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.

Filter artikelen

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)

Wis alle filters

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Artikelnummer

MAD/68960700

D (mm)	30
H (mm)	20
G (mm)	M8
I (mm)	20
t (mm)	8
Spring Rate CD average (N/mm)	235
Admissible Compressive Load F zul.* (N)	400
Shear Spring Rate CS average (N/mm)	42
Admissible Propulsive Load F zul.* (N)	140
Weight (g)	41

MAD/68960725

D (mm)	30
H (mm)	25
G (mm)	M8
I (mm)	20
t (mm)	8
Spring Rate CD average (N/mm)	180
Admissible Compressive Load F zul.* (N)	400
Shear Spring Rate CS average (N/mm)	37
Admissible Propulsive Load F zul.* (N)	140
Weight (g)	45

MAD/68960300

D (mm)	30
H (mm)	30
G (mm)	M8
I (mm)	20
t (mm)	8
Spring Rate CD average (N/mm)	113
Admissible Compressive Load F zul.* (N)	400
Shear Spring Rate CS average (N/mm)	28
Admissible Propulsive Load F zul.* (N)	140
Weight (g)	47

MAD/68960500

D (mm)	30
H (mm)	40
G (mm)	M8
I (mm)	20
t (mm)	8
Spring Rate CD average (N/mm)	106
Admissible Compressive Load F zul.* (N)	400
Shear Spring Rate CS average (N/mm)	13
Admissible Propulsive Load F zul.* (N)	140
Weight (g)	60

MAD/68959800

D (mm)	40
H (mm)	25
G (mm)	M8
I (mm)	23
t (mm)	8
Spring Rate CD average (N/mm)	265
Admissible Compressive Load F zul.* (N)	650
Shear Spring Rate CS average (N/mm)	35
Admissible Propulsive Load F zul.* (N)	250
Weight (g)	77

MAD/68960800

D (mm)	40
H (mm)	30
G (mm)	M8
I (mm)	23
t (mm)	8
Spring Rate CD average (N/mm)	234
Admissible Compressive Load F zul.* (N)	650
Shear Spring Rate CS average (N/mm)	49
Admissible Propulsive Load F zul.* (N)	250
Weight (g)	91

MAD/68960000

D (mm)	40
H (mm)	30
G (mm)	M10
I (mm)	28
t (mm)	10
Spring Rate CD average (N/mm)	234
Admissible Compressive Load F zul.* (N)	650
Shear Spring Rate CS average (N/mm)	48
Admissible Propulsive Load F zul.* (N)	250
Weight (g)	92

MAD/68960900

D (mm)	40
H (mm)	40
G (mm)	M8
I (mm)	23
t (mm)	8
Spring Rate CD average (N/mm)	147
Admissible Compressive Load F zul.* (N)	650
Shear Spring Rate CS average (N/mm)	23
Admissible Propulsive Load F zul.* (N)	250
Weight (g)	103

MAD/68961020

D (mm)	50
H (mm)	20
G (mm)	M10
I (mm)	28
t (mm)	10
Spring Rate CD average (N/mm)	450
Admissible Compressive Load F zul.* (N)	1000
Shear Spring Rate CS average (N/mm)	95
Admissible Propulsive Load F zul.* (N)	400
Weight (g)	112

MAD/68961025

D (mm)	50
H (mm)	25
G (mm)	M10
I (mm)	28
t (mm)	10
Spring Rate CD average (N/mm)	425
Admissible Compressive Load F zul.* (N)	1000
Shear Spring Rate CS average (N/mm)	82
Admissible Propulsive Load F zul.* (N)	400
Weight (g)	125

MAD/68961030

D (mm)	50
H (mm)	30
G (mm)	M10
I (mm)	28
t (mm)	10
Spring Rate CD average (N/mm)	395
Admissible Compressive Load F zul.* (N)	1000
Shear Spring Rate CS average (N/mm)	73
Admissible Propulsive Load F zul.* (N)	400
Weight (g)	135

MAD/68961000

D (mm)	50
H (mm)	40
G (mm)	M10
I (mm)	28
t (mm)	10
Spring Rate CD average (N/mm)	273
Admissible Compressive Load F zul.* (N)	1000
Shear Spring Rate CS average (N/mm)	58
Admissible Propulsive Load F zul.* (N)	400
Weight (g)	168

MAD/68961100

D (mm)	50
H (mm)	45
G (mm)	M10
I (mm)	33
t (mm)	10
Spring Rate CD average (N/mm)	250
Admissible Compressive Load F zul.* (N)	1000
Shear Spring Rate CS average (N/mm)	50
Admissible Propulsive Load F zul.* (N)	400
Weight (g)	174

MAD/68961300

D (mm)	50
H (mm)	50
G (mm)	M10
I (mm)	28
t (mm)	10
Spring Rate CD average (N/mm)	210
Admissible Compressive Load F zul.* (N)	1000
Shear Spring Rate CS average (N/mm)	37
Admissible Propulsive Load F zul.* (N)	400
Weight (g)	183

MAD/68961360

D (mm)	60
H (mm)	40
G (mm)	M10
I (mm)	28
t (mm)	10
Spring Rate CD average (N/mm)	390
Admissible Compressive Load F zul.* (N)	1500
Shear Spring Rate CS average (N/mm)	63
Admissible Propulsive Load F zul.* (N)	550
Weight (g)	224

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)
30	20	M8	20	8	235	400	42	140	41
30	25	M8	20	8	180	400	37	140	45
30	30	M8	20	8	113	400	28	140	47
30	40	M8	20	8	106	400	13	140	60
40	25	M8	23	8	265	650	35	250	77
40	30	M8	23	8	234	650	49	250	91
40	30	M10	28	10	234	650	48	250	92
40	40	M8	23	8	147	650	23	250	103
50	20	M10	28	10	450	1000	95	400	112
50	25	M10	28	10	425	1000	82	400	125
50	30	M10	28	10	395	1000	73	400	135
50	40	M10	28	10	273	1000	58	400	168
50	45	M10	33	10	250	1000	50	400	174
50	50	M10	28	10	210	1000	37	400	183
60	40	M10	28	10	390	1500	63	550	224

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