Features:
- 11 selectable units: mbar, bar, psi, kPa, ...
- Measuring range from -344 ... +344 mbar / -5.000 to +5.000 psi
- Min / max and average value display
- "Hold" function
- Backlight can be switched on / off
- For long-term measurements including power supply
- Software with USB cable included
- Battery level indicator
- Auto-off function that can be switched off
- Zero point adjustment possible at any time

 

Measuring range inH2O psi mbar kPa inHg mmHg ozin² ftH2O cmH2O kgcm² bar	138,30 5,000 344,7 34,47 1,018 258,5 80,00 11,53 351,5 0,351 0,344
Resolution inH2O psi mbar kPa inHg mmHg ozin² ftH2O cmH2O kgcm² bar	0,01 0,001 0,1 0,01 0,001 0,1 0,01 0,01 0,1 0,001 0,001
Accuracy (at +25 °C / +77 °F)	± 0.3% of measuring range
Linearity	± 0.2%
Response time	Approx. 0.5 sec.
Max. pressure	1378 mbar
Operating temperature	0 ... 50°C / 32 ... 122°F
Storage temperature	-10 ... 60°C / 14 ... 140°F
Media	Air and non-explosive gases
Real-time data-logging interval	1 sec. to 24 h adjustable
Display	Dual LCD
Dimensions	210 x 75 x 50 mm / 8.27 x 2.95 x 1.97 in (H x W x D)
Weight (without batteries)	650 g / 1.44 lbs
Power supply	Battery: 1 x 9V block  AC adapter: 9V DC / 500-mA

 

The PCE-P05-ICA differential manometer is a compact and robust instrument designed to measure pressure in various units, with 11 selectable options. Its large display allows simultaneous viewing of the current pressure value, along with maximum, minimum, and average data, facilitating comprehensive and precise monitoring.

 

Ideal for applications requiring detailed measurement documentation, the PCE-P05-ICA is perfect for controlling the input or output pressure of gases, ensuring reliability and accuracy. The integrated software enables real-time data recording and transfer to a PC, with updates every second. The acquired data can be presented in both tabular and graphical formats, providing a clear view of pressure fluctuations, making the instrument particularly useful in environments where stable conditions must be monitored and maintained over time.

 

The PCE-P05-ICA manometer is, therefore, an essential solution for those needing accurate pressure monitoring, offering ease of use and precision.

 

Delivery scope:
1 x Pressure Meter PCE-P05-ICA
4 x 30cm / 11.8" silicone hose
1 x Software including USB cable
1 x 9V block battery
1 x 9V DC power supply
1 x Plastic case
1 x User manual
1 x ISO Calibration Certificate

Pressure gauges are fundamental instruments for measuring the pressure of gases and liquids in various environments and applications. These devices are essential in many industrial and scientific fields where it is crucial to monitor and control pressure to ensure the proper functioning of equipment and the safety of operators. The ability to measure pressure accurately is vital in environments where small changes can have significant impacts.

 

Types of Gauges and Operation There are various types of pressure gauges, each designed for specific applications. Among the most common are Bourdon tube gauges, digital gauges, and differential gauges.

 

Bourdon Tube Gauges: These are among the oldest and most widely used. They operate through a tubular spring that deforms under pressure. The spring's deformation is converted into a movement that is displayed on a graduated scale. They are widely used to measure medium to high pressures in industrial applications.

 

Digital Gauges: These modern instruments use electronic sensors to measure pressure and display it on a digital screen. They offer greater accuracy than traditional gauges and often include additional features like data storage and the ability to transfer information to a computer for further analysis.

 

Differential Gauges: These measure the difference in pressure between two points and are particularly useful in applications where it is necessary to monitor relative pressure, such as in ventilation systems or filtration processes.

 

Industries and Environments of Use Pressure gauges are used across a wide range of sectors. Here are some of the main ones:

 

Manufacturing Industry: Pressure gauges are crucial for monitoring pressures within machinery and plants, where excessive or insufficient pressure could cause malfunctions or even accidents. For example, in chemical factories, pressure gauges are used to control the pressure in reactors and pipelines.

 

Energy Sector: In the energy production sector, pressure gauges monitor the pressure in steam generators, turbines, and nuclear plants, where precise control is essential for safety and operational efficiency.

 

Hydraulic and Pneumatic Systems: In these systems, pressure gauges ensure that pressure is maintained within operational limits, preventing equipment damage and ensuring systems function efficiently. For example, in pneumatic brake systems, pressure gauges ensure that air pressure is sufficient for proper brake operation.

 

Aerospace and Space: Aircraft and spacecraft rely on pressure gauges to monitor pressure in various systems, including fuel tanks and cabin pressurization systems. A reading error could have disastrous consequences.

 

Food and Beverage Industry: Here, pressure gauges are used to monitor pressure in bottling and fermentation processes, ensuring product quality and plant safety.

 

Domestic Environment: Even in homes, pressure gauges are used, for example, in central heating systems and boilers, where they monitor water and gas pressure to ensure safe operation.

 

Users of Pressure Gauges Pressure gauge users vary widely, from industrial technicians to engineers, chemists, and plant operators. Generally, anyone working in a sector where pressure is a critical parameter can benefit from using a pressure gauge.

 

Industrial Technicians: Often use pressure gauges to check and maintain the correct pressure in machinery and plants. Their technical expertise allows them to interpret readings and intervene in case of abnormal values.

 

Engineers: In design and maintenance, engineers use pressure gauges to ensure that equipment operates within design parameters.

 

Plant Operators: These professionals continuously monitor pressure in processes to ensure everything runs smoothly, and any issues are quickly identified and resolved.

 

The Role of Gauges in Continuous Monitoring In many environments, continuous pressure monitoring is essential. Advanced pressure gauges, like the PCE-P05-ICA, offer real-time data logging and transmission capabilities, allowing operators to respond quickly to pressure changes. The ability to display data in tabular or graphical format facilitates trend analysis and prediction of potential problems, making these instruments indispensable for quality control and preventive maintenance.

 

In summary, pressure gauges are indispensable tools in various sectors, ensuring safety, efficiency, and quality in industrial and domestic processes. Their versatility and reliability make them a key component in pressure monitoring, ensuring systems operate optimally