Original position displacement sensor, the ideal choice for industrial production and logistics transportation!

In the fields of industrial production and logistics transportation, precise operation of cranes and industrial forklifts is the key to enhancing work efficiency and ensuring operational safety. Moreover, precise detection of the positions and movements of cranes and industrial forklifts is equally crucial. The original angular displacement sensor, with its outstanding performance, has become the ideal choice for detecting the positions and movements of cranes and industrial forklifts. -Production transport angular displacement sensor

Non-contact detection

The original angular displacement sensor adopts magnetic induction integrated circuit (IC) sensing technology, achieving true non-contact sensing. This design not only eliminates the bearing wear problem caused by radial force when using traditional shaft connection sensors, but also significantly improves the durability of the sensor.

In the detection of the lifting arm position of the crane, the non-contact angular displacement sensor can accurately measure the rotation angle of the lifting arm. Whether it is for lifting large goods or precise operations in narrow spaces, it can ensure that the operators have a clear understanding of the position of the lifting arm. For industrial forklifts, the sensor can precisely detect the steering angle of the vehicle, helping operators better control the vehicle's driving direction and avoiding collisions and accidents.

Sturdy structure

The AMP connector of the original angular displacement sensor adopts an integrated design, making the structure extremely sturdy, and the sealing level reaches IP69K. This means that the sensor can effectively resist the intrusion of various external contaminants such as dust, moisture, and oil, even in extremely harsh environments, and maintain stable performance. During the operation of cranes and industrial transport vehicles, various extreme conditions are often encountered. The original angular displacement sensor, with its extremely strong sealing performance, can operate stably for a long time in these harsh environments, without the need for frequent replacement or maintenance, thus significantly reducing equipment maintenance costs and downtime, and improving work efficiency.

In the movement detection of industrial transport vehicles, the sensor is installed at key parts of the vehicle, such as the steering system or drive wheels. Even when the vehicle is driving on muddy, wet ground, or穿梭 through dusty warehouses， the sensor can still output precise signals stably， providing reliable data support for the vehicle's control system. For cranes， whether in outdoor construction sites or in loading and unloading areas of ports， the sensor can work normally in environments exposed to wind， sun， rain， and frost， ensuring the safety and efficiency of crane operations.

Automotive-grade electromagnetic compatibility and protection functions

The sourcebase angular displacement sensor has passed the automotive-grade EMI/EMC tests and possesses polarity reversal and short-circuit protection functions. In the electrical systems of cranes and industrial handling vehicles, there are various electromagnetic interference sources, such as motors, controllers, communication devices, etc. These interferences may affect the signal transmission of the sensor, resulting in measurement errors or system failures. The high electromagnetic compatibility of the sourcebase angular displacement sensor ensures that it can stably output accurate signals in complex electromagnetic environments, unaffected by external interference.

At the same time, the polarity reversal and short-circuit protection functions provide additional safety guarantees for the sensor. During actual operations, due to operator errors or electrical system failures, there may be situations where the power polarity is reversed or a short circuit occurs. In such cases, the protection circuit of the angular displacement sensor can be activated promptly to prevent the sensor from being damaged, ensuring the safe operation of the entire system. This is particularly important for large equipment such as cranes and industrial handling vehicles, as once the sensor is damaged, it may lead to serious operational errors and safety accidents.

Flexible range and power supply options to meet diverse needs

The source angle displacement sensor offers multiple working ranges from 60° to 360°, as well as selection of low-voltage and high-voltage power supply voltages. The input power supply voltage range is from 4.5Vdc to 30Vdc. This enables the sensor to flexibly adapt to the requirements of different types of cranes and industrial handling vehicles.

For some small cranes or industrial handling vehicles, a smaller range might be sufficient to detect their rotation angles. While for large cranes or those requiring complex operations, a larger range is needed to meet their operational requirements. The diverse range selection of the Source Angle Displacement Sensor can meet the personalized needs of different equipment, ensuring the accuracy and reliability of the measurement.

Redundant Dual Channels

The original produced angular displacement sensors also offer the option of redundant dual channels. In some applications with extremely high safety requirements, such as the key component position detection of large cranes or the autonomous driving system of industrial forklifts, the design of redundant dual channels can further enhance the reliability of the system. When one channel fails, the other channel can immediately take over, ensuring the normal operation of the system and avoiding equipment shutdown or safety accidents caused by sensor failures.

The original angular displacement sensor, with its true non-contact detection, robust and durable structure, excellent sealing performance, high electromagnetic compatibility, flexible range and power selection features, has become an ideal choice for position and movement detection of cranes and industrial handling vehicles. It not only enhances the operational efficiency and safety of the equipment, but also reduces maintenance costs and equipment failure rates, providing reliable support for industrial production and logistics transportation.