Limiters / Length limiters / Tie rods 
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Design
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Description
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A |
Rubber expansion joints without tie rod with rotatable flanges,
suitable for absorbing movements on all sides.
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B |
Rubber expansion joints with length limiter for absorbing reaction
forces. Tie rods supported in rubber bushes.
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C
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Rubber expansion joints with length limiter for absorbing reaction
forces. Tie rods supported in rubber bushes including shear limiter
for bellow protection. Suitable for absorbing noise, vibrations and
lateral expansion (radial).
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E
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Rubber expansion joints with length limiter for absorbing reaction
forces. Tie rods supported in spherical washers and conical seats.
Suitable for absorbing high lateral expansion.
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F
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Rubberexpansion joints with hinge tie rods for absorbing reaction
forces. Suitable for angular movements on one plane; two joint
compensators with intermediate pipe can absorb very high lateral
expansion on one plane.
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G
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Rubber cexpansion joints with cardan joint tie rod for absorbing
reaction forces. Suitable for absorbing angular movements on a
circular plane. Three cardan tie rods arranged at an angle are able
to absorb very high axial forces and lateral expansion (soft corner).
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L
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Rubber expansion joints with segment tie rods; tie rods supported in
spherical washers/ conical seats for absorbing shear and tensile
forces. Suitable for absorbing lateral expansion in pressure and
vacuum applications.
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K
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Rubber expansion joints with segment tie rods; tie rods supported in
spherical washers for absorbing reaction forces. Suitable for high
lateral (radial) expansion.
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H
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Rubber expansion joints with tie rods arranged on the outside for
absorbing reaction forces. Tie rods supported on the outside in
spherical washers and on the inside with hexagon nuts for shear
limitation.
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M
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Rubber expansion joints with tie rods arranged on the inside supported
in spherical washers/conical seats for absorbing shear and tensile
forces. Suitable for lateral expansion, pressure and vacuum
applications.
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Note:
Dimensioning of the limiters normally takes place
based on the reaction/friction force. If additional pipe forces
are to be absorbed, this must be specified!