Calculation of Isolation Efficiency
For weights outside the specified Max Load of Mount required:
Max Load
kg
Static Deflection
mm
Actual Load
kg
Actual Deflection
mm
To calculate Natural Frequency of Mount required/selected:
Dynamic Factor
unitless; Leave as 1 for spring mounts.fn
Hz
To calculate Driving Frequency of Equipment:
Lowest RPM
rpm fd
Hz
Isolation Efficiency for this mount for this equipment is:
IE
% XDRP = 40mm Deflection
SSF Pad Selection
Total Load
CAPPS Aust
No. of Support Points
Load Per Mount
kgkN
Minimum PAD sizes as follows (Blue 400kPa, Red 550kPa, 850kPa & 100kPa):
SSF Blue Pads:
mm2SSF Red Pads:
mm2SSF Green Pads:
mm2SSF Black Pads:
mm2 Enter preferred width:
mm
mm
mm
mm
Respective Pad Sizes required
Width
Length
mmmm
mm
mm
Minimum PAD sizes to achieve 3mm deflection as follows:
SSF Blue Pads:
mm2SSF Red Pads:
mm2SSF Green Pads:
mm2SSF Black Pads:
mm2Enter preferred width:
mm
mm
mm
Width
Length
mmmm
mm
mm
To calculate Natural Frequency of Mount required/selected:
Dynamic Factor
unitless; Leave as 1 for spring mounts.
To calculate Driving Frequency of Equipment:
Lowest RPM
rpm
fd
Hz
Carpet Calculator
Room Name
WIDTH(Metres)
LENGTH(Metres)
Total per room
%
Pipe Load Calculator
Pipe Outer Diameter
mm
Pipe Wall Thickness
mm
Pipe Material Density
kg/m3
Fluid Density
kg/m3
For density, use:
Steel 7860 kg/m3
Stainless 8000 kg/m3
Spiral Weld 8000 kg/m3
50mm Lagging 8 kg/m
Rockwool 60 kg/m3
0.8mm Gal 7860 kg/m3
Pipe Weight per m
kg/m
Fluid Weight per m
kg/m
Total Weight per m
kg/m
Total Weight per m (lagged)
kg/m
Unlagged
Length Section 1
mm
Length Section 2
mm
Length Section 3
mm
Length Section 4
mm
Length Section 5
mm
Total Section Length
m
Lagged
Length Section 1
mm
Length Section 2
mm
Length Section 3
mm
Length Section 4
mm
Length Section 5
mm
Total Section Length
mm