PAK0741.10016X144
Levelling foot for hygiene sector M16X65, D=100, Stainless steel, Components: rubber
Estimated delivery: On request
Material:
Base in stainless steel 1.4301.
Threaded spindle in stainless steel 1.4301.
Rubber foot and rubber seal (EPDM).
Version:
Polished base.
Threaded spindle with surface without corrosion protection.
Rubber foot in black.
Rubber seal in black.
Order example:
K0741.08016X143
Note:
The levelling foot has an adjusting bush that covers parts of the thread. Inside the bush, there is an integrated O-ring. The O-ring prevents dirt from penetrating.
EPDM complies with the listed guidelines of the USDA standard requirements for rubber products.
Stainless steel levelling feet for sterile areas have received the Equipment Acceptance Certificate from the US Department of Agriculture (USDA).
The load values given in the table refer to a series of tests in which a static load was applied vertically to the plate at the centre of the spindle. Radial forces exerted, caused by vibrations or other motion effects, influence the load-bearing capacity and have not been taken into account in the calculation of the stated values.
Drawing note:
1) Adjustment range
Base in stainless steel 1.4301.
Threaded spindle in stainless steel 1.4301.
Rubber foot and rubber seal (EPDM).
Version:
Polished base.
Threaded spindle with surface without corrosion protection.
Rubber foot in black.
Rubber seal in black.
Order example:
K0741.08016X143
Note:
The levelling foot has an adjusting bush that covers parts of the thread. Inside the bush, there is an integrated O-ring. The O-ring prevents dirt from penetrating.
EPDM complies with the listed guidelines of the USDA standard requirements for rubber products.
Stainless steel levelling feet for sterile areas have received the Equipment Acceptance Certificate from the US Department of Agriculture (USDA).
The load values given in the table refer to a series of tests in which a static load was applied vertically to the plate at the centre of the spindle. Radial forces exerted, caused by vibrations or other motion effects, influence the load-bearing capacity and have not been taken into account in the calculation of the stated values.
Drawing note:
1) Adjustment range












