Combined digital manometer and pressure data logging instrument for recording pressures and temperatures that can store up to 57,000 readings in non-volatile memory with a battery life of up to 5 years.

The LEO Record Pressure Recorder includes a digital pressure gauge to display a continuous pressure reading to an accuracy of 0.1% full scale.

For hazardous area applications requiring intrinsic safety, the LEO Ei pressure data logger is IECEx and ATEX approved for use in potentially explosive atmospheres.

The data-logging function of the LEO record is set-up with the Logger configuration software which is compatible with Windows for PC operating systems

Product Parameters

• Pressure Ranges: from -1 to 3 bar up to 1000 bar
• Pressure Accuracy: +/-0.1%FS, over 0 to 50 DegC, 0.2%FS for custom ranges
• Temperature Measurement: 0 to +50 Deg C
• Temperature Accuracy: ±0.5 DegC
• Display: LCD, 9999 digits
• Data Storage: 57,000 readings with recording cycle < 15secs, 28,000 readings with recording cycle > 15secs
• Recording Interval: 1 per second minimum
• Power Supply: 3.6 Lithium battery powered, type SL-760, 5 years recording 1 reading/10secs, 2 years recording 1 reading/sec
• Dimensions: 76mm x 118mm x 42mm
• Environmental Protection: IP65
• Pressure Connection: 1/4 BSP male
• Special Features: Pressure and temperature logging, download logging procedures via USB, Bluetooth or RS232 for remote logging, selectable pressure units, bar, mbar/hPa, kPa, MPa, psi & Kg/cm2
• Special Options: ATEX and IECEx approved version certified to II 2 G EEx ia IIC T4, calibration cert to international standards or UKAS lab

Product Description

The LEO record pressure data logger is a battery powered compact instrument which can store up to 57,000 readings of pressure and temperature in its non-volatile memory.

Portability

Pressure testing does not necessarily require an elaborate data acquisition system with many input channels permanently connected to a PC. If the test is to be carried out in a intrinsically safe area a simpler approach becomes even more desirable.

Often a single channel pressure data logger which can be easily moved around is a much more convenient and cost effective alternative, especially if it is also battery powered and intrinsically safe for use in potentially explosive atmospheres.

Temperature recording

For improved performance when leak testing it is useful to also record temperature so that pressure variations caused by adiabatic effects rather than leaks can be identified and excluded from the results to determine the true leak rate.

Pressure Ranges

Pressure ranges from -1 to + 1 bar up to 1000 bar gauge or absolute are covered by the LEO Record pressure data logger and unlike other data loggers it has a built-in LCD digital readout for displaying the real-time pressure level and the data logging running mode.

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