Manometer thermometer autonomous MTA-6
Appointment
The autonomous pressure gauge-thermometer МТА -6 is designed for registration of high-pressure and high-voltage sensors for a long time (up to 45 days). The registration of pressure and temperature values is done over time at a point (anywhere, for example, at the bottom).
Features
Setting the operating mode and reading information into the computer is carried out via the USB port.
Setting up to 8 data recording intervals with setting different modes in each interval: the registration period and the duration of the registration interval.
The duration of continuous data recording depending on the registration period is from 150 hours to 4 years.
The duration of continuous operation when using one AA-size battery is up to 300 days.
The use of high-quality materials in the manufacture of pressure gauges ensures their reliable operation in wells with a working temperature of up to 150 ° C and with a hydrogen sulfide content of up to 30%.
Technological software allows you to set the operating modes of the pressure gauge, check the condition of the batteries, view and print out the registered values in the form of tables or graphs, integrate and correlate the depth of the pressure gauge with the readings of other devices.
Execution
MTA-6 are produced with a diameter of about m42 mm and have a lower threaded connection for inclusion in the autonomous recording complex.
Specifications
|
Name |
Value |
|
Recorded overpressure, MPa |
up to 80 |
|
Limits of permissible reduced error of registration of overpressure,% |
± 0.2 |
|
Pressure resolution,% of the upper limit of measuring overpressure, not worse |
0.0015 |
|
Maximum working temperature, ° С |
120; |
|
Temperature resolution, ° С, not worse |
0.05; 0.005 |
|
Duration of continuous operation from one battery |
up to 300 days |
|
Minimum / maximum data recording period, s |
1/255 |
|
Type of computer communication interface |
USB |
|
Number of registration points, not less |
540000 |
|
Overall dimensions: |
|
|
Maximum allowable concentration of H 2 S in a controlled environment,% |
thirty |