High-pressure data loggers are specialized instruments designed for continuous monitoring and recording of pressure levels in demanding industrial and research applications. These rugged devices provide accurate and reliable data capture in environments with extreme pressure ranges, ensuring safety and process optimization.
40,000 psi pressure sensor and data logger - Accurately monitor and record pressure data in high-pressure environments up to 40,000 psi.- Recordable indicator and sensor up to 30000 psi for pressure test rig - Accurate and reliable pressure measurement up to 30,000 psi with integrated data recording. Ideal for demanding pressure test rig applications.
- 5000 psi data logging gauge for measuring hydraulic pressures - Monitor and log high pressure hydraulics with this 5800 psi data logging gauge. Features USB connection and software for data transfer.
- Hydraulic piston recorder & display with 2 pressure sensors - Monitor and record hydraulic piston parameters with the MultiCon CMC-N16 and TPSA high-pressure transmitters. This system displays pressure, calculates force/torque, and logs data for analysis.
- High pressure data logging to 20,000 psi - The ADT681 is a logging pressure gauge which has the option for a 25,000 psi pressure range.
- 50,000 psi logger, indicator and sensor for hose burst testing - High pressure indicator, logger and pressure sensor to measure between 0 and 50,000 psi (~3500 bar) for hose burst tests.
- Hydraulic press logger for recording up to 10,000 psi with 0.1 sec logging rate - Recording pressures up to 10,000 psi on a hydraulic press with a fast logging rate.
- 15,000 psi intrinsically safe high pressure logger - Pressure data logger with internal battery and memory for use in oil and gas applications to measure pressures up to 15,000 psi.
LEO Record (Ei) Pressure Data Logger
ADT681 Digital Pressure Gauge
DM01-500-HD High Range Digital Pressure Gauge
- Hydraulic puller-tensioner bar pressure to kilonewton load HMI display & logger
- 30,000 psi pressure sensor with recording indicator for data acquisition
- Data logger for ATEX zone 1 area to measure up to 5000 psi
- 1000 bar PC logging pressure gauge for connecting to computer USB port
- 10000 psi Digital Pressure Gauge with Memory Storage
- 6000 psi recording digital pressure gauge with intrinsic safety
- 4500 psi digital pressure gauge with datalogging
- 700 barg natural gas high range pressure gauge logger with 1/2 NPT male fitting
- 1600 bar data acquisition and recording system
Applications
- Hydraulic Systems: Monitor pressure fluctuations in hydraulic presses, cylinders, and pumps to ensure optimal performance and prevent failures.
- Water Jet Cutting: Monitor water pressure in high-pressure water jet cutting machines to ensure consistent cutting performance.
- Burst Pressure Testing: Recording pressure data during burst tests to determine the ultimate strength and failure point of components or systems. Destructive Testing: Capturing pressure data during destructive tests to analyze material behavior and failure mechanisms under extreme pressure conditions.
- Oil and Gas Industry: Monitoring downhole pressures in oil and gas wells, pipeline integrity assessments, and hydraulic fracturing operations.
- Process Industries: Pressure monitoring in chemical reactors, high-pressure vessels, and hydraulic systems for process optimization and safety.
- Research and Development: Capturing pressure data in laboratory experiments, materials testing, and scientific research involving high-pressure conditions.
- Aerospace: Monitoring pressure changes in aircraft hydraulic systems and rocket engine fuel pumps
- Environmental Monitoring: Monitor pressure in deep-sea environments or other high-pressure ecosystems for scientific research.
- Construction and Civil Engineering: Monitoring pressure in hydraulic systems for heavy machinery, pile driving operations, and structural health monitoring.
- Automotive: Evaluating performance and safety of braking systems and fuel injection systems.
Selection Considerations
Selecting the appropriate high-pressure data logger requires careful consideration of several factors:
- Pressure Range: Ensure the logger’s pressure range is compatible with the intended application.
- Accuracy: Determine the required accuracy level for the specific measurement task.
- Sampling Rate: Consider how frequently pressure readings need to be recorded to capture the desired data resolution.
- Memory Capacity: Choose a logger with sufficient memory to store the required amount of data.
- Environmental Conditions: Evaluate the logger’s suitability for the specific environmental conditions, such as temperature, humidity, and potential exposure to corrosive substances.
- High-Frequency Mode: If the application involves highly dynamic pressure changes, such as those encountered in hydraulic systems, a high-frequency sampling mode may be necessary to accurately capture pressure spikes and fluctuations.
- Overpressure Protection: For applications with potential pressure surges or cavitation effects, consider a logger with a sufficient overpressure rating and built-in protection mechanisms to prevent damage to the sensor.
High-pressure data loggers are indispensable tools for monitoring and recording pressure data in challenging industrial and research environments. Their ability to withstand extreme conditions, provide accurate measurements, and offer extended logging capabilities makes them crucial for ensuring safety, optimizing processes, and advancing scientific understanding. By carefully considering the specific application requirements, engineers and researchers can select the ideal high-pressure data logger to meet their unique needs.