Pfeiffer Vacuum CMR 263 Compact Capacitance Gauge, DN 16 ISO-KF, PTR 24521

The Pfeiffer Vacuum CMR 263 Compact Capacitance Gauge is compatible with the Pfeiffer TPG 252 and TPG 256 Vacuum Measurement and Control Units.

A Brief Overview of Pressure Measurement Within a Vacuum System:

Pressure measurement is the analysis of an applied force by a fluid (liquid or gas) on a surface. Pressure is typically measured in units of force per unit of surface area - the Pascal (Pa) is the SI unit commonly used to measure pressure, equivalent to one newton per square meter. Alternatively, pounds per square inch (psi) can also be used as a unit of pressure measurement. In determining the degree of pressure within a vacuum or system, most gauges measure pressure relative to atmospheric pressure, a level referred to as the zero point. Vacuum gauges are especially precise instruments, as they are able to detect the slightest deviations from a state of total vacuum. Any reading greater than total vacuum in such a state constitutes a form of pressure, and thus a vacuum gauge uses total vacuum as the zero point. A vacuum gauge utilizes an absolute scale, whereby the lever begins at the zero point (a complete absence of pressure within a state of total vacuum) and can only change in one direction (as pressure increases).

Differential pressure is likewise an important concept in the field of pressure measurement, as it conveys the difference in pressure between two points or systems. Often times, this refers to the difference between standard atmospheric pressure (typically about 100 kPa at sea level) and the pressure within a vacuum environment. Differential pressure analyses are commonly used in industrial processing systems, and are incorporated within many of the products sold and serviced by A&J Vacuum Services. Differential pressure gauges feature two inlet ports, each connected to one of the two environments where pressure is to be monitored. By monitoring the pressure differential between a near-vacuum environment and one featuring standard atmospheric pressure, the user/operator may obtain an accurate pressure reading by subtracting the difference in total pressure between the two systems.

*THERE ARE NO RETURNS ON THIS PRODUCT IF OPENED OR USED*

A&J Vacuum services and repairs Pfeiffer Vacuum CMR 263 Compact Capacitance Gauges, along with all other Pfeiffer Vacuum pressure gauges, transmitters, and measurement devices available on our website. Please contact us for additional information concerning our service program or click http://www.ajvs.com/service.php to access our Services page. We likewise offer emergency service and repair upon request. For more information, please contact A&J Vacuum Services at (973) 249-0854. Thank you for choosing AJVS as your supplier​.

Pfeiffer Vacuum Capacitance  CMR 362 Series Gauge, 100 hPa F.S., DN 16 ISO-KF, 2000006962 / PT R246 11 / PTR24611

Product Features - Pfeiffer Capacitance CMR 362 Gauge (w/DN 16 ISO-KF Flange):

• Minimal Zero Drift
• Memory Effects Not Included
• Sensor in Ceramic Technology
• Precise Temperature Compensation
• Calibration Test Report Included in Delivery
• Measurement Range: 1 * 10^(-2) hPa to 110 hPa
• Utilizes DN 16 ISO-KF Model Flange (16 mm Diameter)
• Materials Employed have Identical Temperature Coefficients

A Brief Overview of Pressure Measurement Within a Vacuum System:

Pressure measurement is the analysis of an applied force by a fluid (liquid or gas) on a surface. Pressure is typically measured in units of force per unit of surface area - the Pascal (Pa) is the SI unit commonly used to measure pressure, equivalent to one newton per square meter. Alternatively, pounds per square inch (psi) can also be used as a unit of pressure measurement. In determining the degree of pressure within a vacuum or system, most gauges measure pressure relative to atmospheric pressure, a level referred to as the zero point. Vacuum gauges are especially precise instruments, as they are able to detect the slightest deviations from a state of total vacuum. Any reading greater than total vacuum in such a state constitutes a form of pressure, and thus a vacuum gauge uses total vacuum as the zero point. A vacuum gauge utilizes an absolute scale, whereby the lever begins at the zero point (a complete absence of pressure within a state of total vacuum) and can only change in one direction (as pressure increases).

Differential pressure is likewise an important concept in the field of pressure measurement, as it conveys the difference in pressure between two points or systems. Often times, this refers to the difference between standard atmospheric pressure (typically about 100 kPa at sea level) and the pressure within a vacuum environment. Differential pressure analyses are commonly used in industrial processing systems, and are incorporated within many of the products sold and serviced by A&J Vacuum Services. Differential pressure gauges feature two inlet ports, each connected to one of the two environments where pressure is to be monitored. By monitoring the pressure differential between a near-vacuum environment and one featuring standard atmospheric pressure, the user/operator may obtain an accurate pressure reading by subtracting the difference in total pressure between the two systems.

Gauge Dimensions:

*THERE ARE NO RETURNS ON THIS PRODUCT IF OPENED OR USED*

A&J Vacuum services and repairs Pfeiffer Vacuum CMR 362 Series Capacitance Gauges, along with all other Pfeiffer Vacuum pressure gauges, transmitters, and measurement devices available on our website. Please contact us for additional information concerning our service program or click http://www.ajvs.com/service.php to access our Services page. We likewise offer emergency service and repair upon request. For more information, please contact A&J Vacuum Services at (973) 249-0854. Thank you for choosing AJVS as your supplier​.

Pfeiffer Vacuum Capacitance  CMR 362 Series Gauge, 100 hPa F.S., Tube OD ½”, 2000006961 / PT R24 610 / PTR24610

Product Features - Pfeiffer Capacitance CMR 362 Gauge (w/Tube OD 1/2" Flange):

• Minimal Zero Drift
• Memory Effects Not Included
• Sensor in Ceramic Technology
• Precise Temperature Compensation
• Calibration Test Report Included in Delivery
• Measurement Range: 1 * 10^(-2) hPa to 110 hPa
• Utilizes OD 1/2" Tube Inlet Model (Half-Inch Diameter)
• Materials Employed have Identical Temperature Coefficients

A Brief Overview of Pressure Measurement Within a Vacuum System:

Pressure measurement is the analysis of an applied force by a fluid (liquid or gas) on a surface. Pressure is typically measured in units of force per unit of surface area - the Pascal (Pa) is the SI unit commonly used to measure pressure, equivalent to one newton per square meter. Alternatively, pounds per square inch (psi) can also be used as a unit of pressure measurement. In determining the degree of pressure within a vacuum or system, most gauges measure pressure relative to atmospheric pressure, a level referred to as the zero point. Vacuum gauges are especially precise instruments, as they are able to detect the slightest deviations from a state of total vacuum. Any reading greater than total vacuum in such a state constitutes a form of pressure, and thus a vacuum gauge uses total vacuum as the zero point. A vacuum gauge utilizes an absolute scale, whereby the lever begins at the zero point (a complete absence of pressure within a state of total vacuum) and can only change in one direction (as pressure increases).

Differential pressure is likewise an important concept in the field of pressure measurement, as it conveys the difference in pressure between two points or systems. Often times, this refers to the difference between standard atmospheric pressure (typically about 100 kPa at sea level) and the pressure within a vacuum environment. Differential pressure analyses are commonly used in industrial processing systems, and are incorporated within many of the products sold and serviced by A&J Vacuum Services. Differential pressure gauges feature two inlet ports, each connected to one of the two environments where pressure is to be monitored. By monitoring the pressure differential between a near-vacuum environment and one featuring standard atmospheric pressure, the user/operator may obtain an accurate pressure reading by subtracting the difference in total pressure between the two systems.

Gauge Dimensions:

*THERE ARE NO RETURNS ON THIS PRODUCT IF OPENED OR USED*

A&J Vacuum services and repairs Pfeiffer Vacuum CMR 362 Series Capacitance Gauges, along with all other Pfeiffer Vacuum pressure gauges, transmitters, and measurement devices available on our website. Please contact us for additional information concerning our service program or click http://www.ajvs.com/service.php to access our Services page. We likewise offer emergency service and repair upon request. For more information, please contact A&J Vacuum Services at (973) 249-0854. Thank you for choosing AJVS as your supplier​.

Pfeiffer Vacuum Capacitance  CMR 363 Series Gauge, 10 hPa F.S., DN 16 ISO-KF, 2000006969 / PT R24 621 / PTR24621

Product Features - Pfeiffer Capacitance CMR 363 Gauge (w/DN 16 ISO-KF Flange):

• Minimal Zero Drift
• Memory Effects Not Included
• Sensor in Ceramic Technology
• Precise Temperature Compensation
• Calibration Test Report Included in Delivery
• Measurement Range: 1 * 10^(-3) hPa to 11 hPa
• Utilizes DN 16 ISO-KF Model Flange (16 mm Diameter)
• Materials Employed have Identical Temperature Coefficients

A Brief Overview of Pressure Measurement Within a Vacuum System:

Pressure measurement is the analysis of an applied force by a fluid (liquid or gas) on a surface. Pressure is typically measured in units of force per unit of surface area - the Pascal (Pa) is the SI unit commonly used to measure pressure, equivalent to one newton per square meter. Alternatively, pounds per square inch (psi) can also be used as a unit of pressure measurement. In determining the degree of pressure within a vacuum or system, most gauges measure pressure relative to atmospheric pressure, a level referred to as the zero point. Vacuum gauges are especially precise instruments, as they are able to detect the slightest deviations from a state of total vacuum. Any reading greater than total vacuum in such a state constitutes a form of pressure, and thus a vacuum gauge uses total vacuum as the zero point. A vacuum gauge utilizes an absolute scale, whereby the lever begins at the zero point (a complete absence of pressure within a state of total vacuum) and can only change in one direction (as pressure increases).

Differential pressure is likewise an important concept in the field of pressure measurement, as it conveys the difference in pressure between two points or systems. Often times, this refers to the difference between standard atmospheric pressure (typically about 100 kPa at sea level) and the pressure within a vacuum environment. Differential pressure analyses are commonly used in industrial processing systems, and are incorporated within many of the products sold and serviced by A&J Vacuum Services. Differential pressure gauges feature two inlet ports, each connected to one of the two environments where pressure is to be monitored. By monitoring the pressure differential between a near-vacuum environment and one featuring standard atmospheric pressure, the user/operator may obtain an accurate pressure reading by subtracting the difference in total pressure between the two systems.

Gauge Dimensions:

*THERE ARE NO RETURNS ON THIS PRODUCT IF OPENED OR USED*

A&J Vacuum services and repairs Pfeiffer Vacuum CMR 363 Series Capacitance Gauges, along with all other Pfeiffer Vacuum pressure gauges, transmitters, and measurement devices available on our website. Please contact us for additional information concerning our service program or click http://www.ajvs.com/service.php to access our Services page. We likewise offer emergency service and repair upon request. For more information, please contact A&J Vacuum Services at (973) 249-0854. Thank you for choosing AJVS as your supplier​.

Pfeiffer Vacuum Capacitance  CMR 363 Series Gauge, 100 hPa F.S., Tube OD ½”, 2000006968 / PT R24 620 / PTR24620

Product Features - Pfeiffer Capacitance CMR 363 Gauge (w/Tube OD 1/2" Flange):

• Minimal Zero Drift
• Memory Effects Not Included
• Sensor in Ceramic Technology
• Precise Temperature Compensation
• Calibration Test Report Included in Delivery
• Measurement Range: 1 * 10^(-3) hPa to 11 hPa
• Utilizes Pipe OD ½" Model Flange (Half-inch Diameter)
• Materials Employed have Identical Temperature Coefficients

A Brief Overview of Pressure Measurement Within a Vacuum System:

Pressure measurement is the analysis of an applied force by a fluid (liquid or gas) on a surface. Pressure is typically measured in units of force per unit of surface area - the Pascal (Pa) is the SI unit commonly used to measure pressure, equivalent to one newton per square meter. Alternatively, pounds per square inch (psi) can also be used as a unit of pressure measurement. In determining the degree of pressure within a vacuum or system, most gauges measure pressure relative to atmospheric pressure, a level referred to as the zero point. Vacuum gauges are especially precise instruments, as they are able to detect the slightest deviations from a state of total vacuum. Any reading greater than total vacuum in such a state constitutes a form of pressure, and thus a vacuum gauge uses total vacuum as the zero point. A vacuum gauge utilizes an absolute scale, whereby the lever begins at the zero point (a complete absence of pressure within a state of total vacuum) and can only change in one direction (as pressure increases).

Differential pressure is likewise an important concept in the field of pressure measurement, as it conveys the difference in pressure between two points or systems. Often times, this refers to the difference between standard atmospheric pressure (typically about 100 kPa at sea level) and the pressure within a vacuum environment. Differential pressure analyses are commonly used in industrial processing systems, and are incorporated within many of the products sold and serviced by A&J Vacuum Services. Differential pressure gauges feature two inlet ports, each connected to one of the two environments where pressure is to be monitored. By monitoring the pressure differential between a near-vacuum environment and one featuring standard atmospheric pressure, the user/operator may obtain an accurate pressure reading by subtracting the difference in total pressure between the two systems.

Gauge Dimensions:

*THERE ARE NO RETURNS ON THIS PRODUCT IF OPENED OR USED*

A&J Vacuum services and repairs Pfeiffer Vacuum CMR 362 Series Capacitance Gauges, along with all other Pfeiffer Vacuum pressure gauges, transmitters, and measurement devices available on our website. Please contact us for additional information concerning our service program or click http://www.ajvs.com/service.php to access our Services page. We likewise offer emergency service and repair upon request. For more information, please contact A&J Vacuum Services at (973) 249-0854. Thank you for choosing AJVS as your supplier​.

Pfeiffer Vacuum Capacitance  CMR 363 Series Gauges, 10 hPa F.S., 8 VCR, 2000006972 / PT R24 623 / PTR24623

Product Features - Pfeiffer Capacitance CMR 363 Gauge (w/Cajon 8 VCR Flange):

• Minimal Zero Drift
• Memory Effects Not Included
• Sensor in Ceramic Technology
• Precise Temperature Compensation
• Calibration Test Report Included in Delivery
• Measurement Range: 1 * 10^(-3) hPa to 11 hPa
• Utilizes Cajon 8 VCR Model Flange (8 mm Diameter)
• Materials Employed have Identical Temperature Coefficients

A Brief Overview of Pressure Measurement Within a Vacuum System:

Pressure measurement is the analysis of an applied force by a fluid (liquid or gas) on a surface. Pressure is typically measured in units of force per unit of surface area - the Pascal (Pa) is the SI unit commonly used to measure pressure, equivalent to one newton per square meter. Alternatively, pounds per square inch (psi) can also be used as a unit of pressure measurement. In determining the degree of pressure within a vacuum or system, most gauges measure pressure relative to atmospheric pressure, a level referred to as the zero point. Vacuum gauges are especially precise instruments, as they are able to detect the slightest deviations from a state of total vacuum. Any reading greater than total vacuum in such a state constitutes a form of pressure, and thus a vacuum gauge uses total vacuum as the zero point. A vacuum gauge utilizes an absolute scale, whereby the lever begins at the zero point (a complete absence of pressure within a state of total vacuum) and can only change in one direction (as pressure increases).

Differential pressure is likewise an important concept in the field of pressure measurement, as it conveys the difference in pressure between two points or systems. Often times, this refers to the difference between standard atmospheric pressure (typically about 100 kPa at sea level) and the pressure within a vacuum environment. Differential pressure analyses are commonly used in industrial processing systems, and are incorporated within many of the products sold and serviced by A&J Vacuum Services. Differential pressure gauges feature two inlet ports, each connected to one of the two environments where pressure is to be monitored. By monitoring the pressure differential between a near-vacuum environment and one featuring standard atmospheric pressure, the user/operator may obtain an accurate pressure reading by subtracting the difference in total pressure between the two systems.

Gauge Dimensions: