Say goodbye to drilling errors, IMU makes drilling more efficient and safer

In drilling work, the measurement position of traditional inclinometers is far away from the drill bit, and the measured information has errors, and it is impossible to obtain accurate wellbore trajectory information, which will affect the entire drilling process.

ERICCO's IMU ER-MIMU-09, with its unique cylindrical shape, can be directly installed in the drilling rig probe, measure the acceleration and angular velocity of the drill tool in real time, and obtain the drill tool's posture and speed information through calculation, greatly improving the measurement accuracy.

Say Goodbye To Drilling Errors, Imu Makes Drilling More Efficient And Safer

Near-drill-bit installation

The cylindrical shape, 120mm in length and only 30mm in diameter, can be placed directly near the drill bit or in the drilling rig probe. This allows drilling engineers to more accurately understand the position and posture of the drill bit, adjust drilling parameters in time, and ensure the safety and efficiency of the drilling process.

High precision, high performance

Equipped with high-performance three-axis MEMS gyroscope and three-axis accelerometer, it has small size, excellent performance and high measurement accuracy. The built-in gyroscope bias instability is 0.01deg/hr, and the angular velocity random walk is 0.0025°/√h. The accelerometer bias stability is 50ug, and the bias repeatability is 100ug.

Drilling attitude monitoring and adjustment

During the drilling process, IMU can monitor the attitude changes of the drill bit in real time. Once the attitude is abnormal or deviates from the predetermined trajectory, the drilling engineer can immediately take measures to adjust it to ensure that the drill bit can drill along the predetermined trajectory. This not only improves drilling efficiency, but also reduces the risk of drilling accidents.

Strong environmental adaptability

It has good impact and vibration resistance and is not affected by magnetic fields. We have also designed a high-temperature type that can accurately output angular rate information and acceleration information within a wider full temperature range, which provides new solutions for oil drilling logging, mining and other fields.