Description
Structural Sketch
Technical Parameter Table
No. | Code | Structure | Notes |
1 | FXD | Square Flexible Displacement Expansion Joint | H a sleeve or other requirement shall be added, the structural sketch can be referred to select the sequence in the structural example after Hie code affixed “X” item.
|
2 | VXD | Rounded Flexible Displacement Expansion Joint | |
3 | TXD | Single Circular Type Flexible Displacement Expansion Joint | |
4 | FXD | Double Circular Type Flexible Displacement Expansion Joint | |
5 | JXD | Angular Type Flexible Displacement Expansion Joint | The angular compensating value a = l/2arctgΔX/D,, AX = Axial compensating value, D = Diameter |
Types and Codes
No. | Code | Used Temperature ‘C | Round Belt Material Code | Anti-abrasion Sleeve Material | Flange Material |
1 | 1 | <80 | QI | Q235-A | Q235-A |
2 | II | <160 | OII | Q235-A | O235-A |
3 | III | <280 | QIII | Q235-A | Q235-A |
4 | IV | <400 | QIV | 20 | 20 |
5 | V | <800 | QV | 1Cr18Ni9Ti | 1Cr18Ni9Ti |
The unit of the nominal diameters of compensators is mm, the rounded carrier planes are noted with the nominal diameter DN and the rectangular cross-sections are noted with length x width (i.e., the inner wall Ax B).
Table of Basic Parameters
Temperature Grade
Data Item |
Working Temperature ℃ | Working Pressure KPa |
M/S |
|||
Long-term
Temperature Resistance |
Short-term Impact | Cold Resistance | Normal | Impact | ||
1 | <80 | 120 | -20 | -5~+5 | -10~+10 | 8~15 |
II | 80-160 | 260 | -40 | -1Q-+10 | -25~+25 | 8~20 |
in | 160-280 | 3$0 | -60 | -10-+10 | -25~+25 | 8~20 |
iv | 280-400 | 500 | -60 | •*l0-~+W | –25~+25 | 8~20 |
V | 400-800 | 1000 | -60 | -10-+10 | -25~+25 | 8~20 |