TANKO®-CP Jet Cleaner
7.4.4 Assembling the Device
NOTE
Risk of damage to the device as a result of improper assembly/disassembly work! Assembly/disassembly of the device which is NOT performed properly can cause damage to the device which puts the functional safety and reliability at risk when re- commissioning. The failure of components or a device malfunction can cause material damage and consequential damages.
Use a vise with protective jaws, e.g. plastic or light metal, for clamping.
Use only suitable tools which do not damage the surface.
For assembly work, adhere to the specified tightening torque values (see Table 7.5-6: Torques CP2 Table 7.5-12: CP2S torque Table 7.5-17: Torques CP3).
NOTE
Edge compression in the area of the wrench flats! If workpieces are NOT grasped without play and in a protective manner by the flats during assembly/disassembly, then they are at risk of damage: To avoid causing damage during assembly/disassembly work, use an adjustable wrench with parallel, smooth clamping jaws. Apply the clamping jaws of the adjustable wrench or pliers wrench to the flats without play so that they rest evenly across the surface and loosen or tighten the screwed part.
NOTE
Damage to the screw connections! Stainless steel screw connections may tend to seize up during assembly as a result of friction, caused by high preload forces and high friction values, and can cause problems when tightening and unfastening.
Lubricate the screw connections before assembly.
Define the choice of lubricant very exactly for the application and the requirements (e.g. Klüberpaste UH1 96-402 or UH1 84-201). Adhere to the information in the safety data sheets provided by the lubricant manufacturer.
NOTE
Risk of dirt and foreign bodies in the device! Dirt or foreign bodies can compromise the functional safety and reliability of the device. During assembly, make sure and check that there is no dirt or foreign objects in the device (e.g. small particles, sealing material).
An assembly tool for installing the plain bearing bushing in the shaft can be obtained from AWH (see Table 7.4-3: Assembly tool ).
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Translation of the original operating/installation instructions 2016/10
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