Locking Assembly Canto-Lock - C-10111, Shape RoundCircular, COUNTRY Italy

Featuring a self-centering medium this product, Torque shaft accommodates sizes between 15mm and 400mm, Delivering torque from 115nm up to 489701nm, While suggesting mounting tolerances of shaft h8 for the axle and core bore, A surface finish of ra is necessary, And we supply it in inches series also The required surface finish for the shaft and hub bore is ra2, With suggested mounting tolerances of h8 for the shaft and h83 for the hub Refrain from applying lubricants; instead, Use molykote molybdenum disulfide oil. Please adhere to the installation and disassembly instructions Lock series, For Canto C, 1011 & 1011. 1 Supplied fully assembled for the c, Immediate installation, 1011 and 1011. 1 locking assemblies must have all parts accounted for if taken apart These devices are with their, Accurately positioned torque capacity relying on a friction coefficient of 0. 12 for lighter loads Ensure that screws, And the tapering areas, Contact surfaces of the shaft and hub are adequately oiled; avoid using molybdenum disulfide products like Molykote or Never-Seez or equivalent lubricants when setting up any locking assembly. Refer to Fig. 1. 1 for installation guidance. Confirm that the locking screws, Rings, And shaft are securely positioned Hub contact areas are free of debris and with all, Lightly oiled collar slits precisely aligned in the locking assembly series Canto, Lock To prevent flange bending, C, 1011 and 1011. 1 must be entirely unbroken along their full length inside the hub bore Adjust the core circle item 1 2 by loosening each screw by no less than three turns, Then relocate at least two screws to the push-off area For straightforward installation of the engage the, Locking assembly threads in collar item 1 to release the tapers; see fig. 1 for details After you install the move the, Locking assembly locking screws that are responsible for collar ensure they, Separation. Finally are hand-tightened and check their security Confirm that collar item 1 aligns with with the face of the part intended for attachment to the shaft. 5. Apply a torque wrench and Increase the setting to about 5% more than the designated torque for secure fastening. Fasten the screws in a using solely, Clockwise sequence 1/4 executes multiple passes until it can no longer perform 1/4 turns. Also, Apply overtorque for one or two more rotations is essential to counteract the natural relaxation of log screws within the system, Since tightening one screw will always cause others to loosen surrounding screws. With the aim of prevent excessive torque, An endless series of adjustments would be necessary to achieve the desired specification tightening torque. 7. Calibrate the torque wrench to the specified torque ts and confirm that all locking screws are properly tightened. Nan exceptional member of the screws should rotate at this time; if rectify the, They do issue Execute step 6 for one or two more iterations. Rechecking the tightening torque is not required once the equipment is in position In environments prone to guarantee that, Intense corrosion the slits in the clamp collars for items 1 and 2 are taken into consideration during installation properly sealed with a compatible sealing compound or similar option; furthermore, Disassembly threads should be safeguarded from corrosion, As depicted in the diagram Ensure that no torque or thrust loads are present before proceeding with the next removal step the locking system, Shaft, Or any affixed elements. 1. Confirm that the collars have the required axial mobility for proper release Connections should remain open. Similarly, Check that push-off threads are well-maintained. 2. Detach all fasteners with locking mechanisms and place some into To disengage collar item 2, Ensure that all push-off screws in collar item 1 are securely tightened at the flange a restricted to, Grid-like configuration a maximum of 1/4 turns for several passes