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A device for evaluating the characteristics of equipment with varying flow cross-sectional areas.
It is a device for evaluating the characteristics of equipment with varying flow cross-sectional areas, such as servo valves.
Measurement time is only about ten seconds.
The compressed air in the isothermal container is rapidly exhausted to the maximum vacuum pressure by the ejector, and the pressure response at this time is used to determine the pressure-flow characteristics of the ejector.
You can measure the consumption flow rate of tools using air pressure.
【Overview】 Air consumption can be measured as an instantaneous value, making it effective for product development.
Maximum torque: 8.5 kN-m
Overview: A static torsion test will be conducted on the rubber coupling.
Measurement and recording of the temperature rise during clutch brake operation.
This is a device that measures and records the temperature rise during the operation of the clutch brake.
Wear speed 0.02 to 2.0 m/s
【Overview】 ■ It is a friction and wear testing machine for lubricated conditions in the atmosphere and in a vacuum. ■ The wear rate ranges from 0.02 to 2.0 m/s, with a standard load of 5 kgf.
Measured up to a maximum of 15,000 RPM.
Overview: The load test of the high-speed motor will be measured from stall torque measurement up to a maximum of 15,000 rpm.
This is an introduction to a two-axis chain system testing device.
【Overview】 ■ The engine timing chain is driven by a motor, and a dynamometer is used as a load device to replicate the engine operating condition. ■ The lubricant can be temperature-controlled up to 120°C.
Reduce air consumption by over 90%.
This is a device that measures and analyzes the flow characteristics of pneumatic equipment from the pressure response waveform at the time of release using an isothermal container.
By automatically adjusting pressure and flow rate at once, fully automated testing and automatic measurement processing are possible.
This is a flow characteristic testing device for compressible fluid valves.
Perform flow measurement in a closed circuit to achieve energy savings!
This is a flow testing device designed to measure the flow rate of various valves under pressures below 0.9 MPa in a closed circuit.
Analyzing the torque response during clutch brake operation.
【Overview】 ■ This is a device for analyzing the torque response during clutch brake operation.
Automatic control of rotational speed, load weight, and lubricant oil temperature adjustment.
【Overview】 ■ It is a four-ball friction and wear testing machine. ■ It automatically controls the rotation speed, load weight, and lubricant temperature. ■ Equipped with a convenient timer function.
Supplies temperature-controlled lubricating oil driven by a pump.
【Overview】 ■ The engine head is driven independently to supply temperature-controlled lubricating oil, and friction is measured under conditions close to those of an actual machine.
This is an introduction to a comprehensive testing device for the performance of a motoring-capable internal combustion engine.
【Overview】 This testing device enables basic performance tests such as starting torque, load performance tests, and fuel consumption rate, by combining a small gasoline engine with an alternating current electric dynamometer. It also allows for engine characteristic tests through motoring, including mechanical friction losses.
