Teller für Gelenkfüße mit Schwingungsdämpfung
Artikelnummer: 27804
Produktinfo
Material
Plate in die cast zinc or stainless steel 1.4305,
damper plate PUR elastomere (Sylomer V12)
Yta
Plate in die cast zinc, black powder-coated; plate in stainless steel, natural finish; damper plate grey, fixed, cannot slip; range of use from -30 °C to +70 °C
Notera
The manageable load given in the table is a recommendation of the permanent static load up to which the absorption unit should be used.
This static load corresponds to a pressure per area of 0.4 N/mm², at which the material reaches its optimum absorption properties. Here it is taken into account that under dynamic demands an additional load, up to 0.6 N/mm² may occur.
The damper plate absorbs vibrations and prevents slipping of the Swivel Pad.
Swivel Pads consist of a plate and a threaded spindle resp. a ball joint. Any plate can be combined with any threaded spindle resp. any ball joint.
For matching threaded spindles see 27810.
For matching ball joints see 27811.
Order No. | Material | Surface finish | D | H (under pressure of 0 / 0.4 / 0.6 N/mm²) | Load capacity (under pressure of 0.4 N/mm²) N | D1 |
27804-20401 | die cast zinc | plate for swivel pads | 40 | 7 / 5,9 / 4,8 | 62 | 30,5 |
27804-20501 | die cast zinc | plate for swivel pads | 50 | 7 / 5,9 / 4,8 | 212 | 40,5 |
27804-20601 | die cast zinc | plate for swivel pads | 60 | 7 / 5,9 / 4,8 | 433 | 50 |
27804-20801 | die cast zinc | plate for swivel pads | 80 | 7 / 5,9 / 4,8 | 614 | 68 |
Order No. | Material | Surface finish | D | H (under pressure of 0 / 0.4 / 0.6 N/mm²) | Load capacity (under pressure of 0.4 N/mm²) N | D1 | Price_Nox |
27804-20402 | stainless steel | plate for swivel pads | 40 | 7 / 5,8 / 4,9 | 212 | 30,5 | 14,01 |
27804-20502 | stainless steel | plate for swivel pads | 50 | 7 / 5,8 / 4,9 | 435 | 40,5 | 18,41 |
27804-20602 | stainless steel | plate for swivel pads | 60 | 7 / 5,8 / 4,9 | 705 | 50 | 23,43 |
27804-20802 | stainless steel | plate for swivel pads | 80 | 7 / 5,8 / 4,9 | 1372 | 68 | 37,04 |
Konstruktion