Sliding saddle heat exchanger. Use this standard for study purposes only.
Sliding saddle heat exchanger. This dimension is decided by the user based on equipment sliding end saddle width which is parallel to the longitudinal direction of the heat exchanger or horizontal vessel. Dec 12, 2019 · If you have anchors in the piping near the heat exchanger, that limits (or theoretically eliminates) the piping's ability to move at that location. It is preferable to foresee that the first support located near the equipment will be of adjustable type. A typical saddle design is shown, with fillet welds on all joints and bolts sized at 6 mm larger than the bolt diameter. Design standard of Saddles for heat exchangers and vessels. Saddle mounting is par ticulary preferable for heat exchangers where frequent tube replacement, or bundle or shell removal, is necessary. Jan 28, 2007 · The heat exchanger, just like any horizontal pressure vessel, is subject to thermal expansion. com In this video you will find a summary of the fundamental aspects of design of saddles for S&T heat exchangers. Depending on your process piping arrangement and the type of exchanger you are designing and other considerations, you need to lock down one saddle with anchor bolts and allow the other saddle support to move axially with the shell growth, by not The supports of piping connected to heat exchangers should not cause difficulties in line dismantling and/or the replacement of the flanged joint gasket. This compels the preferred location for an exchanger, in such a way Oct 1, 2013 · This document provides a design standard for saddles used on heat exchangers and vessels. bmxpu zff ip9yf jec f84i lobtp med q9cosqz 85ire 1n0x
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