Tabular data and specifications
Isotop SE-DE Elevator Sandwich Element |
Maximum Load |
Natural Frequency at maximum load |
SKU |
Price £/ Unit |
|
|---|---|---|---|---|---|
 |
in Kg | in N | |||
| Isotop SE-DE Elevator 13 | 150 | 1,471 | 10.4 Hz | 47254 | £211.65 |
| Isotop SE-DE Elevator 30 | 310 | 3,041 | 10.2 Hz | 47252 | £216.60 |
| Isotop SE-DE Elevator 50 | 620 | 6,082 | 9.5 Hz | 47250 | £293.85 |
| Isotop SE-DE Elevator 100 | 1,250 | 12,262 | 9.5 Hz | 47247 | £310.40 |
| Isotop SE-DE Elevator 170 | 2,190 | 21,483 | 9.5 Hz | 47245 | £335.15 |
| Isotop SE-DE Elevator 280 | 3,480 | 34,138 | 8.8 Hz | 47243 | £351.75 |
Isotop® SE-DE Elevator sandwich elements
Isotop SE-DE Elevator Sandwich vibration damping pads are innovative vibration isolators characterised by their high stability and low weight. They typically consist of a pressure distribution plate and an isolating layer. The isolating layer is often made from lightweight materials such as polyurethane foam. The pressure distribution plates in sandwich elements are mainly produced from strong materials like aluminium, steel or fibre composites (e.g. glass fibre or carbon fibre) to distribute the load evenly.
Isotop® sandwich vibration damping pads are impressive
- High structural strength despite low weight, due to a combination of strong pressure distribution plates and lightweight isolating layers.
- Exceptional acoustic insulation properties – ideal for applications where sound control is important.
- Simple installation, low maintenance requirements and therefore lower operating costs.
The right Isotop® SE DE Elevator sandwich elements for every application
- Sandwich vibration damping pad for double elastic bearing for load ranges between 150 kg and 3,480 kg.
- Overall height 111.5 mm.
- Isolating layer made from Sylomer® or Sylodyn®.
- Natural frequency from 8.8 Hz.
- Hot dip galvanised pressure distribution plate.
- 60 mm-thick, heavy settling mass.
- M12 internal thread. Contact us for further information and enquiries.
Isotop® SE-DE Elevator Force in N
Isotop® SE-DE Elevator Natural frequencies in Hz
