Axial Expansion Joints Technical Data

Axial expansion joints with welded ends, Type 7110 000 Axial expansion joints with Axial expansion joints with welded ends and external shroud, Type 7112 000 Axial expansion joints with flanges and external shroud, Type 7122 000 Axial expansion joints with welded ends and external shroud, pre-stressed, Axial expansion joints with welded ends and external shroud, for Aax. without Axial expansion joints with flanges and external shroud, pre-stressed, Axial expansion joints with flanges and external shroud, for Aax without pre- Axial expansion joints with welded ends and inner sleeve, Type 7111...

Axial Expansion Joints Effective cross-sectional surface Outer diameter Overall length Universal vibration These results represent either axial, lateral or vibrative. Deviation ± 30 % Reserve the right for technical changes Reduction factor3) for pressure [Kp] and movement capacity [KΔ] Temperature °C

Axial Expansion Joints Effective cross-sectional surface Outer diameter Overall length Universal vibration Reduction factor3) for pressure [Kp] and movement capacity [KΔ] Intermediate values can be linearally interpolated. These results represent either axial, lateral or vibrative. Deviation ± 30 %

Axial Expansion Joints Outer diameter Overall length Universal vibration Effective cross-sectional surface These results represent either axial, lateral or vibrative. Deviation ± 30 % Reserve the right for technical changes Reduction factor3) for pressure [Kp] and movement capacity [KΔ] Temperature °C

Axial Expansion Joints Effective cross-sectional surface Outer diameter Overall length Universal vibration Reduction factor3) for pressure [Kp] and movement capacity [KΔ] Temperature °C Intermediate values can be linearally interpolated. These results represent either axial, lateral or vibrative. Deviation ± 30 %

Axial Expansion Joints Effective cross-sectional surface Outer diameter Connection dimensions (flange) Overall length Universal vibration Reduction factor for pressure [Kp] and movement capacity [KΔ] Temperature °C Intermediate values can be linearally interpolated. These results represent either axial, lateral or vibrative. Deviation ± 30 %

Axial Expansion Joints Effective cross-sectional surface Outer diameter Connection dimensions (flange) Overall length Universal vibration These results represent either axial, lateral or vibrative. Deviation ± 30 % Reduction factor3) for pressure [Kp] and movement capacity [KΔ] Temperature °C Intermediate values can be linearally interpolated.

Axial Expansion Joints Effective cross-sectional surface Outer diameter Connection dimensions (flange) Overall length Universal vibration Reduction factor3) for pressure [Kp] and movement capacity [KΔ] Temperature °C Intermediate values can be linearally interpolated. These results represent either axial, lateral or vibrative. Deviation ± 30 %

Axial Expansion Joints Effective cross-sectional surface Outer diameter Connection dimensions (flange) Overall length Universal vibration These results represent either axial, lateral or vibrative. Deviation ± 30 % Reserve the right for technical changes Reduction factor3) for pressure [Kp] and movement capacity [KΔ] Temperature °C

Axial Expansion Joints Effective cross-sectional surface Outer diameter Outer diameter Welded end Overall length Nominal axial movement capacity Intermediate values can be linearally interpolated. Reduction factor for pressure [Kp] and movement capacity [KΔ]

Axial Expansion Joints Effective cross-sectional surface Outer diameter Outer diameter Welded end Overall length Nominal axial movement capacity Reserve the right for technical changes Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C

Axial Expansion Joints Effective cross-sectional surface Outer diameter Connection dimensions (flange) Outer diameter Bellows Overall length Nominal axial movement capacity Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Intermediate values can be linearally interpolated.

Axial Expansion Joints Effective cross-sectional surface Outer diameter Connection dimensions (flange) Outer diameter Overall length Nominal axial movement capacity Reserve the right for technical changes Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C

Axial Expansion Joints Effective cross-sectional surface Outer diameter Outer diameter Welded end Overall length Nominal axial movement capacity Intermediate values can be linearally interpolated. Reduction factor for pressure [Kp] and movement capacity [KΔ]

Axial Expansion Joints Effective cross-sectional surface Outer diameter Outer diameter Welded end Overall length Nominal axial movement capacity Reserve the right for technical changes Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C

Axial Expansion Joints Effective cross-sectional surface Outer diameter Connection dimensions (flange) Outer diameter Bellows Overall length Nominal axial movement capacity Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Intermediate values can be linearally interpolated.

Axial Expansion Joints Effective cross-sectional surface Outer diameter Connection dimensions (flange) Outer diameter Overall length Nominal axial movement capacity Reserve the right for technical changes Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C

Axial Expansion Joints Effective cross-sectional surface Outer diameter Overall length Nominal axial movement capacity Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C Intermediate values can be linearally interpolated.

Axial Expansion Joints Effective cross-sectional surface Outer diameter Welded end Overall length Nominal axial movement capacity Reserve the right for technical changes Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C