Summary/Issue Description
This note explains the key differences between the available smart tuning methods of the E3X-HD fiber optic amplifier, helping you understand their unique features and determine the most suitable method for your specific application.
Root Cause
The root cause of the issue lies in the incorrect selection or application of the smart tuning methods available in the E3X-HD fiber optic amplifier. A lack of understanding regarding the differences between these methods can lead to improper setup and suboptimal performance for specific applications.
Solution
What is the difference between the different Smart Tuning methods for the E3X-HD?
1. 2-Point Tuning:
Description: This method involves setting two distinct points of incident light levels to define the threshold.
Use Case: Useful in applications where you need to differentiate between two specific light levels, such as detecting different sizes or types of workpieces. It provides flexibility in threshold setting.
2. Maximum Sensitivity Tuning:
Description: This method tunes the sensor to the highest sensitivity level.
Use Case: Best for applications where detecting the slightest changes in light levels is critical, such as in quality control processes. It is used when the detection of very small or subtle changes is necessary.
3. Full Auto Tuning:
Description: This method automatically adjusts the incident light level and threshold settings based on the detected light levels.
Use Case: Ideal for applications where the workpiece characteristics may vary frequently, such as detecting different materials or colors. It ensures optimal sensitivity without manual adjustments.
4. Position Tuning:
Description: This method allows you to set the threshold based on the position of the workpiece.
Use Case: Best used when the workpiece is consistently in a specific location, allowing for precise detection of presence or absence. It is useful in assembly lines where the position of the workpiece is fixed.
5. Percentage Tuning:
Description: This method sets the threshold based on a percentage of the incident light level.
Use Case: Suitable for detecting transparent or small workpieces where the light levels may be low. It allows for fine-tuning of the threshold to ensure reliable detection of such items.
Summary of When to Use Each Method:
2-Point Tuning: To differentiate between two specific light levels.
Maximum Sensitivity Tuning: When detecting subtle changes is critical.
Full Auto Tuning: When workpiece characteristics vary frequently.
Position Tuning: When the workpiece is consistently in a specific location.
Percentage Tuning: For transparent or small workpieces.
By selecting the appropriate Smart Tuning method based on your application needs, you can optimize the performance of your E3X-HD sensor effectively.
Date/Revision History
First review 03/25/2024 V1.0
Second Review 01/10/2025
Author:
Aimee Rivera, Technical Support Engineer
References
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