MELSOFT Library
FB for the analog-digital converter module (other languages)
This FB library is for the analog-digital converter module.
| Applicable model | L60AD4 |
|---|
| File name | Size | Last update | Version |
|---|---|---|---|
| fb-l60ad4_v102c_e.zip | 2,921,112 bytes | Apr. 4, 2012 | 1.02C |
| Relevant manual | Type | Language |
|---|---|---|
| FBM-M030-C | MELSEC-L Analog-Digital Converter Module FB Library Reference Manual | English |
| FBM-M080-A | Chinese (simplified) |
| FB name | Function name | Description | Ver. |
|---|---|---|---|
| M+L60AD4_ReadADVal | Read A/D conversion data | Reads the A/D conversion data of a specified channel. | 1.01B |
| M+L60AD4_ReadAllADVal | Read all A/D conversion data | Reads the A/D conversion data of all channels. | 1.01B |
| M+L60AD4_ReadScalingVal | Read scaling value | Reads the scaling value (digital operation value) of a specified channel. | 1.01B |
| M+L60AD4_ReadAllScalingVal | Read all scaling values | Reads the scaling values (digital operation values) of all channels. | 1.01B |
| M+L60AD4_SetConvertSpeed | Conversion speed setting | Sets the conversion speed of a specified module. | 1.01B |
| M+L60AD4_SetADConversion | Enable/disable A/D conversion | Enables or disables A/D conversion for a specified channel or all channels. | 1.01B |
| M+L60AD4_SetAverage | Averaging process setting | Configures a specified channel for the Averaging processing A/D conversion method. | 1.01B |
| M+L60AD4_SetScaling | Scaling setting | Configures a specified channel's scaling value output settings. | 1.01B |
| M+L60AD4_SetProcessAlarm | Process alarm setting | Configures a specified channel's process alarm settings. | 1.01B |
| M+L60AD4_SetInputSignalErr | Input signal error detection setting | Configures a specified channel's input signal error detection settings. | 1.01B |
| M+L60AD4_RequestSetting | Operation condition setting request | Applies changes made to each function's operational condition settings. | 1.01B |
| M+L60AD4_SetOffsetVal | Offset setting | Sets the offset value of a specified channel to the current analog value. | 1.01B |
| M+L60AD4_SetGainVal | Gain setting | Sets the gain value of a specified channel to the current analog value. | 1.01B |
| M+L60AD4_ShiftOperation | Shift operation | Adds the shift amount to the digital value that was input. | 1.00A |
| M+L60AD4_DiffOperation | Differential conversion process | Outputs the difference obtained by subtracting the standard value from the digital value that was input. | 1.00A |
| M+L60AD4_ErrorOperation | Error operation | Performs monitoring and reset of intelligent function module error codes. | 1.01B |
| M+L60AD4_OGBackup | Offset/gain value save | Reads the offset and gain values from the user range setting, and save to file. | 1.01B |
| M+L60AD4_OGRestore | Offset/gain value restore | Restores the user range offset/gain settings of a module from a file created with M+L60AD4_OGBackup. | 1.01B |
| M+L60AD4_SetInputSignalErrExp | Input signal error detection extension setting | Sets the input signal error detection extension setting of a specified channel. | 1.00A |
| M+L60AD4_SetDigitalClip | Digital clipping setting | Enables or disables the digital clipping of a specified channel. | 1.00A |
| M+L60AD4_SetShift | Shift setting | Performs the shift setting of a specified channel. | 1.00A |
| M+L60AD4_SetLoggingPARAM | Logging function parameter setting | Performs the logging function of a specified channel. | 1.00A |
| M+L60AD4_SetFlowRatePARAM | Flow amount integration function parameter setting | Sets the flow amount integration function of a specified channel. | 1.00A |
| M+L60AD4_SaveLogging | Logging data save | Saves the logging data of a specified channel in a file. | 1.00A |
| M+L60AD4_MakeFlowRateDailyReport | Flow amount daily report creation | Saves the flow amount daily report data of all channels in a file. | 1.00A |
[Improvement history of the FB for the MELSEC-L analog-digital converter module from Ver.1.01B to Ver.1.02C (Apr., 2012)]
| No. | Description |
|---|---|
| 1 | The following problem is solved: OPERATION ERROR (error code: 4101) may occur when an index register having the number same as that used by the FB, except M+L60AD4_ShiftOperation and M+L60AD4_DiffOperation. |
| 2 | The following FBs are added: M+L60AD4_SetInputSignalErrExp, M+L60AD4_SetDigitalClip, M+L60AD4_SetShift, M+L60AD4_SetLoggingPARAM, M+L60AD4_SetFlowRatePARAM, M+L60AD4_SaveLogging, and M+L60AD4_MakeFlowRateDailyReport. |
| 3 | M+L60AD4_SetOffsetVal and M+L60AD4_ErrorOperation are optimized, and the number of steps is reduced. |
[Precautions for using the file]
Install the FB library to the personal computer in which GX Works2 of the following version has been installed.
- GX Works2 (English): Version 1.24A or later
- GX Works2 (Chinese (simplified)): Version 1.49B or later
[How to extract the compressed file]
Copy the file to a folder.
After the copied file is decompressed, the fb-l60ad4_v102c_e folder is created.
Decompression method 1): For the OS with the ZIP-compatible decompression function
- Right-click the copied file.
- Select "Extract All...".
When "Extract All..." is not displayed, follow the decompression method 2). - Specify the location of the extracted file, and click the "Extract" button to start the decompression.
Decompression method 2): For the OS without the ZIP-compatible decompression function
- If not having the ZIP-compatible decompression tool, acquire the decompressing tool.
- Decompress the file using the decompression tool.
* Use the decompression tool at users' own risk.
[Installation method]
- Execute setup.exe in the fb-l60ad4_v102c_e folder.
- Install the FB library following the messages of the installer.
[How to use MELSOFT Library]
- Select [Library] - [Install...] from the [Project] menu.
- In the [Import Library to Project] dialog box, select the installed library and necessary FBs, and click the [OK] button.
- Paste the FB from the [Element Selection] window to the program.
[Precautions for using MELSOFT Library]
- Before applying the FB library of MELSOFT Library to a system, check sufficiently if no problem occurs in the control of the system.
