Product Description:
The operational principle of accelerometers is not overly
intricate. They quantify acceleration in g units and are adaptable
to measurement along one, two, or three axes. Currently, the
predominant choice is the 3-axis accelerometer, featuring three
accelerometers that capture acceleration in diverse directions
spanning the X, Y, and Z planes.
Accelerometer sensors vary in types based on different criteria,
with accelerometers being classified into three accuracy
groups—high precision, medium precision, and low precision. The
evolution of market demands and advancements in micro-acceleration
sensor technologies are expected to drive the widespread adoption
of MEMS accelerometers in medium and low precision applications.
Meanwhile, high-precision applications will predominantly feature
mechanical quartz flexible accelerometers. The quartz flexible
accelerometer, a classic high-precision mechanical pendulum
accelerometer, retains its significance as a key component in
high-precision applications.
Product Feature:
● Analog output ● Excellent index repeatability ● Build-in temperature sensor available according to needs ● Wide load resistance range ● Triangle precision mounting flanges ● Application in satellite control unit, microgravity measurement
device and inertial navigation system in the manned reentry capsule Technical Parameters:| Performance | KSQA09A | KSQA09B | | Input Range (g) | ±80 | ±40 | | Bias (mg) | ≤5 | ≤5 | | Temperature Sensitivity (μg/℃) | ≤30 | ≤50 | | One-month Composite Repeatability (1σ) (μg) | ≤30 | ≤60 | | Scale Factor (mA/g) | 0.9 ~ 1.3 | 0.9 ~ 1.3 | | Temperature Sensitivity (10-6/℃) | ≤50 | ≤80 | | One-month Composite Repeatability (1σ) (10-6) | ≤40 | ≤60 | | Linearity (μg/g2) | ≤40 | ≤40 | | Threshold (μg) | Less than 5 | Less than 5 | | Resolution (μg) | Less than 5 | Less than 5 | | Input Voltage (V) | ±12 ~ ±18 | ±12 ~ ±18 | | Operating Temperature (℃) | -45 ~ +80 | -45 ~ +80 | | Size (mm) | Ø25.4×30 | Ø25.4×30 | | Weight (g) | ≤80 | ≤80 |
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Outline:
| Outline |
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| KSQA09 Configuration Drawings | KSQA09 Pin & Wiring Diagram |
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| Environment |
| Vibration Peak Sine | 20g@20Hz ~ 2000Hz |
| Shock | 100g, half-sine, 8ms ~ 12ms |
| Storage Temperature | -55℃ ~ +80℃ |
Applications:
The Kacise KSQA09 Accelerometer Sensor is a motion velocity sensor
that specializes in linear acceleration measurement and vibration
sensing. It is certified by CE and has an explosion-proof
certificate. It has a linearity of ≤40 (μg/g2), scale factor of 0.9
~ 1.3 (mA/g), and threshold of <5 (μg). It is designed to handle
shock of 100g, half-sine, 8ms ~ 12ms, and input voltage of ±12 ~
±18 (V). It is suitable for various applications such as
automotive, aerospace, medical, industrial, and consumer sectors,
as well as for research and development. The minimum order quantity
is 1 piece and it has a delivery time of 5-8 working days. It comes
in individual boxes and is packed in standard packages or customers
requests available. Payment terms are T/T, Western Union,
MoneyGram, and the supply ability is 1000 pieces per week.
Support and Services:
Accelerometer Sensor Technical Support and Service
- Software and firmware downloads
- Installation and configuration guidance
- Product compatibility information
- Product certification and safety information
- Troubleshooting information
- User manuals
- Hardware repairs
- Software and firmware upgrades
- End-user support
- Product returns
Packing and Shipping:
Packaging and Shipping of Accelerometer Sensor
The Accelerometer Sensor is placed in a bubble wrap, sealed in a
box and shipped with a label.
Packaging
- The Accelerometer Sensor is wrapped in bubble wrap for protection
during transit.
- The bubble wrap is securely sealed in a box.
Shipping
- The sealed box containing the Accelerometer Sensor is shipped with
a label.
- The label includes the shipment's destination, sender information,
and tracking number.
