IEEE 1293-2018
Axis, Nongyroscopic Accelerometers
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About This Item
1293-2018 is a standard for axis, nongyroscopic accelerometers, providing a technical basis for devices used to measure acceleration without relying on gyroscopic sensing. It is relevant where precise motion or vibration measurements support components, circuits, devices, and systems in power, energy, industry, and geoscience applications. By defining a common reference for this type of sensor, the standard helps support consistent design, evaluation, and procurement decisions.
About 1293-2018
This technical document focuses on the characteristics and expectations associated with axis, nongyroscopic accelerometers. In practice, that means attention to how acceleration is sensed along one or more axes, and how the device fits into measurement systems that require stable, repeatable output. For engineers and buyers, 1293-2018 provides a structured way to discuss performance and compatibility when selecting sensors for controlled applications, especially where measurement quality affects system reliability.
Where is 1293-2018 used?
Axis, nongyroscopic accelerometers are commonly used in equipment that monitors movement, vibration, tilt, or dynamic response. In the context of 1293-2018, that can include industrial instrumentation, energy-sector monitoring, and geoscience-related measurement systems where acceleration data supports analysis or control. The standard is also useful in broader component and system design workflows, where sensor behavior must be aligned with calibration, integration, and test requirements.
Importance in practice
Using 1293-2018 can help reduce ambiguity when specifying or comparing accelerometers for technical projects. Clear requirements support more reliable compliance checks, better procurement decisions, and more consistent testing of sensor performance. That matters when acceleration readings are used to support safety, diagnostics, or process control, since even small differences in sensor behavior may affect system results. A defined standard also helps teams communicate expectations across design, manufacturing, and verification activities.
- Axis-based acceleration measurement
- Nongyroscopic sensor context
- Component and system integration
- Industrial and geoscience applications
- Performance and verification reference
- Publication Date: 2019
- Standard Status: Active
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Power, Energy and Industry Applications; Geoscience
- Official IEEE: Doi link
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