Product Description:

Accelerometers function in a relatively simple manner. They measure acceleration in units of g and can be employed along one, two, or three axes. At present, the most widely utilized option is the 3-axis accelerometer, comprising three accelerometers that record acceleration in different directions across the X, Y, and Z planes.

Diverse accelerometer sensors cater to different requirements, and among them, accelerometers can be categorized into three accuracy classes: high precision, medium precision, and low precision. With the changing landscape of market needs and the advent of micro-acceleration sensor technologies, MEMS accelerometers are poised to find extensive use in medium and low precision applications. In contrast, the domain of high precision continues to rely predominantly on mechanical quartz flexible accelerometers. The quartz flexible accelerometer, serving as a traditional high-precision mechanical pendulum accelerometer, remains integral to high-precision applications.

Outline:

Outline
KSQA09 Configuration Drawings	KSQA09 Pin & Wiring Diagram
Environment
Vibration Peak Sine	20g@20Hz ~ 2000Hz
Shock	100g, half-sine, 8ms ~ 12ms
Storage Temperature	-55℃ ~ +80℃

Applications:

Kacise KSQA09 linear acceleration meter is widely used in a variety of industries such as air and sea transportation, aerospace industry, military industry, and automotive industry. It is suitable for applications such as vibration monitoring, vibration testing, dynamic balancing, and shock testing. It is also used to measure engine vibration, machine vibration, and bearing vibration. This linear acceleration meter is mainly used for vibration detection system in various environments, such as monitoring vibration in industrial machinery, detecting vibration of ship engines, and measuring vibration of aircraft engines.

Support and Services:

We provide technical support and service for Accelerometer Sensor. If you are having any issues with the product, our customer service staff is here to help you.

• We provide technical support by email and phone.
• We provide detailed troubleshooting instructions.
• We provide repair service for sensors

Packing and Shipping:

The Accelerometer Sensor should be packaged in its original box with its original packing materials. The box should be clearly marked with the product name and model number. The box should also include an instruction manual and the necessary parts for installation.

The Accelerometer Sensor should be shipped in a sturdy box that is designed to protect the product from damage during transit. The box should be labeled with the product name and model number and include a return address and contact information in case of delivery issues. The box should also include a tracking number for tracking the package.

The Accelerometer Sensor should be shipped using a reliable shipping service such as UPS, FedEx, or USPS. The shipping service should provide insurance and tracking information. All orders should be shipped with a signature required upon delivery.