Metal C Rings

The first digit designates the C-Ring material, the second is always “0” in case of a C-Ring.

2: Age hardened

024563 = 245,63 mm for groove OD = 246,19 mm The seal diameter is always the outside diameter without plating. DSO = DG – DC – (plating thickness X 2) See figure below DSO = 246,19 – 0,46 – 2 X 0,05 = 245,63 mm

Select the proper axial section (AS) in the table, then select the material code “M or H” based on the desired spring load.

The first digit designates the C-Ring material, the second specifies the spring material.

1: Work hardened

Plating code “S” = Silver plating Plating thickness “50” = 30 to 50 µ

056688 = 566,88 mm for groove ID = 566,27 mm The seal diameter is always the inside diameter without plating. DSI = DG + DC + (plating thickness X 2) See figure below DSI = 566,27+ 0,51+ 2 X 0,05 = 566,88 mm

Select the proper axial section (AS) in the table, then select the material code “M or H” based on the desired wall thickness.

The first digit designates the C-Ring material, the second is always “0” in case of a C-Ring.

2: Age hardened

Plating code “G” = Gold plating Plating thickness “50” = 30 to 50 µ

033534 = 335,34 mm for groove OD = 334,83 mm The seal diameter is always the inside diameter without plating. DSI = DG + DC + (plating thickness X 2) See figure below DSI = 334,83 + 0,41 + 2 X 0,05 = 335,34 mm

Select the proper cross section or axial section (AS) in the table, then select the material code “M or H” based on the desired spring load.

The first digit designates the C-Ring material, the second specifies the spring material.

1: Work hardened

Plating code “N” = Nickel plating Plating thickness “50” = 30 to 50 µ