Vibration isolating bearing plates from isoloc are the solution
for the protection of vibration-sensitive measuring and laboratory equipment
up to a weight of 1,000 N *.
versions:
With different elastic feet, without and with levelling.
Your advantages:
- Easy-to-implement source or receiver isolation for
vibration-sensitive measuring and laboratory equipment, in
Connection with inherently rigid pedestals / tables
- Low natural memory frequencies: 12.5 Hz in vertical direction
Direction for good receiver isolation
- Anchor-free mounting, thus deeper
Assembly time / costs
- Versatile use in industrial production environments
Laboratories and measuring rooms up to clean rooms
- maintenance-free
- simple design
- Flexible use, portable use of your measuring instruments
applications:
- Sensitive table-top appliances in general
- measuring instrument
- microscopes
- laboratory equipment
- Test Equipment
- Optical devices
- Small roughness and roundness measuring instruments
- hardness tester
- Electronic scales
- analytical balances
- microbalances
and much more
* with NTS55-M12 / HE2-NP2 die Part no.: 11872 & IL65
(Item no.: 11853)
Translated with DeepL
Machine Mounting Systems FEDAM can be used both for::
- Source insulation (emission protection): Forces emitted by a machine or plant are transmitted in a reduced form to the environment.
and for:
- Receiver insulation (immission protection): Vibrations existing at the place of installation, given as vibratory distances, speeds or accelerations, are transmitted in a reduced form to the machine or plant.
Top and bottom side: delivery with Anti-Slip Panels GPL 3025 ex works
If desired without anti-slip panel, in this case we recommend screwing on of the elements to the machine and the floor, due to the missing anti-slip protection.
You can see more types of our Spring-Damper-System FEDAM at our website, please use the link product details.
Due to its very good elasticity and damping, this type is optimally suitable for the source and receiver insulation of machines and devices of all kinds, also on upper floors and for sprung foundations.
Thanks to its high damping it is particularly suited for the insulation of impacts as the inevitable excessive resonance increases are reduced and vibrations fade quickly. Very deep natural frequencies when arranged in layers.
Basic dimension: 500 x 500 x 15 mm
Special dimensions and customized cuttings are possible.
Compressive stress
0.1 N/mm² to 0.3 N/mm²
Friction coefficient
on steel up to 0.95
on concrete up to 0.90
Sprung foundations of isoloc suit for all machines and plants
The individual design of sprung foundation insulations requires a special know-how and extensive experience. We have more than 20 years of experience in planning, calculating and realization of sprung foundations with a weight of several 1.000 kN.
Purpose of a sprung foundation
A sprung foundation insulation includes, in the broadest sense, any vibration insulation which is not installed directly under the machine but under the machine foundation. Such a machine foundation is often sunk into the ground in a foundation pit ("underfloor"), but in case of smaller sizes it could also be arranged "above floor".
Increase of the stability and torsional stiffness of a machine
Certain machines / plants require the setup on a foundation for stiffening, if a vibration insulation is intended. The elastic vibration insulation elements are integrated under the additional mass. The foundation block makes it also possible for machines without inherent stiffness to be set up with very elastic vibration insulation packs in a vibration insulated way.
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