Details
FSL double rod-type axial compensators
Author Admin Browse Posted 2011-07-25

Name: FSL-type axial compensators double rod
        factory production of axial-type double-rod compensator, is a successful experience of similar products at home and abroad, a painstaking process developed advanced, easy to install the plumbing. Among medium and large caliber double rod axial compensator is one of the company's leading products, especially in the design and production of axial-type double-rod compensation devices, has been at the absolute leader in the domestic level.

Uses: FSL-type axial-type double-rod bellows simple structure, large amount of compensation, generally used in low frequency fatigue, require a large amount of the compensation line. 
Model: DN32-DN3000, level 0.1Mpa-2.5Mpa Pressure 
connection: 1, flange 2, to take over connected  
products Axial compensation: 72mm-500mm 
 A model example:


For example: 0.6FSL200 × 12J
, said: Working pressure 0.6MPa, diameter DN = 200mm, wave number 12, took over the connection of the double-rod bellows. 
Second, the application notes:
1, double rod bellows, simple structure, large amount of compensation, generally used in low frequency fatigue, require a large amount of the compensation line.
2, the samples are given compensation under the 1000 number of fatigue axial compensation.
3, flange standard JB81-59 by machine supplier, according to user requirements according to national standard, standard or other standards of delivery. 
Third, the fixed bearing force:
pressure-driven: Fp = 100 · P · A (N)
Axial stretch: Fx = f · Kx · X (N)
where: P: maximum working pressure or the maximum test pressure MPa ;
A: effective area (check samples) square meters;
Kx: compensator axial stiffness N / mm;
X: the use of axial compensator compensation mm
f: factor, when the compensator pre-deformation, f is 1 / 2, when the compensation does not pre-deformation, f of 1.

FSL double rod-type axial compensators data

Nominal diameter (mm)
Model
Compensation
Stiffness (N / mm)
Effective area
(cm 2)
Radial maximum size
(mm)
Take over the port size
(Φ × δ)
Case diameter
(mm)
Length (L) (mm)
Axial Xo
Horizontal Yo
Angular θo / degrees
Axial Kx
Horizontal Ky
Angular KQN-m / degree
Flange
Over
32
QM
BW1.0/32 × 8
J
7
441
16
 
Φ38 × 3.5
186
 
280
JZ
F
7
1.28
± 4
441
774
2
225
 
164
 
QM
BW1.0/32 × 16
J
14
220
16
 
186
 
321
JZ
F
14
5.1
± 8
221
97
1
225
 
216
 
40
QM
BW1.0/40 × 8
J
10
318
23
 
Φ45 × 3.5
224
 
289
JZ
F
10
1.5
± 4
318
696
2
244
 
219
 
QM
BW1.0/40 × 16
J
19
158
23
 
224
 
334
JZ
F
19
6.1
± 8
158
87
1
244
 
219
 
50
QM
BW1.0/50 × 8
J
12
635
37
 
Φ57 × 3.5
239
 
306
JZ
F
12
2.2
± 4
635
1041
6.4
259
 
182
 
QM
BW1.0/50 × 16
J
24
318
37
 
239
 
372
JZ
F
24
8.9
± 8
318
130
3.2
259
 
247
 
65
QM
BW1.0/65 × 8
J
18
423
55
 
Φ73 × 4
250
 
322
JZ
F
18
3.4
± 5.3
423
699
6.5
270
 
200
 
QM
BW1.0/65 × 12
J
28
282
55
 
250
 
362
JZ
F
28
6.5
± 8
282
243
4.3
270
 
240
 
80
QM
BW1.0/80 × 8
J
29
358
81
 
Φ89 × 4
264
 
366
JZ
F
29
6.4
± 6.4
358
401
8.1
284
 
244
 
QM
BW1.0/80 × 10
J
37
286
81
 
264
 
390
JZ
F
37
10
± 8
286
205
6.4
284
 
274
 
100
QM
BW1.0/100 × 6
J
33
417
121
 
Φ108 × 4
284
 
345
JZ
F
33
2.9
± 4.8
417
1206
16.2
304
 
223
 
QM
BW1.0/100 × 10
J
54
250
121
 
284
 
409
JZ
F
54
8
± 8
250
260
9.7
304
 
287
 
125
QM
BW1.6/125 × 5
J
35
409
180
 
Φ133 × 4
314
 
342
JZ
F
35
2.5
± 4.4
409
4110
47
334
 
216
 
QM
BW1.6/125 × 9
J
63
227
180
 
314
 
414
JZ
F
63
8.1
± 8
227
705
26.1
334
 
288
 
150
QM
BW1.6/150 × 5
J
45
456
257
 
Φ159 × 4.5
344
 
367
JZ
F
45
3.3
± 5
456
3273
49
364
 
238
 
QM
BW1.6/150 × 8
J
71
285
257
 
344
 
427
JZ
F
71
8.3
± 8
285
813
30.7
364
 
302
 
200
QM
BW1.6/200 × 4
J
56
480
479
 
Φ219 × 6
422
 
392
JZ
F
56
4.5
± 5.3
480
3823
64.2
442
 
248
 
QM
BW1.6/200 × 6
J
84
320
479
 
422
 
426
JZ
F
84
10
± 8
320
1130
42.8
442
 
302
 
250
QM
BW1.6/250 × 4
J
53
930
769
 
Φ273 × 8
487
 
379
JZ
F
53
4.6
± 5.2
930
5630
196
507
 
393
 
QM
BW1.6/250 × 6
J
80
620
769
 
487
 
399
JZ
F
80
10.4
± 7.8
620
1668
131
507
 
393
 
300
QM
BW1.6/300 × 4
J
57
1253
1105
 
Φ325 × 8
542
 
467
JZ
F
57
5.8
± 5
1253
6479
365.7
562
 
366
 
QM
BW1.6/300 × 6
J
85
835
1105
 
542
 
565
JZ
F
85
13
± 7.5
835
1920
244
562
 
464
 
350
QM
BW1.6/350 × 4
J
64
1265
1367
 
Φ377 × 10
602
 
492
JZ
F
64
6.6
± 5
1265
6301
465
622
 
397
 
QM
BW1.6/350 × 6
J
97
843
1367
 
602
 
604
JZ
F
97
14.8
± 7.5
843
1873
310
622
 
509
 
400
QM
BW1.6/400 × 4
J
65
1373
1611
 
Φ426 × 10
680
 
518
JZ
F
65
5.8
± 4.6
1373
8832
608
700
 
412
 
QM
BW1.6/400 × 6
J
97
915
1611
 
680
 
628
JZ
F
97
13
± 6.9
915
2609
405
700
 
522

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