m1M Pressure Gauge
The M1M pressure gauge is a precision digital pressure measuring instrument specifically designed for industrial applications. It integrates high-precision sensors and advanced microprocessor technology, offering a robust and reliable solution for pressure measurement. The gauge is designed with user-friendliness and versatility in mind, suitable for a variety of complex industrial environments and testing scenarios.
In terms of structural design, the M1M pressure gauge adopts a compact size and lightweight materials, making it easy to install and use in space-restricted environments. Its casing is typically made of corrosion-resistant materials to withstand potentially corrosive industrial environments. Additionally, the user interface of the M1M pressure gauge is designed to be simple and intuitive, equipped with a backlit display for clear reading even in low-light conditions.
The M1M pressure gauge has a wide range of applications. It can be used to monitor and control pressure fluctuations in industrial processes, ensuring the safety and efficiency of production. In the chemical, oil, and gas industries, the M1M pressure gauge can be used to monitor pressure in reactors, storage tanks, and pipeline systems, preventing overpressure and leakage incidents. In the automotive and aerospace sectors, the gauge can be used for testing and calibrating fuel systems, hydraulic systems, and pneumatic systems, ensuring their proper operation and performance.
The portable design of the M1M pressure gauge makes it an ideal choice for field service and maintenance work. It can be quickly deployed at different test points for real-time data collection and analysis, helping engineers promptly identify and address issues. Moreover, the data recording feature of the gauge allows users to record and analyze pressure data over a period of time, which is crucial for process optimization and quality control.
The M1M pressure gauge stands out in the market for its high performance and multifunctionality. It provides more accurate and reliable measurement results compared to traditional analog pressure gauges, a significant advantage for industrial applications requiring precise control and monitoring. By using the M1M pressure gauge, users can enhance production efficiency, reduce downtime, and ensure product quality. Additionally, the gauge is designed with ease of use and maintainability in mind, reducing long-term operational costs and improving return on investment.
Operating Temperature: The operating temperature range is -10 to 50°C (14 to 122°F), non-condensing, with no change in accuracy throughout the operational temperature range.
Display: A 5-digit LCD screen, 16.8mm (0.66 inches) high, is clearly visible even in sunlight, equipped with a bright backlight.
Power Supply: Uses two AA batteries, typically lasting 900 hours. Battery life can be extended to up to 30,000 hours through a button selection.
Sensor and Storage Temperature: The sensor is made of 316 stainless steel and Viton® (internal O-ring) materials, fully welded with a permanently filled diaphragm seal. Compatible with HiP LM4 and LF4 series for medium pressure pipe systems, as well as Autoclave Engr SF250CX Male and Female series.
Storage Temperature: The storage temperature range is -40 to 75°C (-40 to 167°F). If stored for more than one month, it is recommended to remove the batteries.
Special Functions and Accessories: Special functions include average calculation (for smoothing unstable readings), a vertical bar graph (for quick reference of percentage pressure indication), and capture functions (for recording minimum and maximum values).
Accessories: A range of accessories is provided, such as a protective case (P/N 3436) and NPT/BSP hose and fitting kits (P/N 4016/4017), enhancing the durability and applicability of the pressure gauge.
Certifications and Compliance: The M1M is compliant with Electromagnetic Compatibility (EMC) and Pressure Equipment Directives, offering an EC Declaration of Conformity. Additionally, the M1M has been approved for portable test instruments used on ships and complies with classification rules for vessels, high-speed and light craft, and offshore structures by Det Norske Veritas.
Ordering Information and System: Various models and accessory options are available, including standard NPT, optional BSP, and M20x1.5 connection types, along with different pump systems (such as System B and System C) to meet diverse application needs.
Process Control: In chemical production processes, the M1M pressure gauge can be used to monitor and control the pressure in reactors, separators, heaters, and other equipment, ensuring that chemical reactions occur under suitable pressure conditions, thus safeguarding product quality and production safety.
Safety Monitoring: Many devices and pipelines in the chemical industry operate under high pressure. The M1M pressure gauge can monitor the pressure status of these systems in real time, promptly detecting abnormal conditions such as overpressure or low pressure, enabling the implementation of safety measures to prevent accidents.
Liquid Level Measurement: In storage tanks or reactors containing liquid chemicals, the M1M pressure gauge can indirectly determine the liquid level height by measuring the pressure generated by the liquid level, which is crucial for controlling material feed and discharge.
Environmental Monitoring: In the chemical production environment, the M1M pressure gauge can be used to monitor the pressure in the ventilation system, ensuring that harmful gases do not accumulate in the work area, protecting employee health and environmental safety.
When using the M1M pressure gauge, it is necessary to select the appropriate model and specifications based on the specific requirements of the chemical process, considering factors such as the corrosiveness of the medium, temperature, and pressure range. Additionally, regular calibration and maintenance are essential to ensure the accuracy and reliability of the pressure gauge.
High Precision and Stability: The M1M pressure gauge utilizes imported high-precision sensors and MCU, along with high-resolution AD converters, to achieve high precision and low power consumption, with good stability and high accuracy.
Ease of Readability: The M1M pressure gauge is usually equipped with a large LCD display screen, making the measurement results intuitive and prominent, enhancing the convenience of reading.
Multifunctionality: Beyond the basic pressure measurement function, the M1M pressure gauge may include advanced features such as data logging, communication interfaces (such as RS232, USB, etc.), remote monitoring and control, making it suitable for automated and intelligent measurement systems.
Durability and Adaptability: The casing of the M1M pressure gauge is typically made of stainless steel, corrosion-resistant, and capable of withstanding mechanical pressure. The entire body adopts sealing technology, making it adaptable for use in various complex environments.
Energy Efficiency and Simple Maintenance: The M1M pressure gauge employs micro-power design, with an integrated rechargeable lithium battery. After a single charge, it can operate continuously for long periods, reducing the frequency of battery replacement and lowering long-term usage costs.
Ease of Operation and Programming: The M1M pressure gauge's operation interface is typically more modern, using film panel light touch switches with a novel style, long button life, rich software content, and simple and clear operation.
Variety of Pressure Units and Ranges: The M1M pressure gauge offers multiple pressure units to choose from, allowing users to freely switch based on their needs. It also provides a wide range of scales to meet different measurement requirements.
The M1M pressure gauge is a precision instrument specifically designed to meet modern industrial measurement needs. Its technical details and application scenarios highlight its importance in industrial automation and process control. By providing high precision, stability, and user-friendly operations, the M1M pressure gauge offers significant operational advantages and economic benefits to users.
The article is from the Temperature Calibrator（温度校验仪）
Key Technical Specifications and Features
The core technical features of the M1M pressure gauge highlight its high-accuracy reading capability, typically achieving 0.25% full-scale accuracy, which makes it capable of meeting demanding measurement tasks requiring high precision. Furthermore, the gauge is designed with long-term stability in mind, maintaining its measurement accuracy even under continuous use. The temperature effect on the M1M pressure gauge is minimized at 20°C, ensuring measurement accuracy in varying environmental temperatures.In terms of structural design, the M1M pressure gauge adopts a compact size and lightweight materials, making it easy to install and use in space-restricted environments. Its casing is typically made of corrosion-resistant materials to withstand potentially corrosive industrial environments. Additionally, the user interface of the M1M pressure gauge is designed to be simple and intuitive, equipped with a backlit display for clear reading even in low-light conditions.
The M1M pressure gauge has a wide range of applications. It can be used to monitor and control pressure fluctuations in industrial processes, ensuring the safety and efficiency of production. In the chemical, oil, and gas industries, the M1M pressure gauge can be used to monitor pressure in reactors, storage tanks, and pipeline systems, preventing overpressure and leakage incidents. In the automotive and aerospace sectors, the gauge can be used for testing and calibrating fuel systems, hydraulic systems, and pneumatic systems, ensuring their proper operation and performance.
The portable design of the M1M pressure gauge makes it an ideal choice for field service and maintenance work. It can be quickly deployed at different test points for real-time data collection and analysis, helping engineers promptly identify and address issues. Moreover, the data recording feature of the gauge allows users to record and analyze pressure data over a period of time, which is crucial for process optimization and quality control.
The M1M pressure gauge stands out in the market for its high performance and multifunctionality. It provides more accurate and reliable measurement results compared to traditional analog pressure gauges, a significant advantage for industrial applications requiring precise control and monitoring. By using the M1M pressure gauge, users can enhance production efficiency, reduce downtime, and ensure product quality. Additionally, the gauge is designed with ease of use and maintainability in mind, reducing long-term operational costs and improving return on investment.
M1M Pressure Gauge Specifications and Features
Accuracy and Calibration: The M1M pressure gauge offers high-precision measurements, with a recommended calibration every three years. Within the 0-20% scale range, accuracy is ±(0.05% full scale), and within the 20-110% scale range, accuracy is ±(0.25% reading). It is worth noting that while all models indicate vacuum, vacuum specifications are only applicable to the 300 psi/20 bar/2 MPa model.Operating Temperature: The operating temperature range is -10 to 50°C (14 to 122°F), non-condensing, with no change in accuracy throughout the operational temperature range.
Display: A 5-digit LCD screen, 16.8mm (0.66 inches) high, is clearly visible even in sunlight, equipped with a bright backlight.
Power Supply: Uses two AA batteries, typically lasting 900 hours. Battery life can be extended to up to 30,000 hours through a button selection.
Sensor and Storage Temperature: The sensor is made of 316 stainless steel and Viton® (internal O-ring) materials, fully welded with a permanently filled diaphragm seal. Compatible with HiP LM4 and LF4 series for medium pressure pipe systems, as well as Autoclave Engr SF250CX Male and Female series.
Storage Temperature: The storage temperature range is -40 to 75°C (-40 to 167°F). If stored for more than one month, it is recommended to remove the batteries.
Special Functions and Accessories: Special functions include average calculation (for smoothing unstable readings), a vertical bar graph (for quick reference of percentage pressure indication), and capture functions (for recording minimum and maximum values).
Accessories: A range of accessories is provided, such as a protective case (P/N 3436) and NPT/BSP hose and fitting kits (P/N 4016/4017), enhancing the durability and applicability of the pressure gauge.
Certifications and Compliance: The M1M is compliant with Electromagnetic Compatibility (EMC) and Pressure Equipment Directives, offering an EC Declaration of Conformity. Additionally, the M1M has been approved for portable test instruments used on ships and complies with classification rules for vessels, high-speed and light craft, and offshore structures by Det Norske Veritas.
Ordering Information and System: Various models and accessory options are available, including standard NPT, optional BSP, and M20x1.5 connection types, along with different pump systems (such as System B and System C) to meet diverse application needs.
Applications of the M1M Pressure Gauge in the Chemical Industry
The M1M pressure gauge is an instrument specifically designed for measuring the pressure of liquids or gases. Its applications in the chemical industry are primarily focused on the following areas:Process Control: In chemical production processes, the M1M pressure gauge can be used to monitor and control the pressure in reactors, separators, heaters, and other equipment, ensuring that chemical reactions occur under suitable pressure conditions, thus safeguarding product quality and production safety.
Safety Monitoring: Many devices and pipelines in the chemical industry operate under high pressure. The M1M pressure gauge can monitor the pressure status of these systems in real time, promptly detecting abnormal conditions such as overpressure or low pressure, enabling the implementation of safety measures to prevent accidents.
Liquid Level Measurement: In storage tanks or reactors containing liquid chemicals, the M1M pressure gauge can indirectly determine the liquid level height by measuring the pressure generated by the liquid level, which is crucial for controlling material feed and discharge.
Environmental Monitoring: In the chemical production environment, the M1M pressure gauge can be used to monitor the pressure in the ventilation system, ensuring that harmful gases do not accumulate in the work area, protecting employee health and environmental safety.
When using the M1M pressure gauge, it is necessary to select the appropriate model and specifications based on the specific requirements of the chemical process, considering factors such as the corrosiveness of the medium, temperature, and pressure range. Additionally, regular calibration and maintenance are essential to ensure the accuracy and reliability of the pressure gauge.
Advantages of the M1M Pressure Gauge Compared to Traditional Gauges
The M1M pressure gauge typically refers to modern pressure measurement instruments with digital displays and advanced features. Compared to traditional analog pointer-type pressure gauges, they have several advantages:High Precision and Stability: The M1M pressure gauge utilizes imported high-precision sensors and MCU, along with high-resolution AD converters, to achieve high precision and low power consumption, with good stability and high accuracy.
Ease of Readability: The M1M pressure gauge is usually equipped with a large LCD display screen, making the measurement results intuitive and prominent, enhancing the convenience of reading.
Multifunctionality: Beyond the basic pressure measurement function, the M1M pressure gauge may include advanced features such as data logging, communication interfaces (such as RS232, USB, etc.), remote monitoring and control, making it suitable for automated and intelligent measurement systems.
Durability and Adaptability: The casing of the M1M pressure gauge is typically made of stainless steel, corrosion-resistant, and capable of withstanding mechanical pressure. The entire body adopts sealing technology, making it adaptable for use in various complex environments.
Energy Efficiency and Simple Maintenance: The M1M pressure gauge employs micro-power design, with an integrated rechargeable lithium battery. After a single charge, it can operate continuously for long periods, reducing the frequency of battery replacement and lowering long-term usage costs.
Ease of Operation and Programming: The M1M pressure gauge's operation interface is typically more modern, using film panel light touch switches with a novel style, long button life, rich software content, and simple and clear operation.
Variety of Pressure Units and Ranges: The M1M pressure gauge offers multiple pressure units to choose from, allowing users to freely switch based on their needs. It also provides a wide range of scales to meet different measurement requirements.
The M1M pressure gauge is a precision instrument specifically designed to meet modern industrial measurement needs. Its technical details and application scenarios highlight its importance in industrial automation and process control. By providing high precision, stability, and user-friendly operations, the M1M pressure gauge offers significant operational advantages and economic benefits to users.
The article is from the Temperature Calibrator（温度校验仪）
