N NG - solecosrl.comšаталог-подвесные...The dimensions and the features of the...

Ы Ы -- ЫЫ

ияия T T -- N N -- NG NG -- NMN NMN -- NMNa NMNa

SUSPENSIONS T SUSPENSIONS T -- N N -- NG NG -- NMN NMN -- NMNa line NMNa line

2014

T...

N... NG...

NMN… NMNa...

Soleco engineering s.r.l. Via Masaccio, 12 - 20096 Pioltello (Mi) Italy - . +39 02 9244311 . +39 02 92103168

: www.solecosrl.com - : [email protected]

Каталог

20

14 -

rev

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2

For the choice of Spring Mounts the following are needed:

1 Static weight of the machine and number of footings. 2 Shape of the supporting base and relative distribution of the load on each footing 3 Frequency in r.p.m. (minimum vibratory rate) will show the frequency to isolate.* 4 Placing of the machine: if... near the sea… subject to the wind... in seismic area… on building covers and…

* Frequency = a Hz / 1 Hz = 60 rpm. In choising the antivibrating it’s important the security of the suspended machine : high deflection will give a perfect insulation of the low frequencies, but in the same time The machine will be very sensitive against exterior forces that maybe will cause a swinging that can damage the hydro-electrical connections. For a correct installation refer to our relative instruction guide or contact our technical department on : 0039 02 92 44 31 209.

choosing antivibrating choosing antivibrating choosing antivibrating spring mountsspring mountsspring mounts

READING THE NOMOGRAPH:

From the intersection of the horizontal line indicating the frequency and the oblique line indicating insulation percentage ( I %) one obtains the point in the band corresponding to the grade of insulation: the abscissa of this point indicates in mm the deflection.

Example of Mount choice: Suppose a refrigerating unit has to be insulated. The unit has a frequency of 540 r.p.m. (9 Hz), 6 footings and on each of them rest 1628 Kg. In order to obtain a 85% insulation a deflection of about 27 mm is required. The load divided by the deflection determines the stiffness of the Mount (elastic constant) “K”= Kg/mm

K = 27 mm (deflection)

1628 Kg (real load) = 60,3 Kg/mm *

* The right antivibrating mount shall be chosen among the ones (reported in the following pages) having the ‘K’ value that best approximates the outcoming 60,3. The installation is correct when all the antivibrating mounts have more or less the same deflection; if the obtained deflection does not achieve the plain setting of the machine, it will be necessary the use of jacks to adjust the level. Please consult the technical guide for a correct installation. Soleco engineering srl is not responsible for the conse-quences due to a non compliance of the installation instructions. К

аталог

20

14 -

rev

.01

:

1 . 2 . 3 : - . * 4 : ... … … / … … …

* = a / 1 = 60 / .

: , ,

, , - .

0039 02 92 44 31 209.

А А / NOMOGRAPHE ц об/

ояц

я %

- In

sula

tion

%

:

, , , (I%), , , .

П име ы и ы: 540 / (9 ),

6 , 1628 К . 85% , 27 . Н , , (

) “K”= /

* , “ "

60,3. , ;

, , .

. Soleco engineering srl .

27 ( ) K =

1628 К ( ) = 60,3 К / *

А ИЧ АЯ Э А ИЧ АЯ А А ( ) STATIC ELASTIC DEFLECTIONS ( mm )

ля ы у и ых

и



The dimensions and the features of the equipments mentioned in this price list can be changed by Soleco engineering s.r.l. without notice.

MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

TFr 1 0,20 0,5 16 31

TFr 2 0,21 1,0 28 28

TFr 4 0,23 1,6 42 26

TFr 5 0,23 2,1 57 27

TFr 8 0,26 2,8 70 25

TFr 80 0,26 3,9 94 24

TFr 9 0,28 5,0 105 21

TFr 90 0,28 6,3 126 20

TFr 10 0,29 7,5 150 20

TFr 11 0,31 9,6 173 18

TFr 12 0,32 11,8 212 18

TFr 13 0,33 14,0 252 18

TFr 130 0,35 16,0 272 17

TFr 14 0,34 18,0 270 15

ELASTIC SUSPENSION ANTIVIBRATING, RECOMMENDED TO HANG TUBES AND MACHINES.

The suspensions of this line allow a deflection between 15 and 31 mm, de-pending on the load in schedule. To identify the suitable model for the insu-lation of the frequencies in use, refer to the nomograph on page 2 of our catalogue.

CONSTRUCTIVE CHARACTERISTICS - n° 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - n° 1 zinced steel hanger and a screw dimensioned with the load in schedule, passing inside the spring between two guide disks, furnished with elastics gaskets. - n° 2 elastic gaskets positioned between disks and spring. On request: - Dusty epoxy painting for the spring as our RAL schedule.

* - Eye-bolt M10 for hanging to the fixing point.

- , .

-

15 31 , . , .2 .

- n° 1 - UNI EN 10270-1 SH . - n° 1 , , , . - n° 2 , .

: - "RAL"

* - - M10 .

*

129

3

- TFr..

suspensions line TFr..

*



Каталог

20

14 -

rev

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, , Soleco engineering s.r.l .




CONSTRUCTIVE CHARACTERISTICS - n° 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - n° 1 zinced steel hanger and a screw dimensioned with the load in schedule, passing inside the spring between two guide disks, furnished with elastics gaskets. - n° 2 elastic gaskets positioned between disks and spring. On request: - Dusty epoxy painting for the spring as our RAL schedule.


MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

TF 1 0,22 0,5 19 38

TF 2 0,23 1,0 36 36

TF 4 0,26 1,6 50 31

TF 5 0,30 2,1 67 32

TF 8 0,32 2,8 70 25

TF 80 0,32 3,9 113 29

TF 9 0,32 5,0 130 26

TF 90 0,34 6,3 164 26

TF 10 0,41 7,5 158 21

TF 11 0,42 9,6 182 19

TF 12 0,41 11,8 224 19

TF 13 0,45 14,0 252 18

TF 130 0,52 16,0 256 16

TF 14 0,46 18,0 288 16

144

- , .

-

16 38 , . , .2 .

- n° 1 - UNI EN 10270-1 SH . - n° 1 , , , . - n° 2 , .

: - "RAL"

* - - M10 .

4

- TF..

suspensions line TF..

*

*



Каталог

20

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- , .

-

16 39 , . , .2 .

- n° 1 - UNI EN 10270-1 SH . - n° 1 , , , . - n° 2 , .

: - "RAL"

* - - M12 .



CONSTRUCTIVE CHARACTERISTICS - n° 1 spring in harmonic steel UNI EN 10270-1 with surface protected by cataphoretic treatment. - n° 1 zinced steel hanger and a screw dimensioned with the load in schedule, passing inside the spring between two guide disks, furnished with elastics gaskets. - n° 2 elastic gaskets positioned between disks and spring. On request: - Dusty epoxy painting for the spring as our RAL schedule.



MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

TWr 02 0,40 0,5 20 39

TWr 04 0,41 1,0 37 37

TWr 05 0,42 1,6 59 37

TWr 06 0,50 2,1 67 32

TWr 08 0,45 2,8 92 33

TWr 09 0,48 3,9 105 27

TWr 12 0,51 5,0 135 27

TVr 14 0,54 6,3 158 25

TVr 20 0,57 7,5 188 25

TVr 22 0,59 9,6 221 23

TVr 30 0,62 11,8 248 21

TVr 300 0,63 13,4 268 20

TVr 301 0,65 15,0 330 22

TVr 305 0,67 16,5 347 21

TVr 31 0,68 18,0 306 17

TVr 33 0,64 20,0 380 19

TVr 45 0,72 22,5 360 16

168

5

- TWr.. - TVr..

suspensions line TWr.. - TVr..

*

*



Каталог

20

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CONSTRUCTIVE CHARACTERISTICS - n° 1 spring in harmonic steel UNI EN 10270-1 with surface protected by cataphoretic treatment. - n° 1 zinced steel hanger and a screw dimensioned with the load in schedule, passing inside the spring between two guide disks, furnished with elastics gaskets. - n° 2 elastic gaskets positioned between disks and spring. On request: - Dusty epoxy painting for the spring as our RAL schedule.


MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

TW 02 0,44 0,5 24 47

TW 04 0,46 1,0 44 44

TW 05 0,49 1,6 69 43

TW 06 0,52 2,1 84 40

TW 08 0,56 2,8 101 36

TW 09 0,60 3,9 133 34

TW 12 0,62 5,0 160 32

TV 14 0,67 6,3 183 29

TV 20 0,67 7,5 240 32

TV 22 0,78 9,6 221 23

TV 30 0,72 11,8 271 23

TV 300 0,78 13,4 281 21

TV 301 0,73 15,0 315 21

TV 305 0,85 16,5 380 23

188

- , .

-

23 47 , . , .2 .

CARATTERISTICHE COSTRUTTIVE - n° 1 - UNI EN 10270-1 SH . - n° 1 , , , . - n° 2 , .

: - "RAL"

* - - M12 .

6

- TW.. - TV..

suspensions line TW.. - TV..

*

*



Каталог

20

14 -

rev

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- , .

-

16 38 , . , .2 .

- , . - n° 1 - UNI EN 10270-1 SH . - n° 2 , , , , , , , -50°C +120°C. - , .. - , , .

: - "RAL"

* - - M12 .



CONSTRUCTIVE CHARACTERISTICS - Zinc plated steel structure dimensioned to resist at the load in schedule. - n° 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - n° 2 plates as container and spring guide, formed with steel disks covered with thermoplastic material resistant for the ozone and hydrocarbons, agings detergents, UV ray, for high and low temperature from –50°C to 120°C. - Zinced steel screws dimensioned with the load in the schedule. - Bushings thermoplastic material, type of head and at the base, to ensure to continuity of insulation from sonic vibrations. On request: - Dusty epoxy painting for the spring as our RAL schedule.


MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

NF 1 1,16 0,5 19 38

NF 2 1,17 1,0 36 36

NF 4 1,20 1,6 50 31

NF 5 1,24 2,1 67 32

NF 8 1,26 2,8 70 25

NF 80 1,26 3,9 113 29

NF 9 1,26 5,0 130 26

NF 90 1,28 6,3 164 26

NF 10 1,35 7,5 158 21

NF 11 1,36 9,6 182 19

NF 12 1,35 11,8 224 19

NF 13 1,39 14,0 252 18

NF 130 1,46 16,0 256 16

NF 14 1,40 18,0 288 16

245

7

- NF..

suspensions line NF..

*

*



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rev

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- , .

-

19 47 , . , .2 .

- , , . - n° 1 - UNI EN 10270-1 SH . - n° 2 , , , , , , , -50°C +120°C. - , .. - , , .

: - "RAL"

* - - M16 .



CONSTRUCTIVE CHARACTERISTICS - Zinc plated steel structure dimensioned to resist at the load in schedule. - n° 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - n° 2 plates as container and spring guide, formed with steel disks covered with thermoplastic material resistant for the ozone and hydrocarbons, agings detergents, UV ray, for high and low temperature from –50°C to 120°C. - Zinced steel screws dimensioned with the load in the schedule. - Bushings thermoplastic material, type of head and at the base, to ensure to continuity of insulation from sonic vibrations. On request: - Dusty epoxy painting for the spring as our RAL schedule.



MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

NW 02 2,10 0,5 24 47

NW 04 2,12 1,0 44 44

NW 05 2,14 1,6 69 43

NW 06 2,17 2,1 84 40

NW 08 2,22 2,8 101 36

NW 09 2,26 3,9 133 34

NW 12 2,28 5,0 160 32

NV 14 2,33 6,3 183 29

NV 20 2,33 7,5 240 32

NV 22 2,44 9,6 221 23

NV 30 2,39 11,8 271 23

NV 300 2,44 13,4 281 21

NV 301 2,39 15,0 315 21

NV 305 2,50 16,5 380 23

NV 31 2,45 18,0 396 22

NV 33 2,53 20,0 420 21

NV 45 2,63 22,5 495 22

NV 47 2,64 25,0 525 21

NV 48 2,65 27,0 621 23

NV 50 2,57 29,0 580 20

NV 501 2,74 31,5 662 21

NV 510 2,82 34,0 646 19

NV 51 2,83 37,0 703 19

295

8

- NW.. - NV..

suspensions line NW.. - NV..

*

*



Каталог

20

14 -

rev

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- , .

-

22 55 , . , .2 .

- , , . - n° 1 - UNI EN 10270-1 SH . - n° 2 . - n° 2 , . - , .. - , , .

: - "RAL"

* - - M20 .



CONSTRUCTIVE CHARACTERISTICS - Zinc plated steel structure dimensioned to resist at the load in schedule. - n° 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - n° 2 steel disks as container and spring guide. - n° 2 elastic gaskets positioned between disks and spring. - Zinced steel screws dimensioned with the load in the schedule. - Bushings thermoplastic material, type of head and at the base, to ensure to continuity of insulation from sonic vibrations. On request: - Dusty epoxy painting for the spring as our RAL schedule.



MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

NWH 02 4,84 0,5 28 55

NWH 04 4,91 1,0 51 51

NWH 05 4,99 1,6 67 43

NWH 06 5,00 2,1 92 44

NWH 08 5,05 2,8 115 41

NWH 09 5,01 3,9 187 48

NWH 12 5,05 5,0 225 45

NVH 14 5,11 6,3 265 42

NVH 20 5,18 7,5 278 37

NVH 22 5,25 9,6 346 36

NVH 30 5,22 11,8 401 34

NVH 300 5,20 13,4 469 35

NVH 301 5,51 15,0 510 34

NVH 305 5,43 16,5 462 28

NVH 31 5,61 18,0 468 26

NVH 33 5,51 20,0 520 26

NVH 45 5,51 22,5 630 28

NVH 47 5,56 25,0 675 27

NVH 48 5,66 27,0 810 30

NVH 50 5,72 29,0 725 25

NVH 501 5,61 31,5 882 28

NVH 510 5,71 34,0 782 23

NVH 51 5,82 37,0 814 22

373

9

- NWH.. - NVH..

suspensions line NWH.. - NVH..

*

*



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20

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CONSTRUCTIVE CHARACTERISTICS - Zinc plated steel structure dimensioned to resist to the load in schedule. - n° 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - n° 2 plates as container and spring guide, formed with steel disks covered with thermoplastic material resistant for the ozone and hydrocarbons, agings detergents, UV ray, for high and low temperature from –50°C to 120°C. - Zinced steel screws dimensioned with the load in the schedule. - Elastic gasket with zinc steel plate placed on the head and base plate of the structure, to guarantee the insulation continuity from the mechanical and sonic vibration in the two hanging points. On request: - Dusty epoxy painting for the spring as our RAL schedule.


- , .

-

16 38 , . , .2 .

- , , . - n° 1 - UNI EN 10270-1 SH . - n° 2 , , , , , , , -50°C +120°C. - , .. - , , .

: - "RAL"

* - - M12 .


245

MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

NGF 1 1,17 0,5 19 38

NGF 2 1,18 1,0 36 36

NGF 4 1,22 1,6 50 31

NGF 5 1,25 2,1 67 32

NGF 8 1,27 2,8 70 25

NGF 80 1,28 3,9 113 29

NGF 9 1,27 5,0 130 26

NGF 90 1,29 6,3 164 26

NGF 10 1,36 7,5 158 21

NGF 11 1,37 9,6 182 19

NGF 12 1,37 11,8 224 19

NGF 13 1,41 14,0 252 18

NGF 130 1,47 16,0 256 16

NGF 14 1,41 18,0 288 16

10

( * ) З

. .

( * ) The Value is indicative and do not consider the deflection of the elastic

bearing.

- NGF..

suspensions line NGF..

*

*



Каталог

20

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MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

NGW 02 2,21 0,5 24 47

NGW 04 2,23 1,0 44 44

NGW 05 2,26 1,6 69 43

NGW 06 2,29 2,1 84 40

NGW 08 2,33 2,8 101 36

NGW 09 2,37 3,9 133 34

NGW 12 2,39 5,0 160 32

NGV 14 2,44 6,3 183 29

NGV 20 2,44 7,5 240 32

NGV 22 2,55 9,6 221 23

NGV 30 2,49 11,8 271 23

NGV 300 2,55 13,4 281 21

NGV 301 2,50 15,0 315 21

NGV 305 2,62 16,5 380 23

NGV 31 2,56 18,0 396 22

NGV 33 2,65 20,0 420 21

NGV 45 2,74 22,5 495 22

NGV 47 2,75 25,0 525 21

NGV 48 2,76 27,0 621 23

NGV 50 2,69 29,0 580 20

NGV 501 2,85 31,5 662 21

NGV 510 2,93 34,0 646 19

NGV 51 2,94 37,0 703 19

- , .

-

19 47 , . , .2 .

- , , . - n° 1 - UNI EN 10270-1 SH . - n° 2 , , , , , , , -50°C +120°C. - , .. - , , .

: - "RAL"

* - - M16 .



CONSTRUCTIVE CHARACTERISTICS - Zinc plated steel structure dimensioned to resist to the load in schedule. - n° 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - n° 2 plates as container and spring guide, formed with steel disks covered with thermoplastic material resistant for the ozone and hydrocarbons, agings detergents, UV ray, for high and low temperature from –50°C to 120°C. - Zinced steel screws dimensioned with the load in the schedule. - Elastic gasket with zinc steel plate placed on the head and base plate of the structure, to guarantee the insulation continuity from the mechanical and sonic vibration in the two hanging points. On request: - Dusty epoxy painting for the spring as our RAL schedule.



295

11

( * ) З .

( * ) The Value is indicative and do not consider the deflection of the elastic bearing.

- NGW.. - NGV..

suspensions line NGW.. - NGV..

*

*



Каталог

20

14 -

rev

.01


- , .

-

22 55 , . , .2 .

- , , . - n° 1 - UNI EN 10270-1 SH . - n° 2 . - n° 2 , . - , .. - , , .

: - "RAL"

* - - M20 .



CONSTRUCTIVE CHARACTERISTICS - Zinc plated steel structure dimensioned to resist at the load in schedale. - n° 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - n° 2 zinc steel disks as container and spring guide. - Zinced steel screws dimensioned with the load in the schedule. - Elastic gasket with zinc steel plate placed on the head and base plate of the structure, to guarantee the insulation continuity from the mechanical and sonic vibration in the two hanging points. On request: - Dusty epoxy painting for the spring as our RAL schedule.



MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

NGWH 02 4,12 0,5 28 55

NGWH 04 4,19 1,0 51 51

NGWH 05 4,27 1,6 67 43

NGWH 06 4,28 2,1 92 44

NGWH 08 4,33 2,8 115 41

NGWH 09 4,29 3,9 187 48

NGWH 12 4,33 5,0 225 45

NGVH 14 4,39 6,3 265 42

NGVH 20 4,46 7,5 278 37

NGVH 22 4,53 9,6 346 36

NGVH 30 4,50 11,8 401 34

NGVH 300 4,82 13,4 469 35

NGVH 301 4,79 15,0 510 34

NGVH 305 4,71 16,5 462 28

NGVH 31 4,89 18,0 468 26

NGVH 33 4,79 20,0 520 26

NGVH 45 4,79 22,5 630 28

NGVH 47 4,84 25,0 675 27

NGVH 48 4,94 27,0 810 30

NGVH 50 5,00 29,0 725 25

NGVH 501 4,89 31,5 882 28

NGVH 510 4,99 34,0 782 23

NGVH 51 5,10 37,0 814 22

373

12

- NGWH.. - NGVH..

suspensions line NGWH.. - NGVH..

*

( * ) З .

( * ) The Value is indicative and do not consider the deflection of the elastic bearing.



Каталог

20

14 -

rev

.01


- , .

- 22 ,

. , .2 .

- , , . - n° 1 - UNI EN 10270-1 SH . - n° 2 . - n° 2 , . - , .. - , , .

: - "RAL"

* - - M20 .


The suspensions of this line allow a deflection between 22 mm, depending on the load in schedule. To identify the suitable model for the insulation of the frequencies in use, refer to the nomograph on page 2 of our catalogue.

CONSTRUCTIVE CHARACTERISTICS - Zinc plated steel structure dimensioned to resist to the load in schedule. - n° 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - n° 2 steel disks as container and spring guide. - Zinced steel screws dimensioned with the load in the schedule. - Elastic gasket with zinc steel plate placed on the head and base plate of the structure, to guarantee the insulation continuity from the mechanical and sonic vibration in the two hanging points. On request: - Dusty epoxy painting for the spring as our RAL schedule.

* - Eye-bolt M20 for hanging to the fixing point .


MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

NGSP2 7,46 90,0 1980 22 403

13

( * ) З

.

( * ) The Value is indicative and do not consider the deflection of the elastic

bearing.

- NGSP2

suspensions line NGSP2

*



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CONSTRUCTIVE CHARACTERISTICS - 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - 2 plates containing the spring in elastomer with mechanical resistance, hydrocarbons and against aging. - steel structure protected by cataphoretic treatment and painted with epoxy powder - 2 screws and nuts to anchorage on the top and to the base mount. - Elastic body to dumper the sonic frequencies On request: - Dusty epoxy painting for the spring as our RAL schedule.

* - Eye-bolt M8 or M10 for hanging to the fixing point.

- , .

-

10 22 , . , .2 .

- n° 1 - UNI EN 10270-1 SH . - n° 2 , . - . - n° 2 M8 M10 - . - ч ч

х ч .

: - "RAL"

* - - M8-M10 .

14

MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

NMNZb 0 0,34 0,4 9 22

NMNZb 1 0,34 0,7 15 22

NMNZb 2 0,35 1,0 19 19

NMNZb 3 0,35 1,7 34 20

NMNZb 4 0,36 2,3 35 15

NMNZb 5 0,36 3,0 45 15

NMNZb 8 0,38 4,6 56 12

NMNXb 10 0,38 6,0 84 14

NMNXb 101 0,38 7,2 101 14

NMNXb 11 0,38 9,0 108 12

NMNXb 12 0,41 10,6 127 12

NMNXb 13 0,39 13,0 130 10

150

- NMN..

suspensions line NMN..



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The suspensions of this line allow a deflection between 9 and 13 mm, depen-ding on the load in schedule. To identify the suitable model for the insulation of the frequencies in use, refer to the nomograph on page 2 of our catalogue.

CONSTRUCTIVE CHARACTERISTICS - 1 spring in harmonic steel UNI EN 10270-1 SH with surface protected by cataphoretic treatment. - 2 plates containing the spring in elastomer with mechanical resistance, hydrocarbons and against aging. - steel structure protected by cataphoretic treatment and painted with epoxy powder - 2 screws and nuts to anchorage on the top and to the base mount. - Elastic body to dumper the sonic frequencies On request: - Dusty epoxy painting for the spring as our RAL schedule.

* - Eye-bolt M8 or M10 for hanging to the fixing point.

- , .

-

9 13 , . , .2 .

- n° 1 - UNI EN 10270-1 SH . - n° 2 , . - . - n° 2 M8 M10 - . - ч ч

х ч .

: - "RAL"

15

140

MODEL

Ве Weight

Kg

K

Kg/mm

. Max static load

Kg

. Max deflection

mm

h

mm

NMNaZc 0 0,33 0,4 5 13

NMNaZc 1 0,34 0,7 9 12

NMNaZc 2 0,34 1,0 12 12

NMNaZc 3 0,34 1,7 20 12

NMNaZc 4 0,34 2,3 26 11

NMNaZc 5 0,35 3,0 30 10

NMNaZc 8 0,35 4,0 40 10

NMNaXc 10 0,35 5,5 50 9

- NMNa..

suspensions line NMNa..



Каталог

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И ЕЧА ИЯ - NOTE

Каталог

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О , , ц ц , . Э

ц .

We reserve the right to make, at any time, changes to the specifications contained in this file, without any prior notice. This file can not be reproduced and/or communicated to third without prior authoriza-tion.

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