Rotary Damper with gear. Gear Damper is used to dampen drives, control speed, and many other applications. Gear dampers are widely used in automobile interior decoration, household electric appliances,etc. Gear damper increasing equipment life and reducing maintenance expenses.
NOTE:
1. Please contact the corresponding product engineer for specific torque products.
2. Max. rotation speed: 50r/min
3. Max. circle rate: 6 cycle/min(Clockwise360 °, 360 ° anti-clockwise for 1 cycle)
4.Operating temperature: -10~50℃
5.Storage temperature:-30~80℃
Applied torque: (T)
Test Temperature: 23+/-5℃
Rotating speed:20r/min
Durability test Method: Clockwise 360 °, 360 ° anti-clockwise
Rotating speed:20r/min
Test Frequency: 1cycle/min
Test Temperature: 23±5℃
Durability test cycle: 50000cycle
Test result criteria: Store in the room temperature for 24 hours or more after the test, recording to the torque T=T±30%T.
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The power of a single fuel cell is limited. To enhance its practicality, the researchers assembled several fuel cells into a fuel cell stack in series or in parallel. The flat solid oxide fuel cell stack is an assembly resembling a “multi-layer sandwich biscuitâ€. structure.
Experts from the Finnish National Technology Research Center said that they first assembled a single plate-type solid oxide fuel cell stack of 10 kilowatts into a system two months ago and tested it under actual operating conditions.
The center pointed out that increasing the power of a single fuel cell stack can create conditions for the future construction of large-scale solid oxide battery power plants. Currently, the power of a single flat fuel cell stack on the market is mostly from 0.5 kW to several kilowatts. If a fuel cell technology is used to build a power plant, many fuel cell stacks are needed, and the cost of assembly, maintenance, and management is high. Increasing the power of a single flat fuel cell stack can reduce the construction and maintenance costs of this new type of power plant.
Finland develops natural gas fuel cell system
The communique issued by the Finnish National Technical Research Center recently stated that the center has developed a unique fuel cell system that can generate electricity from natural gas and generate electricity from the grid. Its uniqueness lies in the use of a single plate-type solid oxide fuel cell stack of 10 kilowatts to produce electricity.