1. Scope of Application
1.1 Equipment Model: Elco-OSM4x-485
1.1.1 Device Sequence
The distance sensor's 485 communication cable is connected to SRC2000 on TE23 for the 485 communication. Multiple groups of devices with different IDs can be combined together, and different devices can be connected after setting parameters respectively.
1.1.2 Electricity Supply
10 to 30 volts DC
1.1.3 Button Description
TEACH: Press and hold the Menu key for 3 seconds to switch to the menu, and then hold for another 3 seconds to switch to the display page.
UP: Move to the next page
DOWN: Page Up
1.1.4 Device Version
The device version should be rb.07 or above. If it is not, please contact the merchant to upgrade.
View Version Method
Simultaneously press the
UPandDOWNkeys for more than 5 seconds. The interface will displayLc.oN. Release the keys.Press and hold the
UPandDOWNkeys for more than 5 seconds for the second time. The interface will displayLc.FA.Then press the
TEACHandDOWNkeys at the same time for more than 5 seconds. Enter the manufacturer menu and press theUPkey. The interface will displayv1.XX, which is the version information. This is the internal setting menu of the device. Do not perform other operations, just look at the version.After viewing the version, press the
TEACHandDOWNkeys at the same time again for more than 5 seconds. You can return to the display page.
Second, Debugging Resources
5.1 Related Documents and Configuring Software
Software for configuring upper settings:
User Manual for Upper Computer:
Instructions for using OSM4x test software
Equipment User Manual:
OSM40_485 Model Chinese Manual @A1
5.2 Definition of Device Nixie Tube
5.3 Installation Diagram
3. Configure Device Parameters
3.1 Configuring As Polling mode
To avoid configuration failure, repeat the configuration process twice. Once the configuration is complete, verify if the parameter has been successfully set.
3.2 ID Configuration
Display the menu by pressing Adr, and navigate to the submenu by pressing TEACH.
The submenu is initially displayed as 0. Press UP/DOWN to adjust parameters step by step with a value of 1. Long press the UP/DOWN key for 3 seconds or more to increase the step value to 10.
Press the TEACH button to confirm and return to the upper-level menu. The value ranges from 0 to 255. The initial address is 0, and 255 indicates the broadcast address.
3.3 Baud rate
The baud rate is equal to 115200.
Display the menu with bAud, press TEACH to go to the submenu.
The submenu is initially displayed with a value of 115.2. Press UP/DOWN to adjust the parameters. The baud rate settings include the following options:
2400, 4800, 9600, 19200, 38400, and 115200 bits per second. The menu displays kilobits per second.
3.4 Indicator Setting (Prompt Effect Only, Not Without)
Display the menu with SEn5, press TEACH to access the submenu.
The submenu is initially displayed
, then pressTEACH to enter the submenu.
The submenu is initially displayed as LP1. Press TEACH to find the minimum detection distance of 150mm. Place the object at this distance and press TEACH again to show that it is good.
Effect: The indicator light will turn on within the effective detection range of 150mm to 800mm.
3.5 The configuration parameters take effect after the power-on
IV. Model Configuration
Elco-OSM4x-485 has a distance detection range of 150mm to 800mm.
id: The value must be identical to the device ID.Brand:
Elco-OSM4x-485
ComID:
Corresponds to ComID 5
485 Communication 4(Default configuration, not mixed).Corresponds to ComID 4
485 Communication 3.
Keyword | Description | Value | Unit |
|---|---|---|---|
x | X-axis Position | The position of x in the right-hand coordinate system, as in the car model | m |
y | Y-axis Position | The position of y in the right-hand coordinate system, as in the car model | m |
z | Z-axis Position | The position of z in the right-hand coordinate system, as in the car model | m |
yaw | Mounting Angle | The angle of direction in the right-handed coordinate system, as in the car model | ° |
minDist | Minimum Detection Distance | The minimum detection distance of the distance sensor, expressed in meters. The minimum distance can be obtained by checking the distance sensor instruction manual | m |
maxDist | Maximum Detection Distance | The maximum detection distance of the distance sensor, expressed in meters. The maximum distance can be obtained by checking the distance sensor instruction manual | m |
range | Receiving Half Angle | The X receiving half angle of the distance sensor (the angle of scatter transmitted by the radar), in degrees. This information can be obtained by checking the distance sensor instruction manual | ° |
minRSSI | Minimum Signal Strength | The minimum signal strength of the distance sensor. The distance sensor number is only valid within a certain range of signal strength. The minimum signal strength can be obtained by checking the distance sensor instruction manual | |
maxRSSI | Maximum Signal Strength | The maximum signal strength of the distance sensor. The distance sensor number is only valid within a certain range of signal strength. The maximum signal strength can be obtained by checking the distance sensor instruction manual | |
brand | Brand Name | Select the appropriate brand |
Five. Equipment Host Computer
Note: Before using the host computer, you must contact the manufacturer to obtain the registration code. Here, only the basic operation of the host computer is demonstrated without using the host computer configuration. |
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3.1 Turn on the host and open the serial port
3.2 Selectionparameter, clickrefresh, query parameters
3.3 Querying the Distance in Polling Mode
Note: The reason for the difference in software version displayed on the computer and the device screen is due to the decimal display on the computer. The display on the device's digital tube should be considered accurate. |
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