Tel.: 8615989623158
E-mail: sales@grandetop.com
Non-standard constant acceleration testing machine is test equipment for military products to simulate dynamic centrifugal motion, dual-environmental force motion and central high-speed rotating motion, so as to assess the anti-load performance of electronic components, small components and other electrical and electronic products and detect the anti-load performance specifications. It is mainly used for routine dynamic structural integrity and adaptability tests of components, small parts and small complete machine on aircraft.
Features
The acceleration rising rate is large.
Computer centralized control and measurement.
Fully digital network closed-loop remote control, high control accuracyComplete safety protection functions
Technical Parameters:
Model | NCCA-1 | NCCA-2 | NCCA-3 | NCCA-5 | NCCA-6 |
Parameters | Dual-environment constant acceleration tester | High-speed spin tester | Centrifugal dynamic overload tester | Spin shock compound tester | Centrifugal vibration compound tester |
Max. Load (kg) | 5 | 5 | 50 | 3 | 1000 |
Max Acceleration(G) | 150 | / | 20 | Shock10000g-1ms | 50 |
Loading Rate (g/s) | Customized | / | 10 | / | Standard Electro-Dynamic Shakers specifications |
Installation Radius (mm) | Customized | / | 1500 | / | Customized |
Max. Rotating Speed (R/Min) | 0~3000 | 0~100000 | / | 0~10000 | / |
Control Method | Optional according to user requirements | ||||
Power Supply | 3-phase AC 380V±10% 50Hz | ||||
Working Environment | Temperature range 0~40℃, Humidity≤80% (non-condensing) | ||||
Installation Condition | Foundation-free, working distance of 800~1000mm shall be reserved around the equipment | According to the foundation drawings provided by the manufacturer |
Note:
1.The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2.In addition to providing electrical signals, the collector ring can also optionally add transmission functions such as oil, gas, special signals, Ethernet, and RF signals.