Rubber-Metal Buffers MGA with Internal Thread and Threaded Stud, Stainless Steel

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D (mm)

H (mm)

G (mm)

I (mm)

t (mm)

Spring Rate CD average (N/mm)

Admissible Compressive Load F zul.* (N)

Shear Spring Rate CS average (N/mm)

Admissible Propulsive Load F zul.* (N)

Weight (g)

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Omschrijving

Material: Metal parts: Stainless steel 1.4301 (AISI 304). Elastomer: Natural rubber, Rubber hardness Shore A medium: about 55°. One side with internal thread, other side with external thread. Standard components for elastic mounting. The grade of rubber used has perfect physical properties. Temperature resistant up to 80ºC. Other sizes, Shore hardnesses or elastomer types on request.

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D (mm)

H (mm)

G (mm)

I (mm)

t (mm)

Spring Rate CD average (N/mm)

Admissible Compressive Load F zul.* (N)

Shear Spring Rate CS average (N/mm)

Admissible Propulsive Load F zul.* (N)

Weight (g)

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Artikelnummer

MAD/68958000

D (mm)	8
H (mm)	8
G (mm)	M3
I (mm)	6
t (mm)	3
Spring Rate CD average (N/mm)	28
Admissible Compressive Load F zul.* (N)	35
Shear Spring Rate CS average (N/mm)	10
Admissible Propulsive Load F zul.* (N)	10
Weight (g)	1,0

MAD/68958100

D (mm)	10
H (mm)	10
G (mm)	M4
I (mm)	10
t (mm)	4
Spring Rate CD average (N/mm)	48
Admissible Compressive Load F zul.* (N)	43
Shear Spring Rate CS average (N/mm)	10
Admissible Propulsive Load F zul.* (N)	15
Weight (g)	2,7

MAD/68958300

D (mm)	10
H (mm)	15
G (mm)	M4
I (mm)	10
t (mm)	4
Spring Rate CD average (N/mm)	29
Admissible Compressive Load F zul.* (N)	43
Shear Spring Rate CS average (N/mm)	5
Admissible Propulsive Load F zul.* (N)	15
Weight (g)	3,6

MAD/68959000

D (mm)	15
H (mm)	15
G (mm)	M4
I (mm)	10
t (mm)	4
Spring Rate CD average (N/mm)	67
Admissible Compressive Load F zul.* (N)	95
Shear Spring Rate CS average (N/mm)	15
Admissible Propulsive Load F zul.* (N)	35
Weight (g)	8,3

MAD/68959115

D (mm)	15
H (mm)	15
G (mm)	M5
I (mm)	8
t (mm)	5
Spring Rate CD average (N/mm)	65
Admissible Compressive Load F zul.* (N)	95
Shear Spring Rate CS average (N/mm)	5
Admissible Propulsive Load F zul.* (N)	35
Weight (g)	5,0

MAD/68959120

D (mm)	15
H (mm)	20
G (mm)	M4
I (mm)	10
t (mm)	4
Spring Rate CD average (N/mm)	43
Admissible Compressive Load F zul.* (N)	95
Shear Spring Rate CS average (N/mm)	12
Admissible Propulsive Load F zul.* (N)	35
Weight (g)	6,0

MAD/68959130

D (mm)	15
H (mm)	30
G (mm)	M4
I (mm)	15
t (mm)	4
Spring Rate CD average (N/mm)	32
Admissible Compressive Load F zul.* (N)	95
Shear Spring Rate CS average (N/mm)	9
Admissible Propulsive Load F zul.* (N)	35
Weight (g)	9,0

MAD/68959215

D (mm)	20
H (mm)	15
G (mm)	M6
I (mm)	18
t (mm)	6
Spring Rate CD average (N/mm)	110
Admissible Compressive Load F zul.* (N)	170
Shear Spring Rate CS average (N/mm)	37
Admissible Propulsive Load F zul.* (N)	60
Weight (g)	14

MAD/68959220

D (mm)	20
H (mm)	20
G (mm)	M6
I (mm)	18
t (mm)	6
Spring Rate CD average (N/mm)	85
Admissible Compressive Load F zul.* (N)	170
Shear Spring Rate CS average (N/mm)	17
Admissible Propulsive Load F zul.* (N)	60
Weight (g)	16

MAD/68960100

D (mm)	20
H (mm)	25
G (mm)	M6
I (mm)	18
t (mm)	6
Spring Rate CD average (N/mm)	61
Admissible Compressive Load F zul.* (N)	170
Shear Spring Rate CS average (N/mm)	11
Admissible Propulsive Load F zul.* (N)	60
Weight (g)	17

MAD/68960215

D (mm)	25
H (mm)	15
G (mm)	M6
I (mm)	18
t (mm)	6
Spring Rate CD average (N/mm)	165
Admissible Compressive Load F zul.* (N)	280
Shear Spring Rate CS average (N/mm)	45
Admissible Propulsive Load F zul.* (N)	95
Weight (g)	25

MAD/68960200

D (mm)	25
H (mm)	20
G (mm)	M6
I (mm)	18
t (mm)	6
Spring Rate CD average (N/mm)	130
Admissible Compressive Load F zul.* (N)	280
Shear Spring Rate CS average (N/mm)	30
Admissible Propulsive Load F zul.* (N)	95
Weight (g)	28

MAD/68960225

D (mm)	25
H (mm)	25
G (mm)	M6
I (mm)	18
t (mm)	6
Spring Rate CD average (N/mm)	89
Admissible Compressive Load F zul.* (N)	280
Shear Spring Rate CS average (N/mm)	27
Admissible Propulsive Load F zul.* (N)	95
Weight (g)	29

MAD/68960230

D (mm)	25
H (mm)	30
G (mm)	M6
I (mm)	18
t (mm)	6
Spring Rate CD average (N/mm)	71
Admissible Compressive Load F zul.* (N)	280
Shear Spring Rate CS average (N/mm)	19
Admissible Propulsive Load F zul.* (N)	95
Weight (g)	31

MAD/68960715

D (mm)	30
H (mm)	15
G (mm)	M8
I (mm)	20
t (mm)	8
Spring Rate CD average (N/mm)	270
Admissible Compressive Load F zul.* (N)	400
Shear Spring Rate CS average (N/mm)	68
Admissible Propulsive Load F zul.* (N)	140
Weight (g)	38

D (mm)	H (mm)	G (mm)	I (mm)	t (mm)	Spring Rate CD average (N/mm)	Admissible Compressive Load F zul.* (N)	Shear Spring Rate CS average (N/mm)	Admissible Propulsive Load F zul.* (N)	Weight (g)
8	8	M3	6	3	28	35	10	10	1,0
10	10	M4	10	4	48	43	10	15	2,7
10	15	M4	10	4	29	43	5	15	3,6
15	15	M4	10	4	67	95	15	35	8,3
15	15	M5	8	5	65	95	5	35	5,0
15	20	M4	10	4	43	95	12	35	6,0
15	30	M4	15	4	32	95	9	35	9,0
20	15	M6	18	6	110	170	37	60	14
20	20	M6	18	6	85	170	17	60	16
20	25	M6	18	6	61	170	11	60	17
25	15	M6	18	6	165	280	45	95	25
25	20	M6	18	6	130	280	30	95	28
25	25	M6	18	6	89	280	27	95	29
25	30	M6	18	6	71	280	19	95	31
30	15	M8	20	8	270	400	68	140	38

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Rubber-Metal Buffers MGA with Internal Thread and Threaded Stud, Stainless Steel

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D (mm)	H (mm)	G (mm)	I (mm)	t (mm)	Spring Rate CD average (N/mm)	Admissible Compressive Load F zul.* (N)	Shear Spring Rate CS average (N/mm)	Admissible Propulsive Load F zul.* (N)	Weight (g)
8	8	M3	6	3	28	35	10	10	1,0
10	10	M4	10	4	48	43	10	15	2,7
10	15	M4	10	4	29	43	5	15	3,6
15	15	M4	10	4	67	95	15	35	8,3
15	15	M5	8	5	65	95	5	35	5,0
15	20	M4	10	4	43	95	12	35	6,0
15	30	M4	15	4	32	95	9	35	9,0
20	15	M6	18	6	110	170	37	60	14
20	20	M6	18	6	85	170	17	60	16
20	25	M6	18	6	61	170	11	60	17
25	15	M6	18	6	165	280	45	95	25
25	20	M6	18	6	130	280	30	95	28
25	25	M6	18	6	89	280	27	95	29
25	30	M6	18	6	71	280	19	95	31
30	15	M8	20	8	270	400	68	140	38

D (mm)	H (mm)	G (mm)	I (mm)	t (mm)	Spring Rate CD average (N/mm)	Admissible Compressive Load F zul.* (N)	Shear Spring Rate CS average (N/mm)	Admissible Propulsive Load F zul.* (N)	Weight (g)
8	8	M3	6	3	28	35	10	10	1,0
10	10	M4	10	4	48	43	10	15	2,7
10	15	M4	10	4	29	43	5	15	3,6
15	15	M4	10	4	67	95	15	35	8,3
15	15	M5	8	5	65	95	5	35	5,0
15	20	M4	10	4	43	95	12	35	6,0
15	30	M4	15	4	32	95	9	35	9,0
20	15	M6	18	6	110	170	37	60	14
20	20	M6	18	6	85	170	17	60	16
20	25	M6	18	6	61	170	11	60	17
25	15	M6	18	6	165	280	45	95	25
25	20	M6	18	6	130	280	30	95	28
25	25	M6	18	6	89	280	27	95	29
25	30	M6	18	6	71	280	19	95	31
30	15	M8	20	8	270	400	68	140	38

D (mm)	H (mm)	G (mm)	I (mm)	t (mm)	Spring Rate CD average (N/mm)	Admissible Compressive Load F zul.* (N)	Shear Spring Rate CS average (N/mm)	Admissible Propulsive Load F zul.* (N)	Weight (g)
8	8	M3	6	3	28	35	10	10	1,0
10	10	M4	10	4	48	43	10	15	2,7
10	15	M4	10	4	29	43	5	15	3,6
15	15	M4	10	4	67	95	15	35	8,3
15	15	M5	8	5	65	95	5	35	5,0
15	20	M4	10	4	43	95	12	35	6,0
15	30	M4	15	4	32	95	9	35	9,0
20	15	M6	18	6	110	170	37	60	14
20	20	M6	18	6	85	170	17	60	16
20	25	M6	18	6	61	170	11	60	17
25	15	M6	18	6	165	280	45	95	25
25	20	M6	18	6	130	280	30	95	28
25	25	M6	18	6	89	280	27	95	29
25	30	M6	18	6	71	280	19	95	31
30	15	M8	20	8	270	400	68	140	38