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The corresponding elevation difference (positive or negative) between the elevation adjustment measurement location and the elevation reference point (commonly known as the zero point) is called the elevation of the place. The elevation is divided into the full elevation and the corresponding elevation. The full elevation is therefore the sea level as the reference zero point, and the sea level The height difference is called the full elevation; the corresponding elevation is the reference point of a certain elevation as the zero point, and the height difference of the reference point is called the corresponding elevation value. The corresponding elevation is mainly used in the project, and it is customary to call the elevation.
The adjustment of the gear pump elevation is to facilitate the combination of the pump body and the pipeline. Under normal circumstances, the elevation of the gear pump is measured with the pump axis line as the measuring point, and the base elevation calibrated on the pump bottom is used as the measurement reference, and the liquid level connector is used to measure Regarding pumps with stricter conditions, the elevation adjustment is measured with a level gauge. The initial fault of the gear pump elevation should be in accordance with the principles of Table 6-5. The fault can be adjusted through a temporary shim.
The initial level of the gear pump can be found after the elevation is found, or at the same time. It is adjusted to temporarily adjust the level of the level. The level of the gear pump is adjusted to 0.02mm/m The level meter or the level meter with an accuracy of 0.05mm/m is placed on the inlet and outlet flange surface of the pump or the pump shaft length is being measured.
For horizontally split pumps, the level can be placed on the horizontal bisecting plane or the length of the pump shaft and the inlet and outlet flanges is being measured. The level of gear pumps is first fault: Regarding the full assembly. For the pump, the vertical horizontal fault should not be exhausted. At 0.1/1000, the horizontal horizontal fault should not be less than 0.2/1000; the vertical and horizontal horizontal faults of the pump that disassembled the assembly shall not be less than 0.05/1.
Stainless steel gear pump assembly method Gear pump positioning and correcting the positioning and alignment of the gear pump is to place the pump on the bottom and adjust the vertical and horizontal center lines of the pump body according to the center line of the bottom to make it suitable for conditions. In the assembly process of the pump, as for the usual small and medium-sized gear pumps, it and the electromechanical share each frame, and the assembly method is used during assembly.
After the above-mentioned preparatory career is over, the pump, the electromechanical and the frame can be steadily hoisted to the bottom together, and then they are being aligned and leveled. For the poor gear pump, the frame is usually hoisted in place and adjusted. After the intermediate position and levelness, the pump and electromechanical are hoisted to the base to adjust the levelness coupling shaft end distance, etc.
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