Technical Analysis of German ASM Tilt Sensor PTAM2-1-120-I1-CW-T2,0-M12R5

ASM (Advanced Sensor Materials) in Germany is renowned globally for its high-quality and innovative sensor solutions in the field of displacement, angle, and tilt sensors. ASM Company, with over 40 years of industry experience, has developed and produced a range of sensor products that meet various application needs. This article will provide a detailed introduction to the technical characteristics, application areas, and advantages of ASM's PTAM2-1-120-I1-CW-T2,0-M12R5 tilt sensor from Germany.

1、 Product Overview

PTAM2-1-120-I1-CW-T2,0-M12R5 is a high-performance tilt angle sensor launched by ASM company. It adopts advanced Micro Electro Mechanical Systems (MEMS) technology to measure tilt angle in a non-contact and wear-resistant manner, with high precision, high reliability, and long life characteristics. This sensor is designed to measure tilt angles within the range of 0 ° to ± 180 °, making it ideal for industrial applications that require precise measurement, monitoring, and continuous adjustment of tilt positions.

2、 Technical features

Non contact, non wear measurement:

The PTAM2-1-120-I1-CW-T2,0-M12R5 tilt sensor uses the principle of a capacitive accelerometer to determine the tilt angle by measuring the deflection of the vibrating mass (detection mass). Due to the lack of physical contact during the measurement process, the sensor has wear resistance and long lifespan.

high-precision:

This sensor has high-precision measurement capability, with a resolution of 0.05 ° and a linearity error within ± 0.5 °. This high-precision measurement capability makes the sensor perform well in applications that require precise control of tilt angles.

High protection level:

The PTAM2-1-120-I1-CW-T2,0-M12R5 tilt sensor has a protection level of IP67/IP69, which can resist the intrusion of dust, water, and other pollutants. This enables the sensor to maintain stable performance even in harsh outdoor environments.

Resistance to impact and vibration:

Sensors manufactured using MEMS technology have robust structures that can withstand high impacts and vibrations. This makes sensors perform well in applications such as mechanical vibration, transportation vehicles, and lifting systems.

Multiple output signals:

The sensor provides multiple output signal options, including voltage (0.5V to 10V) and current (4mA to 20mA) outputs, as well as digital CAN bus outputs. This enables sensors to be easily integrated into various control and monitoring systems.

Flexible installation method:

The sensor adopts a servo flange installation method and is equipped with M12, 5-pin connectors, making it convenient for users to connect quickly and reliably. Meanwhile, the sensor also offers single axis or dual axis measurement options to meet different application requirements.

3、 Application Fields

The PTAM2-1-120-I1-CW-T2,0-M12R5 tilt sensor has been widely used in multiple fields due to its excellent technical characteristics and performance advantages

Mechanical Engineering:

In the field of mechanical engineering, sensors can be used to measure and monitor the tilt angle of mechanical components, ensuring the stable operation of mechanical systems. For example, in lifting systems, rotating equipment, and industrial robots, sensors can provide real-time tilt angle data to help control systems make precise adjustments.

Vehicle testing:

In the field of vehicle testing, sensors can be used to measure the tilt angle of vehicles to evaluate their stability and handling performance. In addition, sensors can also be used to monitor the suspension and steering systems of vehicles to ensure safe driving.

Solar power plant:

In solar power plants, sensors can be used to monitor the tilt angle of solar panels to ensure that they always face sunlight and the collection efficiency of solar energy. The high precision and reliability of sensors make this application possible.

medical apparatus and instruments:

In the field of medical devices, sensors can be used to measure the tilt angle of medical equipment such as surgical tables, wheelchairs, and rehabilitation devices to ensure patient safety and comfort. The non-contact and wear-resistant characteristics of sensors make their application in medical devices more reliable and durable.

Research and Testing:

In the field of research and testing, sensors can be used in various scientific experiments and tests to measure and record changes in the tilt angle of objects. The high precision and multiple output signal options of sensors make them highly flexible and adaptable in this application.

4、 Advantage analysis

High precision measurement:

The PTAM2-1-120-I1-CW-T2,0-M12R5 tilt sensor has high-precision measurement capability and can meet various application requirements for precise control of tilt angle.

High reliability and long lifespan:

The non-contact, wear-resistant characteristics and high protection level of sensors enable them to maintain stable performance in harsh environments and have a long service life.

Flexible installation and connection methods:

The sensor adopts a servo flange installation method and is equipped with M12, 5-pin connectors, making it convenient for users to connect quickly and reliably. At the same time, the sensor also provides multiple output signal options to meet the needs of different control systems.

Wide range of application areas:

Sensors have been widely used in various fields such as mechanical engineering, vehicle testing, solar power plants, medical devices, and research and testing, demonstrating their strong application potential and market value.

In summary, ASM's PTAM2-1-120-I1-CW-T2,0-M12R5 tilt sensor from Germany has demonstrated extensive application prospects and market value in multiple fields due to its excellent technical characteristics and performance advantages. With the continuous advancement of technology and the continuous development of the market, we believe that this sensor will play a more important role in the future.