Type L-Ex Precision digital pressure gauge Industrial version with explosion protection -1...1000 bar Accuracy ±0,05 %.
For use in hazardous areas / Suitable for aggressive media / Robust and compact design with edge protection / PC interface for direct data transmission / High accuracy
Operating instructions for the precision digital pressure gauge type L-Ex - industrial version with explosion protection
The precision digital pressure gauge type L-Ex was specially developed for use in industrial applications that occur in potentially explosive atmospheres. With a measuring range of -1 to 1000 bar and an accuracy of ±0.05 %, this compact and robust pressure gauge offers reliable pressure measurements in extreme environments. It is suitable for use with aggressive liquids and has a PC interface for direct transmission of the measurement data.
Main features:
- Measuring range: -1...1000 bar
- Accuracy: ±0.05 %
- Explosion protection: Certified for use in potentially explosive atmospheres (ATEX)
- Use for aggressive media: Suitable for use with corrosive and aggressive liquids
- Robust and compact design: With shock-resistant housing for industrial environments
- PC interface: Enables direct transmission of measurement data
Areas of application:
The precision digital pressure gauges are versatile measuring instruments and are suitable for both fixed and mobile pressure measurements in various sectors, such as:
- Permanent or temporary pressure monitoring: Monitoring of pressure values in industrial systems.
- Leak testing of buildings: To detect leaks and optimize the energy efficiency of buildings.
- Inspection of filter systems: Detecting the degree of contamination of filters in ventilation or air conditioning systems.
- Pressure loss tests: Recording of pressure losses to detect leaks in closed systems.
- Barometric measurement of air pressure: For weather observation and forecasting by measuring atmospheric pressure.
- Reference pressure gauge: As a reference device for calibrating and setting other pressure measuring devices.
Available pressure ranges:
- Relative pressure:
- -1...2 bar
- -1...10 bar
- -1...20 bar
- Absolute pressure:
- 0...3 bar
- 0...11 bar
- 0...21 bar
- 0...200 bar
- 0...400 bar
- 0...700 bar
- 0...1000 bar
Precision:
The precision digital pressure gauge offers a measuring accuracy of ±0.05 % FS (based on the final value of the pressure range), guaranteeing exact pressure measurement even in sensitive applications.
Options:
- Customizable pressure ranges: The configuration can be customized depending on the application.
- Certificates:
- Factory test certificate: Documented testing and calibration of the appliance at the factory.
- DAkkS certificate: Optionally available for the highest accuracy requirements and international traceability.
- Without certificate: Optionally also available without calibration certificate.
Advantages:
- Simple on-site use: The pressure gauge can be used directly to check and calibrate other pressure gauges without the need for complex laboratory equipment.
- High precision: With an accuracy of ±0.05 % FS, the device is particularly suitable for applications where accurate pressure measurements are crucial.
- Versatile application options: With various pressure ranges and configuration options, the pressure gauge can be used in a wide range of industries - from building monitoring to industrial production.
Calibration and maintenance:
- Regular calibration: Regular calibration and testing of the pressure gauge ensures constant accuracy and reliability, especially in safety-critical applications.
- Direct data transfer: The PC interface facilitates the recording and monitoring of print data.
Summary:
The precision digital pressure gauge type L-Ex offers a reliable solution for pressure measurement in hazardous areas and applications with aggressive media. Its robust design and high precision make it an indispensable tool in many industrial applications. With a PC interface that enables easy data transfer and the option of DAkkS certification, it offers maximum flexibility and accuracy for critical applications.
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