MACOME CORPORATION Product Lineup

This is an inclination angle detector using MEMS. It detects a range of ±180° and outputs an analog signal corresponding to the angle. Additionally, the output zero point value can be set after installation. 【Main Features】 ■ A compact and easy-to-handle ±180° inclination (rotation) angle sensor ■ Allows for a 0° preset after installation, eliminating the need for troublesome initial value adjustments ■ Protection structure: IP-67 For ±180 degrees, it outputs a sawtooth wave of either 4-20 mA or 1-5 V.

The inclinometer detects using a MEMS accelerometer (MEMS: Micro-Electro-Mechanical Systems). Additionally, due to the use of a metal case, it is designed to have shock resistance and vibration resistance. It is compact (compared to our products). The output is available in two types: voltage output type 1-5V and current output type 4-20mA. As an additional feature, a switch function is provided, allowing for transistor output at any desired incline position (specified at the time of order). It has a function to correct installation errors, enabling correction to 0° within a range of ±1°. There is a YouTube video available. Within the CM-900 series, there is also the "CM-936," which outputs a rotation angle of 360° linearly. It outputs the rotation angle of 0-360° as voltage DC 1-5V or current 4-20mA (specified at the time of order). For more details, please search for "CM-936" on the Ipros site. *For more information, please contact us or download the PDF materials.

The tilt angle detector is detected with high precision by our unique magnetic sensor. Originally developed for construction machinery (impact pile drivers), it is robust. The pendulum is supported by bearings, providing a design that is resistant to shock and vibration. By controlling the position of the pendulum with a servo circuit, stable output can be achieved. Vertical output (detection) Anyway, it's durable! Please consult us about waterproof measures.

This document introduces some trivia about magnetism. It includes diagrams to explain self-demagnetization and the relationship between the thickness of a magnet and magnetic flux density. Additionally, it provides a detailed explanation of the essentials of magnetic measurement. 【Contents】 ■1. Essentials of Magnetic Measurement ■2. Characteristics of Permanent Magnets *For more details, please refer to the PDF document or feel free to contact us.

Makome Research Institute is releasing publicly available CAD data. dxf (DXF), igs (IGS), stp (STP) 3D data will be added and released as needed. If it is not listed, we will respond on a case-by-case basis, so please let us know. We will create and provide it as quickly as possible. (Please note that some products may not be available for specific users.) While the CAD data is created with the utmost care, we make no guarantees regarding its content. In the event of any omissions or errors in the CAD data information, Makome Research Institute cannot provide any guarantees. *For more details, please contact us.

At Makome Research Institute, we have numerous achievements in the civil engineering and marine construction industries. We also have many development achievements in custom products with general contractors and construction machinery manufacturers, including arm cranes and multi cranes. Length measurement, inclination, position, rotation, distance, and metal detection (ferromagnetic detection). External length sensors can be attached to rental construction machinery (e.g., secured with bands without drilling). If you are having trouble with sensors used in harsh environments, please consult us. We handle many custom products. Changes in case materials, shapes, and cables, etc. Please also consult us regarding patents obtained through the application of our products and non-disclosure agreements.

In the construction industry, horizontal management requires precise angle measurements. Even slight inclinations can affect the overall quality during foundation work for buildings or the installation of heavy machinery. The CM-961A utilizes a MEMS accelerometer and is protected by a metal case, ensuring high reliability even in harsh environments. It contributes to improving the accuracy of horizontal management. 【Usage Scenarios】 - Foundation work for buildings - Installation of heavy machinery - Civil engineering work - Bridge construction 【Benefits of Implementation】 - Improved quality through accurate angle measurements - Enhanced work efficiency - Increased safety - Cost reduction

In measuring the behavior of bridges, it is important to accurately grasp even slight tilts and displacements of the structure. To detect deformations of bridges caused by earthquakes, wind, and aging deterioration early and ensure safety, a high-precision inclinometer is essential. The CM-961A employs a MEMS accelerometer, allowing for high-precision tilt angle detection in a range from ±5° to ±45°. With a metal case, it excels in shock resistance and vibration resistance, making it suitable for use in harsh environments. 【Application Scenarios】 - Tilt monitoring of bridges - Behavior measurement during earthquakes - Displacement measurement due to wind loads 【Benefits of Implementation】 - Strengthening safety management of bridges - Accident prevention through early abnormal detection - Reduction of maintenance costs

In the solar power generation industry, tracking systems that adjust the angle of solar panels to align with the movement of the sun are crucial for maximizing the power generation efficiency of the panels. If the angle of the panels is misaligned, the power output decreases, which impacts revenue. The CM-961A is an inclination sensor that utilizes a MEMS accelerometer, enabling accurate angle detection of the panels. 【Application Scenarios】 - Angle management of solar panels - Angle feedback for tracking systems - Maximization of solar radiation 【Benefits of Implementation】 - Improved power generation efficiency - Enhanced maintainability - Long-term stable operation

In the civil engineering industry, accurately capturing slight inclinations and fluctuations in the ground is essential for ensuring the safety of structures. Ground subsidence and slope instability can lead to serious accidents. The CM-961A utilizes a MEMS accelerometer to achieve high-precision tilt angle detection within a range of ±5° to ±45°. Its protective structure with an IP67 metal case allows for stable measurements even in harsh outdoor environments. It also features a function to correct installation errors, supporting accurate data acquisition. 【Usage Scenarios】 * Ground movement monitoring at construction sites * Tilt monitoring of civil engineering structures * Stability assessment of slopes and retaining walls 【Benefits of Implementation】 * Early detection of ground anomalies to prevent accidents * Implementation of safety measures based on accurate data * Assurance of long-term stability of structures

In the shipping industry, it is important to accurately understand the tilt of the hull caused by rough seas and uneven cargo distribution to maintain safe navigation. In particular, the stability of the hull is essential for the safety of the crew and the protection of cargo. Inaccurate tilt detection increases the risk of capsizing and can lead to serious accidents. Our inclinometer CM-961A utilizes MEMS accelerometers to achieve high-precision tilt angle detection. With a protective structure of IP-67 from a metal case, it demonstrates stable performance even in harsh environments, supporting the safe operation of the hull. 【Usage Scenarios】 - Ship attitude control - Maintaining horizontal position during crane operations - Monitoring rolling and pitching 【Benefits of Implementation】 - Improved safety through high-precision tilt angle detection - Reliability in harsh environments - Enhanced operational efficiency through hull stabilization

In the tanker industry, it is crucial to accurately understand the tilt of the hull caused by rough weather or uneven cargo loading to maintain safe navigation. The stability of the hull is essential for the safety of the crew and the protection of the cargo. Inaccurate tilt detection increases the risk of capsizing and can lead to serious accidents. Our inclinometer CM-961A utilizes MEMS accelerometers to achieve high-precision tilt angle detection. With a protective structure of IP-67 from a metal case, it delivers stable performance even in harsh environments, supporting the safe operation of tankers. 【Usage Scenarios】 - Tanker attitude control - Monitoring of rolling and pitching 【Benefits of Implementation】 - Improved safety through high-precision tilt angle detection - Reliability in harsh environments - Enhanced operational efficiency through hull stabilization

In yacht navigation, accurately understanding the tilt of the hull is essential for safe sailing and comfortable cruising. Especially in yachts that are easily affected by wind and waves, it is important to accurately detect the hull's inclination and perform appropriate steering. Inaccurate tilt detection can compromise the stability of the hull and threaten the safety of the crew. Our inclinometer CM-961A employs MEMS accelerometers to achieve high-precision tilt angle detection. With a protective structure of IP-67 from a metal case, it demonstrates stable performance even in harsh environments, supporting the safe operation of yachts. 【Usage Scenarios】 - Yacht attitude control - Maintaining hull balance while sailing - Monitoring rolling and pitching 【Benefits of Implementation】 - Improved safety through high-precision tilt angle detection - Reliability in harsh environments - Easier steering due to hull stabilization

In the offshore platform industry, the stability of the platform is essential for the safety of workers and the protection of equipment. It is necessary to accurately monitor the tilt of the platform caused by waves and wind to maintain a safe working environment. Inaccurate tilt detection increases the risk of accidents and can lead to operational shutdowns. Our inclinometer CM-961A utilizes MEMS accelerometers to achieve high-precision tilt angle detection. With a protective structure of IP-67 provided by a metal case, it delivers stable performance even in harsh environments, supporting the safe operation of the platform. 【Usage Scenarios】 - Platform attitude control - Maintaining level during crane operations - Monitoring rolling and pitching 【Benefits of Implementation】 - Improved safety through high-precision tilt angle detection - Reliability in harsh environments - Enhanced operational efficiency through platform stabilization

On ocean survey vessels, it is important to accurately grasp the tilt of the hull to ensure the accuracy of observation data. In particular, the stability of the hull is essential for the precise operation of observation equipment and the reliability of the data. Inaccurate tilt detection can lead to errors in observation data and undermine the reliability of research. Our inclinometer CM-961A employs MEMS accelerometers to achieve high-precision tilt angle detection. With a protective structure of IP-67 provided by a metal case, it demonstrates stable performance even in harsh environments, supporting accurate observations. 【Usage Scenarios】 - Monitoring the hull posture in ocean surveys - Maintaining the horizontal position of observation equipment - Monitoring the rolling and pitching of the hull due to waves 【Benefits of Implementation】 - Improved reliability of observation data through high-precision tilt angle detection - Stable operation in harsh environments - Enhanced observation efficiency through hull stabilization

In the ferry industry, it is important to accurately grasp the tilt of the hull caused by waves to maintain safe operations. In particular, the stability of the hull is essential for the safety of passengers and the protection of cargo. Inaccurate tilt detection increases the risk of capsizing and can lead to serious accidents. Our inclinometer CM-961A utilizes MEMS accelerometers to achieve high-precision tilt angle detection. With a protective structure of IP-67 provided by a metal case, it delivers stable performance even in harsh environments, supporting the safe operation of ferries. 【Usage Scenarios】 - Vessel attitude control - Maintaining horizontal stability during crane operations - Monitoring rolling and pitching 【Benefits of Implementation】 - Improved safety through high-precision tilt angle detection - Reliability in harsh environments - Enhanced operational efficiency through hull stabilization