DSHX-3A2 Digital Inclinometer
- Product Details
- Company Profile
The instrument removes hammer swing parts in the probe tube. This highly improves anti-shaking ability of the instrument. The depth interval and measurement point numbers can be preset at random. This improves measurement efficiency.
Function:
The instrument is the best instrument used
to determine inclination of borehole, which is greater than 54 mm in diameter,
in the non-magnetic engineering area, hydrology, oil field, coal field, and
geology.
to determine inclination of borehole, which is greater than 54 mm in diameter,
in the non-magnetic engineering area, hydrology, oil field, coal field, and
geology.
The instrument is latest designed digital
inclination measurement instrument of new type with the function of automatic
test dada recording.
inclination measurement instrument of new type with the function of automatic
test dada recording.
The instrument is upgraded instrument used
to determine dip angle and azimuth angle of vertical or directional borehole.
to determine dip angle and azimuth angle of vertical or directional borehole.
Main
Characteristics
Characteristics
The instrument removes hammer swing parts in
the probe tube. This highly improves anti-shaking ability of the instrument.
The depth interval and measurement point numbers can be preset at random. This
improves measurement efficiency.
the probe tube. This highly improves anti-shaking ability of the instrument.
The depth interval and measurement point numbers can be preset at random. This
improves measurement efficiency.
The instrument adopts a high precision
gravity accelerator and a 3D magneto-resistance sensor to form the measurement
system, so it is sensitive, good in repeatability, and small.
gravity accelerator and a 3D magneto-resistance sensor to form the measurement
system, so it is sensitive, good in repeatability, and small.
The instrument uses modern digital signal
processing techniques, so it can calculate dip angle and azimuth angle
accurately, so that they can meet the requirement for accuracy.
processing techniques, so it can calculate dip angle and azimuth angle
accurately, so that they can meet the requirement for accuracy.
The instrument adopts long distance
transmitting technology, so it can transmit digital signal through long cables
reliably. This highly improves anti-interference ability of the instrument.
transmitting technology, so it can transmit digital signal through long cables
reliably. This highly improves anti-interference ability of the instrument.
The instrument adopts an ultra-brighten LCD
for display, and uses six controlling buttons for man-machine conversation.
Test dada can be recorded automatically without manual intervention.
for display, and uses six controlling buttons for man-machine conversation.
Test dada can be recorded automatically without manual intervention.
The instrument combines button operation
with display interface, so it is convenient to be operated. If purchase a
micro-printer, it can print out test data at determination field.
with display interface, so it is convenient to be operated. If purchase a
micro-printer, it can print out test data at determination field.
Technical
Parameters:
Parameters:
1. Inclination
measurement depth: ≤1200 meter;
measurement depth: ≤1200 meter;
2. Measurement
range and measurement error:
range and measurement error:
(1) Dip angle
measurement range: 0~50°; Measurement error: ±0.2°;
measurement range: 0~50°; Measurement error: ±0.2°;
(2) Azimuth angle
measurement range: 0~360°;
measurement range: 0~360°;
The dip angle is 1~3°: Measurement error is ±5.0°;
The dip angle is 3~50°: Measurement error is ±3.0°;
3. Measurement
mode: at fixed point; measurement depth interval and measurement point numbers
can be preset at random;
mode: at fixed point; measurement depth interval and measurement point numbers
can be preset at random;
4. Data storage:
100 group of measurement data in maximum;
100 group of measurement data in maximum;
5. Record mode:
automatic recording; test data can be saved automatically;
automatic recording; test data can be saved automatically;
6. Power supply:
AC 220V±10%, 50 Hz;
AC 220V±10%, 50 Hz;
7. Working environment
for controlling unit:
for controlling unit:
(1) Temperature:
-10℃~50℃;
-10℃~50℃;
(2) Relative
humidity: ≤85%;
humidity: ≤85%;
8. Working
environment for inclinometer probe:
environment for inclinometer probe:
(1) Temperature:
0℃~55℃;
0℃~55℃;
(2) Pressure
endured: ≤15MPa;
endured: ≤15MPa;
9. Size and
weight:
weight:
(1) Controlling
unit: 270×220×155 mm; 2.4 kg;
unit: 270×220×155 mm; 2.4 kg;
(2) Inclinometer
probe: Φ54×1345 mm; 13.5 kg;
probe: Φ54×1345 mm; 13.5 kg;