Contitech FT 330-29 430 64561 Triple Convolution Air Actuator Goodyear 3B12-304

Name: Contitech FT 330-29 430 64561 Triple Convolution Air Actuator Goodyear 3B12-304
Brand: Guangzhou Guomat Air Spring Co., Ltd.

Price Negotiable

Price: Negotiable

MOQ: 1 Piece

Delivery Time: 3-8 Working Days

Brand: AIRSUSTECH

Product Description

Contitech FT 330-29 430 64561 Triple Convolution Air Actuator

High-performance triple convolution air actuator designed for industrial applications requiring precise air suspension and vibration isolation.

Product Specifications

Cross Reference Part Numbers

Contitech FT 330-29 430

Contitech FT 33029 430

Contitech FT 33029430

Goodyear 3B12-304

Goodyear 3B12304

Goodyear 3B12 304

Goodyear 578-93-3-100

Goodyear 578933100

Goodyear 578 93 3 100

Firestone W01-358-8006

Firestone WO1-358-8006

Firestone W013588006

Firestone WO13588006

Firestone W01 358 8006

Firestone WO1 358 8006

Triangle 6334/4430

Leland Sc2132

Arvin Meritor 200320

Technical Performance Data

Constant Pressure Characteristics

Assembly Height (in)	Volume @ 100 PSIG (in³)	Force at Various Pressures (lb)
		@ 20 PSIG	@ 40 PSIG	@ 60 PSIG	@ 80 PSIG	@ 100 PSIG
18.0	1302	200	700	1350	2100	2900
17.0	1261	460	1150	1900	2900	3800
16.0	1214	700	1500	2400	3500	4600
15.4	1183	790	1700	2700	3800	4600
15.0	1159	850	1800	2900	4000	5200
13.0	1033	1150	2300	3600	5000	6400
11.0	890	1350	2700	4100	5600	7100
9.0	732	1500	2900	4500	6200	8100
7.0	568	1700	3500	5300	7300	9200
6.0	486	1800	3700	5600	7600	9600
4.8	390	1980	3900	5800	7900	10000
4.7	383	2000	3900	5800	7900	10000

Dynamic Characteristics

Design Height (in)	Load (lb)	Pressure (PSIG)	Spring Rate (lb/in)	Natural Frequency cpm	Natural Frequency Hz
15.0	1000	22	275	99	1.65
15.0	2000	41	455	91	1.52
15.0	3500	69	735	87	1.45
15.0	5000	98	1010	84	1.40
13.0	1000	18	280	100	1.67
13.0	2000	33	435	88	1.47
13.0	3500	58	655	81	1.35
13.0	5000	80	900	80	1.33
13.0	6000	96	1070	79	1.32
11.0	1000	15	275	98	1.63
11.0	2000	29	450	89	1.48
11.0	3500	51	680	83	1.38
11.0	5000	71	950	82	1.37
11.0	6000	85	1110	80	1.33

Installation Guidelines

All air spring applications require adequate support of both upper and lower end components. Although full support to the diameter of attaching end metals is recommended, contact us for design assistance if your application doesn't allow for full support.
For arcuate motion applications, optimal results occur when upper and lower components are parallel at the air spring's bumper contact height. A small reverse angle at this position may be designed to reduce the angle at maximum spring extension.
Bellows convolutions must separate as the air spring approaches maximum extension to prevent excessive abrasion.
Do not exceed the Maximum Extended Height of the spring as measured on the outside of the arcuate path.
Ensure no sharp edges contact the flexible member throughout the full travel of the air spring, verified for both maximum inflation and zero pressure operation.
Maintain a clearance of two inches (one inch on all sides) around the air spring to accommodate normal growth and deformity caused by misalignment.

Product Images