DSHX-3A Inclinometer
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DSHX-3A Inclinometer
Purpose:
The instrument is specially designed and
made to determine dip angle and azimuth angle of borehole in the non-magnetic
area.
made to determine dip angle and azimuth angle of borehole in the non-magnetic
area.
The instrument is suitable for determining
dip angle and azimuth angle of borehole, which should be more than 65 mm in
diameter, non-magnetic and without casing tube. Then it can determine
inclination and inclination direction of borehole.
dip angle and azimuth angle of borehole, which should be more than 65 mm in
diameter, non-magnetic and without casing tube. Then it can determine
inclination and inclination direction of borehole.
The instrument has been widely used for
inclination measurement in the field of engineering, hydrology, oil field, coal
field, and geology.
inclination measurement in the field of engineering, hydrology, oil field, coal
field, and geology.
Technical
Parameters:
Parameters:
1. Power supply:
90 V;
90 V;
2. Dip angle
measurement:
measurement:
(1) Measurement
range: 0°～50°;
range: 0°～50°;
(2) Scale
division: 30′;
division: 30′;
(3) Measurement
error: ±30′;
error: ±30′;
3. Azimuth angle
measurement:
measurement:
(1) Measurement
range: 4°～356°;
range: 4°～356°;
(2) Scale
division: 5°;
division: 5°;
(3) Measurement
error: not more than ±4°;
error: not more than ±4°;
4. Pressure
endured by inclinometer probe: 50 MPa;
endured by inclinometer probe: 50 MPa;
5. Maximum
temperature for inclinometer probe: 100 ℃; Maximum temperature for controlling
case on the ground: -20℃～+50℃;
temperature for inclinometer probe: 100 ℃; Maximum temperature for controlling
case on the ground: -20℃～+50℃;
6. Inclinometer
probe:
probe:
(1) Diameter: 54
mm;
mm;
(2) Length: 145 cm
(not including extending tube);
(not including extending tube);
(3) Weight: 20 kg;
7. The instrument
makes determination using point measurement methods. You can read out dip angle
and azimuth angle directly on the controlling case. And can make determination
at multi-points in the borehole.
makes determination using point measurement methods. You can read out dip angle
and azimuth angle directly on the controlling case. And can make determination
at multi-points in the borehole.
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