DSHP-3A2 Portable Digital Inclinometer
- Product Details
- Company Profile
Use a high precision gravity accelerator and 3D magnetic resistance to form measurement system of the instrument, so it has high sensitivity, good repeatability and small volume.
Function:
The instrument is a new and economical
digital inclination measurement instrument with the function of automatic data
recording.
digital inclination measurement instrument with the function of automatic data
recording.
The instrument is suitable to determine dip
angle and azimuth angle of vertical or directional borehole in the non-magnetic
area.
The instrument has been widely used to
determine inclination of borehole, which is more than 40 mm in diameter, in the
engineering, hydrology, oil field, coal field, and geology.
determine inclination of borehole, which is more than 40 mm in diameter, in the
engineering, hydrology, oil field, coal field, and geology.
Main Advantages:
Use a high precision gravity accelerator and
3D magnetic resistance to form measurement system of the instrument, so it has
high sensitivity, good repeatability and small volume.
3D magnetic resistance to form measurement system of the instrument, so it has
high sensitivity, good repeatability and small volume.
Adopt modern
digital signal processing techniques to accurately calculate dip angle and
azimuth angle, so test data can meet requirements on precision. It adopts an
ultra-brighten LCD for display and uses 6 control buttons for man-machine
conversation. Test can be saved automatically without manual intervention.
digital signal processing techniques to accurately calculate dip angle and
azimuth angle, so test data can meet requirements on precision. It adopts an
ultra-brighten LCD for display and uses 6 control buttons for man-machine
conversation. Test can be saved automatically without manual intervention.
Use modern
coded long distance transmission techniques of communication, so it can
transmit digital signal through long cable reliably. This highly improves
anti-interference ability of the instrument.
coded long distance transmission techniques of communication, so it can
transmit digital signal through long cable reliably. This highly improves
anti-interference ability of the instrument.
Do not use
heavy hammer swing parts in the inclinometer probe, so this highly improves
anti-shake performance of the instrument. Depth interval and quantity of
measurement points can be preset at random. It combines button operation and
display together, so it is convenient to be operated. If equipped with a
micro-printer, it can print out test data at determination field.
heavy hammer swing parts in the inclinometer probe, so this highly improves
anti-shake performance of the instrument. Depth interval and quantity of
measurement points can be preset at random. It combines button operation and
display together, so it is convenient to be operated. If equipped with a
micro-printer, it can print out test data at determination field.
Technical Parameters:
1. Measurement depth: ≤1200 m;
2. Measurement range and error:
(1) Dip angle: 0~50°;
±0.2°;
±0.2°;
(2) Azimuth angle: 0~360°;
When dip angle is at 1~3°, error
is ±5.0°;
is ±5.0°;
When dip angle is at 3~50°, error
is ±3.0°;
is ±3.0°;
3. Measurement mode: at fixed points; Depth interval
and quantity of measurement points can be preset at random.
and quantity of measurement points can be preset at random.
4. Data saved: it can save 100 groups of test data;
5. Power supply: AC 220V±10%, 50 Hz;
6. Working environment of controlling case:
(1) Temperature: -10℃~50℃;
(2) Relative humidity: ≤85%;
7. Working environment of inclinometer probe:
(1) Temperature: 0℃~55℃;
(2) Pressure endured: ≤15MPa;
8. Controlling case:
(1) Size: 270×220×155 (mm);
(2) Weight: 2.4 kg;
9. Inclinometer probe:
(1) Size: Φ40×1600 (mm)
(2) Weight: 10 kg;