Products of BEKO Technologies GmbH

METPOINT®️ FLM SF53 with BDL compact - volume flow measurement - Sensor SF53, 185 m/s, 220 mm insertion depth - Datenlogger BDL compact 2D - Connection cable approx. 5 m METPOINT®️ FLM monitoring and controlling the volume flow The Metpoint FLM volume flow measuring system by BEKO Technologies is a state-of-the-art solution for monitoring and controlling the volume flow of compressed air in industrial applications. This innovative system is designed to accurately measure and analyze the volume flow of compressed air in real-time, providing valuable insights into the performance and efficiency of the compressed air system. The Metpoint FLM system utilizes advanced technology to continuously monitor the volume flow of compressed air, allowing users to optimize system performance, detect potential issues, and prevent downtime. By providing accurate and reliable data on the volume flow of compressed air, the Metpoint FLM system enables users to make informed decisions regarding system operation, maintenance, and energy efficiency. Overall, the Metpoint FLM volume flow measuring system by BEKO Technologies is a valuable tool for ensuring the optimal performance and efficiency of compressed air systems in industrial settings. Its advanced features and capabilities make it an essential component for industries that rely on compressed air for their operations. FLM: Sensor technology for volume flow measurement Every third compressor is only operated to compensate for air losses. These costs are largely avoidable. One possibility to avoid these costs is precise acquisition of the current volume flow. This then provides the basis for many important analyses, documentation and decisions. BEKO TECHNOLOGIES provides end-position monitoring with the METPOINT FLM SF13 and SF53. We can measuring the compressed air systems information with METPOINT FLM SF53 sensor and METPOINT BDL Compact To use the METPOINT BDL Compact with the METPOINT FLM SF53, you can integrate both devices into your compressed air system to monitor and maintain the quality of the compressed air. Here are some steps on how you can use these devices together: Installation: Install the METPOINT BDL Compact dew point sensor at a strategic location in your compressed air system where it can accurately measure the dew point of the compressed air. Connect the sensor to the control system or monitoring software for real-time data monitoring. Integration: Integrate the METPOINT FLM SF53 filter monitoring system into your compressed air system to monitor the condition of the compressed air filters. The FLM SF53 continuously monitors the pressure drop across the filters, providing data on the filter condition. Data Monitoring: Use the monitoring software or control system to view the data from both devices simultaneously. Monitor the dew point measurements from the BDL Compact and the filter condition data from the FLM SF53 to ensure that the compressed air system is operating efficiently. Maintenance: Based on the data collected from both devices, schedule maintenance activities such as filter replacement or desiccant regeneration to ensure that the compressed air system continues to produce high-quality dry compressed air. By using the METPOINT BDL Compact with the METPOINT FLM SF53, you can effectively monitor and maintain the quality of your compressed air system. The dew point sensor helps ensure that the compressed air is free from moisture, while the filter monitoring system helps maintain the efficiency of the filters. This integrated approach can help you optimize the performance of your compressed air system and prevent issues related to moisture and filter contamination.

METPOINT®️ OCV compact Ensuring Process Safety with Continuous Oil Vapour Monitoring In industrial settings, oil contamination in compressed air systems can lead to significant risks, impacting worker safety, environmental integrity, and the longevity of production equipment. To mitigate these dangers, continuous monitoring of oil vapour levels is essential. The METPOINT OCV compact system offers a reliable solution by continuously measuring residual oil vapour concentrations in compressed air, ensuring compliance with relevant industry standards. This advanced monitoring technology not only helps maintain the quality of compressed air but also safeguards your operations from potential hazards associated with oil contamination. By implementing such monitoring systems, businesses can enhance process safety, protect their workforce, and ensure the efficient functioning of their equipment, ultimately leading to improved productivity and reduced operational risks. Tiny oil particles are an often underestimated risk in the processing of compressed air. Such particles occur in many places in the compressed air system in the form of oil vapour or aerosols and can lead to serious quality problems. The consequences are not only increased scrap or time-consuming rework: even the finest of oil vapour components can contaminate the final product or whole production plants. Simple and safe operation The METPOINT OCV compact provides information about the current measurement value (oil vapour in mg/m³), the ISO 8573 oil class as well as the status of the measuring system and its components. In addition, the status of the measuring cell and the reference gas generation (purificator) will be displayed visually. You therefore always have an overview about the measurement values, oil class, system status at all times and know immediately that your compressed air is correct. Advantages of the METPOINT OCV compact system Safe - Reproducible accuracy of the measurement values by utilising reference gas generation - Automatic monitoring for the reference gas and sensor electronics - Issuing and transferring of alarm signal messages Reliable - Pressure range from 3 … 16 bar - Online-monitoring for the oil vapour concentration - Data transfer to display as standard feature and control centre with customary communication methods User-friendly - Unambiguous visualisation of all measurement values - Flexible installation - Robust industrial housing METPOINT®️ OCV compact with complete accessories, standard measuring section DN50, 16bar 

METPOINT®️ BDL portable - mobile data logger Mobile data recording METPOINT®️ BDL portabl The new METPOINT® BDL portable is a universally employable hand-held measuring device for many applications in the industry like, for example:Consumption/flow measurement Pressure/vacuum measurement Temperature measurement Residual moisture/dew point measurement With the 3.5" graphics display with a touch screen, operation is very easy. The graphical presentation of the coloured measuring curve is unique. Up to 100 million measured values can be stored with a date and measuring point. The measured values can be transmitted to the PC via USB stick. Advantages of METPOINT® BDL portable Portable data recording Flexible graphical representation Integrated data logger USB interface Intuitive control Extended accumulator time 3/5” touch screen Universal sensor inputs Rapid set up time

METPOINT®️ OCV compact -  oil vapour measuring instrument The METPOINT OCV compact has been developed for measuring hydrocarbon vapours and gases in compressed air system applications. The detection levels are as low as one thousandth mg/m³ of residual oil vapour content and are executed continuously in ongoing operation. Shortened measuring intervals enable the rapid and reliable display of even the smallest deviations. This on-line monitoring process provides the certainty about the quality of your compressed air as an important element of your process safety at all times and at all quality-critical system points. The measurement data can be utilised for documenting the compressed air quality and for identifying contamination sources. Function of oil vapour measuring In the METPOINT®️ OCV compact system, a PID sensor works according to the principle of photo-ionization using a UV lamp. To increase the precision and to compensate for the smallest fluctuations, the determined values ​​are temperature and pressure compensated. This fulfills the requirements of ISO 8573. As a continuous self-control of the measuring system, a reference gas generated by means of an integrated catalytic converter is used. In the periodic change between measuring air and reference air, the function of the PID measuring cell is continuously controlled and adjusted.   Internal reference gas generation by means of a purifier Integrated reference gas generation The METPOINT OCV compact has integrated reference gas treatment by means of a patented catalytic converter. The compressed air is hereby passed on to a heated catalytic converter surface and the hydrocarbons are decomposed catalytically to water (H₂O) and carbon dioxide (CO₂). This reference gas is then continuously routed in alternation with the normal compressed air sample into the measuring chamber and the oil content is measured with the photo-ionisation detector (PID). The measuring chamber is both regularly “cleaned” by this reference gas generation and the measuring system is inspected for its zero point. This “self-monitoring” provides you with the assurance that the system is working accurately in the long term.

LED - volume flow measurement Description METPOINT®️ FLM In order for compressed air systems to operate reliably efficiently and ecologically precise determination of current volume flow Is required. Especially practical the thermal flow meter METPOINT®️ FLM. It is simply and quickly integrated into the existing system under pressure by means of a standard process fitting and using this tool aligned in the direction of the gas flow. Next, It is inserted into the exact center of the pipe that's it the gas flows ideally past the measuring device meaning these temperature sensors the first Measures the current temperature the second is heated to a higher temperature exactly 40 °C hotter than the first As the mass flow increases it would normally cool but an electric heating element prevents that from occurring the electrical energy required to maintain the temperature indifference is that directly proportional to the mass flow increases The electric heaters thermal performance also increases and is converted into the appropriate measured value. Based on these values and the pipes inner diameter the METPOINT®️ FLM Precisely calculators the volume flow. METPOINT FLM: Sensor technology for volume flow measurement Every third compressor is only operated to compensate for air losses. These costs are largely avoidable. One possibility to avoid these costs is precise acquisition of the current volume flow. This then provides the basis for many important analyses, documentation and decisions. BEKO TECHNOLOGIES provides end-position monitoring with the FLM SF13 and SF53.  Is your production set up as optimally economical? You can only comprehensively answer this question when the current volume flowrequirement for your compressed air has been identified. This can be evaluated for you by the FLM volume flow measuring system and thereby provides you with the data basis you need for intelligent energy management. Identify potential savings, overloads and weak points in your system to improve its efficiency. By measuring the actual flow to the various production units, you are in a position to make decisions based on facts. At the same time, the FLM lets them know whether there are any leaks in their system. The measurement thereby provides you with all the necessary data you need to jointly coordinate components in the best possible way and design systems economically.  The FLM SF13 variant is available with measuring sections of different diameters and comes with a calibration certificate for the selected pipe diameter. The METPOINT FLM SF53 is pre-calibrated as a universal sensor to a pipe diameter of 53.1 mm, but can be adjusted/calibrated to other diameters on customer request. METPOINT®️ FLM with LED The less expensive LED variant indicates the need for a new calibration (annually). Please note: The sensor configuration can only be done during production or later via the BDL datalogger Function METPOINT®️ FLM  Two temperature sensors are installed in series in the direction of flow. The first temperature sensor measures the current process temperature of the compressed air, while the second sensor is electrically heated to a temperature that is 40 K higher than that of the first sensor. Higher volume flows results in a quicker drop in temperature at the sensors, so that the electric heater of the second sensor must increase its heat output. The electric energy required to maintain the temperature difference is proportional to the volume flow. This energy consumption is converted to provide the relevant flow measurements. 

METPOINT®️ BDL compact - compressed air data logger Compressed air measurement equipment The METPOINT BDL Compact is a cutting-edge compressed air measurement equipment designed to provide accurate and reliable data on the quality of compressed air systems. This compact device is equipped with advanced sensors and technology to monitor various parameters such as pressure, temperature, humidity, and flow rate. One of the key features of the METPOINT BDL Compact is its user-friendly interface, which allows operators to easily configure and calibrate the device to suit their specific requirements. The device also comes with built-in data logging capabilities, enabling users to track and analyze the performance of their compressed air systems over time. The METPOINT BDL Compact is known for its high level of accuracy and precision, making it a valuable tool for ensuring the efficient operation of compressed air systems. By monitoring key parameters such as pressure and flow rate, operators can identify potential issues and take proactive measures to prevent downtime and optimize energy consumption. Overall, the METPOINT BDL Compact is a reliable and versatile compressed air measurement equipment that can help businesses improve the performance and efficiency of their compressed air systems. Its advanced features and user-friendly design make it a valuable asset for any organization looking to enhance the reliability and productivity of their compressed air systems. All values in focus: BDL compact Volume flow rate, pressure dew point, pressure, current efficiency temperature and residual oil vapour content monitoring with just one measuring device The METPOINT®️ BDL compact is an innovative electronic screen writer for recording critical process parameters for e.g. compressed air and gas applications. The electronic recording system measures connected input signals and subsequently evaluates the required information for the respective application. These are displayed and saved on the device. The process occurrence can be archived on a long-term basis and alarms can be forwarded to superordinated systems. The screen recorder thereby enables process-oriented assessment of the processes and, if necessary, rapid on-site intervention. The METPOINT®️ BDL compact is versatile and flexible. An optimal solution, among others, for food and pharmaceutical industries, for quality assurance and production as well as for environmental and climatic measuring technologies. Intelligent and cost-effective complete solutions can be implemented by utilising these compact systems in plant, system and apparatus engineering.   The cost-effective solution BDL compact The METPOINT®️ BDL compact compact is equipped with two to four sensor inputs optionally analog, digital or mixed. Two additional digital or analogue inputs are optionally available on request - e.g. for electricity meters or pressure sensors. Critical points in your processes are then displayed immediately. This reduces your reaction time and increases process and production safety levels. The compact screen recorder optionally provides a data logger with a 4 GB memory capacity.

METPOINT®️ DPM SD23 with BDL compact - data logger - DPM SD23 dew point trasmitter - Data logger METPOINT®️ BDL compact 2D - MK-Basic-PN16 Measuring chamber with quick-release coupling NW 7.2 plug nipple - parameterized and fully assembled - Connecting cable (5m) METPOINT®️ DPM: Sensor technology for precise pressure dew point measurement Humidity in compressed air applications is a problem and can, in most cases, damage the system and contaminate end products. The ideal instrument for monitoring residual moisture is the pressure dewpoint sensor METPOINT DPM. Our sensor technology enables you to accurately measure the degree of humidity or the pressure dew point at critical flow points in your compressed air system. This information is indispensable for operators who want to improve the quality of their compressed air whilst saving energy and costs.  How can provide the high quality dry compressed air in our production process: The METPOINT DPM is a dew point monitor designed to help compressed air systems maintain high-quality dry compressed air. Dew point is a critical parameter in compressed air systems as it indicates the level of moisture present in the compressed air. Excessive moisture can lead to corrosion, contamination, and reduced efficiency in pneumatic equipment. The METPOINT DPM continuously monitors the dew point of the compressed air, providing real-time data on the moisture content. By accurately measuring the dew point, the METPOINT DPM allows operators to identify potential issues such as condensation, water vapor, or leaks in the system that could compromise the quality of the compressed air. By monitoring and controlling the dew point, the METPOINT DPM helps compressed air systems maintain optimal conditions for producing high-quality dry compressed air. This ensures that the compressed air is free from moisture and contaminants, reducing the risk of equipment damage and performance issues. Overall, the METPOINT DPM plays a crucial role in ensuring the reliability and efficiency of compressed air systems by helping to maintain high-quality dry compressed air. Its accurate monitoring capabilities enable operators to take proactive measures to prevent issues related to moisture and ensure the smooth operation of their compressed air systems. METPOINT®️ DPM stationary pressure dew point transmitter measures the most critical parameters for compressed air and technical gases i.e. temperature, relative humidity and dew point (down to -60 °Ctd).  But that is not all: The METPOINT®️ DPM sensor provides information regarding the functional capabilities for components and the measurement provides the basic data for the optimum dimensioning for your system. The METPOINT®️ DPM sensor is therefore not just a safety guarantee in your process chain, rather also an instrument for increasing production efficiency. Make quality visible – by recording it The METPOINT®️ BDL compact data logger is a compact device with powerful measuring and evaluation functions, including instant alarms in the case of exceedances. It measures all key quality parameters for compressed air and enables you to evaluate the efficiency of your system by identifying hidden cost drivers. User-friendly statistics and charts provide the information you need for effective quality and energy management. The METPOINT®️ BDL compact features two sensor inputs. On request, it is available with two additional digital or analog inputs, e.g. for power meters or pressure sensors. All critical parameters of your processes can be called up on the screen, so that you can intervene without delay if required. The compact device can be equipped with a 2 GB data logger, so that you can track performance over time, which is a prerequisite for continuous quality and efficiency improvement.

METPOINT®️ OCV compact measuring section - oil vapour measuring sectionMeaningful results by using the right measurements Measurement value for mean value formation The compressed air composition hardly ever alters, apart from during malfunctions continuous oil vapour monitoring should be designed in such a way that gradual deterioration or sudden failure of a cleaning stage are indicated reliably. Under specific operating conditions, peak values that occur only briefly are recorded and displayed, although they are not always due to a fault in the compressed air treatment or a defect in the measuring device. If these peaks only occur at very short time intervals, or they relate to individual measured values, they are due to other factors of influence rather than hydrocarbons in the sense of the oil definition. For this reason, the METPOINT ® OCV compact provides a measurement recording with floating mean value formation over defined times in order to eliminate individual measured value outliers automatically. Sampling (measuring section) If the oil classes defined in ISO 8573 are considered, the detection of hydrocarbons of Class 1 i.e. smaller than 0.010 mg/ m³ = 10 μg/m³ can be designated as trace analysis. The sampling type and method is of particular importance in this range. The sample should be taken at a point where it can be ensured that a representative and usable mixture of all components of the compressed air is present. In the case of a homogeneous distribution over the pipe cross-section, the gas sample can be taken at a fixed point approximately at the centre of the pipe cross-section.