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

Product Details:

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

Payment & Shipping Terms:

Minimum Order Quantity:	5pcs
Price:	USD79.9-99.9/PC
Packaging Details:	Strong Carton Box or as Customers Requirement
Delivery Time:	3-7 Working Days
Payment Terms:	L/C, T/T, Western Union Or Others
Supply Ability:	1000PCS/Week

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Detailed Product Description

Name:	Flange Industrial Rubber Air Shocks \| Customized Request	Brand:	Guomat Or Neutral
Quality:	100 % Tested	Warranty:	12 Months
Part:	Air Spring	Spring Type:	Triple Convoluted Type
Material:	Natural Rubber	Min. Pressure:	0 Bar
Highlight:	Triple Convoluted Air Spring Actuator , 360306H-3 Air Spring Actuator

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
Model Size	Nominal diameter	The largest diameter(0.7MPA)	0.2MPA	0.5MPA	0.7MPA	Natural frequency(0.7MPA)	Minimum compression height	Height of safe elongation	Weight
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