Ericco Inertial System

💪 Do you want to make your measurement work more accurate and efficient? Is your measurement work going smoothly? During the measurement process, are you always worried that the measurement results are not accurate enough or that some measurement locations cannot receive signals? ❗️ERICCO's IMUER-MIMU-09 can solve this problem. 📏 The cylindrical IMU with a diameter of only 30mm seamlessly integrates into the RTK survey instrument for real-time interference-free and automatic tilt compensation. Automatic rod tilt compensation can increase measurement and stakeout speed by up to 30%! 🔧 Even if the survey rod is moved, tilted, or leveled, there is no need for a tedious calibration process, and the measurement can be continued immediately while ensuring measurement accuracy. 💨 Walk a few meters, initialize the internal IMU, and easily start the measurement mode! 🌐 No need to rely on external objects, ignore magnetic fields, and accurately measure even in difficult sites. 👍 No need to worry about RTK signals being blocked, resulting in inaccurate measurements or inability to carry out measurements normally 🔍 Difficult to reach measurement points? ERICCO is here to help you! 🌄 Measurements can be made at a large tilt angle, and measurements can be easily completed in some inconvenient locations, which can effectively improve the convenience and accuracy of measurements! Now take a look at the infographic of this IMU Follow me and use my professional knowledge to learn the latest developments of #Measurement #RTK #Investigation Please feel free to like my post when you view it. Believe me, I would never share anything that would not be liked. If you are interested in this and want to know more, please send me a message, I will reply immediately. I will update the relevant content later. #Surveying #Mapping #RTK #Engineer

Let me introduce you to the MEMS gyroscope ER-MG2-200!   ERICCO recently released this navigation-grade MEMS gyroscope product, ER-MG2-200, which is another milestone product after the MEMS gyroscope ER-MG2-50/100. It is a small-sized, low-power, high-performance, low-cost single-axis gyroscope. Because its measurement range is further expanded, its application field is also more extensive.   Below, let's take a look at the advantages of this gyroscope: Excellent accuracy The ER-MG2-200 MEMS gyroscope adopts a sealed ceramic LCC surface mount package with a volume of only 11mm×11mm×2mm, operating temperature range of -40°～+85°, measurement range of up to 200°/s, bias instability of 0.02°/h, and angular random walk of 0.005°/√h. Its performance exceeds some well-known American companies and reaches the international advanced level.   Super value for money 1. Good quality and low price. ERICCO optimizes production processes, adopts more advanced technologies and effective supply chain management, and ensures that consumers can enjoy high-quality products at affordable prices while ensuring quality, functionality and user experience. 2. Large measurement range. Compared with the ER-MG2-100 gyroscope, this MEMS gyroscope has achieved a breakthrough in range at the original accuracy level, which is also extremely outstanding internationally.   If you want to know more about MEMS gyroscopes, please feel free to contact me: [email protected] Looking forward to working with you!

MEMS Sensors - The "Little Heart" of Inertial Products   As a group company focusing on the research and development and manufacturing of inertial products, #ERICCO is based on #MEMS sensors and guided by user needs, and is committed to providing high-reliability, low-cost MEMS inertial products to global users. So far, the company's various products have been successfully popularized in more than 50 countries around the world, serving nearly 100 users and receiving good feedback.   #ERICCO's #MEMS sensors mainly include gyroscope and accelerometer. #Gyroscopes are the basic core components of inertial systems. Together with accelerometer, they can form IMU modules to measure the rotational angular velocity and acceleration in different directions. The direction and position information of the carrier is obtained through integral calculation, which is crucial for navigation, orientation, and stable platform systems. The company's #MEMS #IMU is mainly composed of navigation-grade ER-MG2-50/100, ER-MG2-300/400, tactical-grade ER-MG-056, ER-MG-067 gyroscopes and ER-MA-5 accelerometer. Users can choose high-precision navigation-grade MEMS IMU and cost-effective tactical-grade MEMS IMU according to their needs, or directly choose #MEMS gyroscope and accelerometer to assemble #IMU by themselves.   The #MEMS #IMU composed of the above-mentioned #MEMS #gyroscopes and accelerometer can be composed of #MEMS north finders by adding software, north-finding algorithms, etc. During the use of the north finder, #MEMS sensors can free it from the limitations of natural conditions, quickly achieve autonomous high-precision orientation, and can work continuously for a long time.   Inertial navigation algorithms can also be added to form #INS, relying on high-performance, high-reliability #MEMS #gyroscopes and accelerometer to provide accurate angular velocity and acceleration information, combined with navigation algorithms to output position, speed and motion information to improve the overall performance and reliability of #INS, so that INS can provide accurate navigation services in various environments.   #MEMS #gyroscope and accelerometer are core components of inertial products, and they are widely used and have great potential. At the same time, #ERICCO has developed a variety of #MEMS #gyroscopes with different precision for users to choose from according to different market demands. If you are interested in our products, please contact me via email: [email protected]. Follow me to learn more about our products!

Oil exploration: high temperature MEMS gyroscope has unique advantages   With the rapid development of MEMS technology, #MEMS #gyroscopes are increasingly used in the field of oil exploration. However, in actual exploration, as energy extraction becomes increasingly depleted, the difficulty of exploration and mining continues to increase, and the mission of gyroscopes is becoming more and more important.   The core components of mainstream exploration equipment on the market are generally dynamic tuning gyroscopes or fiber optic gyroscopes. First of all, the large size of these two #gyroscopes limits their application scenarios. Secondly, the manufacturing process of dynamic tuning gyroscopes is complex, and the internal mechanical structure is precise and easy to damage. It is at risk of damage at any time under strong vibration and impact conditions. Due to the nature of the optical fiber itself, the fiber optic gyroscope is greatly affected by temperature, and it is difficult to exert its performance advantages under large temperature differences. In contrast, #MEMS #gyroscopes have stronger resistance to shock and vibration, are resistant to high temperatures, and can be applied in a wider range of fields.   ER-MG2-022 is a high-temperature version of #MEMS #gyroscope developed by #ERICCO. Its bias instability is <0.02°/h, angular random walk is <0.025°/√h, and the maximum operating temperature can reach 125°. This #gyroscope is used in oil exploration equipment. It can not only adapt to harsh high-temperature environments, but also resist shock and vibration, prevent equipment failure or excessive wear, and reduce maintenance costs.   Follow me to get more information about #MEMS #gyroscope quotes and specifications. My email address is: [email protected]. Welcome to leave comments!