• Triple Convoluted Air Spring Actuator 360306H-3 Industrial Rubber Shocks
  • Triple Convoluted Air Spring Actuator 360306H-3 Industrial Rubber Shocks
  • Triple Convoluted Air Spring Actuator 360306H-3 Industrial Rubber Shocks
  • Triple Convoluted Air Spring Actuator 360306H-3 Industrial Rubber Shocks
Triple Convoluted Air Spring Actuator 360306H-3 Industrial Rubber Shocks

Triple Convoluted Air Spring Actuator 360306H-3 Industrial Rubber Shocks

Product Details:

Place of Origin: Guangzhou China
Brand Name: AIRSUSTECH
Certification: ISO/TS16949:2009
Model Number: 360306H-3

Payment & Shipping Terms:

Minimum Order Quantity: 3Pieces
Packaging Details: Strong Carton Box or as Customers Requirement
Delivery Time: 5-8 Working Days
Payment Terms: T/T, Western Union, Paypal or Others
Supply Ability: 1000PCS/Week
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Detail Information

Material: Rubber And Steel Certificate: ISO/TS16949:2009
Warranty: 12 MONTHS Number Of Convolutions: Triple Convoluted
Packing: Neutral Box Or As Customers' Request Type: Industrial Air Springs
Cross Reference: 360306H-3 Original: Guangdong, China
Quality: 100% Tested Pressure Ability: 2.0-8.0MPA
High Light:

Triple Convoluted Air Spring Actuator

,

360306H-3 Air Spring Actuator

,

Industrial Rubber Air Spring Actuator

Product Description

Triple Convoluted Air Spring Actuator 360306H-3 Industrial Rubber Shocks

 

 

Specifications and Detailed Technical Parameters: 360306H-3

 

Model Size Nominal diameter The largest diameter(0.7MPA) Bearing capacity at design height Natural frequency(0.7MPA) Stroke Weight
0.2MPA 0.5MPA 0.7MPA Minimum compression height Height of safe elongation
360306H-3 280 380 1250 3220 4570 1.3 122 360 8.25

 

Nut / Blind Nut

Top Cover Plate Screw (Nut) Tooth : 16×M10
Bottom Cover Plate Screw (Nut) Tooth :16×M10

Gas Hole / Air inlet / Air Fitting

Gas Hole / Air inlet : G1/2

Cover Plate

Top Cover Plate Diameter:347mm
Bottom Cover Plate Diameter: 347mm

Rubber Bellows

Rubber Bellows Natural Diameter : 380mm
Rubber Bellows Natural Diameter :306 mm

Bumper block / Buffer block

Without Bumper Block

Girdle Hoop / Girdle Ring/Belt Loop

Two pieces of girdle hoop/girdle ring/ belt loop

 

 

Bearing
load
Power
(kg)

Inflation pressure

0.2MPa

0.3MPa

0.4MPa

0.5MPa

0.6MPa

0.7MPa

0.8MPa

0.7MPa
Volume(dm³)

 

Installation height

 

 

 

 

 

 

 

 

 

115(mm)

1915

2720

3632

4633

5604

6560

7545

9.06

 

173(mm)

1654

2527

3374

4235

5146

6023

6909

13.72

 

231(mm)

1425

2140

2961

3697

4496

5313

6071

18.67

 

289(mm)

1295

1981

2640

3374

4057

4746

5507

22.28

 

306(mm)

1211

1840

2514

3136

3825

4491

5163

23.62

 

347(mm)

1058

1640

2225

2812

3430

4074

4702

26.53

 

360(mm)

1014

1470

2139

2716

3286

3877

4500

27.8

 

390(mm)

861

1336

1840

2342

2871

3405

3956

28.45

Stiffness and frequency at design height

Vertical stiffness(Kg/cm)

147

201

260

280

300

327

371

 

Stiffness and frequency at design height

Natural frequency Hz

1.74

1.65

1.61

1.5

1.4

1.35

1.34

 

Stiffness and frequency at design height

Natural frequency cpm

104

99

97

90

84

81

80

 

 

 

Other types

 

Model Size Nominal diameter The largest diameter(0.7MPA) Bearing capacity at design height Natural frequency(0.7MPA) Stroke Weight
0.2MPA 0.5MPA 0.7MPA Minimum compression height Height of safe elongation
086060H-1 50 110 44 123 175 5.18 42 90 1
120060H-1 80 130 122 313 444 3.79 42 65 1.6
150076H-1 104 160 164 435 621 3.5 46 85 1.4
188102H-1A 120 210 208 587 862 3.05 52 115 2.25
215120H-1 125 233 294 768 1109 2.83 42 140 2.9
235118H-1 180 260 474 1185 1684 2.52 60 136 2.6
235150H-1 180 260 441 1205 1740 2.29 65 172 3.1
260135H-1 170 290 425 1150 1670 2.4 55 155 2.95
280126H-1 195 300 643 1662 2370 2.46 50 144 3.75
320124H-1 230 340 798 2071 2965 2.28 52 142 3.9
130142H-2 80 150 80 219 314 3.12 72 162 4.4
156130H-2 118 170         70 146 3.15
160166H-2 100 175 149 413 593 2.3 82 190 2.35
168132H-2 120 185 229 589 832 2.53 72 151 2.2
200142H-2 150 220 326 843 1195 2.02 78 162 3.05
220200H-2 148 250 354 920 1310 1.89 90 229 3.22
230214H-2 150 255 388 1023 1457 1.93 88 246 4.05
235152H-2 180 250 461 1180 1667 1.91 80 174 3.25
235210H-2 180 250         80 245  
250180H-2 185 270 520 1345 1904 1.74 84 206 3.95
252163H-2 192 275 422 1142 1644 1.73 82 238 4.2
260230H-2 170 290 374 1036 1506 1.78 90 263 4.85
280214H-2 200 305 668 1741 2480 1.68 88 246 5.57
290265H-2 205 320 440 1250 1800 1.19 90 303 6.55
300170H-2 240 320 849 2156 3045 1.74 85 195 5.35
310214H-2 230 330 813 2078 2992 1.89 88 245 7
330214H-2 250 355 1064 2749 3897 1.65 88 246 7.75
330254H-2 230 355 861 2222 3166 1.75 88 290 7.24
350255H-2 250 380 1095 2851 4098 1.45 90 295 8.2
360214H-2 280 380 1250 3220 4570 1.36 88 246 7.9
380221H-2 300 405 1432 3765 5352 1.34 90 255 8.5
400217H-2 320 430 1753 4450 6300 1.66 90 249 11.1
400255H-2 300 430 1465 3752 5256 1.55 90 295 10.4
430255H-2 330 460 1760 4526 6427 1.43 90 295 10.2
480217H-2 400 510 2723 6850 9700 1.27 88 249 13.8
520217H-2 440 550 3070 7850 11094 1.41 90 249 14.5
580214H-2 500 600 3978 10137 14293 1.65 88 246 13.3
630262H-2 530 660 4371 10585 15801 1.48 90 300 19.9
680262H-2 580 710 5278 13596 19313 1.35 90 302 18.6
200206H-3 150 220 229 634 888 1.68 116 236 3.75
250260H-3 185 270 507 1344 1924 1.7 116 299 5.5
255230H-3 200 280 566 1460 2070 1.3 116 264 5.55
255322H-3 200 290         116 400 5.85
310306H-3 230 330 861 2239 3170 1.3 120 354 7.3
330306H-3 250 355 1035 2730 3892 1.4 120 354 8.69
380316H-3 300 405 1401 3672 5235 1.32 122 370 10.95
400312H-3 320 430 1724 4436 6308 1.19 122 360 11.8
430370H-3 330 460 1716 4435 6333 1.20 122 430 13.8
480312H-3 400 510 2650 6883 9768 1.17 122 360 16.5
520312H-3 400 550 3046 7932 11262 1.32 122 360 20.1
580306H-3 500 600 3950 10181 14409 1.22 118 354 19.16
630376H-3 530 660 4243 11045 45612 0.94 122 436 24.1
680376H-3 580 710 5259 13620 19339 1.27 122 436 27.6

 

 

Advantage

 

1) The air spring has excellent nonlinear hard characteristics, which can effectively limit the amplitude, avoid resonance, and prevent impact.
2) Since the medium used by the air spring is mainly air, it is easy to implement active control.
3) The stiffness k of the air spring varies with the load P, so under different loads, the natural frequency  of the vibration isolation system is almost unchanged, and the vibration isolation effect is almost unchanged.
4) The stiffness of the air spring is adjustable, and the stiffness of the system can be changed by changing the volume of the air chamber or the inner cavity pressure.
5) For the same size air spring, when the internal pressure changes, different bearing capacities can be obtained.
6) Increasing the total volume of the air spring can reduce the natural frequency of the vibration isolation system
7) The air spring can use the height control valve system to keep the working height of the air spring basically unchanged under different loads.

 

 

The related picture of 360306H-3

Triple Convoluted Air Spring Actuator 360306H-3 Industrial Rubber Shocks 0

Triple Convoluted Air Spring Actuator 360306H-3 Industrial Rubber Shocks 1

 

 

 

 

 

 

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