XAORI LB Series Laser Displacement Sensor Instruction Manual
- June 12, 2024
- XAORI
Table of Contents
- XAORI LB Series Laser Displacement Sensor
- Product Information
- Applicable specifications/regulations
- For safe use products
- Operation panel description
- Dimensions of the mounting bracket
- Installation
- Input/output circuit diagram
- Teach
- Zero setting function
- Menu setting
- External input
- Precautions
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
XAORI LB Series Laser Displacement Sensor
Product Information
Applicable Specifications/Regulations| EMC Directive|
CAN/CSA-C22.2NO.60947-5-2-14
---|---|---
Confirmation of Packaged Items| Host| 1
| Application Manual| 1 sheet
| Product Certificate| 1 piece
| Mounting Bracket (including screws)| 1 pack
Applicable specifications/regulations
This product complies with the following specifications/regulations. <European specification> EMC Directive <US/Canada Specifications> CAN/CSA-C22.2NO.60947-5-2-14
Confirmation of packaged items:
- Host: 1
- Application manual: 1 piece
- Product certificate: 1 piece
- Mounting bracket (including screws): 1 pack
For safe use products
In order to prevent the obstacles that laser products will cause to users, the IEC Standards, JIS Standards, GB Standards, and FDA Regulations establish the following basic allow. IEC : IEC 60825-1-2014
- JIS: JIS C 6802-2014
- GB: GB 7247.1-2012
- FDA: PART 1040.10
This benchmark classifies laser products according to the degree of danger of the laser, For each category, corresponding implementation safety precautions are stipulated.
Summary of FDA rules
- N/A : Not applicable.
- S: Requirements. Same as for other products in this category.
- NP: Not recognized.
- D: Depends on the internal radiation level.
- According to the maximum degree of radiation received during operation.
- To achieve the function of the product, the case is required anywhere and at all times without the use of more than Class 1 laser radiation.
- It is not necessary to use the radiation generated when the shell is opened, during the operation or maintenance process, open the shell needs to be implemented.
- Requirements for interlocking vary according to the type of internal radioactivity.
- Varies according to the statement and the type and wavelength of laser emission in the protective housing.
- Warning label.
- Type of CAUTION.
- The method used to measure the type of laser emission for human exposure is required.
- 2.5mWcm2 below CAUTION is used. Use DANGER above 2.5mWcm²).
- Time lag between indication and release is required.
- Exception measures for color change of laser products for demonstration purposes of Class I, III, I, b or IV are required.
- Type of DANGER identifier.
- Requirements began after 20 August 1986.
Operation panel description
Power-on Displays the threshold and current detection value. The yellow indicator indicates output,Green indicates the power supply indicator.
Product size drawing:
Dimensions of the mounting bracket
Accessories one
Accessories two
Installation
Installation direction
relative to the direction of the moving body
-
In case of material, color difference
When measuring, if the material or color of the moving measurement object is extremely different, press the Install it in the direction shown in the figure on the right, so that the measurement error can be kept to a minimum. -
Measurement of rotating object
When measuring a rotating object, install it in the direction shown in the figure on the right so that Influences such as vertical vibration and positional deviation of the object can be suppressed. -
in case of segment difference
In case of segment difference of the moving measurement object, install it according to the method shown on the rightTo suppress the effect of the edge of the segment difference. -
Measurement in narrow Spaces and depressions
In the case of measurement in narrow places and holes, please take care to avoid occlusion when installingThe light path from the part of light transmission to the part of light receiving. -
When the sensor section is mounted on the wall
Please follow the method shown in the picture on the right to avoid multiple reflected light from the wallTo the receiving part of the light, in addition, the wall reflectivity is higher, if changed to dull black, Good results can be obtained. -
maximum tilt Angle of the sensor
The sensor has a range of mounting angles (90±15°), please install within this Angle Use, beyond this range of measurement results will appear inaccurate measurement, misjudgment phenomenon.
Input/output circuit diagram
Teach
2-point teaching
- Basic guidance methods.
1. In the state of no object, press the “M” key.![XAORI-LB-Series-Laser-Displacement-Sensor- \(15\)](https://manuals.plus/wp-content/uploads/2023/08/XAORI-LB-Series-Laser-Displacement-Sensor-15.png)
2. in the state of objects, press the “M” key.![XAORI-LB-Series-Laser-Displacement-Sensor- \(16\)](https://manuals.plus/wp-content/uploads/2023/08/XAORI-LB-Series-Laser-Displacement-Sensor-16.png)
3. Complete calibration. (When the difference between two teachings is small, the return difference is shown to be too small and needs to be pulled Big Difference teach again)
Restrictive teaching:
* There are small objects and backgrounds, how to use the teaching method, is very convenient.
< when the background is the base case >![XAORI-LB-Series-Laser-Displacement-
Sensor- \(17\)](https://manuals.plus/wp-content/uploads/2023/08/XAORI-LB-
Series-Laser-Displacement-Sensor-17.png)
< In the case of detecting objects as the basis >![XAORI-LB-Series-Laser-
Displacement-Sensor- \(18\)](https://manuals.plus/wp-content/uploads/2023/08
/XAORI-LB-Series-Laser-Displacement-Sensor-18.png)
1. Press “M” in the state of background object or detection object The key.
2. the background object as the base case, press the “▲” button, set in the sensor Base value. When the checked object is the base, press the “▼” button and it is in the checked object The value set.
3. Complete calibration.
1 point Teaching (Window comparison mode)
- For the distance between the detection object datum surface does not implement 1 point teaching, and implement the set Method of setting upper and lower limits. This work is used when distinguishing between upper and lower limits Yes.
- When implementing 1-point teaching (window comparison mode), please Set to [1-point teaching (window comparison mode)] in the detection output setting.
For the setting method, please refer to “?PRO Mode Operation Instructions ”
- When there is a detection object, press the “M” key twice.
- The teaching is completed.
2-point teaching (window comparison mode)
- The method of performing 2-point teaching and setting the reference value range.
- When performing 2-point teaching (window comparison mode), please Set to [2-point teaching (window comparison mode)] in the detection output setting. For the setting method, please refer to “?PRO Mode Operation Instructions”.
- When performing teaching, please use a detection object whose distance does not stop (P-1, P-2)
- In the state of detection object P-1, press the “M” key (for the first time)
- In the state of detecting object P-2, press the “M” key (for the second time)
- Complete the calibration.
3-point teaching (window comparison mode)
- Execute 3 points (P-1, P-2, P-3) teaching, as shown in the figure below, at the 1st and 2nd Set the reference value 1_SL between times, Set the threshold value 2_SL between the 2nd and 3rd times, and set the method of the threshold value range Law.
- When performing 3-point teaching (window comparison mode), please check the input Set it to [3-point teaching (window comparison mode)] in the output setting.
- After teaching, P-1, P-2, and P-3 will be automatically arranged in order from small to large.
- in the detection object P-1 state, press the “M” key (the first time)
- in the detection object P-2 state, press the “M” key (the second time)
- in the detection object P-3 state, press the “M” key (the third time)
- Complete calibration
Threshold fine-tuning function
-
Usual detection mode:
Press the “▲” or “▼” keys to change the threshold directly. -
Window comparison mode:
Press the “▲” or “▼” keys to change the threshold directly. Press “▲” key and “▼” key at the same time, you can switch threshold 1 and threshold 2.
Zero setting function
Note: Zeroing can only be performed if the display mode is set to reverse
mode.
Zero setting function is the function that forces the measurement value to
“zero”. When setting zero,The screen has a vertical line, as shown below:
- Press the “M” key and “▲” key at the same time to reset the Settings
- Press the “M” key and “▲” key at the same time, zero cancel
Key locking function:
- Press the “M” key and “▼” key at the same time to press the lock
- Press the “M” and “▼” keys at the same time to unlock
Menu setting
Long press the “M” key for 3 seconds under the distance display interface to enter the menu setting mode Formula. In the menu setting mode, hold down M for 3 seconds to exit the menu setting The pattern. In menu setting mode, if you do not press any button for 20 seconds, you can automatically rewind Menu setting mode. After entering the menu Settings mode, press the “▲” key or “▼” key Switch the menu up and down. Press the M key to enter the corresponding menu item.
- Working mode: standard, high speed and high precision
- Normally open and normally closed: press “M” key to enter, “▲” or “▼” to switch options, press “M” to confirm.
- Detection output: general pattern, one-point teaching, two-point teaching, three-point teaching.
- Simulation options: 0-5V, 4-20mA
- Error: equivalent to fine tuning of sensitivity, default precision 0.07, detection of small differences can be adjusted to the lowest.
- External input: When selecting the corresponding function, short connect the pink line and OV once;
- Zero setting: clear the current value to zero and display ± value in the range;
- Instruction: Can be used as a single “M” key;
- Stop laser: the sensor stops emitting laser and does not work;
- Output timing: output delay, delayed output, single output, output extension, no timing. Default 5ms is not adjustable
- Display mode: standard, inversion [the current detection value from +35 to -35 to +35, and the corresponding 0-5V or 4-20mA reverse to 5-0V or 20-4mA], offset is to change the value of ±35 to 0-70.
- Hold: The default is to keep off, you can select up or down to keep on. Is the current detection value reached the maximum or minimum time, the output voltage or current can be maintained. A common application is to keep 0 or 5v out of range.
- Screen selection: Steady on, timing screen.
- Language.
- Address (Only version 485 has this menu).
- Reset: press “M” to enter the default display and return. You can switch to confirm reset by up or down.Press M to confirm. The factory Settings are restored.
Press “M” and “▼” keys at the same time: keyboard lock open/close.
External input
In the menu external input select: Zero, Teach, Stop laser.
NPN Model: Pink wire gently shock the negative electrode of the source
after release.
PNP model: pink wire light shock source after the positive pole loose
Precautions
- This product is developed/manufactured for use in industrial environment Product.
- Please be sure to implement wiring operation in the state of cut off power.
- If miswiring occurs, it will cause failure.
- Please avoid parallel wiring with high voltage and power lines, or use the same wiring
Distribution pipe. Otherwise it will cause misaction due to induction.
- Please confirm the change of power supply, so as not to exceed the rated power input.
- When using a commercially available conversion regulator in the power supply, be sure to turn the power on
Case grounding of source (F.G.) terminal grounding.
- Use machines that will cause interference around sensor installation (conversion adjustment
Machine, inverter motor, etc.), be sure to ground the frame of the machine (F.G.) The terminal is grounded.
- Please avoid using in the transition state when the power is switched on.
- About the extension of cable, can use more than 0.3mm² cable, all
It can be up to 10m long.
- Do not bend the leading part of the cable with brute force, and avoid Schgarra pulling isobaric Force.
- Fast start and high frequency bright fluorescent lamps, although they vary by type
As well as solar energy and other light may affect the detection, so please pay attention to avoid No direct incoming light.
- Do not use outside
- Do not make the product cast light, smooth surface attached to water, oil, fingerprints, etc
Things that refract light, or things like dust and garbage that block it out Quality. If attached, use a soft cloth that does not produce dust, or Wipe the lens with paper.
- Please avoid in the steam, dust more places, or corrosive gas Use in the environment.
Please pay attention to avoid contact with diluent and other organic solvents, strong acids, strong bases, oil and Grease.
- When cleaning the light window/light window of the sensor head, please make sure that Perform operations when the power supply is off.
- The orientation of this product has been deviated. Please keep safe when using this product The optical axis of the bracket can be adjusted.
- Memory has a write life of about 100,000 times.” 0N” : Uses memory to store data When valid, note the write lifetime.
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>