Audited Supplier
S-P5-4 to S-P12-4
Fixed
Non-Customized
International
Bearing
Stainless Steel
Optional
optional
Optional
500000pcs/Months
THERMOTEST
Carton
Optional
China
Product Description
Innovative solutions:
Vibration isolation for small and medium-sized plants and machinery
Appropriate vibration isolation and/or structure-borne noise damping in machinery, components, aggregates and buildings is becoming increasingly important to protect humans and material assets against vibrations. Spring elements and damped spring elements ensure that the vibration induced by the equipment - the source of the vibration - is not transmitted to the environment (isolation of source). Spring elements can also be used to isolate a vibratory system against vibrations inducedby the environment (isolation of recipient). We off er spring elements with or without integrated CRD type damping covering frequencies between 2.5 and 5Hz. All spring elements can be additionally equipped with viscoelastic dampers to adapt to increased damping requirements.
Contact us to benefi t from our expertise.
Design
Spring elements are designed as follows:
· same total height within a series
· large load range between 90 and 72,200N
· frequencies from 2.5Hz
· pressure- and form-locking height adjustment (also available in stainless steel) (optional)
· high-quality corrosion protection (CDP coated springs)
· CRD type damping using the same dimensions (optional)
· structure-borne noise damping (optional)
· lift-off device (optional)
Spring elements are suitable for use in a variety of applications. They provide the best solution for vibration and structure-borne noise isolation, for example in:
· fans or ventilation systems
· air-conditioning systems
· pumps or pumping systems
· electronic equipment
· measuring devices
· small and medium-sized power presses
· fans or ventilation systems
· air-conditioning systems
· pumps or pumping systems
· electronic equipment
· measuring devices
· small and medium-sized power presses
Dimensions
| S-P5-2 to S-P12-2 | |||||||
| Type | Nom.load kN | vertical stiffness1 N/mm | Natural frequency Hz | Height mm | |||
| min. | max. | H0 | Hn | ||||
| Fnmin | Fnmax | ||||||
| S-P5-4 | 1.650 | 5.860 | 280 | 3.4-6.5 | 71 | 65 | 50 |
| S-P6-4 | 1.930 | 7.500 | 326 | 3.3-6.5 | 48 | ||
| S-P7-4 | 2.315 | 7.040 | 391 | 3.7-6.5 | 53 | ||
| S-P8-4 | 2.870 | 9.700 | 485 | 3.5-6.5 | 51 | ||
| S-P9-4 | 3.330 | 10.700 | 563 | 3.6-6.5 | 54 | ||
| S-P10-4 | 4.090 | 11.055 | 691 | 4.0-6.5 | 55 | ||
| S-P11-4 | 4.675 | 12.640 | 790 | 4.0-6.5 | 55 | ||
| S-P12-4 | 5.760 | 15.570 | 973 | 4.0-6.5 | 55 | ||
| Max. weight: 6.6kg | |||||||
Remark:
1.calculated according to DIN EN 13906-1 for -CRD type: dynamic stiff ening factor approx. 1.2 to 1.4
1.calculated according to DIN EN 13906-1 for -CRD type: dynamic stiff ening factor approx. 1.2 to 1.4
2. H0: unload height
3. Hn: height at nominal load
3. Hn: height at nominal load
