The innovative ShaftDesigner software enables the best alignment of the entire propulsion drive train, which expands the company's product range. According to reports, only this software can integrate vibration calculation into the alignment calculation of the same base object. When a device is likely to produce rotary vibration, bending vibration, axial vibration or torsional vibration, the system can be conveniently carried out by the user. Calculation.
In addition, with the aid of the 3D modeler, it is easy to truly reproduce the state of the entire propulsion drive train, and by moving the bearings of the corresponding parts, the chance of occurrence of the above vibration is minimized. The software also calculates the optimum bearing offset.
ShaftDesigner is an ideal tool for system design to reduce the chance of unwanted vibrations and to resolve realignment of the propulsion drive train after vibration. When performing vibration calculations, the software can identify defects in the propulsion drive train design. The system can be operated on separate modules, including centering and different vibration modes to ensure that the user selects them as needed. The torsional vibration calculation module has been widely adopted as a cost-effective stand-alone software version provided by Machine Support.
Together with its software development partner, Intellectual Maritime Technologies (IMT), the company continues to enrich the software to provide new solutions to the problem of neutralization and vibration.
The project currently under development is a transient vibration module. Transient vibrations are often difficult to detect and resolve. These vibrations are instantaneous in nature and generally occur only during the start or shut down of the machine, or when the speed or load condition changes. Machine Support wants to be the first company to offer computing software and services for transient vibration problems and to provide on-site solutions.
Combined Flow Closed Cooling Tower
Closed Cooling Tower is operated by circulating water or fluid, which is divided into two closed loops.
1. Circulation in the tower: the circulating water or fluid passes through the hot zone environment. After the water temperature rises, it enters the surface cooler in the tower, and the heat is sent to the environment outside the tower through the surface cooler and ventilation fan. The cooled circulating water or fluid is sent to the heat source by the water pump.
2. Circulation outside the tower: the spray water is sent to the spray system by the water tank through the water pipe. After spraying, the spray water first exchanges heat with the filler, so that the spray water can be cooled rapidly. At this time, the water contacts the surface of the surface cooler for heat exchange. Part of the hot steam is discharged through the ventilation fan, and the cooled spray water drops to the water tank for secondary circulation to form an external circulation for cooling.
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Wuxi Ark Fluid Science Technology Co., Ltd. , https://www.fangzhouarkfluid.com