Product Description:
The KQRS14 is a reliable and durable inertial sensor that is useful
for measuring angular rotation rates. It is compact in size and
features a monolithic quartz sensing element which ensures accurate
readings. Additionally, the sensor has internal power regulation
and operates using DC input or high-level DC output.
There are two versions of the KQRS14 available to choose from. The
first is a +12Vdc version that provides a high-level +1.0 to +4.0
Vdc output. It can operate using standard battery power. The second
version utilizes + and -15 Vdc and provides a high-level bipolar
output of ±5 Vdc. It is specifically designed to work with
conventional double-sided power supplies.
Features:
● Compact,Lightweight Design
● Wide Temperature Range
● DC Input/High-Level DC Output
● lnternal Power Regulation
● High Reliability
● Shock Resistant
Technical Parameters:
| Parameter | KQRS14-0XXXX-102** | KQRS14-0XXXX-103** |
| Power Requirements |
| Input Voltage | +9 to +18 Vdc | +9 to +18 Vdc |
| Input Current | <20 mA | <25 mA (each supply) |
| Performance |
| Standard Ranges | ±50,100,200,500°/sec. |
| Full Scale Output (Nominal) | +1.0 Vdc (-FS) to +4.0 Vdc (+FS) | ±5 Vdc |
| Scale Factor Calibration (at 22°C Typical) | ±2% of value |
| Scale Factor Over Temperature (Dev. from 22°C Typical) | ≤0.06%/°C |
| Bias Calibration (at 22°C Typical) | +2.5 ±0.045 Vdc | 0.0±0.075 Vdc |
| Bias Variation over Temperature (Dev. from 22°C) | <3.0°/sec. |
| Short Term Bias Stability (100 sec at const. temp) | <0.05°/sec, typical |
| Long Term Bias Stability (1 year) | ≤1.0°/sec. |
| G Sensitivity (Typical) | ≤0.06°/sec/g |
| Start-Up Time (Typical) | <2.0 sec |
| Bandwidth (-90° Phase Shift) | >50 Hz |
| Non-Linearity (Typical) % Full Range | ≤0.05% of F.R. |
| Threshold/Resolution | ≤0.004°/sec.* |
| Output Noise (DC to 100 Hz) | ≤0.05°/sec./√Hz* | ≤0.02°/sec./√Hz* |
| Weight | ≤50 grams |
| Environments |
| Operating Temperature | -40°C to +85°C |
| Storage Temperature | -55°C to +100°C |
| Vibration Operating*** | 5 grms 20 Hz to 2 kHz random |
| Vibration Survival*** | 10 grms 20 Hz to 2 kHz random 5 minutes/axis |
| Shock | 200g,any axis |
Dimensions:
Description of the Interface:
KQRS14-0XXXX-102 pin assignment
| Num | Explain | Num | Explain |
| 1 | Power and Signal Ground | 5 | Rate Output |
| 2 | +Vdc Input | 6 | No connection, Leave Open |
| 3 | No connection, Leave Open | 7 | Built-in-test |
| 4 | No connection, Leave Open | | |
KQRS14-0XXXX-103 pin assignment
| Num | Explain | Num | Explain |
| 1 | -Vdc Input | 5 | Rate Output |
| 2 | +Vdc Input | 6 | No connection, Leave Open |
| 3 | Power Ground | 7 | Built-in-test |
| 4 | Signal Ground | | |
Applications:
Platform Stabilization
The system is designed to provide stability for platforms used in
various industries, such as marine, oil and gas, and construction.
It employs state-of-the-art technology to minimize the impact of
waves, wind, and other external factors that can affect the balance
of the platform. This helps ensure the safety of personnel working
on the platform and improves the efficiency of operations.
Short Term Navigation
This service provides accurate and timely navigation information
for short-term needs, such as navigating through busy ports or
congested areas. The system utilizes data from various sources,
including GPS and other sensors, to calculate the most optimal
route. It also takes into account real-time factors such as
weather, traffic, and currents to ensure safe and efficient
navigation.
GPS Augmentation
The GPS augmentation system enhances the accuracy and reliability
of GPS signals, particularly in areas with poor signal strength or
interference. It uses ground-based reference stations and
satellite-based correction signals to enhance GPS signals, which
can be critical in applications such as aviation, maritime, and
land-based transportation.
Camera Stabilization
Camera stabilization technology enables steady and reliable footage
capture even in challenging situations. It uses advanced algorithms
and mechanical stabilization to compensate for camera shake and
motion, resulting in smooth and high-quality video and images. This
technology is used in many applications, such as aviation, sports,
and movie production.
Instrumentation
Instrumentation refers to the various sensors and monitoring
devices used to measure and track parameters in different systems,
such as engines, turbines, and pipelines. This data can be used to
optimize performance, detect anomalies and improve safety. The
instrumentation system employs various technologies such as
telematics, wireless connectivity and real-time data analysis to
provide up-to-date and accurate information.
Ride Control Stabilization
The ride control stabilization system is designed to enhance the
comfort and safety of passengers in various modes of
transportation, such as boats and cars. It uses advanced mechanical
and electronic systems to reduce motions that can cause
seasickness, car sickness, or discomfort due to bumpy roads. By
providing a smoother ride, the system can improve passenger
satisfaction and well-being.
Wind Turbine Control
Wind turbine control systems are critical in the production of
clean energy from wind power. They ensure that wind turbines
operate at optimal levels of efficiency and safety, by tracking the
direction, speed, and other parameters of the wind and adjusting
the turbine's operation accordingly. The control system also
includes safety features that protect the turbine from damage due
to high winds or other extreme conditions.
Support and Services:
Our Electronic Gyroscope Sensor is designed with precision to
provide reliable performance for your applications. Our support
includes detailed product documentation, an extensive online
knowledge base, and troubleshooting guides to help you resolve any
issues you may encounter.
We are committed to the satisfaction of our customers and strive to
provide exceptional after-sales support. Should you have any
feedback or suggestions, we welcome your input as it helps us to
continuously improve our products and services.
Packing and Shipping:
The Electronic Gyroscope Sensor is meticulously packaged in an
anti-static bag to ensure protection against electrostatic
discharge (ESD). The sensor is then securely encased in a
custom-fit, high-density foam mold, which provides superior shock
absorption during transit. This foam is placed within a durable,
branded cardboard box that shields the sensor from environmental
factors and potential damage while in transit.
The exterior of the box features clear labeling with the product
name, handling instructions, and a barcode for easy tracking. All
our packages are sealed with tamper-evident tape, offering an
additional layer of security.
For shipping, the Electronic Gyroscope Sensor is dispatched via a
trusted courier service to ensure timely and safe delivery. We
include insurance for the full value of the product, offering peace
of mind and protection for your investment. Tracking information is
provided as soon as the package is dispatched, allowing for
real-time monitoring of the shipment until it arrives at its
destination.
