METPOINT®️ OCV complete

Intelligent Compressor Management for Ultimate Efficiency The BERG AMC Master 4 redefines efficiency by dynamically managing up to 16 compressors. Its intelligent system ensures only the necessary compressors are active at any time, eliminating idle runs and achieving a remarkably tight pressure band of ±0.15 bar. This level of precision not only minimizes energy costs but also prolongs the lifespan of your equipment, making it the ideal solution for energy-conscious industries . Unparalleled Visualization Tools for Real-Time Insights With its integrated web server visualization, the Master 4 offers complete transparency into your compressed air system. This feature highlights inefficient compressors, enabling targeted actions to improve overall system performance. By securely storing data both locally and on your server, the system guarantees continuity even during interruptions. Updates and data exports are also seamless via USB or network connections . User-Friendly Interface for Effortless Configuration The Master 4 is equipped with a 10-inch color touchscreen and WiFi capabilities, making configuration and monitoring accessible through laptops, tablets, or smartphones. Its self-learning algorithms automatically adapt to system dynamics, removing the need for manual adjustments. Simply input compressor parameters and desired pressure ranges, and let the system handle the rest . Comprehensive Monitoring of Ancillary Equipment Beyond compressor control, the Master 4 extends its capabilities to monitor dryers, filters, and other peripherals. Alerts for faults ensure immediate response, reducing downtime and maintaining operational continuity. Its robust integration with ancillary units enhances the overall reliability of your compressed air system . Universal Compatibility for Seamless Integration The Master 4 works independently of compressor brands, forming an efficient unit tailored to your production needs. By utilizing iterative algorithms, it ensures the optimal combination of compressors is always active. This manufacturer-agnostic approach provides flexibility and ensures compatibility across diverse industrial environments .

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.

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.

Revolutionize Your Air Management with BERG AMC Easy In industrial facilities where compressed air systems are crucial, achieving balance between performance, cost-efficiency, and sustainability is key. The BERG AMC Easy Master Controller is your ultimate partner in optimizing compressed air systems. Engineered to manage compressors of any brand seamlessly, this intelligent controller ensures your operations are efficient, reliable, and future-proof. Why Choose BERG AMC Easy Master controller? Dynamic Compressor Control: Capable of managing up to 4 compressors, the BERG AMC Easy uses sophisticated algorithms to match output to actual demand. This prevents overuse, reduces wear, and slashes energy costs. Real-Time Energy Management: With built-in web-based visualization, it tracks energy consumption, pressure levels, and operational efficiency. Monthly performance reports and ISO 50001 compliance make it perfect for audits and green initiatives. Long-Term Reliability: Designed to store up to 20 years of operational data, it ensures robust system analysis while safeguarding critical insights with redundant hardware. Adaptable to Every Industrial Need Whether you run a food processing plant, an automotive workshop, or a pharmaceutical facility, the BERG AMC Easy adapts to diverse requirements. The user-friendly interface simplifies configuration, and its remote access capability ensures you’re always in control—no matter where you are. Sustainability Through Innovation By integrating with peripherals such as dryers, filters, and monitoring systems, the BERG AMC Easy not only optimizes compressors but also enhances the entire air system’s performance. Reduced emissions and minimized energy wastage contribute directly to your company’s environmental goals.

METPOINT®️ OCV compact accessories - oil vapour measuring accessorie Ball valve oil- and grease-free with Stainless steel tubing incl. screw joints 4014394 , Ball valve oil- and grease-free 4042085 , METPOINT®️ OCV: accessories for the horizontal installation: Stainless steel pipe 6 x 1 mm ›› Length max. 1000 mm For 4014085: ›› incl. 2 piece of connection fitting G 3/8" external thread For 4042085: ›› incl. 1 piece of connection fitting G 3/8" external thread ›› incl. 1 piece of connection fitting G 1/8" external thread

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.

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.

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.

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.

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.

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.