DSHL-40FW Fiber Optic Gyroscope Inclinometer (without Cable)
- Product Details
- Company Profile
Equipped with special operation software, The instrument can show and print out inclination measurement data sheet of borehole, plot plane diagram, sectional diagram, side projection diagram, and space trace diagram of borehole. The computer can process
Function:
The instrument is an inclination measurement
instrument of new type, which adopts high precision fiber optic gyroscope as
the measurement component.
instrument of new type, which adopts high precision fiber optic gyroscope as
the measurement component.
The instrument is a precise and digital
borehole inclinometer of new type, which is specially designed to determine
slope and orientation of borehole in magnetic area or borehole with iron casing
tube.
borehole inclinometer of new type, which is specially designed to determine
slope and orientation of borehole in magnetic area or borehole with iron casing
tube.
The instrument can precisely determine the
dip angle and azimuth angle for vertical and directional borehole in magnetic
area, and/or for vertical and directional borehole with iron casing tube.
dip angle and azimuth angle for vertical and directional borehole in magnetic
area, and/or for vertical and directional borehole with iron casing tube.
The instrument can be widely used for
borehole measurement in metallurgy, engineering, oil field, coal field, and
geology, etc.
borehole measurement in metallurgy, engineering, oil field, coal field, and
geology, etc.
I.
Main Technical Characteristics
Main Technical Characteristics
Equipped with special operation software,
The instrument can show and print out inclination measurement data sheet of
borehole, plot plane diagram, sectional diagram, side projection diagram, and
space trace diagram of borehole. The computer can process and save measurement
data, and plot plane projection diagram and 3D trajectory diagram.
The instrument can show and print out inclination measurement data sheet of
borehole, plot plane diagram, sectional diagram, side projection diagram, and
space trace diagram of borehole. The computer can process and save measurement
data, and plot plane projection diagram and 3D trajectory diagram.
The instrument adopts precise fiber optic
gyroscope as the azimuth angle measurement component, so it has characteristics
of small volume, long useful life, impact and shake resistance, tiny zero point
drift. It is the perfect orientation sensor for azimuth angle measurement in
magnetic area and in borehole with iron casing tube.
gyroscope as the azimuth angle measurement component, so it has characteristics
of small volume, long useful life, impact and shake resistance, tiny zero point
drift. It is the perfect orientation sensor for azimuth angle measurement in
magnetic area and in borehole with iron casing tube.
The instrument adopts a precise double-axis
dip angle sensor as the measurement component of dip angle. The measurement
data of dip angle can be determined after sampling by AD converter of 24 digits
and data processing.
dip angle sensor as the measurement component of dip angle. The measurement
data of dip angle can be determined after sampling by AD converter of 24 digits
and data processing.
The instrument can determine the north
azimuth angle of borehole at any time without surface orientation, so it is
time and labor saving. It can meet the requirements on measurement accuracy.
azimuth angle of borehole at any time without surface orientation, so it is
time and labor saving. It can meet the requirements on measurement accuracy.
II.
Main Technical Specification And Parameters
Main Technical Specification And Parameters
1. Measurement
range:
range:
(1) Dip angle:
0°~50°;
0°~50°;
(3) Azimuth angle:
0°~360°;
0°~360°;
2. Measurement
error
error
(1) Dip angle:
±0.2°;
±0.2°;
(2) Azimuth angle:
<±3° (Dip angle 1°~50°);
<±3° (Dip angle 1°~50°);
3. Measurement
depth: 1500 m (Temperature<60 ℃);
depth: 1500 m (Temperature<60 ℃);
4. Measurement
mode: at fixed points;
mode: at fixed points;
5. Power supply
for charging: AC 100V~AC 240 V, 50 Hz;
for charging: AC 100V~AC 240 V, 50 Hz;
6. Ambient
temperature: -10 ℃~55 ℃;
temperature: -10 ℃~55 ℃;
7. Inclinometer probe:
Φ40mm×1600mm;