Push Pull Props |
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Single Push-Pull Props |
one-piece load bearing coupler of rugged design incorporating captive "T" bolts for connecting two scaffold tubes at any angle. |
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A. MEDIUM DUTY PUSH PULL PROPS |
CODE |
SCREW
(Threaded Tube) L/O.D/t (mm) |
OUTER TUBE
L/O.D/t (mm) |
IINER TUBE
L/O.D/t (mm) |
HEIGHT OF USE (mm) |
PERMISSIBLE LOAD (kg) |
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CSFPM 300 |
220 / 60.3 / 3.2 |
1500 / 60.3 / 2.0 |
1500 / 48.3 / 2.0 |
1750 |
3000 |
1215 |
1000 |
CSFPM 350 |
220 / 60.3 / 3.2 |
1500 / 60.3 / 2.0 |
2000 / 48.3 / 2.0 |
2000 |
3500 |
1134 |
875 |
CSFPM 400 |
220 / 60.3 / 3.2 |
1500 / 60.3 / 2.0 |
2500 / 48.3 / 2.0 |
2500 |
4000 |
735 |
563 |
CSFPM 450 |
220 / 60.3 / 3.2 |
1500 / 60.3 / 2.0 |
3000 / 48.3 / 2.0 |
3000 |
4500 |
656 |
548 |
CSFPM 500 |
220 / 60.3 / 3.2 |
2000 / 60.3 / 2.0 |
3000 / 48.3 / 2.0 |
3000 |
5000 |
595 |
456 |
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Note: |
1) |
L = Length of the Element |
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2) |
O.D = Outer Diameter |
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3) |
T = Wall Thickness |
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4) |
S.F = 1.6 |
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A. MEDIUM DUTY PUSH PULL PROPS |
CODE |
SCREW
(Threaded Tube) L/O.D/t (mm) |
OUTER TUBE
L/O.D/t (mm) |
IINER TUBE
L/O.D/t (mm) |
HEIGHT OF USE (mm) |
PERMISSIBLE LOAD (kg) |
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|
|
CSFPM 300 |
220 / 60.3 / 3.2 |
1500 / 60.3 / 3.1 |
1500 / 48.3 / 3.1 |
1750 |
3000 |
2328 |
2000 |
CSFPM 350 |
220 / 60.3 / 3.2 |
1500 / 60.3 / 3.1 |
2000 / 48.3 / 3.1 |
2000 |
3500 |
1375 |
1125 |
CSFPM 400 |
220 / 60.3 / 3.2 |
1500 / 60.3 / 3.1 |
2500 / 48.3 / 3.1 |
2500 |
4000 |
1188 |
938 |
CSFPM 450 |
220 / 60.3 / 3.2 |
1500 / 60.3 / 3.1 |
3000 / 48.3 / 3.1 |
3500 |
4500 |
1019 |
738 |
CSFPM 500 |
220 / 60.3 / 3.2 |
2000 / 60.3 / 3.1 |
3000 / 48.3 / 3.1 |
3000 |
5000 |
915 |
688 |
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Note: |
1) |
L = Length of the Element |
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2) |
O.D = Outer Diameter |
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3) |
T = Wall Thickness |
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4) |
The strength of the Push Pull Props is limited also by the type and number of theachor bolts used |
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5) |
S.F = 1.6 (mm) |
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Double Push-Pull Props |
The main advantage of using double P\P Props over single P\P Props in that a more precise vertical alignment can be achieved. Another advantage, double P\P Props provide stronger support where is needed for higher safety as in the case of outside walls shuttering. |
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