Language
English

Hello Guest!
Login / Register
Your Cart 0
€0.00

PCE Instruments PCE-PDA A100L Pressure gauge up to 200 kPa with data logger, graphic LCD display, USB interface and MAX, MIN, Hold functions

PCE Instruments PCE-PDA A100L Pressure gauge up to 200 kPa with data logger, graphic LCD display, USB interface and MAX, MIN, Hold functions

In stock
SKU
PCE-PDA-A100L
€775.90
(Incl. Tax: €946.60)

The PCE-DPA A100L pressure gauge measures atmospheric pressure and operates in a range from absolute zero to 200 kPa. It is ideal for industrial and shop floor applications, including vacuum control in containers. It runs on USB rechargeable batteries and has a large, backlit display for easy reading. The internal sensor detects absolute pressure, with a mode that improves resolution. It includes a data logger for documenting data, with customisable frequency and duration.

Loading...
Features:
- Graphic LCD display
- USB interface
- Datalogger
- Vacuum measurement
- Various units of measurement
- MIN, MAX, HOLD functions
- Measured value levelling
- Temperature measurement function
 
Specification
Measuring range pressure 0 ... 200 kPa absolute
Resolution 0.01 kPa, 0.1 kPa
Accuracy <± 0.5% of the measuring range
   
Nominal pressure 200 kPa
Overpressure 200 kPa
Burst pressure 300 kPa
   
Media Liquids
Air
Non-aggressive gasses
Measuring rate 10 Hz
Measurement units Pa, hPa, kPa, MPa, mbar, bar, ATM, kg / cm², mmH2O, cmH2O, inH2O, mmHg, inHg, Torr, PSI, PSF
Pressure Absolute pressure
Pressure connections 5 mm nipple for quick connectors
Max, Min and Hold function Yes
Data logger 1024 memory slots
1 s ... 255 h Recording time per memory location
1 s ... 24h recording interval
Medium For air and non-explosive gasses
Zero correction Yes, with a zero key
Averaging Yes, between 0.1 ... 9.9 s
Display Graphic LCD with backlight
Protection IP41
Power supply 2 x 1.5V AA battery / 1.2V NiMh battery
5V / 500-mA USB power adapter
Current consumption 50-mA (with backlight)
10-mA (without backlight)
Operating temperature 0 ... 50°C / 32 ... 122°F
Storage temperature 10 ... 55°C / 50 ... 131°F
Dimensions 145 x 85 x 35 mm / 5.7 x 3.3 x 1.4 in 
Weight About 285 g / < 1 lb
 
The PCE-DPA A100L manometer is designed to measure atmospheric pressure within a range from absolute zero up to 200 kPa, making it versatile for numerous applications in industrial sectors and workshops. In some situations, it can also be used to monitor vacuum levels inside containers.
 
The device is powered by rechargeable batteries using a USB charger, making it suitable for portable use. The large, backlit display allows for easy reading of data even in low-light conditions.
 
The internal sensor measures absolute pressure, while a quick-connect fitting facilitates pressure measurement of air and liquids. The device features an advanced measurement mode that allows for a tenfold increase in value resolution. In addition to current pressure readings, the display shows maximum and minimum values detected, with the option to reset the memory function with the simple press of a button. It also measures temperature.
 
The integrated datalogger enables the documentation of recorded values, with the user able to set the sampling frequency and the duration of data recording.
 
Shipping contents:
1 x Pressure gauge PCE-PDA A100L
2 x 1.2V AA NiMh battery
1 x USB power cable
1 x Micro USB cable
1 x Software
Instruction manual (available as download)
 
 
Introduction to Manometers: Functions and Uses
Manometers are essential tools for measuring and monitoring pressure across a range of applications and industrial sectors. These devices are designed to measure the pressure of gases and liquids, and their accuracy and versatility make them crucial in many professional settings. In this overview, we will explore what manometers are, how they work, and the main sectors and environments where they are used.
 
What is a Manometer?
A manometer is a device that measures the pressure of a fluid (gas or liquid) relative to a reference point. The reference point can be the atmosphere (relative pressure) or absolute zero (absolute pressure). This instrument is used to monitor and control various processes and operational conditions.
 
How Does a Manometer Work?
The operating principle of a manometer depends on its type. Common types of manometers include:

  • Spring Manometers: These use a calibrated spring that compresses or extends in response to applied pressure. The deflection of the spring is read on a graduated scale.

  • Capsule Manometers: These use a metallic capsule that deforms under pressure. The deformation is translated into a reading on the manometer scale.

  • Electronic Manometers: These use electronic sensors to measure pressure and provide digital readings. These manometers may include advanced features such as data storage and USB communication.

 
Uses and Applications
Manometers are employed in various sectors and applications, including:

  1. Industrial Sector: In industrial settings, manometers are crucial for monitoring production processes. They are used to measure pressure in compression systems, pumps, boilers, and hydraulic systems. Precision is essential for ensuring the safety and operational efficiency of machinery and systems.

  2. Workshops and Maintenance: Operators and technicians use manometers for the maintenance and control of machinery and equipment. Their ability to provide accurate measurements helps prevent malfunctions and keeps equipment in optimal condition.

  3. Energy Sector: In the energy sector, manometers monitor pressure in energy production facilities, such as power plants and refining plants. Accurate measurement is vital for energy efficiency and plant safety.

  4. Research and Development Laboratories: In laboratories, manometers are used for experiments and scientific research that require precise pressure measurement. These environments often require high-precision instruments with advanced features such as data logging.

  5. Food and Pharmaceutical Industry: In these industries, manometers help monitor pressure during production and packaging processes. Cleanliness and accuracy are particularly important to ensure product quality and safety.

  6. Automotive Sector: Manometers are used to test and monitor pressure in fuel and cooling systems of vehicles. Their application helps maintain vehicle performance and safety.

 
Types of Manometers
There are various types of manometers, each designed for specific applications and environments:

  • Analog Manometers: These instruments provide pressure readings via a graduated scale. They are simple and robust, ideal for many industrial and maintenance applications.

  • Digital Manometers: These offer precise readings and may include additional features such as display backlighting, data logging, and USB connectivity. These manometers are useful for applications requiring high precision and advanced analysis.

  • Precision Manometers: Designed for scientific and laboratory applications, these instruments offer extremely high precision and can measure very low or high pressures.

 
Conclusion
Manometers are essential tools for pressure measurement across a wide range of sectors. Their ability to provide accurate and reliable measurements is crucial for process control, equipment maintenance, and quality assurance in various industrial and scientific fields. With different types available, it is possible to select the manometer best suited to the specific needs of each application.
EAN Code:
4250348717672
Typology:
Pressure gauge
Brand:
PCE INSTRUMENTS
Resolution (mm):
0.01 kPa
Measurements range:
0 - 200 kPa