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Flex a Seal, Inc.

L Kimball Simmons

Kevin D Davis

Todd S Blow

Roger F Bessette

Gary S Proulx

This method for securing a cartridge mechanical face seal to a sleeve in a rotating shaft sealing assembly uses one or more plunger locks to secure the rotary face of the seal assembly to the sleeve. Such seal assemblies have been previously secured with set screws. This plunger lock method for securing the rotary face of the cartridge seal avoids the use of set screws altogether. Instead, one or more spring activated plunger locks located in the rotary face seal assembly are mated into precisely located receptacle bores in the sleeve. The resulting attachment will not leak, require additional tightening, or distort the sleeve.

Method for securing a cartridge mechanical face seal to a sleeve

The fully split cartridge mechanical seal assembly is comprised of two unitized self contained assemblies which fit together to form a unitized cartridge design. The assembly uses set screws to position the seal assembly to the rotating shaft or sleeve and slots in the gland to receive attaching means to a fixed stationary or chamber. The stationary components of the assembly include the following: a split stationary seal ring, a split stationary seal ring packing, springs set into apertures in the split gland, the split gland, the split gland gasket, gland bolts, a gland split gasket, and setting clips and screws. The rotating components include the following: a split rotary seal ring, split rotary seal ring packing, a split sleeve, the split sleeve packing, the sleeve bolts, cup point set screws, and sleeve split gasket. The fully split cartridge mechanical seal design eliminates the handling of a lot of loose, delicate, precise manufactured components and allows for very simple, easy and time saving installation with no measurements or guess work.

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Williston, VT, United States of America

L Kimball Simmons