Advanced Wireless Digital Compass and Inclinometer for Borehole Azimuth Data

• Customization: Available
• Application Area: Geological Prospecting
• Data Transmission: Inclinometer
• Model NO.: GDP-2X
• Measuring Range: Magnetic Hole
• Type: Inclinometer
• Product Name: Wireless Digital Compass Inclinometer
• DIP Range: 0-50 °
• Azimuth Range: 0° - 360°
• Resolution: Azimuth 0.1° DIP 0.01 °
• Operation Mode: Real Time Survey
• Storage: 8GB
• Method: Inclinometer Sensor
• Certification: ISO9001
• Usage: Measure Inclination and Azimuth
• Power: Electronic
• Transport Package: Wooden Case
• Trademark: GOLD
• Origin: Chongqing, China
• Production Capacity: 5000pices/Year

Product Description

Advanced Wireless Digital Compass and Inclinometer for Borehole Azimuth Data

 

The GDP-2X wireless digital compass inclinometer consists of two parts: a probe and a wireless controller. The two devices communicate wirelessly without the use of cables. The probe is used to measure and collect the borehole inclination and azimuth data, and the wireless controller is used to set measurement parameters and view measurement results. After the logging time is set through the wireless controller, the probe automatically collects and saves data according to the preset time. After the logging is completed, the data inside the probe is read through the wireless controller, and the measurement results can be directly read on the display.

1. Easy to use, quick to get started

2. Affordable, low-cost solution

3. Solid-state connection, reliable and durable

4. Wireless communication, no need to disassemble the probe

Dip Range:	0° -- 50°	Accuracy		±0.1°
Azimuth Range:	0°-- 360°	Accuracy		±3(Typical@dip≥4)
Resolution:	Azimuth : 0.1°		Dip : 0.01°
Endurance:	About 20 hours
Pressure:	20 Mpa
Dimensions	Φ40 mm×1230 mm, weight 6 kg
Operating Mode:	Real time survey
Storage Capacity:	8GB ROM
Temperature:	Operating: -10°C -- +75°C  Storage: -25°C -- +85°C
Power Supply:	Probe: Rechargeable lithium battery pack  Controller: 2600mAh Polymer Battery
Measurement mode	point measurement
storage	99 groups

The KXP-2X probe is consisted of two parts: the upper half and the lower half. The upper half electronic unit consists of three magnetometers, two accelerometers. They measure the magnetic field and gravity where the tool is placed along. The lower half is to increase the probe's weight and length. The adapter with an ID number "010xxx" is used to connect a steel wire and slowly lower it down the hole. There are a switch (with a signal light), a charging interface and a antenna inside the adapter. The probe is powered by a 7.4V rechargeable lithium battery, which can be charged no less than 500 times. The endurance of the probe is about 20 hours.


The portable controller is used to operate the survey tool. It is powered by 4 AAA size batteries. To turn on the controller, press the "Power" button for at least one second. (Do not release the "Power" button until the Company LOGO appears) Be caution that the controller is not resisted to water. 



Question 1: What is the measurement accuracy of the wireless digital compass inclinometer?
Answer: Generally speaking, the vertex measurement accuracy can reach ±0.1°, and the azimuth accuracy varies under different conditions. For example, when the vertex angle is greater than a certain angle, the azimuth accuracy can reach about ±1°. This high-precision measurement is due to advanced sensor technology and precise algorithm calibration, which can meet the needs of most geological exploration, engineering construction and other fields for accurate measurement of borehole inclination.
Question 2: How far is the wireless transmission distance of this inclinometer?
Answer: Usually in an open and unobstructed environment, the wireless transmission distance can reach 200-500 meters. However, the actual transmission distance will be affected by many factors, such as surrounding obstacles and electromagnetic interference. In complex construction sites or areas with many obstructions, the transmission distance may be shortened to tens of meters or even closer. Therefore, when using it, it is necessary to evaluate and take necessary signal enhancement measures according to specific environmental conditions, such as adding relay equipment.
Question 3: How to calibrate the wireless digital compass inclinometer?
Answer: The calibration process usually needs to be carried out on a calibration table with a known standard angle. First, place the inclinometer on the calibration table, enter the calibration mode through the instrument's operating interface, and calibrate the vertex angle and azimuth in turn according to the prompts. During the calibration process, ensure that the instrument is placed stably and in good contact with the calibration table. Adjust the internal parameters of the instrument according to the standard angle value until the measured display value matches the standard value. After completing the calibration, save the parameter settings to obtain accurate data in actual measurement.
Question 4: Can the wireless digital compass inclinometer work properly in harsh environments (such as high temperature, high humidity, and strong magnetic fields)?
Answer: Most wireless digital compass inclinometers are specially designed and protected to have a certain ability to resist harsh environments. Generally, they can work normally in a temperature range of -20ºC to 60ºC, and have a certain tolerance to humidity, but long-term use in high humidity environments may require additional moisture-proof measures. In a strong magnetic field environment, its performance may be affected because the magnetic field interferes with the measurement accuracy of the compass. Some high-end models use special shielding technology to reduce magnetic field interference, but measurement deviations or failures may still occur in extremely strong magnetic field areas.
Question 5: What is the battery life of this inclinometer?
A: Usually powered by a rechargeable lithium battery, the battery life generally ranges from 8 to 24 hours of continuous operation, depending on the instrument model, frequency of use, and enabled functions (such as whether wireless transmission is continuous, data recording frequency, etc.). When the battery power is low, the instrument will have a corresponding power prompt to remind the user to charge or replace the battery in time to ensure smooth measurement.