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Chengdu Keda Shengying Technology Co., Ltd
High precision velocity measurement system for projectile launch
NegotiableUpdate on 01/08
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Overview
Typical applications of high-precision velocity measurement system for projectile launch include projectile velocity measurement, real-time collision velocity measurement, pendulum velocity measurement, and motion velocity measurement of rod-shaped and block shaped objects with fixed trajectories such as Hopkinson bars.
Product Details
High precision velocity measurement system for projectile launchintroduction
The testing of environmental parameters such as chamber pressure, chamber temperature, launch noise, recoil force, etc. during projectile launch constitutes a complete data description of projectile launch.
1Bore pressure range: ≤400Mpa
2Bore noise: ≥180dB
3Bore shock wave: ≤50 MPa
4Gun muzzle vibration displacement: ≤50 mm
5Gun muzzle vibration acceleration:1point (Bidirectional)
6Transient temperature of gun barrel surface: temperature measurement range 0～2000℃
7Rear sitting force:30kN～50KN
8Environmental temperature and humidity:0～80℃ ，95%
High precision velocity measurement system for projectile launchblock diagram
Chengdu Keda Shengying Technology Co., Ltd. is an original research and development company with its own intellectual property rights. It integrates research and development, production, and sales. The company has been focusing on the application of advanced electronic technology in the field of measurement and control for more than ten years. It has a loyal customer base in military and safety engineering research institutes and has built hundreds of transient testing systems and laser light curtain speed measurement systems using its own products.
Following the trend of global sensor technology development and in response to the opportunities brought by the rapid development of the Internet of Things, the company combines embedded SOC on-chip systems with network communication and analog/digital signal processing to develop a high-performance IoT node (front-end) platform based on SOC technology. A transient signal testing system based on TCP/IP gigabit MCU, used for time and speed measurement in multiple national defense key scientific research projects.
The series of intelligent pressure/composite sensors have broken through technical bottlenecks such as compensation and correction of high-performance pressure sensors. Their stability and reliability have reached and some indicators are better than foreign products, breaking the monopoly of foreign countries in high-precision pressure sensors (scientific research). Member of the Chengdu Intelligent Sensor Special Committee and one of the drafters of the General Protocol for Data Interaction of Water and Sand Measurement Instruments in Model Experiments.
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