Product Description:
Overview of KS3ARG02D Series Gyro Sensor
The KS3ARG02D series represents a cutting-edge solid state angular
rate sensor, commonly referred to as a gyro, that is specifically
engineered to measure angular velocity with exceptional accuracy.
At the core of this device is the groundbreaking utilization of
micromechanical electronic system (MEMS) technology, providing a
sophisticated and compact sensing solution.
Advanced Manufacturing Techniques
This gyro leverages chips crafted through the use of bipolar metal
oxide semiconductor (BIMOS) technology alongside a unique
production process. The manufacturing excellence is further
exemplified by the spherical grid layout used in the current
carrier welding process, underscoring the meticulous attention to
detail in the sensor's design.
Durability and Reliability Features
Reliability and durability are cornerstones of the KS3ARG02D
series. The rugged packaging is designed to provide high levels of
dependability even under harsh conditions. Adding to its robust
nature is the presence of a built-in Self-Test function that
permits Built-In Testing (BIT) to facilitate onboard diagnostic
capabilities.
Enhanced Performance Specifications
The sensor comes equipped with an array of advanced features
including zero bias calibration and temperature drift compensation.
These features ensure reliable performance over a broad measurement
range and wide operating bandwidth. Non-linear corrections are also
applied to maintain accuracy. Furthermore, the KS3ARG02D sensor is
constructed to perform within a vast temperature scope, showcasing
its versatility in various environments.
Compact and Resilient Design
Despite its array of functionalities, the sensor maintains a
discreet profile that is both small in size and light in weight,
making it an ideal component for applications where space and
weight are at a premium. Its resistance to high-impact acceleration
assures sustained performance even when subjected to intense
mechanical shocks or vibrations.
Features:
The product has zero bias calibration, temperature drift
compensation, wide measurement range, wide bandwidth, non-linear
correction and other functions, wide operating temperature range,
small size, light weight, high impact acceleration resistance.
Dimensions
Technical Parameters:
| Performance parameter | KS3ARG02D |
| gyro | range (deg/s) | ±500(triaxial) |
| Zero-bias(deg/s) | ≤±0.1(In 500°/s) |
| Zero-bias stability(deg/h) | ≤0.5allan deviation |
| Zero-bias repeatability(deg/s) | ≤0.05 |
| nonlinearity(%FR) | ≤0.05 |
| Random walk(°/√h) | 0.15 |
| Mean time between failures(Kh MTBF) | 10 |
| Interface characteristic | power(V) | DC5 |
| power dissipation(W @5V DC) | ≤1 |
| electrical interface | RS422 |
| data updating rate(can set) | 2000(Hz@460800) |
| operating environment | operating temperature(°C) | -40~+80 |
| storage temperature(°C) | -55~+85 |
| Vibration(g @ 20~2000 Hz) | 6.06 |
| Shock(g , 0.1 ms, 1/2 Sine) | 5000 |
| physical property | Size(mm) | 45×39×20 |
| Weight(g) | ≤60 |
Applications:
The Kacise KS3ARG02D electronic gyroscope sensor, originating from
the China Mainland, is a high-precision inertial measurement
component that offers a wide measurement range and high impact
acceleration resistance, making it suitable for a variety of
applications and scenarios. With its explosion-proof certification
and CE marking, this sensor meets rigorous safety and quality
standards, assuring its reliability in demanding environments.
The KS3ARG02D model is designed for versatile use cases where
accurate angular rate detection is critical. This includes but is
not limited to, robotics, where precise movement control is
necessary, and automotive systems, where stability and navigation
are enhanced by the sensor's capabilities. The wide measurement
range allows for deployment in systems that experience vast ranges
of motion, while the high impact acceleration resistance ensures
the sensor's performance remains unaffected in high-vibration
contexts such as heavy machinery monitoring or aerospace testing.
With a robust operating temperature range of -40 to +80 degrees
Celsius, the KS3ARG02D can function reliably in extreme conditions,
making it an ideal choice for outdoor applications including
maritime navigation systems, geological survey equipment, and
remote monitoring stations that endure harsh weather conditions.
The compact size of 45×39×20 mm and a power requirement of just
DC5V make the Kacise gyroscope sensor a convenient addition to
systems where space is at a premium and energy efficiency is
desired. The RS422 electrical interface allows for straightforward
integration with existing electronic systems, enhancing the
sensor's applicability to a broad spectrum of industrial and
technological uses.
Customers can place a minimum order quantity of just 1 piece, with
each unit arriving in an individual box. All boxes are securely
packed in standard packages, with the option to accommodate
customer requests. Kacise ensures a swift delivery time of 5-8
working days, backed by a supply ability of 1000 pieces per week,
catering to projects of various scales with efficiency and speed.
Payment is made convenient through T/T, Western Union, or
MoneyGram.
In summary, the Kacise KS3ARG02D electronic gyroscope sensor is a
versatile and durable component suited for applications ranging
from advanced robotics and automotive systems to heavy-duty
industrial machinery and harsh environmental monitoring. Its
certification, robust build, and user-friendly interfacing combine
to make it a reliable and essential part of modern measurement and
control systems.
Support and Services:
Welcome to the Product Technical Support and Services page for the
Electronic Gyroscope Sensor. Our dedicated team is committed to
providing you with the highest quality support to ensure your
device functions at its best. We offer a wide range of services to
help you get the most out of your sensor, including:
User Manuals and Documentation: Access comprehensive user manuals,
data sheets, and detailed product documentation to understand your
sensor's capabilities fully and optimize its use.
FAQs and Knowledge Base: Our extensive FAQs and knowledge base
contain answers to common questions and provide valuable
information to troubleshoot issues quickly and independently.
Our commitment to excellence ensures that you receive the support
you need when you need it. For any further assistance, please refer
to our contact page for ways to get in touch with our support team.
Packing and Shipping:
The Electronic Gyroscope Sensor is enclosed in a static-free,
vacuum-sealed package to ensure protection from electrostatic
discharge and environmental factors. The sensor is cushioned within
high-density foam, molded to its unique shape for a snug fit,
reducing the risk of movement and impact during transportation.
The primary packaging is then placed inside a durable, corrugated
cardboard box that is designed to withstand the rigors of shipping.
The box is clearly marked with fragile handling symbols and
includes a comprehensive list of handling instructions to ensure
the product is transported with the utmost care.
Prior to shipment, the package is sealed with tamper-evident tape
and the box is weighed to confirm the presence of all components. A
tracking label with a unique barcode is affixed to the outside of
the box, allowing for easy tracking and confirmation of delivery.
We ship our Electronic Gyroscope Sensor through trusted courier
services, offering expedited shipping options for timely and
reliable delivery to our customers. Upon dispatch, an email with
the tracking details is sent to the customer, providing
transparency and peace of mind throughout the shipping process.
