a. There is no wear parts such as bearings, gears and belts
b. Maintain fast movement while handling multiple motion features
c. Connect directly to the load that needs to be transported
d. Full setup and programming support through the RSLogix ™ 5000 software (version 20 or earlier)
e. Size and optimization of linear motors and corresponding servo motors using the motion analyzer program
f. Provide very high speed and acceleration to improve the productivity of your device
g. It can achieve accurate linear positioning at very high speeds
A high level Linear Servo Motors of responsive devices also enables a linear motor to be very accurate. Further accuracy is enhanced by combining linear coding with a resolution measured by microns sub-can is installed near the point of interest. In addition to this, unlike aerobic or hydropower solutions, the Bradley Linear Drive Engine has the flexibility to maintain fast movement while handling multiple motion features.
LDC-Series & LDL-Series Linear Servo Motors design for applications that need highly sensitive movements
Allen-Bradley LDC-Series supported by set up locations compatible with Linear servo motors Direct Drive™ and directly connected directly to the load that needs to be transported. This direct connection provides excellent hardware response. So that it is resulting in faster time and no movement.LDL Linear Servo Motors series is an ironless design for applications that need highly sensitive movements such as printing or scanning. LDC series uses iron core design that comes with high energy density. You can use it with smaller and less expensive engines.
Linear Servo Motors technology is interested with the New Allen Bradley® LDC-Series & LDL-Series Linear Servo Motors. This is because they are increasingly recognized as a practical way to improve engine performance. In addition to that, they also become more affordable/Designers are now looking for two-stroke engines to help:
• Reduce waste by increasing accuracy
• It has the ability to expand the range of the engine movement and efficiency improvement
• Improve machine productivity by improving reliability
Linear Servo Motors with the choice of iron core or ironless models, you now have new cost-saving options to help you improve the design of your machine.
Linier Servo Motors LDC-Series & LDL-Series Linear Servo Motors Features
The features of Linear Servo Motors LDC-Series & LDL-Series Linear Servo Motors are stated bellow:a. There is no wear parts such as bearings, gears and belts
b. Maintain fast movement while handling multiple motion features
c. Connect directly to the load that needs to be transported
d. Full setup and programming support through the RSLogix ™ 5000 software (version 20 or earlier)
e. Size and optimization of linear motors and corresponding servo motors using the motion analyzer program
f. Provide very high speed and acceleration to improve the productivity of your device
g. It can achieve accurate linear positioning at very high speeds
The Advantages of Using LDC-Series & LDL-Series Linear Servo Motors
One of the great advantages of using Allen Bradley® linear motors instead of other linear is that it is working methods focuses on reliability. LDC-Series and LDL-series machine motors do not have any "wear" parts. As a result, they were very reliable from a mechanical point of view. Usually contain alternatives to "wear items" that normally need to be maintained or replaced, such as bearings, gears, belts, etc.A high level Linear Servo Motors of responsive devices also enables a linear motor to be very accurate. Further accuracy is enhanced by combining linear coding with a resolution measured by microns sub-can is installed near the point of interest. In addition to this, unlike aerobic or hydropower solutions, the Bradley Linear Drive Engine has the flexibility to maintain fast movement while handling multiple motion features.
Conclusion
The Linear Servo Motors is also known as direct motor linear motor. This Linear Servo Motors is because it is directly connected to the load that needs to be transported. As a result, there is no mechanical power transmission chain to add "spring" to system devices. LDC-Series and LDL-linear series machine motors provide very good response. This is resulting in faster time adjustment for each step, which in turn can provide better system productivity.
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