ngular Expansion Joints Technical Data
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Angular Expansion Joints Technical Data

Angular Expansion Joints Bl Additional moment from rotation and pressure per 1 bar and per 1° Մ Bending spring rate per 1° Մ 1) Outer diameter Welded end Overall length Nominal angular movement capacity Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Reserve the right for technical changes

Angular Expansion Joints Bl Additional moment from rotation and pressure per 1 bar and per 1° Մ Bending spring rate per 1° Մ 1) Outer diameter Welded end Overall length Nominal angular movement capacity Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Intermediate values can be linearally interpolated.

Angular Expansion Joints Additional moment from rotation and pressure per 1 bar and per 1° Մ Bending spring rate per 1° Մ 1) Outer diameter Overall length Nominal angular movement capacity Reserve the right for technical changes Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C

Angular Expansion Joints Bl Additional moment from rotation and pressure per 1 bar and per 1° Մ Bending spring rate per 1° Մ 1) Outer diameter Connection dimensions (flange) Bellows Overall length Nominal angular movement capacity Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Intermediate values can be linearally interpolated. Flange material: Standard design permissible up to 300 °C. For higher temperature ranges, please make arrangements during ordering.

Angular Expansion Joints Type 7520 Additional moment from rotation and pressure per 1 bar and per 1° Մ Bending spring rate per 1° Մ 1) Outer diameter Connection dimensions (flange) Overall length Nominal angular movement capacity Reserve the right for technical changes Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C Intermediate values can be linearally interpolated. Flange material: Standard design permissible up to 300 °C. For higher temperature ranges, please make

Angular Expansion Joints Type 7610 Additional moment from rotation and pressure per 1 bar and per 1° Մ Bending spring rate per 1° Մ 1) Outer diameter Overall length Nominal angular movement capacity Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Intermediate values can be linearally interpolated.

Angular Expansion Joints Additional moment from rotation and pressure per 1 bar and per 1° Մ Bending spring rate per 1° Մ 1) Outer diameter Welded end Overall length Nominal angular movement capacity Reserve the right for technical changes Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C

Angular Expansion Joints Additional moment from rotation and pressure per 1 bar and per 1° Մ Bending spring rate per 1° Մ 1) Outer diameter Connection dimensions (flange) Overall length Nominal angular movement capacity Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Intermediate values can be linearally interpolated. Flange material: Standard design permissible up to 300 °C. For higher temperature ranges, please make arrangements during ordering.

Angular Expansion Joints Type 7620 Additional moment from rotation and pressure per 1 bar and per 1° Մ Bending spring rate per 1° Մ 1) Outer diameter Connection dimensions (flange) Overall length Nominal angular movement capacity Reserve the right for technical changes Reduction factor2) for pressure [Kp] and movement capacity [KΔ] Temperature °C Intermediate values can be linearally interpolated. Flange material: Standard design permissible up to 300 °C. For higher temperature ranges, please make

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