HydroLevelControl: Difference between revisions
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Configuration can be loaded and saved from a device and from a file. To read the initial configuration from the device, click to Load button close to "Load from device". It will connect to the device and read out the configuration. The same can be done with a previously stored file, that contain the configuration parameters. Saving the configuration can be done by clicking to the Save button, close to destination of save (Device or File). Please note that a program will check is the input data for any parameter correct or not. In a case of incorrect value, it will not write the configuration to the device or file. |
Configuration can be loaded and saved from a device and from a file. To read the initial configuration from the device, click to Load button close to "Load from device". It will connect to the device and read out the configuration. The same can be done with a previously stored file, that contain the configuration parameters. Saving the configuration can be done by clicking to the Save button, close to destination of save (Device or File). Please note that a program will check is the input data for any parameter correct or not. In a case of incorrect value, it will not write the configuration to the device or file. |
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* Device language is a parameter change the information language on the LCD screen. Is can be different from Program language. |
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* Pressure sensor (psi) is a maximal value of the installed pressure sensor. Is engraved on the sensor body (5 psi, 15 psi, etc). Can be only a round number, decimal number are not allowed. |
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* Fluid density (kg/m<sup>3</sup>) can be a round number in kilograms per cubicle meter. Below is a table with the density of most used fluids in industry: |
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{| class="wikitable" |
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|+Fluids density |
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!Fluid |
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!Density (g/m<sup>3</sup>) |
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|- |
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|Wather |
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|1000 |
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|- |
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|Ethanol (99%) |
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|789 |
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|- |
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|Disel |
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|845 |
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|- |
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|Gasoline |
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|755 |
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|- |
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|Molasses |
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|1600 |
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|} |
Revision as of 12:33, 25 October 2021
Description
HydroLevelControl is a bundle of hardware and software designed to measure, present and control the level of fluids. Measurement is based on the hydrostatic pressure provided by the fluid above the pressure sensor. The measured pressure value is converted to a requested data format, according to inserted data, like fluid density, reservoir surface, etc. The measured value can be used to activate the visual alarm (blinking LCD display), sound alarm, and two relays. All this can be configured independently.
Take care that this device can be used only on atmospheric pressure. Installation in an over or under pressured environment can permanently damage the sensor and the device!
Background
The device has a pressure sensor, actually a pressure transducer, that is powered with 5 VDC. Depending on the pressure, it produces a different voltage on output that is measured and converted to pressure. Based on the fluid density, is possible to calculate the height of the fluid above the sensor. With the known height and the reservoir surface, can be calculated the volume and the mass of the fluid.
Specification
Parameter | Value |
---|---|
Hardware | |
Power | 220 VAC or 5 VDC over USB |
Sensor type | Pressure transducer, 5 VDC |
Sensor range | 5 - 15 psi |
Sensor offset | 0.5 VDC (at 0 pressure) to 4.5 VDC (at maximal pressure) |
Inlet size | 1/8”-27 NPT |
LCD | 2.9" with blue background light |
Relay | 2 independent relays, maximal load 2A at 220VAC |
Software | |
Operation system | Windows 8 and Windows 10 |
Communication | Serial over USB, TTL on device |
Software functions | Configuration and measurement |
Hardware
The hardware information.
Software
HydroLevelControl software is a program designed to read measured data and configure the hardware. It communicates with a USB to Serial TTL, where the TTL is on the hardware side. The software can be downloaded from this page for free. It supports 16 languages: English, German, French, Spanish, Dutch, Hungarian, Croatian, Slovenian, Serbian (Latin), Czech, Slovakian, Polish, Danish, Swedish, Norwegian and Finnish.
Developer | RAPMAS |
Written in | C# |
Operating system | Windows |
Size | Under 1MB |
Licence | Proprietary software |
Website | www.rapmas.com/HydroLevelControl/ |
Installation
The installer can be downloaded online. After start the install process, You will be asked to choose the language of the installation. Please note that a chooses language will be the default language at a first start of the program. It can be changed later at any time. Executable and the supporting files will be installed (by default) to Program Files folder, and can be started from the Start menu. Also in Start menu can be accessed the Uninstaller.
Configuration
Connect the device to the USB port. After the starting the program, You can see the main configuration window. It is used to configure a device, read the measured data and to save the configurations into device and also to file.
In the upper right corner is the Connection group box. You must choose the correct Serial port. After this, You have to click to the Connect button. If the Serial port was correct the Status message will be changed to Connected. Under the Status box can be selected the program language, after a change, the program will restart automatically in new language. In the left bottom corner will be presented the measured value with the relay status in a blue box with a white text.
Configuration can be loaded and saved from a device and from a file. To read the initial configuration from the device, click to Load button close to "Load from device". It will connect to the device and read out the configuration. The same can be done with a previously stored file, that contain the configuration parameters. Saving the configuration can be done by clicking to the Save button, close to destination of save (Device or File). Please note that a program will check is the input data for any parameter correct or not. In a case of incorrect value, it will not write the configuration to the device or file.
- Device language is a parameter change the information language on the LCD screen. Is can be different from Program language.
- Pressure sensor (psi) is a maximal value of the installed pressure sensor. Is engraved on the sensor body (5 psi, 15 psi, etc). Can be only a round number, decimal number are not allowed.
- Fluid density (kg/m3) can be a round number in kilograms per cubicle meter. Below is a table with the density of most used fluids in industry:
Fluid | Density (g/m3) |
---|---|
Wather | 1000 |
Ethanol (99%) | 789 |
Disel | 845 |
Gasoline | 755 |
Molasses | 1600 |