SMP Trombetta’s J1939 gyro inclinometer is a device that can output precise angular data in harsh conditions where it is subject to vibration and shock. It relies on MEMS technology for accurate and stable readings from sensors and gyroscopes to the J1939 bus. The inclinometer is a versatile and configurable solution for everything from aerospace to construction applications. Here, we will explore the key features of the J1939 gyro inclinometer, the applications that depend on it, and the benefits it can provide.
J1939 Gyro Inclinometer Key Features
The J1939 inclinometer from SMP Trombetta is a device that uses solid-state MEMS technology to output accurate angular data to the J1939 CAN bus. The key features of the J1939 inclinometer include:
- MEMS Technology: The inclinometer relies on several MEMS sensors and gyroscopes to deliver stability and accuracy.
- Vibration and Shock Resistance: The inclinometer offers stable angle readings even when subject to high vibration and shock.
- Versatility: The inclinometer offers various configurations for precise sensitivity, polarity, zero axis, and mounting position.
- Compact Design: The J1939 takes up minimal space and uses an integrated sealed connector to the automobile and a 3-point mounting system.
- Protective Features: The inclinometer has voltage transient and reverse battery protection. It operates at 12 or 24 volts.
The J1939 inclinometer is ideal for applications where accurate angular data is necessary, including industrial, aerospace, and automotive applications. It offers an impressive angle range and accuracy with improved shock and vibration resistance. The J1939 can be configured in various mounting positions and has a compact, space-saving design for easy use.
J1939 Gyro Inclinometer Applications
Various applications rely on the J1939 gyro inclinometer for precise angle measurements in environments prone to shock and vibration. Some of the applications include:
- Automotive: The J1939 can deliver precise incline measurement, tilt sensing, and stability control functions.
- Aerospace: Navigation systems, platform stabilization, and flight control systems use the inclinometer for critical accuracy in the aerospace industry.
- Industrial Machinery: The inclinometer can help monitor the incline or tilt of industrial machinery to ensure operational safety.
- Construction Equipment: Excavators, cranes, and other construction equipment rely on the J1939 for monitoring the boom angle and moving components to reduce tip-over risk.
- Agricultural Machinery: Harvesters, tractors, and other agricultural equipment use the J1939 to ensure machine tilt is suitable on uneven terrain.
- Marine: The inclinometer can help stabilize marine vessels and assist in navigation.
J1939 Gyro Inclinometer Benefits
The J1939 gyro inclinometer provides various benefits. The advantages include:
- Precise Angle Measurement: The device’s MEMS technology ensures precise output of the angular data to the J1939 bus.
- Stability: Thanks to its multiple gyroscopes and sensors, the inclinometer delivers stable angle readings even in settings where high vibration and shock are present.
- Configurability: The J1939 can be configured with various calculation options and zero-point offset technology.
- Cost-Effectiveness: The device’s durability, long service life, and high performance in applications exposed to shocks and vibration make it a cost-effective choice for your angular data measurement needs.
J1939 Gyro Inclinometer From SMP Engineered Solutions
The J1939 gyro inclinometer from SMP Trombetta is an ideal solution for outputting precise angular data. Its innovative MEMS sensors and gyroscopes deliver accurate readings when subject to vibration and shock. The compact form factor and versatility ensure a precise fit in any application. Various industries rely on the J1939, including automotive, aerospace, and industrial applications. SMP Engineered Solutions offers a range of engineering solutions for off and on-highway vehicles. Contact us to speak with a specialist about the J1939 gyro inclinometer and how it can serve your application.