| Housing width | 128.78 mm |
| Housing height | 101.09 mm |
| Housing depth | 282.96 mm |
Oil meters
1 - 16
| Housing width | 101.09 mm |
| Housing height | 247.65 mm |
| Housing depth | 143.26 mm |
| Housing width | 168.66 mm |
| Housing height | 122.94 mm |
| Housing depth | 402.59 mm |
| Housing width | 101.09 mm |
| Housing height | 143.26 mm |
| Housing depth | 247.65 mm |
| Housing width | 115.06 mm |
| Housing height | 89.92 mm |
| Housing depth | 257.81 mm |
| Housing width | 101.09 mm |
| Housing height | 247.65 mm |
| Housing depth | 143.26 mm |
| Housing width | 104.39 mm |
| Housing height | 89.92 mm |
| Housing depth | 257.81 mm |
| Housing width | 122.17 mm |
| Housing height | 88.14 mm |
| Housing depth | 278.64 mm |
| Housing width | 104.39 mm |
| Housing height | 247.65 mm |
| Housing depth | 143.26 mm |
| Housing width | 101.09 mm |
| Housing height | 247.65 mm |
| Housing depth | 143.26 mm |
| Housing width | 101.09 mm |
| Housing height | 247.65 mm |
| Housing depth | 143.26 mm |
| Housing width | 101.09 mm |
| Housing height | 247.65 mm |
| Housing depth | 143.26 mm |
| Housing width | 101.09 mm |
| Housing height | 247.65 mm |
| Housing depth | 143.26 mm |
| Housing width | 101.09 mm |
| Housing height | 247.65 mm |
| Housing depth | 143.26 mm |
| Flow ranges | 10 to 120 l/min |
| Housing material | Aluminum - 6000 PSI (420 Bar) |
| Measuring element | Oil at 0.873 specific gravity |
| Flow ranges | 10 to 200 l/min |
| Housing material | Aluminum - 6000 PSI (420 Bar) |
| Measuring element | Oil at 0.873 specific gravity |
Oil meter: The precise measurement of liquid gold
Oil is one of the most important resources of our time. It is used in a variety of ways, whether for the operation of machinery, the production of plastics, or as fuel in heating systems. Accurate measurement of oil consumption is therefore of great importance, both for companies and private households. Here, oil meters are used that enable precise recording of the oil volume.
Oil meters are devices that measure the flow of liquid oil. They consist of various components, such as a totalizer, a flow sensor and a display unit. The counter registers the amount of oil flowing through and passes this information to the display unit. The flow sensor detects the speed at which the oil flows through the meter and transmits the data to the totalizer.
The measurement accuracy of oil meters is of great importance, especially in industrial applications where large quantities of oil are consumed. A small measurement error can result in significant costs as companies may pay for oil that is not present or, conversely, receive too little oil. Therefore, oil meters must be calibrated and maintained regularly to ensure high measurement accuracy.
There are different types of oil meters, which are used depending on the application. A widely used type is the flow meter, which measures the pressure difference between the inlet and outlet of the meter. This pressure difference is directly proportional to the volume flow of the oil. Another commonly used oil meter is the turbine meter, which measures the rotation of a turbine driven by the flow of oil.
Modern oil meters are often equipped with digital display devices, which allow to easily read and transmit the measured data. In addition, many oil meters can be connected to computers or other devices to allow automatic collection and processing of data. This facilitates monitoring of oil consumption and enables accurate billing.
Overall, oil meters are indispensable tools for accurate measurement of oil consumption. They ensure reliable recording of oil volumes and enable companies and individuals to control their costs precisely. Regular maintenance and calibration can ensure high measurement accuracy. Oil meters are thus indispensable tools for the efficient use of the valuable resource oil.
Oil is one of the most important resources of our time. It is used in a variety of ways, whether for the operation of machinery, the production of plastics, or as fuel in heating systems. Accurate measurement of oil consumption is therefore of great importance, both for companies and private households. Here, oil meters are used that enable precise recording of the oil volume.
Oil meters are devices that measure the flow of liquid oil. They consist of various components, such as a totalizer, a flow sensor and a display unit. The counter registers the amount of oil flowing through and passes this information to the display unit. The flow sensor detects the speed at which the oil flows through the meter and transmits the data to the totalizer.
The measurement accuracy of oil meters is of great importance, especially in industrial applications where large quantities of oil are consumed. A small measurement error can result in significant costs as companies may pay for oil that is not present or, conversely, receive too little oil. Therefore, oil meters must be calibrated and maintained regularly to ensure high measurement accuracy.
There are different types of oil meters, which are used depending on the application. A widely used type is the flow meter, which measures the pressure difference between the inlet and outlet of the meter. This pressure difference is directly proportional to the volume flow of the oil. Another commonly used oil meter is the turbine meter, which measures the rotation of a turbine driven by the flow of oil.
Modern oil meters are often equipped with digital display devices, which allow to easily read and transmit the measured data. In addition, many oil meters can be connected to computers or other devices to allow automatic collection and processing of data. This facilitates monitoring of oil consumption and enables accurate billing.
Overall, oil meters are indispensable tools for accurate measurement of oil consumption. They ensure reliable recording of oil volumes and enable companies and individuals to control their costs precisely. Regular maintenance and calibration can ensure high measurement accuracy. Oil meters are thus indispensable tools for the efficient use of the valuable resource oil.
What is an oil meter and what is it used for?
An oil meter is a measuring device that is used to measure the consumption of oil. It is typically used in the heating and fuel industry to record the exact consumption of oil in a system. The meter can be either mechanical or digital and is usually installed in the oil line. It can be used in private households as well as in commercial or industrial environments. An oil meter enables users to monitor consumption, calculate costs and accurately bill for oil consumption.
How does an oil meter work and what technology is behind it?
An oil meter, also known as an oil consumption meter or oil flow meter, is a device for measuring oil consumption in a system. It is generally used in heating systems, industrial plants or vehicles.
The technology behind an oil meter is usually based on the principle of volume measurement. There are different types of oil meters, the most common types being turbine and gear flow meters.
In a turbine flow meter, the oil is passed through a turbine that rotates with the flow of the oil. The rotation of the turbine is recorded by a magnetic system, which in turn is connected to an electronic counter. The counter measures the number of revolutions and uses this to calculate the amount of oil that has flowed through.
In a gear flow meter, the oil is fed between two gears. The rotation of the gear wheels generates a pulse that is detected by a sensor. This pulse is converted into an electronic unit that calculates the amount of oil that has flowed through.
Modern oil meters can also be equipped with additional functions, such as an integrated temperature sensor for measuring the oil temperature or a data interface for transferring consumption data to a higher-level system.
The accuracy of an oil meter depends on various factors, such as the quality of the device, the flow rate of the oil and the viscosity of the oil. It is therefore important to carry out regular maintenance and calibration work to ensure accurate measurement.
The technology behind an oil meter is usually based on the principle of volume measurement. There are different types of oil meters, the most common types being turbine and gear flow meters.
In a turbine flow meter, the oil is passed through a turbine that rotates with the flow of the oil. The rotation of the turbine is recorded by a magnetic system, which in turn is connected to an electronic counter. The counter measures the number of revolutions and uses this to calculate the amount of oil that has flowed through.
In a gear flow meter, the oil is fed between two gears. The rotation of the gear wheels generates a pulse that is detected by a sensor. This pulse is converted into an electronic unit that calculates the amount of oil that has flowed through.
Modern oil meters can also be equipped with additional functions, such as an integrated temperature sensor for measuring the oil temperature or a data interface for transferring consumption data to a higher-level system.
The accuracy of an oil meter depends on various factors, such as the quality of the device, the flow rate of the oil and the viscosity of the oil. It is therefore important to carry out regular maintenance and calibration work to ensure accurate measurement.
What significance does an oil meter have for energy efficiency and costs in a household or business?
An oil meter plays an important role in energy efficiency and costs in a household or business, especially if the heating or other appliances run on oil. Here are some reasons why an oil meter is important:
1. Recording of oil consumption: An oil meter measures exactly how much oil is consumed. This enables the household or company to monitor and control consumption. By knowing the consumption, savings can be achieved, for example by replacing inefficient appliances or optimizing consumption.
2. Calculation of energy efficiency: An oil meter can be used to determine the energy consumption of a household or company. This makes it possible to calculate and evaluate energy efficiency. Low energy efficiency can indicate inefficient appliances or poorly insulated buildings that can be optimized to save energy costs.
3. Control of energy costs: By accurately recording oil consumption, the actual energy costs can be determined. This enables the household or company to plan the budget better and reduce unnecessary costs. By comparing the consumption data with the actual costs, irregularities or leaks that lead to additional costs can also be detected.
4. Sustainability and environmental protection: An oil meter helps to control resource consumption and promote the sustainable use of oil. By monitoring consumption, the household or company can take measures to reduce consumption and minimize the environmental impact. This can be done, for example, by using energy-efficient appliances or improving building insulation.
Overall, an oil meter helps to improve energy efficiency and control energy costs. By accurately recording oil consumption, savings can be made, the environmental impact reduced and the sustainable use of oil promoted.
1. Recording of oil consumption: An oil meter measures exactly how much oil is consumed. This enables the household or company to monitor and control consumption. By knowing the consumption, savings can be achieved, for example by replacing inefficient appliances or optimizing consumption.
2. Calculation of energy efficiency: An oil meter can be used to determine the energy consumption of a household or company. This makes it possible to calculate and evaluate energy efficiency. Low energy efficiency can indicate inefficient appliances or poorly insulated buildings that can be optimized to save energy costs.
3. Control of energy costs: By accurately recording oil consumption, the actual energy costs can be determined. This enables the household or company to plan the budget better and reduce unnecessary costs. By comparing the consumption data with the actual costs, irregularities or leaks that lead to additional costs can also be detected.
4. Sustainability and environmental protection: An oil meter helps to control resource consumption and promote the sustainable use of oil. By monitoring consumption, the household or company can take measures to reduce consumption and minimize the environmental impact. This can be done, for example, by using energy-efficient appliances or improving building insulation.
Overall, an oil meter helps to improve energy efficiency and control energy costs. By accurately recording oil consumption, savings can be made, the environmental impact reduced and the sustainable use of oil promoted.
What types of oil meters are there and what are the differences between them?
There are different types of oil meters that are used depending on the area of application and requirements. Here are some of the most common types of oil meters:
1. Mechanical oil meters: These meters use a mechanical counter that is driven by the flow of oil. They are easy to install and use, but not as precise as other types of oil meters.
2. Electronic oil meters: These meters use electronic sensors to measure the flow of oil and use digital displays to show the measured values. They are more accurate than mechanical meters and offer additional functions such as the ability to monitor the flow in real time and store data.
3. Ultrasonic oil meter: These meters use ultrasonic technology to measure the flow of oil. They are non-contact and offer high accuracy as they are not affected by the viscosity of the oil. Ultrasonic oil meters are often used for larger flow rates.
4. Turbine oil meter: These meters use a turbine to measure the flow of oil. The turbine is driven by the oil flow and the rotary movement is converted into a digital measured value. Turbine oil meters are accurate and can be used for a wide range of flow rates.
The differences between these oil meters lie mainly in their accuracy, their measuring range, their robustness and their area of application. Mechanical meters are generally less expensive, but less accurate and can be influenced by the viscosity of the oil. Electronic and ultrasonic oil meters offer greater accuracy and additional functions, but are generally more expensive. Turbine oil meters offer good accuracy and can be used in a wide range of flow rates. Choosing the right meter depends on the specific requirements and budget.
1. Mechanical oil meters: These meters use a mechanical counter that is driven by the flow of oil. They are easy to install and use, but not as precise as other types of oil meters.
2. Electronic oil meters: These meters use electronic sensors to measure the flow of oil and use digital displays to show the measured values. They are more accurate than mechanical meters and offer additional functions such as the ability to monitor the flow in real time and store data.
3. Ultrasonic oil meter: These meters use ultrasonic technology to measure the flow of oil. They are non-contact and offer high accuracy as they are not affected by the viscosity of the oil. Ultrasonic oil meters are often used for larger flow rates.
4. Turbine oil meter: These meters use a turbine to measure the flow of oil. The turbine is driven by the oil flow and the rotary movement is converted into a digital measured value. Turbine oil meters are accurate and can be used for a wide range of flow rates.
The differences between these oil meters lie mainly in their accuracy, their measuring range, their robustness and their area of application. Mechanical meters are generally less expensive, but less accurate and can be influenced by the viscosity of the oil. Electronic and ultrasonic oil meters offer greater accuracy and additional functions, but are generally more expensive. Turbine oil meters offer good accuracy and can be used in a wide range of flow rates. Choosing the right meter depends on the specific requirements and budget.
How are oil meters calibrated and how often do they need to be checked?
Oil meters are usually calibrated in accordance with national regulations. The exact procedures may vary depending on the country and legislation. In Germany, for example, the calibration law is responsible for the calibration of measuring devices such as oil meters.
Calibration is normally carried out by a state calibration authority or a body commissioned by it. The oil meter is checked for accuracy and adjusted if necessary. The calibration also includes the affixing of a calibration seal, which confirms the validity of the calibration.
The frequency of checking and calibrating oil meters can also vary from country to country. In Germany, for example, oil meters must be calibrated every six years. However, there are exceptions and special regulations for certain applications or device types.
It is important to observe national regulations and laws to ensure that oil meters are correctly calibrated and checked.
Calibration is normally carried out by a state calibration authority or a body commissioned by it. The oil meter is checked for accuracy and adjusted if necessary. The calibration also includes the affixing of a calibration seal, which confirms the validity of the calibration.
The frequency of checking and calibrating oil meters can also vary from country to country. In Germany, for example, oil meters must be calibrated every six years. However, there are exceptions and special regulations for certain applications or device types.
It is important to observe national regulations and laws to ensure that oil meters are correctly calibrated and checked.
What are the advantages of a digital oil meter compared to an analog model?
A digital oil meter offers several advantages compared to an analog model:
1. Accuracy: Digital oil meters are generally more precise than analog models. They can accurately measure and display the smallest quantities of oil.
2. Simple reading: Digital oil meters have a digital display that clearly shows the measured quantity. This makes it easier to read and monitor oil consumption.
3. Data storage: A digital oil meter can store the measured data and keep it for a certain period of time. This allows you to track and analyze oil consumption over time.
4. Remote monitoring: Some digital oil meters are equipped with wireless communication technology that makes it possible to monitor oil consumption remotely. This is particularly useful for companies or households that have several oil tanks.
5. Alarm functions: Digital oil meters can be equipped with alarm functions that notify you when the oil level reaches a certain value or if there is a leak or other problem. This allows you to react in good time and avoid possible damage.
6. Automated billing: Some digital oil meters can be connected to a billing system that automatically records oil consumption and sends the bill to the supplier. This eliminates the need for manual recording and billing of oil consumption.
Overall, digital oil meters offer better control and monitoring of oil consumption as well as easier handling and billing compared to analog models.
1. Accuracy: Digital oil meters are generally more precise than analog models. They can accurately measure and display the smallest quantities of oil.
2. Simple reading: Digital oil meters have a digital display that clearly shows the measured quantity. This makes it easier to read and monitor oil consumption.
3. Data storage: A digital oil meter can store the measured data and keep it for a certain period of time. This allows you to track and analyze oil consumption over time.
4. Remote monitoring: Some digital oil meters are equipped with wireless communication technology that makes it possible to monitor oil consumption remotely. This is particularly useful for companies or households that have several oil tanks.
5. Alarm functions: Digital oil meters can be equipped with alarm functions that notify you when the oil level reaches a certain value or if there is a leak or other problem. This allows you to react in good time and avoid possible damage.
6. Automated billing: Some digital oil meters can be connected to a billing system that automatically records oil consumption and sends the bill to the supplier. This eliminates the need for manual recording and billing of oil consumption.
Overall, digital oil meters offer better control and monitoring of oil consumption as well as easier handling and billing compared to analog models.
What legal requirements and standards apply to the use of oil meters?
Various legal requirements and standards apply to the use of oil meters, which can vary from country to country. In general, however, the following legal framework conditions apply:
1. Measurement and calibration law: In many countries, there is a measurement and calibration law that specifies the exact requirements for measuring devices, including oil meters. Among other things, it regulates the calibration obligation, i.e. that oil meters must be calibrated regularly to ensure a high level of accuracy.
2. Technical rules: There are technical regulations that describe the installation and operation of oil meters in detail. These rules provide instructions on the installation, maintenance and inspection of meters, for example.
3. Fire protection regulations: Oil meters must comply with certain fire protection regulations in many countries. These include, for example, requirements regarding the distance to combustible materials or the use of fire-resistant materials.
4. Environmental protection regulations: Oil meters often have to comply with certain environmental regulations in order to ensure safe and environmentally friendly use. This includes, for example, the use of tight and leak-proof materials.
5. Standards: There are international and national standards that regulate the use of oil meters. Examples of this are ISO 9001:2015 for quality management systems or DIN EN ISO 17025 for the competence of testing and calibration laboratories.
It is important to note that the exact legal requirements and standards may vary depending on the country and area of application. It is therefore advisable to find out about the applicable regulations in the respective region before using oil meters.
1. Measurement and calibration law: In many countries, there is a measurement and calibration law that specifies the exact requirements for measuring devices, including oil meters. Among other things, it regulates the calibration obligation, i.e. that oil meters must be calibrated regularly to ensure a high level of accuracy.
2. Technical rules: There are technical regulations that describe the installation and operation of oil meters in detail. These rules provide instructions on the installation, maintenance and inspection of meters, for example.
3. Fire protection regulations: Oil meters must comply with certain fire protection regulations in many countries. These include, for example, requirements regarding the distance to combustible materials or the use of fire-resistant materials.
4. Environmental protection regulations: Oil meters often have to comply with certain environmental regulations in order to ensure safe and environmentally friendly use. This includes, for example, the use of tight and leak-proof materials.
5. Standards: There are international and national standards that regulate the use of oil meters. Examples of this are ISO 9001:2015 for quality management systems or DIN EN ISO 17025 for the competence of testing and calibration laboratories.
It is important to note that the exact legal requirements and standards may vary depending on the country and area of application. It is therefore advisable to find out about the applicable regulations in the respective region before using oil meters.
What role does an oil meter play in the billing of heating costs in apartment buildings and residential complexes?
An oil meter plays an important role in the billing of heating costs in apartment buildings and residential complexes in which oil heating systems are used. The oil meter measures the consumption of heating oil and serves as the basis for calculating the individual heating costs of each tenant.
The oil meter records the oil consumption per apartment or per heating circuit and is usually read regularly. The heating bill can then be drawn up on the basis of the consumption values. Depending on the agreement, the costs for the heating oil consumed are allocated to the individual tenants either according to consumption or according to the distribution key.
The oil meter thus enables fair and transparent billing of heating costs and offers tenants the opportunity to track their individual consumption.
The oil meter records the oil consumption per apartment or per heating circuit and is usually read regularly. The heating bill can then be drawn up on the basis of the consumption values. Depending on the agreement, the costs for the heating oil consumed are allocated to the individual tenants either according to consumption or according to the distribution key.
The oil meter thus enables fair and transparent billing of heating costs and offers tenants the opportunity to track their individual consumption.