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Loading Arms (Liquid Loaders)
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Anyone
who has carried a hose onto a slippery tank truck or tank car, or
wrestled with an inflexible hose during cold weather or experienced
the aftermath of a burst hose, can appreciate the benefits of a
counter- balanced flexible piping system (Loading Arm).
Loading Arms (Liquid Loaders) Material of Construction
- Stainless Steel
- Carbon Steel
- Aluminum
Loading Arms (Liquid Loaders) Style
- Fixed Reach
- Pantograph ( Scissor Arm )
- Slide Sleeve
- A-Frame
- Bottom Loader
- Vapor Recovery Loaders
- Counterweighted Hose Loader
- Wash Arms
- Other
Loading Arms (Liquid Loaders) Seal Material
- Buna
- Viton
- Teflon
- E-P
- Chemraz
- Other
Loading Arms (Liquid Loaders) Size
- 2"
, 3"
, 4"
, 6"
, 8"
Loading Arms (Liquid Loaders) Torsion Spring Swivel
- Right
- Left
Loading Arms (Liquid Loaders) Inboard Flange
- Faces Up
- Faces Down
Loading Arms (Liquid Loaders) Bottom Transfer
- Step Up at T/S Joint
- Step Down at T/S Joint
Loading Arms (Liquid Loaders) Options
- Hose instead of Drop Pipe
- Vapor Recovery Plug
- Cleaning Head
- Clearance Problem
Loading Arms (Liquid Loaders) Boom Style
- Supported
- Unsupported
Loading Arms (Liquid Loaders) Boom Outboard Flange
- Faces Up
- Faces Down
In
its natural state, a piping system is not flexible; to make it flexible,
swivel joints are put between lengths of
straight pipe creating flexibility in the system. The flexibility
of the loading arm increases as the number of planes of rotation
(swivel joints) are added to the system. To allow for supported
vertical movement, a torsion spring or counter weight is utilized.
To give or add additional flexibility in reach to these loading
arms, both supported booms and unsupported
booms can be added to the basic styles.
Through
a combination of swivel joints and lengths of pipe, you can create
a loading arm for your unique applications. The following drawings
will assist you in designing your own Loading Arm.
Booms
Swivel
Joint style 20-F is used on inboard end of booms to give 360 degrees
of movement potential.
The
maximum reach on an unsupported boom is six feet. Both arms and
booms are load sensitive, which can limit choices and dimensions.
Supported
Booms
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