despl catalog

7/29/2019 DESPL Catalog

1/24

A n I S O 9 0 0 1 : 20 0 0 C e r t i f ie d C o m p a n y

C om p le te S o l ut i on o f A d va n ce d V i br a ti on

B a s e d E n v i r o nm e n t a l Te s t i n g.

DESPL


2/24

D y n a mi c E n v ir o n me n t al So l u ti o n s P v t. Lt d . ( D E SP L )

DESPL provides widely acceptable solution for testing productsQuality & Reliability in dynamic environmental condition. Our

major clientele are Automobiles, Telecom, Electronics, Engineering ,

Defence, R&D, and Ordinance Industries.

is a well

kno wn Company in the Environmental Test market having complete

range of unmatched qualityproducts. DESPL offers a complete range

of Vibration Test Systems & Environmental Test C hambers forDefence & Automotive Industry. DESPL is committed to offer state of

the art products for its target markets.

The DESPL team is composed of hig h skilled business e xecutives with

e xtensive marketing and operations background in the vibration &

environmental test market place. Our Engineers with a commitment

to build the most technically advanced test systems in a factory

having ISO : 9 0 0 1 : 2 0 0 0 certifications. Our Imagineering in the test

industry for 15 years has given us e xperience with many ne w and

e xciting products. Some of these are : Electro Dynamic Vibration

Shakers, Vibration, Controllers, Po wer Ampli fiers, Combined

Climatic C hamber with Vibration Mechanical Shake Table ,Centrifuge Machine, Bump & Impact Test Machine etc.

DESPL is committed to total customer satisfaction by providing

Products & services of global quality standards and to reach a

position of leadership in our fields of operations, setting ne w values.

Dynamic Env. Solutions is a fast gro wing company to manufacture

complete range of Environmental Vibration Test Systems. These

systems are being e xtensively used by quality minded companies &

e xport oriented units.

C o m p a n y P r o f i l e . . . .


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3

F U ND A ME N TA L K N OW L ED G E F O R

VIBRATION TESTINGP r i n c i p l e

I n s i de O f V i br a t o r

T h e o p e ra t i o n p r i nc i p le o f t h e E l e ct r o - Dy n a mi c

V i br a t i on Te s t Sy s t e m i s a s s a m e a s t h a t o f a n

a u d i o s p e ak e r a n d F l e m m in g ` s l e f t h an d r u l e

i s a p p l i e d. W h e n e l ec t r i c c u r r e n t f l o w s t h r o u g h

t h e w ir e a c ro s s a m a gn e ti c f l ux ( m ag n et i c

f i e l d ) , t h e f o r c e i s g e n e r a t e d t o w a r d t h e

r ec ta ng ul ar d ir ec ti on f ro m t he w ir e. T he f or ce

( e x c i t a t i o n f o r c e ) v ib r a t e s t h e a r m a t u r e t a b l e s

i n t h e E l e c t r o - d y n a m i c v i b r a t i o n t e s t s y s t e m s .

T h e E l e ct r o - d yn a m ic v i b r at o r ge n e r at e s it s

e x ci t at i on f or c e b y t h e f l ow of a n e l ec t ri c A C

s i g na l t h r o ug h t h e D r i ve c o i l t h a t i s l o c at e d i n a

s t r o ng m a g ne t i c fl u x g en e r a te d b y P e r ma n e n t

m a g n e t o r F i e l d c o i l a s s h o w n b e l o w

R a te d F o rc e

M a x . A c c el e r a ti o n

M a x . V e l o c i t y

M a x . D i s pl a c em e n t

M a x . L o a d i n g w e i g h t

A r m a t u r e M a s s

A l l o w a b le o v e r t u r n i n g m o m e n t

T he f or ce t ha t th e v i br at io n te st s y st em c ang en er at e. T he f or ce i s d ef in ed a s pe ak v al ue i n ca s e o f SI N E v i br a ti o n a n d R MS v a lu e ( Ro ot M ea n S qu ar e) i n c as e o f R AN DO Mv i b r a t i o n.

T h e m a x. ac c el e ra t io n v a lu e t h at th e v i br a ti ont e s t s y s t e m c a n g e n e r a t e a t n o l o a d i n gc o nd i ti o n. T h e v a lu e i s c a lc u la t ed b y t h e r a te de x c it a t i on f o r c e b e i ng d i v id e d b y th e a r m a tu r em a s s .

T h e m a x i m u m v e l o ci t y v a l u e t ha t t h e v i b r a t i ont e s t s y s t e m c a n g e n e r a t e .

T h e m a x . d i s p la c e m en t v a l ue t h at t h e v i b r at i o nt e st s y st e m c a n g e ne r at e . T h is v a lu e i s li m it e d

b y t h e a l lo wa b le m e ch a ni c al s t ro k e o f t h ev i b r a t o r s a r m a t u r e a n d u s u a l l y d e s c r i b e d i nd o u b l e a m p l i t u d e ( pe a k - p e a k ) v a l u e .

T h e m a x . l o a d in g we i g ht o n t h e a r m a tu r e ( o r t h e v i b r a t o r t a b l e) o f t h e vi b r a t o r .

T h e a r m a tu r e i s t h e v i b r at i o n p a r t i n a vi b r a to r a n d is a s se m b l ed f r o m V i br a t i on Ta b l e . T ha tt es t s pe ci me ns o r vi br at io n te st f ix tu re s a rem ou nt ed , a nd Dr iv e co il . W he n th e r at edf o rc e i s t h e s a me i n t h e t w o v i br a ti o n s y st e ms .T h e s y s t e m t h a t u s e s t h e s m a l l e r m a s s

a r m a t u r e v i b r a t o r c a n g e n e r a t e l a r g e r a c c e l e r a t i o n .

T h e e c c en t r i ci t y ( o f f- c e n t er e d ) m o m e nt v a l uet h a t t h e v i b r a t o r a r m a t u r e g u i d a n c e s y s t e m o r t he g ui da nc e s ys te m f or t he v ib ra ti on t ab lea l l o w s .

T e r m i n o l o g yF r e q u e n c y r a n g eT h e F r eq u e n cy r a n g e t ha t t h e v i b ra t i o n t es ts y st e m m a nu f ac t ur e r ( m ak e r) d e fi n es f o r t h er at ed f or ce , t he m ax im um a cc el er at io n, t hem a x i m u m v e l o c i t y a n d t h e m a x i m u md i s p l a c e m e n t o f t h e s y s t e m .

Top cov e r

Air suspe nsion

Driv e coil Fie ld coils

Duct case

Cooling air

Cooling blowe r

Cooling air

Vibration tableU p p e r a r m at u r e

g u i d an c e s y s t em

Bottom armatureg u i d an c e s y s t em

Armature


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4

F U ND A ME N TA L K N OW L ED G E F O R

VIBRATION TESTINGA L i t t l e M a t h e m a t i c s . . . .. . .

T e s t m e t h o d

2 p( s q r ) f ( s q r ) d 2pfv=A=

9 8 0 0 9 8 0 0V = p x f x dW h e r e

A = Acce l era ti on i n g uni t (pea k)V = Ve l o c i t y i n m m / s ( p e a k )d = D i s p l a c e m e n t i n m m ( p e a k - p e a k )f = F r e q u e n c y i n Hz

T he t wo t yp e t es t m et ho ds ar e d on e : th e o nei s SW E EP t e st , t ha t ch a ng e s t h e e x ci t at i onf r e q u e n c y c o n t i n u o u s l y a c c o r d i n g t o t h ef r e q u e n c y s we e p m e t h o d s p e c if i e d i n t h e t e s t .

And the othe r i s the fi xe d exci tat i on fre quen cyt e st , D I SC RE T E t e st . S i ne v i br a ti o n t e st a r ep e r f or m e d f o r o r i g in a l i n d us t r i al v i b r at i o n t e s t si nc lu di ng m ea su re me nt o f dy na mi c m ot io n

c h a r a c t e r i s t i c s o f s p e c i m e n , s u c h a sR e s o n a n c e D w e l l t e s t , t h a t p e r f o r m sm e a s u r e m e n t a n d t r a c k i n g o f c h a n g e o f r e s o n a n c e f r e q u e n c y o f t h e s p e c i m e na u t o ma t i c al l y a n d t h a t p e r f or m s t h e S I N Ev ib ra ti on d ur ab il it y t es t a t th e c ha ng ed n ewr e s on a n c e f r e q ue n c y, i s a l s o d o n e .

R ea l v i br a ti o n i s n o t a s i mp l e o r p e ri o di cv i b ra t i o n wa v e f or m l i k e S I N E v i b r at i o n . R a t h er ,

r e a l v i b r at i o n wa v e f or m i s of a r a n do m o r t ra ns ie nt s ho ck w av ef or m, i nc lu di ng m an yv i b r at i o n sp e c t r a. I n S I N E v i b r at i o n t es t s , o n l y

t h e o n e f r e q ue n c y r e s on a n c e o f t he s p e c im e n sc a n b e ex c i t ed .I n RA ND OM v ib ra ti on t es ts , s pe ci me n a res u b j e c t e d t o v i b r a t i o n e n e r g y s p e c t r a i n a w i d ef r e q u e n c y r a n g e a n d e x c i t e d a t m a n y r e s p o n s ef r e q u e n c i e s s i m u l t a n e o u s l y.

S I N E V i b r a t i on Te s t

R A N D O M V i b r a t i o n Te s t

S H O CK Te s t s

R e a l w a v e f o r m v i b r a t i o n t e s t

L i ke R A ND OM v i br a ti o n, S HO CK w av e fo r mh a s w i d e f r e q u e n c y r a n g e s p e c t r u m a n de n a b l e s t o e xc i t e lo t s o f r e s o n a n c e s o f t h es p e c i m e n s i m u l t a n e o u s l y a t m a n y f r e q u e n c i es .I n c a s e o f R A ND O M vi b r a t i o n , t h e e x c i t at i o n

g i v e s s o - c a l l e d G a u s s i a n D i s t r i b u t i o n t y p ev i b r at i o n t h a t i s v e r y c l o se t o lo n g t i m e r e a lv i b r a t i o n w a v e f o r m , o u t s t a n d i n g f i e l d f a i l u r ed ue to th e s tr es s c an b e r ep ro du ce d o n t het e s t i n g s y s t e m .

T h e v i b r at i o n t e s t r e p r od u c e c a p t ur e d r e a l f i e ldv i b r a t i o n w a v e f o r m d a t a o n t h e v i b r a t i o n t e s ts y st em a nd a r e m ai n ly p re fo r me d f or f ie ldv i b r a t i o n s i m u l a t i o n t e s t f o r s e i s m i ce n g i n e e r i n g o r a u t o m o t i v e p r o d u c t se n g i n e e r i n g .

B y p e r f o r m a n c e o f a p p r o p r i a t e s c h e d u l e dm a i nt e n a nc e . E l e ct r o - dy n a m ic v i b r at i o n t es ts ys te ms c an b e u se d f or a l on g t im e a nd w it hh i g h q u a l i t y p e r f o r m a n c e . T h e s c h e d u l e dm a i n t e n a n c e a n d c a l i b r a t i o n w o r k i n g a r e

e ss e nt ia l fo r t he c us to me r s t o ke e p t he t es ts y s t em s u n d er t h e o r i gi n a l t r a c e a b i li t i es .F o r t h is , D E SP L r e co m me n ds t h e c u st o me r s t op e r f o r m s c h e d u l e d m a i n t e n a n c e a n dc a li b ra t io n o f t h e i n st a ll e d v i br a ti o n s y st e mse v e r y y e a r.

M a i n te n a n ce a n d C a l ib r a t io n


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5

Lo w Fo rc e E DV S ha ke r S er ie s

Air Cooled Air Cooled Air cooled Air cooled Air cooled Air cooledN/RType of cooling

DCS006DCS004DCS002DCS002DCS002DCS001N/RModelCooling

System

S e l e c t e d M o d e l o f V i b . C o n t r o l l e r c a n b e u s e d a s p e r t h e r e q u i r e m e n t sVibration Controller Controller

PWMPWMPWMPWMCl ass-BCl ass-BCl ass-BTechnology

6.04.02.01.00.50.20.1Max. Output KVA

DOA4K4DPA4K4DPA2K2DPA010DPA005DB20DB10Model

Power

Amplifier

1601601401251005025 Armature diameter ( m m )

6.04.53.02.00.80.60.4Mass of Armature (Kg)

DEV060DEV040DEV020DEV010DEV005DEV002DEV001Model

Vibrator

9.04.53.02.01.00.50.2System power consumption

1308080406.03.01.5Max. Loading weight (Kg)2520201812106.0Max. Disp. (mm,p-p)

1.61.81.81.81.51.51.5Max. Vel ocit y (m/s)

1001008085807570Max. Acceleration (g)

4.22.81.40.70.40.10.07(KN)

4262831487438147.0(Kgf)RANDOM

6.04.02.01.00.50.20.1(KN)

600400200104552311(Kgf)SINE

Rated

F orce

5~30005~35005 40005 40005 40005 40005 4000Frequency range Hz

System

Performance

DS060/P6DS040/P4DS020/P2DS010/P1DS005/B05DS002/B02DS001/B05S y s t em M o d el

DESPL


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6

H ig h Fo rc e E DV Sh ake r S er ie s

Air c ooledAir c ooledAir c ooledAir c ooledAir c ooledAir c ooledT yp e o f c o o l in g

DCS012DCS012DCS011DCS010DCS010DCS09M odelCool i ngSystem

Selec ted M odel of Vib. Controller c an be us ed as per the requirem entsVi brati on Control l er Control l er

PWMPWMPWMPWMPWMPWMTechnology

64564836.02010M a x. O u tp u t K V A

DPA8K64DPA8K56DPA6K48DPA6K36DPA5K20DPA3K9M odel

Power

Am pl i fi er

440440410360300200 Arm ature di am eter ( m m )

66.6655.5540302010M ass of Arm ature (Kg)

DEV600DEV500DEV400DEV300DEV200DEV100M odel

Vi brator

908064483215S y s t em p o w e r

consum pti on

800800800500400200M ax. Loadi ng wei ght (Kg)

636051514040M ax. Di sp. (m m ,p-p)

1.81.81.81.81.81.8Max. Velocity (m/s)

9090100100100100M ax. Accel erati on (g)

60.050.040.030.020.010.0(KN)

600050004000300020001000(Kgf)RANDOM

60.050.040.030.020.010.0(KN)

600050004000300020001000(Kgf)SINE

Rate

Force

5~28005~28005~28005~28005~28005~2800Frequency range Hz

System

Perform ance

S600/P64S500/P56S400/P48S300/P36S200/P20S100/P9M odel

PLDES


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7

High Displacement Modal Shaker SeriesD ES P L M o da l S h ak e rs c o ve r a wi de ra n ge of fo r ce o u tp u t a n d H i gh Di s pl a ce m en t . T h e s e ri e s i sd e s ig n e d f o r n u m er o u s a p p li c a t io n s i n c lu d i n g M o d al E x c it a t i on , S e n so r a p p li c a t io n a n d p r o du c tt e s t i n g o f Ai r C r a f t a s s e m b l i e s / s u ba s s e m b l i e s .

H i gh D i sp l ac e me n t M o da l S h ak e r S ys t em S p ec i fi c at i on

N o t e : 1 . P e r m a n e n t m a g n e t t y p e s M o d a l E x c i t e r a r e a l s o o f f e r e d u p t o 5 0 K g F P e a k - S i n ef o r c e r a t i n g .

2 . S h a ke r c a n b e d e s ig n e d a s p e r t h e c u s t om e r - te s t i ng r eq u i re m e nt .

S005/M05 S010/MP1 S020/MP2 S040/ MP4 S050/ MP5

D.C~5KHz D. C~4KHz D. C~4KHz D.C~3K Hz D.C~3KHz50 100 200 400 500

0. 5 1.0 2.0 4.0 5.0

36 71 142 283 354

0.36 0.71 1.42 2.83 3.54

75 80 80 90 90

1.71.71.71.71.6

15 20 20 25 28

6 20 30 70 80

1 2 3 6 8

DMV005 DMV 010 D MV020 DMV040 DMV050

0.70 1.25 2.50 4. 50 5. 60100 125 140 160 160

DMPA005 DMPA010 DMPA2K2 DMPA4K 4 D MPA 5K5

0.5 1 2 4 5

Class-B PWM PWM PWM PWM

DCS002 DC S002 DC S002 DCS004 DCS004

B ui lt i ncooling

Externalcooling

Externalcooling

Externalcooling

Externalcooling

R eq ui r ed M od el c an b e u se d.

F r eq u en c y r a ng e H z(Kgf)SINE(KN)

(Kgf)Ra te d

Forc e(KN)

M a x. A c ce l er a ti o n ( g )

Ma x. Ve loc ity (m /s)

M a x. D is p . ( m m, p - pp )

Max. Loading weight (Kg.)

System power consumption

Mode l

M a s s o f A rm a t u re ( K g )A r ma t ur e d i am e te r (fmm)

M a x. O u tp u t K VA

Technology

Vibra tion Controlle r

Mode l

Ty p e o f c o o l in g

RANDOM

S y st e m M o de l

Systemp

erformance

Vibrator

Powe rAm plifie r

Controlle rCoolingSyste m

Mode l

DESPL

DESPL

D E S P L


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8

S e l f P r o t e c t e d

T e c h n o l o g y

E x p an d a b il i t y o f M o d u l e s

I n t e r n a l C o o l i n g

S e r v i c e a b i l i t y

F r e q ue n c y R e s po n s e

E f f i c i e n c y

D i s t o r t i o n

F ie ld S up pl y f or S ha ke r

S t a b i l i t y

I n p u t I m p ed a n ce

S i gn a l To N o i se R a ti o

S a f e t y I n t e r l o c k

Va r i o us s a f e t y p ro t e c t io n s i . e. o v e r c u r r en t s u p p ly c u r r e nt ,o v e r t e m p er a t u r e p r o v id e d t o s hu t d o w n t h e p o w er a m pl i f ie r.S y st e m i s a l so p r ot e ct e d f r om l o w/ hi g h l i ne po we r, lo s s o f p ha se a nd p ow er f ai l, s af et y pr ot ec ti on f or s ha ke r i .e .c o o l i n g , o v e r t e m p e r a t u r e o v e r l o a d m o n i t o r e d a n dc o n t ro l l ed b y p o w e r a m p li f i er .

P W M ( P ul s e W i dt h M o du l at i on ) t e ch n ol o gy u s ed t o c o nv e rtl i n e A C p o w er i n t o v a r i ab l e f r e q ue n c y a nd a d j u st a b l e p o w er f o r o p t i mu m s h a ke r p e r f or m a n ce . H i g h ef f i ci e n c y an d l o ngt e rm s r e li a bl e o p er a ti o n a c hi v ed b y u s in g M O SF ET, F ET.

F o r h i g he r c a p ac i t y s ys t e m s m u l t ip l e p ow e r m o du l e s ca n b ep ar al le l o ne b y o ne t o in cr ea se t he o ut pu t p ow er . Po we r

b a y s a c c o mm o d a te p o we r s t ag e s , l o g ic a n d d r i v e w h i chc a n b e e xp a n d ed a s p e r t h e t e st i n g re q u ir e m e nt s .

T h es e a r e a r e s e lf c o ol e d a n d d o no t re q ui r e a n y e x te r na lc oo li ng u ni t. I t e li mi na te s t he n ee d o f e xt er na l h ea te x t r ac t o r s a n d c o m p le x w a t er / p o we r c o n ne c t i on .

M o d u l e i n t e r c h a n g e a b i l i t i e s f a c i l i t a t e f a s tr e p a i r / r e p l a c e m e n t w i t h m i n i m u m do w n t i m e . C o r r e s p o nd i n gp r o t ec t i o ns p r o vi d e d t o d i ag n o se t h e f a u lt . D C s u p pl i e s ar e a l s o d e s ig n s u ch a w a y t o c o me o u tf r o m a m p l i f i e r b a y.

F u l l p o w er f r om D C t o 3 K H z r o l li n g o f f t o 3 d b at 5 K H z .

P W M t e ch n ol o gy a n d u s e o f F E T d e li v er p o we r e f fi c ie n cy o f m o r e t h en 9 0 % .

L e s s t h e n 1 % i n t o r e s i s t i v e lo a d a t r a t e d p o w e r.

I n b u i l t i n t o A m p l i f i e r co n s o l e

L e s s t h en 0 . 5 % v a r ia t i o n o f f u l l o u t p u t v o l t a g e w i t h 1 0% c h a n ge i n A C l i n e vo l t a g e .

M o r e t h e n 10 K o h m f o r d ir e c t c ou p l ed e i t he r s i n g le e n d ed o r i so l a t ed c o n ne c t i on .

G r e at e r t h e n 7 0 d b b el o w f u ll o u t p ut w i t h i np u t s h or t e d .

C o n t r o l p a n e l m o n i t o r s t h e s t a n d a r d o p e r a t i n g c o n d i t i o n s a n d t r i p o f f t h e p o w e r a m p l i f i e r s a s w e l la s f ul l s ys te m i n e ve nt o f- O v e r C u r r en t S u p p l y C u r r e n t H i l i n e Vo l t a ge L o s s o f P h a se L o w l i n e V o l t a g e U n b a l a n c e l i n e S u p p l y

D PA S er ie s Po w er A mp li f ie r


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9

D I GI TA L V I BR AT I ON C O NT R O LL E R .

F e a t u r e sk C o m p l e t e v i b r a t i o n c o n t r o l s o f t w a r e &

h a r d w a r e

k H i g h p e r f o r m a n c e a n d a c c u r a c y

k F le x ib l e f o r p r og r am & p r of i le

k D is p la y o f t es t d a ta & g r ap h

V i b r a t i o n C o nt r o l S o f t wa r e S i n e C o n t ro l S o f t wa r e R a n d o m C o nt r o l S o f t wa r e C l a s s i ca l S h o c k C o n t r ol s o f t w a r e S i ne O n R a n d om C o nt r ol S o f t w a r e F ie l d D a ta R e p l i c a t o r / Long Time History S i m u l a t i o n

T he w ho le e le ct ro ni c c ir cu it ry h as b ee nd e s ig n e d a r o un d th e DS P t e c hn o l og y w i t ho t h e r e s s e n t i a l s u p p o r t i n g d i g i t a l a n da n a l o g h a r d w a r e . T h e v a r i o u s m o d e l s a r ec a t e g o r i z e d b a s e d o n e n d a p p l i c a t i o ns . T h em o n i t o r p r o g r a m o n c e s w i t c h e d o ni n i t i a l i z e s t h e c o m p l e t e h a r d w a r e a n dm a k e s t h e D S P m o d u l e r e a d y f o r c o mm u ni c at i on w it h t h e h o st P C. T h e D S Pb o a r d h a s a c o m m u n i c a t i o n c i r c u i t r yo n b o a r d . T h e c o m m u n i c a t i o n a l g o r i t h m i si m pl e me n t ed i n su c h a w a y t ha t g iv e sm a x im u m d at a t r a ns f e r r at e b e tw e e n t h eh os t P C a n d t h e D S P m o du l e.

k S t o r a g e o f d a t a a n d g r a p h

k T e s t s c h e d u l i n g

k S y s t em h e a lt h ch e c k f e a t u re be f o r e a c t u alt e s t

k S o f t wa r e p a s s wo r d s e c u ri t y

k C o m p a t i b l e w i t h 9 X / 2 0 0 0 / N T / M E / X P

k U s e r f r i e nd l y

T h e o n bo a rd p r og r am a n d d a ta m e mo r y i su s e d t o d o w n l o a d s p e c i f i c v i b r a t i o n t e s ta pp li ca ti on s f ro m t he h os t P C, w hi ch m ak es i tv e r s at i l e f o r v i r t ua l l y d e v el o p in g a n y t y p e o f r e al t i me c o nt r ol a p pl ic a ti o ns o n t he s a me s e to f h ar d wa r e. H ig h r es o lu t io n A D C a n d DA Cs u p p o r t e d b y g a i n r a n g i n g a m p l i f i e r s a n d a n t i -a l i a s i n g f i l t e r s o n a l l i n p u t a n d o u t p u t c h a n n e l sg i ve p r ec i se c o nt r ol o n cl o se l o op p r oc e ss i nga n d a g r e a t e r d e gr e e o f d y n a m i c r a n g e . T h em ul ti p ro ce ss or a rc hi te ct ur e i s o rg an iz ed t os u p p o r t a g r e a t e r n u m b e r o f c h a n n e l s w i t h o u t


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10

H a rd w ar e A r ch i te c tu r e

9 0 V AC t o 2 64 VA C, 4 7 t o 6 3

Hz.

9 0 V AC t o 2 64 VA C, 47 t o 6 3

Hz.

9 0 V AC t o 2 64 VA C, 4 7 t o 63 H z.Power

P C I / U S B /L A N m a t c h i ng t h e

l a t e s t i n d u s t r y s t a n d a rd s

P C I / U S B /L A N m a t c h in g t h e

lat est indust ry st andards

I SA/ USB

I S A : I S A c o m p a t ib l e a d d- o n b o ar d

m o d u le s u p p o r ti n g 1 6 B i t P a r a l le l

c o m m u ni c a t i on w i t h H o s t P C

USB:

C y pr e ss E Z - U SB F X s e ri e s U S B

c o n t r o ll e r s u pp o r t i ng U S B 1 . 1 & 2 . 0

plug-n-play module

P C I n te r f ac e

Aut omat ic/ Manual Aut omat ic/ Manual Aut omat icG a i n S e l e c ti o n

1 6 I / P, 1 6 O /P8 I /P, 8 O /P4 I /P, 4 O /PDigit al I / O

I nput Connect or

Charge/ I CP/ mVCharge/ I CP/ mVCharge/ I CP/ mVI nput T ype

3 2 , e x p a n d ab l e u p t o 1 2 808/ 1602/ 04I nput channels

Ant i-aliasing

(Analog/ Digit al/ T racking)

Ant i-aliasing (Analog/ Digit al)8Th order AnalogF i lt e rs o n a n al o g I / P & O / P c h an n el sMinimises unwant ed high f requencyn o i s e a nd l o w f r e q u e nc y c o m p o ne n t s

2 0 V o l t ( Pk -P k)2 0 V o lt ( P k- P k)2 0 V ol t ( Pk - P k)O u t p u t V o lt a g e

D r i v e 2 2 / 2 4 B i t

C OL A 1 6 B i t

D r iv e 1 8 / 20 B i t

C OL A 1 6 B i tDAC

2 2 /2 4 B i t1 8 /2 0 B i t1 6 B it ADC

3 3 /4 8 M H z3 3 /4 8 M H z1 0 /1 6 M H zProcessor speed

Mult ipleDualSingleN o . o f P r o c e s so r s

3 2 B i t1 6 /3 2 B i t1 6 B itD S P P r o c e s so r

W i n 9 X . N T. 2 0 00 . ME , X PW i n 9 X . N T. 2 00 0 . M E , X PW i n 9 X . N T. 2 00 0 . M E , X POperat ing Plat f orm

Model -F11 Model-F12Model -F10Parameters

D ri ve 1 6 B itC OL A 1 2 B i t

Microdot (10-32)/ BNCMicrodot (10-32)/ BNCMicrodot (10-32)/ BNC


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S i ne C o nt r ol So f tw a rePa ramet ers Model -F10 Model -F11 Model- F12

Freque nc y Range 1 Hz 5000 Hz 0 .1 Hz 5 000 Hz 0.08 Hz 5000 Hz

Swe ep Fr equen cy Test Swee p Fr equency Te st Swee p Fre quency Te st

Fixe d Fr e q u e n cy Te st( Discr e te Ste p Co n tr o l)



tControl Parameter Constant Acc./Vel/DispSlo p e Acce le r a tion

C o n st a n A c c . / Ve l / Di s pSlo p e - Acc./Vel/Disp .

Co n sta n t Acc./Ve l/Disp ..Slo p e - Acc./Ve l/Disp

Reso nance Sear ch & Dwell Reson ance Search & Dwe ll(Optional)

R e s on a n ce S e a r c h & D w el l(Optional)

Man ual Control Using Keybo ard - -

Te st Mo d e l

DVA Mo n ito r in g ( Using e xt.sinusoidal frequency input)

- -

Inp ut Cha nnels 0 2/0 4 0 8/16 3 2 ,e xp a nd a b le u p to 1 2 8

Chan nel sensitivity 1 .0 t o 9 9.99 p C/g o r m V/g 1 .0 t o 1 0 00 p C/g o r m V/g 0.1 to 1 00 00 pC/g o r m V/g

Channel Control Single/Multi -Channel Single/Multi -Ch annel Single/Mu lti Ch annel

Control Mode Maximal/Aver age Maximal/Aver age/Weighted Average Maximal/Avera ge/Weighted Average

filte r s 8th

O rd er ( a n al o g) An ti- a lia sing ( An a lo g /Dig ita l) An ti- a lia sing ( An a lo g /Tr a ckin g )

Drive -1 2V( Pk-Pk) C OLA Drive -20 V( Pk-Pk) C OLA Drive -20 V(Pk- Pk) C OLAO u tp u t Ch a n n e ls

Filte r sth

8 O rder ( a nalog) Anti-aliasing ( Ana lo g/Dig ital) Anti- aliasing (Analog /Tra ckin g

4 I /P. 4Dig ita l I/O O/P 8 I/P. 8 O/P 16 I/P. 16 O/P

C om pr es si on Ra te 0 .0 01 t o 3 . 0 d B /S ec /H z 0 .001 t o 2 0 d B/Se c/Hz 0.001 to 2 0 d B/Se c/Hz

Compression Limit 2 .0 t o 2 0 0. 0 d B /s - -

> 85 dB > 9 5 d B > 1 05 d B

Te st Du r a tio n

Online Display Para mete rs Parameter s Parameters

Graph Gra ph Graph

S e l ec t i on o f Y- a xi s v a l ue a sacceleration/Velocity/Displacement.T w o l i n es o f a n no t at i o n p r og r am m a bl eb y t h e o p e ra to r f or e ac h t es t t o i de n ti t yt h e t e s t c o n du c te d .

Selec tion of Y-ax is v alue asac c eleration/Veloc ity /Dis plac ement.T wo l i n e s o f a n n o t a t i onp r o g r am m a b l e b y t h e o p e r a t o r f o r eac h tes t to identity the tes tc onduc ted.

Selec tion of Y-ax is v alue asac c eleration/Veloc ity /Dis plac ement.Two lines of annotationprogrammable by the operator for eac h tes t to identity the tes tc onduc ted.

Graph Annotations

Co n tr o l Cu r ve ( Co ntr o l Vs. Fr e q u e n cy)Dr ive Cu r ve ( Drive Vs. Fr e q u e n cy)Individual Channel Response

( Ch a n n e l Va lue s Vs. Fr e q u e n cy)Transfer Function (Channel Y / Ch a nn e l X V s . F r e qu e n cy )

Ala r m/Ab o r t limit r e g io n

C o n t ro l C u r ve ( Co n t r ol V s .Frequenc y )Driv e Curv e (Driv e Vs . Frequenc y )I n d i v id u a l C h a n n el R e s p on s e( C h a nn e l V al u e s V s . F r e q u e n cy )Trans fer Func tion (ChannelY/Channel X Vs . Frequency )

Alarm/Abort limit regionCompos ite Dis play

C o n t r ol C u r ve ( Co n t r o l V s .Frequenc y )Driv e Curv e (Driv e Vs . Frequenc y )I n d i v id u a l C h a n n el R e s p on s e(Channel Values Vs . Frequenc y )Trans fer Func tion (ChannelY/Channel X Vs . Frequenc y )

Alarm/Abort limit regionCompos ite Dis play

Frequenc y , Programmed ControlLev el, Meas ured Control Lev el,Serv o Voltage, No. of s weepselaps ed/remaining, Date, Time,Dis plac ement/v eloc ity /Ac c eleration of eac h c hannel.

Frequenc y , Programmed ControlLev el, Meas ured Control Lev el,Serv o Voltage, No. of s weepselaps ed/remaining, Date, Time,Dis plac ement/v eloc ity /

Ac c eleration of eac h c hannel.

Frequenc y , Programmed ControlLev el, Meas ured Control Lev el, Serv oVoltage, No. of s weepselaps ed/remaining, Date, Time,Dis plac ement/v eloc ity /

Ac c eleration of eac h c hannel.

B r e a k p o i n t s 1 0 0Simple editing of s egment lev els& s l op e sIns ertion, deletion & c hanges of lev elsF a c i li t a t e s t o v i r t u a l ly p r o g r am m ea n y t e s t p ro f i l eGraphic al pres entation of profile

Break points 100Simple editing of s egment lev els& s l op e sIns ertion, deletion & c hanges of lev elsFac ilitates to v irtually programmea n y t e s t p ro f i l eGraphic al pres entation of profile

Break points 100Simple editing of s egment lev els& s l op e sIns ertion, deletion & c hanges of lev elsFac ilitates to v irtually programmeany tes t profileGraphic al pres entation of profile

TestProfile/Spec trum

Upto s pec ified no. of s weeps or infinite.Upto s pec ified duration of time

Upto s pec ified no. of s weeps .Upto s pec ified duration of time

Upto s pec ified no. of s weeps .Upto s pec ified duration of time

C o n t r ol D y n a mi cRange


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12

Parameters Model -F10 Model-F11 Model-F12

Storage of Test D ata

Storage of TestGraph

Posttest R eportGeneration

Facilitates report generation of testconducted.Export of graph to Microsoft Word.

Facilitates report generation of testconducted.Export of graph to Microsoft Word

Facilitates report generation of testconducted.Export of graph to Microsoft Word

Safety

features/Protections

st shutdow n in case of control

Loop check feature to verify physical

setting of the system before staringactual test.Independent alarm and abort profile int e r m s o f ( 0 . 5 t o 2 0 d B ) o f r e f er e n c etest profile over the entire frequencyrange.

Auto test shutdow n in case of e x c e e d i ng t h e m a x i m u m g l e v e lprogrammed.

Auto teexceeding the abort limit. Passw ordauthorization to operate the softw are.

Loop check feature to verify

physical setting of the systembefore staring actual test.Independent alarm and abort profilei n t e r m s o f ( 0 . 5 t o 2 0 d B ) o f r e f e r en c e t e s t p r o f i l e o v e r t h e e n t i r efrequency range.

Auto test shutdow n in case of e x c e e d in g t h e m a x i m u m g l e v e lprogrammed.

Auto test shutdow n in case of control exceeding the abort limit.Passw ord authorization to operatethe softw are.

Loop check feature to verify physical

setting of the system before staringactual test.Independent alarm and abort profilei n t e r m s o f ( 0 . 5 t o 2 0 d B) o f r e f e r en c e t e s t p r o f i l e o v e r t h e e n t i r efrequency range.

Auto test shutdow n in case of e x c e e d in g t h e m a x i m u m g l e v e lprogrammed.

Auto test shutdow n in case of controlexceeding the abort limit. Passw ordauthorization to operate the softw are.

To disk at pre-configured intervals intabular text format.Export of test data to Microsoft Excel.

To disk at pre-configured intervalsin tabular text format.Export of test data to MicrosoftExcel.

To disk at pre-configured intervals intabular text format.Export of test data to Microsoft Excel.MATLAB

Storage of Graph in WMF/BMPformat on mouse click.Export of graph to Microsoft Word.




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B r oa db a n d Ra nd om Con t r ol S of t war e

Test Mode Pseudo Ran domT r ue R a n do m

Tr ue Random True Ran dom

F re qu en cy R an ge 5 00 ,1 00 0, 20 00 ,3 00 0, o r 4 00 0 H z 1 25 ,2 50 ,5 00 ,1 00 0, 20 00 o r 4 00 0 H z 3 1. 25 ,6 2. 5, 12 5. ,2 50 ,5 00 ,1 00 0, 20 00 o r 4 00 0 Hz

Fr equency Lines 100,200,300,400 or 500 10 0,2 00,4 00, or 800( 1 6 0 0 o p tio n a l)

1 0 0 ,2 0 0,4 0 0 ,8 0 0,1 6 0 0 o r 3 2 0 0( 6 4 0 0 o p tio n a l)

Se le ct abl e f or Cha rge/ mV /ICP S el ect abl e f or Charge /m V/ ICP Se le ct abl e for Cha rge/ mV /ICP

1.0 to 99.9 9 pC/g or mV/g 1.0 to 100 0 pC/g or mV/g 1.0 to 10000 pC/g or mV/g

Sing le /Multi- chann el Single/Multi-cha nnel Sing le/Multi-channe l

Maximal/Aver age Maximal/Average /We ig hted Average Maximal/Ave rage/Weighted Ave r a g e

02/04 08 /16 32 exp andable upto 128In p u t Ch a n n e lsChannel type

Channelsensitivity ChannelControl

Control Mode

Filte r s8

ThO r d e r ( a n a lo g) An ti- a lia sin g ( An a lo g /Dig ita l) An ti- a lia sing

(Analog/Digital/Traking)

Drive 2 0V ( Peak -Peak) Drive 20V ( Peak -Peak) Drive 2 0V ( Peak -Peak)O u tp u t Ch a n n e lFilte r s

8Th

O r d e r ( a n a lo g) An ti- a lia sin g ( An a lo g /Dig ita l) An ti- a lia sing(Analog/Digital/Traking)

Dri ve S ignal Cont inuous Gauss ia n R andom C onti nu ous Gaus si an Rand om Cont inuous Gauss ian R andom

Dyna mic Ra nge > 82 dB > 9 2 dB > 102 dB

Limit Channel Upto 200 Grms Upto 200 Grms Upto 200 Grms

Corr ection Rate 0.1 to 50.0 dB/sec 0.1 to 50.0 dB/se c 0.1 to 50.0 dB/sec

Crest Factor/Sigma

Clipping

1.8 to 8 2 to 8 2 to 8

De g r e e o f Fr e e d o m 5 to 800 2 to 1 000 8 to 8000

Loop Time (typ ical) 200mS 10 0 mS 100mS

Test Dura tion Upto 499:59:59 Hrs Upto 999 :59:59 Hrs Upto 9999:59:59 Hrs

Te st Pr o file /Spe ctr u m

S o f t Te s t S t a rt u pTime

1 to 30 seconds 1 to 3 0 secon ds 1 to 30 seconds

S of t Te st S t op T im e 1 to 30 seconds 1 to 3 0 secon ds 1 to 3 0 seconds

Pre-Test Loop todetermine systemresponse beforea ctu a lly sta r tin g th em a i n t e s t

U s e r s e l ec t a bl e dr i v e l e v el f ro m 5 t o2 0 00 m V r m s

U s e r s e l ec t a bl e d r i ve l e v el f ro m 0 t o1 0 0 0 m V r m s

U s e r s e l ec t a bl e d r i ve l e v el f r o m 0t o 1 00 0 m V r ms

Te s t L e v elScheduling

U s er s e le c ta bl e : - 2 7 t o 0 d B D ur a ti o nf o r e a c h l e v el c a n b e p r o gr a m me dseparately.

U s er s e le c ta bl e : - 8 0 t o 0 d B D u ra t io nf o r e a c h l e v el c a n b e p r og r a mm e dseparately.

U s e r s e l ec t a bl e : -8 0 t o 0 d BD u r at i o n f o r e a ch l e v el c a n b eprogrammed separately.

Pa ramet ers Parameters Pa ramet ersOnline Display

Parameters Model-F1 0 Model-F11 Model-F12

Pr o g r a mmab le th r u ta b u la r e d ito r.1 0 0 se g me n ts/b r e a k p o in ts.S i m pl e e d i t in g o f d B / Oc t o r P S D /A S D v a l ue sIn se r tio n, d e le tio n & ch a n g e s o f l e v el s & s l o peCa p a b le to vir tu a lly p r o g r a mme a n yt e s t p r o fi l e .G r a p h ical p r e se n ta tio n o f p r o file fo r visualization.

Pr o g r a mmab le th r u ta b u la r e d ito r.1 0 0 s e g me n t s/ b r ea k p o i nt s .S i m p le e d i ti n g o f d B / Oc t o r P S D /A S DvaluesI n s er t i on , d e l e t io n & c h a ng e s o f l e v el s& s l op e.Ca p a b le to vir tu a lly p r o g r a mme a n yt e s t p r o fi l e .G r a p h ical p r e se n ta tio n o f p r o file fo r visualization.

Pr o g r a mmab le th r u ta b u la r e d ito r.1 0 0 se g me n ts/b r e a k p o in ts.S i m pl e e d i t in g o f d B / Oc t o r P S D /A S D v a l ue sIn se r tio n, d e le tio n & ch a n g e s o f l e v el s & s l o pe .Ca p a b le to vir tu a lly p r o g r a mme a n y

t e s t p r of i l e .G r a p h ical p r e se n ta tio n o f p r o file fo r visualization.

Pr o g r a mmed G r ms, Co n tr o l G r ms,Individual Channel(s) Grms,Ch a n n e l(s) in u se , Sch e d u led Te stL e ve l, Ela p se d Te st Pe r io d ,Re ma in in g Te st Pe r io d , Dr ive Vo ltag e( rm s 0, T im e & D a te .

Pr o g r a mmed G r ms, Co n tr o l G r ms,Individual Channel(s) Grms,Ch a n n e l(s) in u se , Sch e d u le d Te stL e ve l, Ela p se d Test Pe r io d ,Re ma in in g Test Pe r io d , Drive Vo lta ge( r ms 0 , T i m e & D at e .

Pr o g r a mmed G r ms, Co n tr o l G r ms,Individual Channel(s) Grms,Ch a n n e l(s) in u se , Sch e d u led Te stL e ve l, Ela p se d Te st Pe r io d ,Re ma in in g Te st Pe r io d , Dr iveV ol t ag e ( r ms 0, T im e & D at e .


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14

Parameters Model-F10 Model-F11 Model-F12

Graph Graph Graph

User configurable message/notes User configurable message/notes

Sto r a g e o f Te st Da ta

Sto r a g e of Te stGraph

O ff

Sto r a g e o f g r a p h .E x p or t o f t e s t g r a ph t o M i cr o s of t

ice

S t o ra g e o f g r a ph .E x p or t o f t e s t g r ap h t o M ic r o so f tOffice

Sto r a g e o f g r a p h .E x p or t o f t e s t g r a ph t o M i c ro s o ftOffice

Po stte st Re p o r tGeneration

Co n tr o l/Reve r e n ce te st sp e ctr a( g 2 /Hz vs. Fr e q u e n cy)In d ivid u a l ch a nn e l sp e ctr a ( g 2 /Hz Vs.Frequency)O v e rt a i d S p e c t r a ( g 2/ H z V s .Frequency)T r an s f er f u n c t io n s p e ct r a C H x / C H y( d B Vs. Fr e q u e n cy)D r i ve s p e ct r a ( d B V s . F r e qu e n cy )Dr ive sig n a l ( Vo lt Vs. Fr e q u e n cy)

Co n tr o l/Re ve r e n ce te st sp e ctr a( g 2 /Hz vs. Fr e q u e n cy)In d ivid u a l ch a nn e l sp e ctr a ( g 2 /Hz Vs.Frequency)O v er t a id S p e ct r a ( g 2 /H z V s .Frequency)Tr a n sfer fu n ctio n spe ctr a CHx / CHy( d B Vs. Fr e q u e n cy)D r i ve s p e ct r a ( d B V s . F r e qu e n cy )Dr ive sig n a l ( Vo lt Vs. Fr e q u e n cy)

Co n tr o l/Re ve r e n ce te st sp e ctr a( g 2 /Hz vs. Fr e q u e n cy)Individual channel spectra (g2/HzV s . F r e qu e n cy )O ve r ta id Spe ctr a ( g 2 /Hz Vs.Frequency)Tr a n sfe r fu n ctio n sp e ctr a CHx /

C H y ( dB V s . F r e qu e nc y )D r i ve s p e c tr a ( d B V s . F r e qu e nc y )Dr ive sig n a l ( Vo lt Vs. Fr e q u e n cy)

Graph Annotations to

identify the testconducted

Two lin e s of a n n o ta tion

p r o g r a mmab le b y th e o p e r a to r for each test

To d isk a t p r e - co n figu r e d in ter va ls inta b u la r te xt fo r ma t.E x p or t o f t e s t d a t a t o Mi c r os o f t O f fi c e

To d isk a t p r e - co n fig u r e d in ter va ls inta b u la r te xt fo r ma t.E x p or t o f t e s t d a t a t o Mi c r os o f t O f fi c e

To d isk a t p r e - co n fig u r e d inte r va lsin ta b u lar te xt fo r ma t.E x p or t o f t e s t d a t a t o Mi c r os o f t O f fi c e

Ta b u la r da ta fo r PSD Vs. Fr e q u e n cyCo n tr o l/Refe r e n ce sp e ctr u m Co n tr o lt e s t s p e ct r a ( g 2 /H z V s . F r e qu e n cy )In d ivid u a l ch a nn e l sp e ctr a ( g 2 /Hz Vs.Frequency)O ve r la id Sp ectr a ( g 2 /Hz Vs.Frequency)Tr a n sfer fu n ctio n sp e ctr a CHx/CHy( Db vS. Fr e q u e n cy)D r i ve s p e ct r a ( d B V s . F r e qu e n cy )

Ta b u la r da ta fo r PSD Vs. Fr e q u e n cyCo n tr o l/Re fe r e n ce sp e ctr u m Co n tr o lt e s t s p e ct r a ( g 2 / Hz V s . F r e qu e nc y )In d ivid u a l ch a nn e l sp e ctr a ( g 2 /Hz Vs.Frequency)O v er l a i d S p e c t ra ( g 2/ H z V s .Frequency)Tr a n sfer fu n ctio n sp e ctr a CHx/CHy( Db vS. Fr e q u e n cy)D r i ve s p e ct r a ( d B V s . F r e qu e n cy )

Ta b u la r d a ta fo r PSD Vs.Frequency Control/Referencesp e ctr u m Co ntr o l te st sp e ctr a( g 2 /Hz Vs. Fr e q u e n cy)Individual channel spectra (g2/Hz

V s . F r e qu e n cy )O v e rl a i d S p e c t r a ( g 2 /H z V s .Frequency)Tr a n sfer fu n ctio n sp e ctr a CHx/CHy( Db vS. Fr e q u e n cy)

D r i ve s p e ct r a ( d B V s . F r e qu e nc y )


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15

C l a s si ca l S h ock C on t rol l er / Ar b i t ra r y

T ra n si e nt / S R S A n al y si s & S y nt h es i s

Mo d e s o f O p e r a tion Ha lf Sin eTriangularForward Saw-toothBackward Saw-toothRectangular

Half SineTriangularForward Saw-toothBackward Saw-toothRectangularTrapezoidal

Ar b itr a ry Tr a n sien t SRS An a lysis &Synthesis

Half SineTriangularForward Saw-toothBackward Saw-toothRectangularTrapezoidal

User defined shapes Ar b itr a ry Tr a n sien t SRS An a lysis &Synthesis

Pulse amplitude 1to 200 g 0 .1 to 200 g 0 .1 to 500 g

Pulse width 0.5 t o 5 0 m S ( milli second ) 0 .1 t o 1 00 mS ( milli se cond ) 0 .1 t o 1 000 mS ( milli second)

AmP re & P os t P ul se

p litu d e ( %o f Pu lse Amp litu d e )

5 .0 % t o 5 0. 0% ( Si ne ) 5 .0 % t o 5 0. 0% ( Si ne , r ec ta ng ul ar ) 5 .0 % t o 5 0. 0% ( Si ne , r ec ta ng ul ar )

02/04 0 8/16 3 2 , e xp a nd a b le u p to 1 2 8

1.0 to 99.99 p C/g o r mV/g 1 .0 to 1000 pC/g or mV/g 1 .0 to 10000 pC/g or mV/g

Single/Multi-channel Single/Multi -channel Single/Multi -channel

Maximal/Ave rage Maximal/Aver age/Weig hted Aver age Maximal/Ave rage/Weighted Ave r a ge

Input ChannelsChannel sensitivity

Channel ControlControl Mode

Filte r s

8Th O r d e r ( a n a lo g) An ti- a lia sin g ( An a lo g /Dig ital) An ti- a lia sin g(Analog/Digital/Traking)

C h an ne l S e le ct i on D i sa bl e /M on i to r/ C on tr o l & M o ni t or D i sa bl e /M o ni t or /C o nt r ol & M o ni t or D i sa bl e /M o ni t or /C o nt r ol & M o ni t or

Output Chan nel Drive 12V (Pk-Pk) Drive 20V (Pk-Pk) Drive 20V (Pk-Pk)

8Th O r d e r ( a n a lo g) An ti- a lia sin g ( An a lo g /Dig ita l) An ti- a lia sin g(Analog/Digital/Traking)

Filte r s

Dig ita l I/O 4 I/P, 4 O/P 8 I/P, 8 O/P 1 6 I/P, 1 6 O /P

Pre-Test Amplitude( % o f R ef e re nc e

Amp litu d e )

1 0 .0 % to 5 0 .0 %P r e- t e st i s c a rr i e d o u t t o d e te r m in er e sp o n se /tr a n sfer fu n ctio n o f th eV i br a t io n S y s te m b y s e nd i n g a l o wle ve l sig n a l. Th is fe a tu r e e xp e d itest h e e q ua l i za t i on p r o c es s a t t h e t i m eof actual testing and safeguards thep r o d u ct fr o m g e ttin g o ve r teste d d u eto p u lse s co n su me d in e q u a lizatio n .

5 . 0% t o 5 0. 0 %Pr e - te st is ca r r ie d o u t to d e te r min er e sp o n se/tr a n sfer fu n ctio n o f th eV i b ra t i on S y s te m b y s e n di n g a l o wle ve l sig n a l. Th is fe a tu r e e xp e d itesth e a n d e qu a liza tio n p r o ce ss a t th etime o f a ctu a l te stin g safe g u a r d s th ep r o d u ct fr o m g e ttin g o ve r te ste d d u eto p u lse s co n su me d in e q u a lizatio n .

5 . 0% t o 5 0. 0 %Pr e - te st is ca r r ie d o u t to d e te r miner e sp o n se/tr a n sfer fu n ctio n o f th eV i b ra t i on S y s te m b y s e n di n g a l o wle ve l sig n a l. Th is fe a tu r e e xp ed ite sth e e q u a lizatio n fe g u a p r o ce ss a t th et i m e o f a c t ua l t e s ti n g a n d s a r ds t h ep r o d u ct fr o m g e ttin g o ve r teste d d u eto p u lse s co n su me d in e q u a lizatio n .

Pulse Repetition Rate 50.0 to 3000 mS 2 0.0 to 3000 mS 1 0.0 to 5000 mS

To ta l n o . o f p u lse s to

be generated

1 t o 1 0 00 00 1 t o 1 00 0 00 1 t o 1 00 0 00

Parameters Paramet ers Paramet ers

Graph Graph Graph

Online Display

Graph Annotations User configurable message/notes Use r co n fig u ra b le me ssa g e /n o te s

Parameters Mode l-F10 Model-F11 Model -F12

Pu lse Wid th , Re fe r e nce Pu lse Amp litu d e ( g ) , co n tr o l Pu lse Amp litu d e ( g ) , Dr ive Sig n a l ( V) , To ta lPulse, Pulse Elapsed, PulseRemaining, Individual Channel Level,Channel Mode (Control/Monitor),

Disp la ce men t ( mm) , Ve lo city ( mm/s) ,Date, Time.

Pu lse Wid th , Re fe r e nce Pu lse Amp litu d e ( g ) , co n tr o l Pu lse Amp litu d e ( g ) , Dr ive Sig n a l ( V) , To ta lPulse, Pulse Elapsed, PulseRemaining, Individual Channel Level,

Channel Mode (Control/Monitor),Disp la ce men t ( mm) , Ve lo city ( mm/s) ,Date, Time.

Pu lse Wid th , Re fe r e nce Pu lse Amp litu d e ( g ) , co n tr o l Pu lse Amp litu d e ( g ) , Dr ive Sig n a l ( V) , To ta lPulse, Pulse Elapsed, PulseRemaining, Individual Channel Level,Channel Mode (Control/Monitor),

Disp la ce men t ( mm) , Ve lo city ( mm/s) ,Date, Time.

C o n tr o l g r a p h ( g v s . t i m e) , I n d iv i d ua lc h a nn e l g r ap h ( g v s . t i m e) , D r i ve g r a p h( v o lt v s . t i m e) , A l a rm / A bo r t l i m i t r e g i o n

C o nt r ol g r ap h ( g v s . t i me ) , I n di v id u alc h an n el g r ap h ( g v s . t i me ) , D r iv e g r ap h( v ol t v s . t i me ) , A l a r m/ A bo r t l i mi t r e gi o n

C o nt r ol g r ap h ( g v s . t i me ) , I n di v id u alc h an n el g r ap h ( g v s . t i me ) , D r iv e g r ap h( v ol t v s . t i me ) , A l a r m/ A bo r t l i mi t r e gi o n

Two lin e s o f An n o ta tio n p r o g r a mma b leb y t h e o p er a t or f o r e a c h t e s t t o i d e nt i t yt h e t e s t c o nd u c te d .


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S t o ra g e o f Te s t D a t a

S t o ra g e o f Te s t

Po stte st Re p o r tGeneration

Safetyfeatures/Protections


To d i s k a t P r e -c o nf i g ur e d i n t er v a ls i nt a bu l a r t ex t f o r ma t & w a ve f o rm s

To d isk a t Pr e - co nfig u r e d in te r va ls int a b ul a r t e xt f o r ma t & w a v ef o r ms

To d i s k a t P r e- c o nf i g ur e d i n te r v al s i nt a b ul a r t ex t f o r ma t & w a v ef o r ms

S t or ag e o f w av ef o rm i n to u s er defined file.E x po r t o f t e s t g r ap h t o M i c ro s o ft O f fi c e

S t or ag e o f w av ef o rm i n to u s er defined file.E x p or t o f t e s t g r ap h t o M i c ro s o ftOffice

S t or ag e o f w av ef o rm i n to u s er defined file.E x p or t o f t e s t g r ap h t o M i c ro s o ftOffice

Fa cilita tes r e p or t g e n e r a tio n o f te stconducted.E x po r t o f g r ap h t o M i c ro s o ft O f fi c e

F a c il i t a te s r e p or t g e ne r a ti o n o f t e s tconducted.E x p or t o f g r ap h t o M i c ro s o ft O f fi c e

F a c il i t a te s r e p or t g e ne r a ti o n o f t e s tconducted.E x p or t o f g r ap h t o M i c ro s o ft O f fi c e

L o op ch e c k f e at u r e t h r u P r e -t e s t t ov er i fy p hy s ic al s e tt i ng o f t h e s ys t emb e fo r e sta r in g a ctu a l te st.I n d ep e nd e nt a l a rm a n d a b o rt p r of i l ei n te rm s o f ( 1. 0 t o 5 0. 0% ) o f r e fe r e nce Pu lse a cce le ra tio n .

Au to te st sh u td o wn in ca se o f e x c ee d i ng t h e a b or t l i m i t o r l i n ese x c ee d s fo r s e t n o . of l o o ps .L i m it i n g ab o r t l e v el G r m s o n e a chchannel.Pa sswo rd a u th o r iza tio n to o p e r a teth e so ftwa r e.

L o op ch e ck f e a tu r e t h r u P r e- t e st t ov e ri f y p h y si c a l s e t ti n g o f t h e s y s te m

b e f or e s t a ri n g a c t ua l t e s t.I n d ep e nd e n t a l a r m a n d a b or t p r o fi l ei n te rm s o f ( 1. 0 t o 5 0. 0% ) o f r e fe r e n ce Pu lse a cce le r atio n .

Au to te st sh u td o wn in ca se o f e x c ee d i ng t h e a b or t l i m i t o r l i n ese x c ee d s f o r s e t n o . o f l o o ps .L i m i ti n g a b or t l e v el G r m s o n e a c hchannel.Pa sswo r d a u th o riza tio n to o p e r a tet h e s o ft w a re .

L o op ch e ck f e a tu r e t h r u P r e- t e st t ov e ri f y p h y si c a l s e t ti n g o f t h e s y s te m

b e f or e s t a ri n g a c t ua l t e s t.I n d ep e nd e n t a l a r m a n d a b or t p r o fi l ei n te rm s o f ( 1. 0 t o 5 0. 0% ) o f r e fe r e n ce Pu lse a cce le r atio n .

Au to te st sh u td o wn in ca se o f e x c ee d i ng t h e a b or t l i m i t o r l i n ese x c ee d s f o r s e t n o . o f l o op s .L i m i ti n g a b or t l e v el G r m s o n e a c hchannel.Pa sswo r d a u th o riza tio n to o p e r a tet h e s o f tw a r e.


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S i n e On Ra n d om C on t rol Sof t wa reThi s appl i cati on provi des true si ne tones combi ned wi th al l features of Broadband Random. These si netones can be superi mposed over the Broadband random wi th i ndependent profi l e per tone. The fol l owi ngaddi ti onal features need to be programmed for usi ng Si ne-on-Random:


Independent no. of Sine tones

1 to 8 1 to 10 1 to 10

Drive Signal

C O LA o u t pu t f o r S i n etone

1 1

Sweeping Fixed sine tones Fixed/sweeping Fixed/sweeping

Sweep Rate - Oct/min or Hz/sec or time/sweep Oct/min or Hz/sec or time/sweep

Sta t fr e q u e ncy An y va lu e b e twe e n th e a va ila b lefrequency range

An y va lu e b e twe e n th e a va ila b lefrequency range

An y va lu e b e twe e n th e a va ila b lefrequency range

Start direction Up/down Up/down

Si ne tone l evel Const ant A cc el erati on C onst ant A cc ele rati on C onst ant A cc ele rati on

Run Schedule

Safety Alarm/Abort limits Alarm/Abort limits User configura bler a mp u p r at e i n d B/ s ec

Ala r m/Ab or t limits Use r co n fig u r ab ler a mp u p r at e i n d B/ s ec

Multiple analog sweeping sine toneco mb in e with co n tin u o us b r o a d b a n d

Gaussian random


Gaussian random


Gaussian random

Va ria b le p r e - te st le ve l & d u r a tio n Va r iab le p r e - te st le ve l & d u r a tio nBroadband random on/off Sin e o n /off p e r to n e Sta r t swe e p pe r tone

Va r ia b le pr e - te st le ve l & d u r a tio nBr o a d b a nd r a n d o m o n /o ff Sin e o n /off p e r to n e Sta r t swe e p pe r tone

DESPL


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Real Dat a Acqui si t i on &Pl ayback (RDAP)

A cqui sit i on and Play back allo ws act u alt es t d at a t o b e r ec or de d i n th e f ie ld a nd r e p l ic a t ed o n t h e s h a ke r, a s i n t h e c a s e o f r e co r di n g e n gi n e v i br a ti o ns i n a c a r.

Thi s test appl i cati on provi des the way to repl ay recorded fi el d data on your shaker. The data recorded onthe test tracks/roads can be stored i nto a fi l e. The test appl icati on software accepts wi de range of data fi l etypes as i nput and the waveform l ength i s l i mited onl y by the si ze of your storape devi ce.

Fi el d D at a Re pl ic at or /Lo n g T im e H i st o r y S i m ul a ti o n

P ar ameter s Model-F10 Model-F11 Model-F12

F ile F ormat ASCI I f ormat . T ime-Accelerat ion or Accelerat ion in variousmat hemat ical not at ions.

ASCI I f ormat . T ime-Accelerat ion or Accelerat ion in various mat hemat icalnot at ions. Band-limit ed random, whit e

noise, sine, chirp

ASCI I f ormat . T ime-Accelerat ion or Accelerat ion in variousmat hemat ical not at ions. Band-limit ed

random, whit e noise, sine, chirp

Digit al Re-sampling 20 t o 5 000 sa mples /sec 20 t o 10 000 sam ples /sec 20 t o 15 000 sam ples /s ec

Prof ile edit ing

Prof ile Single wit h specif ied t est schedule Single/ mult iple wit h specif ied t estschedule

Single/ mult iple wit h specif ied t estschedule

Te st S ch ed ul e N o. o f r ep et it io n, d ur at io n N o. o f r ep et it io n, d ur at io n, t es t l ev eland int ensit y

No. of repet it ion, durat ion, t est leveland int ensit y

Prot ect ion Over t est , Grms Alarm & Abort limit sin dB

Over t est , Grms Alarm & Abort limit sin dB

Over t est , Grms Alarm & Abort limit sin dB

Equalizat ion Aut omat ic bef ore t he waveis replicat ed Aut omat ic bef ore t he waveis replicat ed Aut omat ic bef ore t he waveis replicat ed

Build wavef orm, Rescale,Compensat ion, Shaped random

Build wavef orm, Rescale,Compensat ion, Shaped random

Display

Dat a Dumping

Analysis Aut omat ic det ect ion of f requencyw i t h m a x . P S D

Aut omat ic det ect ion of f requencywit h max. PSDCursor f acilit y t o f ocus on individualpoint s during t he t est .

Aut omat ic det ect ion of f requencywit h max. PSDCursor f acilit y t o f ocus on individualpoint s during t he t est .

Report generat ion

Accelerat ion-t ime, PSD wavef orm,Drive wavef orm, Ref erence Grms,Cont rol Grms, T est t ime, DriveVolt age, I ndividual Channels st at us

Accelerat ion-t ime, PSD wavef orm,Drive wavef orm, Ref erence Grms,Cont rol Grms, T est t ime, DriveVolt age, I ndividual Channels st at usComposit e wavef orm display

Accelerat ion-t ime, PSD wavef orm,Drive wavef orm, Ref erence Grms,Cont rol Grms, T est t ime, DriveVolt age, I ndividual Channels st at usComposit e wavef orm display

At pre-det ermined int ervals f or f ut ure viewing & print ing



Dat a plot s, t est report s, set upparamet ers, wavef orms wit h exportf acilit y t o MS Of f ice

Dat a plot s, t est report s, set upparamet ers, wavef orms wit h exportf acilit y t o MS Of f ice

Dat a plot s, t est report s, set upparamet ers, wavef orms wit h exportf acilit y t o MS Of f iceMAT LAB

D ESPL


19/24

19

C omb in ed E n vi ron men ta l Tes t C ha mb erVibration + Temperature + Humidity = Combined Test

D a t a c o n t r o l a n d l o g g i n g

I n d i v i d u a l / c o m b i n e d t e s t u s e

S i n e V i b r a t i o n R a t i n g

R a n d o m V i b r a t i o n R a t i n g

S h o c k V i b r a t i o n R a t i n g

T h e i n t e g r a t e d t e s t c o n t r o l a n dd a t a m an a g e m e nt f o r t h e c l im a t i c

e n v i r o n m e n t a l t e s t a n d t h ev i b r a ti o n t e s t b y u s i n g a PC b a s e d

c o n t r o l l e r .

T he v ib ra ti o n t es t s ys te m a nd t hec l i m at e t e s t c h a m b er c a n b e u s e d

i n di v id u al l y a s t he c h am b e r ha v em ov in g a rr an ge me nt i n h or iz on ta l a nd

v e r t i c a l d i r e c t i o n .

S in e v ib ra ti on t es t i s v er y c om mo n t es t h av in gd i f fe r e n t p r o f il e s . E n d u ra n c e b y s w e e p in g i s t h em o st a p p ro p ri a te m e th o d f o r s i mu l at i ng t h e e ff e cto f s t re s s u n d er g o ne by sp e ci m en i n u s e. T h ed i s p l ac e m e n t i s a s so c i a te d w i t h a c o r r e s po n d i n gv a lu e o f a c ce l er a ti o n i n s u ch a ma n ne r t h at t h em a g n i tu d e o f v ib r a t i on s h o u l d b e s a me a t th e c r o s so v e r f r e q u e nc y. T h e f r e q u en c y r a n g e m a y b e t h u s

p r o g r a m m e d a n d s w e p t c o n t i n u o u s l y c h a n g i n gf r o m c o n s t a n t d i s p l a c e m e n t t o c o n s t a n ta c ce l e ra t io n a n d v i ce - ve r sa a t t h e c r os s -o v e r f r e q u e n c y .

A cce ler ati on (g) in ran dom tes ting is def ine d int e rm s o f r. m .s v a lu e a n d c a lc u la t ed o n t h e ba s is o f P o w e r S p e c t r a l D e n s i t y ( P S D ) . R a n d o m r a t i n g sh a v e b e e n c a l c u l a t e d a s pe r th e d ir e c t i o n s o f

I n te r na t io n al S t an d a rd s O r ga n iz a ti o n d o cu m en tI S O 5 3 54 . T h e f o rc e r a ti n g a r e b a se d on fl a ts p ec t ru m 1 0 0 t o 20 0 H z wi t h 2 0 d b / d ec a de s r o ll - o ff f r om 1 0 0 Hz d o wn t o 20 H z, w it h lo a ds e q ua l to o r g r e a t e r t h a n t w i c e t h e a r m a t u r e m a s s . I S O 5 3 4 4i n d i c at e s t h a t t h e r a t i o o f pe a k t o r m s a c c e le r a t i on

l ev el m us t b e a tl ea st 3 :1 s ig ma , a s m ea su r ed o nv i b r a ti o n t a b l e

T he s ho ck c ap ab il it y o f t he s ys te m i s d et er mi ne db y th e te s t p r o f i le s u c h a s pu l s e d u r a t io n , p u l s ea m p li t u de , p r e an d p o st p u l se s t r uc t ur e e t c.D yn am ic E nv. S ol ut io ns P vt . L td . S ho ul d b ec o n s u lt e d t o p ro v i d e t h e m os t s u i t a bl e s ys t e m .

T he e nv ir on me nt s w hi ch g iv e t hei n d u s t r i a l p r o d u c t s d e s t r u c t i v es t r e s s a r e t h o u g h t t o b e s u c hc l i m a t i c e n v i r o n m e n t s ( i . e .t e m p e r a t u r e , h u m i d i t y , r a i n a n dd u s t ) a n d p h y s i ca l e n v i r on m e n t s a sa v i b r a t i o n , s h o c k , o r a c c e l e r a t i o n .I n d u s t r i a l p r o d u c t s a r e a l w a y ss u b j e c t e d t o t h e s e c o m p l i c a t e dc om bi ne d s tr e ss es , n o t a s in gl es t r e s s .

C h a m b e r d o o r a r r a n g e m e n t , w i d e t e m p e r a t u r e / h u m i d i t y r a n g e , p o s i t i o n o f c o m p r e s s o r ,c o ol i ng m e th o d a n d i nt e gr a ti o n o f ch a mb e r w i ths h a k e r .

D i re c t c o up l in g c o mb i na t io n m e th o d a p pl i es t oe l i m i na t e l o s s o f ex c i ta t i o n c ap a b i l it y o f a v i b ra t o r i n a c o m b i n at i o n t e s t.

T h e s y st e m r a ti n g ar e p r e pa r ed a s pe r d ir e ct i on o f I n te r na t io n a l S t an d ar d s O r ga n iz a ti o n d o cu m en tI S O 5 3 4 4 ( B S 6 1 4 0 ) . F o l l o w i n g i n f o r m a t i o n a s s i s t i ns e l e c t i n g a s u i t a b l e c o n f i g u r a t i o n s y s t e m f o r

i n t e n d e d a p p l i c a t i o n s

T h e r a ti n g o f t h e s y st e m i s d e fi n ed i n t e rm s o f K g f f or ce a n d i s ca lc ul at ed b y us in g th e f or mu la -T her a t i n g o f t h e s y s t e m i s d e f i n e d i n t e r m s o f K g f f o r c ea n d i s c a l c u la t e d b y u s i n g t h e f o r m u la -F o rc e ( F ) = M a ss ( m) A c c e l e r a t i o n ( a )W h e r e :

F o r c e ( F ) in K g f M a ss ( m ) i s t h e t o ta l m o vi n g m a ss (A r ma t ur e + IL S

+ P a y s u p p o r t + F i x t u r e + O b j e c t , a l l i n K g .N o t e : A cce ler ati on (g) due to nat ura l gra vity =9 . 8 0 6 6 m / sO th er t he t h is so me i mp or ta nt fa ct o rs a s t es tp r o fi l e, s p ec i me n d i me n si o n s, t e st a x is , t e st t y pe ,g u i d e s f o r o p t i m um s h a k e r s e l e c ti o n .F o r t h i s r e a s o n , c o m b i n e d e n v i r o n m e n t a l t e s ts ys te ms w hi ch c an c re at e a t e st e nv ir on me nts i mu l a ti n g r e al e n vi r o nm e nt , a r e u s ed . D E SP L c a nr e c o m m e n d t h e m o s t s u i t a b l e c o m b i n e d t e s ts y s t e m s t o th e t es t a pp li ca ti on b as e d o n o ur e x p e r i e n c e a n d w i d e p r o d u c t s l i n e u p

F e a tu r e s :

H o w t o s e l ec t a s y s t e m

W i d e v a r i a t i o n

D i r e c t c o u p l i n g

S e l e c t a V i b r a t i o n S h a k e r S y s t e m

N o t e: B e c au s e o f c o n t in u o us p r o du c t i m p r ov e m e nt , s p e ci f i ca t i on s a r e s u b je c t t o c h a ng ew i t ho u t a d v an c e n o t ic e . L a t es t s t a t us w i ll a l w ay s b e i n d ic a t e d i n o u r q u o ta t i on


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20

C e nt r if u ge M a ch i ne

C e n tr i f u ga l a c c el e r a ti o n m a y b e co n si d er e d a s ana n g u l a r m o t i o n o f a p a r t i c l e o r b o d y a b o u t ar e f e re n c e p o s it i o n.

T h e C e n t r i f u g e A c c e l e r a t i o n T e s t M a c h i n e i s u s e d t ot e s t t h e o b j ec t f o r a de f i ne d C e n tr i f ug a l f o r c e e x e rt e do n i t w h e n it i s p l a c e d o n a r o t a r y p la t f o r m a t a

c e r t a i n r a d i a l d i s t a n c e .

Centrifuge Acceleration Test Machine also called a liner accel erati on test systems. The system consi sts i n twoparts one mechani cal centri fuge m/ c and second speedcontrol uni t.

Specification

g R a n g e : 0 to 100 g

Payl oad Capaci ty : 0 to 100 Kg

Rate Range : 0-300 RPM

Pl atform Radi us : Cust om bui lt

RPM Stabi l i ty : 1 . 0 % p er m in u te o f o p er a ti n g r a t e a b ov e 60 r pm . Ze r o D r if t .

Di spl ay : Digi tal RPM

Speed I ndi cati on Accuracy : 1. % (Incl udes meter and encoder error)

Slip Rings : s ta nd ar d pa ck ag e i s a s p e r cu st om er r eq ui re me nt

Mounti ng Pl atform : Dir ec t mou nt in g o n p la tf or ms

Dri ve System : S u it a bl e D . C. m ot o r w it h ta c ho m et e r f e ed b ac k b e lt e d t o dr i ve s ha f t .Sol i d- state ful ly regenerati ve control system

Control : M an ua l c o nt r ol b y S p e ed c on tr ol u ni t an d PC b as ed a ut o co nt ro ll er

Cal cul ati on of Accel erati on

2g = 0 .0 0 111 7 9 x N x r

Where, N = R. P. M. ,r = R a di u s in M e t er s

DESPL


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21

Vibration Meter ( DVA Meter )

DVA Meter, i s a comprehensive user fri endl y Equi pment, used i n conj unction wi th any Vi brati on Systemto moni tor vari ous Vi brati on parameters i . e. Accel erati on, Displ acement & Veloci ty wi th the hel p of

Accel erometer.

Desi gned for appl i cati ons i n measurement of mechani cal vi brati ons on machi nes on the shop fl oor aswel l as on structures.

Thi s i nstrument can be used al so to moni tor vi brati on l evel s i n producti on machi nes on a peri odi c basi s,so that acti on can be taken before a compl ete machi ne fai l ure occurs.

The measured parameters can be read out from the LCD di spl ay. It al so provi des AC output, whi ch canbe taken for recordi ng purpose and for other processi ng.

Specification

Moni tor P aramet ers : Acceleration, Vel oci ty, D ispl acement

Di splacement (mm) : 0.2 mm, 2 mm, 20 mm (P-P)

Vel ocit y : 20, 200, 2000 mm/Sec Peak

Accel erati on : 2, 20, 200 g PeakFrequency Response : 5 Hz t o 5KHz

Accuracy : 1%.

Least Signi fi cant Bi t : 1.

No. of Input Channel : One

Input Connect ion : Microdot Connect or

Channel Sensi ti vi ty : pC/g or mV/g

Output Connect ion : BNC Connector

Di splay : 3 Digi t LCD

P o w er S u p pl y : 2 3 0 V A C 1 0 % , 5 0 H z .


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PAY L OA D SU P P OR T F O R AT TA C H ME N T WI T H S H AK E R S

Square H ead Expander Circular H ead Expande r

N o te : 1 . S p ec i al P ay l o ad s u pp o rt h a vi n g d if f er e nt m o un t in g h o le p a tt e rn a n d t h re a d s i ze c a nb e d e s i g n f o r s p e c i f i c a p p l i c a t i o n s

C B H ST

Model

Ta b l e S i z e

(mmmm)

Mass

( Kg ) M gS h a k er M o d e l

D H S T 0 3 0 3 300300 11 DEV 010 t o 020

D H ST 0 4 0 6 400600 22 DEV 040 t o 100

D H ST 0 6 0 6 600600 25 DEV 040 t o 100

D H ST 0 6 08 600800 45 DEV 060 t o 100

D H ST 0 6 1 0 6001000 65 DEV 130 t o 200

D H ST 0 8 1 0 8001000 85 DEV 200 t o 400

D H ST 1 0 1 0

D H ST 1 0 1 2

1000

1000

1000

1200

105

120

D EV 2 00 t o 4 00

D EV 3 00 t o 6 00

Model

D VL S 0 3 0

D VL S 0 4 0

D VL S 0 5 0

D VL S 0 5 5

D VL S 0 6 0

D VL S 0 8 0

D VL S 1 0 0

D VL S 1 2 0

Size

(mm)

300x300

400x400

500x500

550x550

600x600

800x800

1000x1000

1200x1200

M as s ( Kg )

Mg

12

19

28

32

36

62

92

125

S h a k er M o d el

D EV 0 10 t o 0 20

D EV 0 20 t o 0 40

D EV 0 40 t o 1 00

D EV 0 40 t o 1 00

D EV 0 40 t o 1 00

D EV 1 30 t o 2 00

D EV 2 00 t o 4 00

D EV 3 00 t o 6 00

Combo Base Horizontal Slip Table Vertical Load Support

Model

S HE 0 10

S HE 0 20

S HE 0 30

S HE 0 40

S HE 0 50

S HE 0 60

S HE 0 80

S HE 1 00

Ta b l e S i z e

(mmmm)

100100

200200

300300

400400

500500

600600

800800

10001000

Shaker

Model

D EV 0 0 5

D EV 0 2 0

D EV 0 6 0

D EV 1 3 0

D EV 1 3 0

D EV 2 0 0

D EV 2 5 0

D EV 3 5 0t o 6 00

M a ss ( K g)Mg

0. 9

3. 5

8

16

24

38

80

120

S h a k er M o d el

D EV 0 10 t o 0 20

D EV 0 20 t o 0 40

D EV 0 40 t o 1 00

D EV 0 40 t o 1 00

D EV 0 40 t o 1 00

D EV 1 30 t o 2 00

D EV 2 00 t o 4 00

D EV 3 00 t o 6 00

0. 9

3. 2

7. 5

14

20

35

74

110

Size

(mm)

100

200

300

400

500

600

800

1000

Model

C HE 0 10

C HE 0 20

C HE 0 30

C HE 0 40

C HE 0 50

C HE 0 60

C HE 0 80

C HE 1 00

M a ss ( K g)Mg


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Z Addon Engg. Pvt. Ltd., Bangalore Z A s ho k L ey l an d L t d. , H o su r Z Alpha Design Tech. Pvt. Ltd. B angalore Z ARDE, Pune Z B .E.L., B angalore & Hyderabad Z B lowell Auto Pvt. Ltd., Faridabad Z CQA(L), B angalore Z DRDE, Gwalior Z H e r o H o n da M o t o r s L t d . , G u r ga o n Z

JN S Instruments Ltd., Gurgaon Z L & T L t d ., B a ng a l or e Z M o t he r s on S u m mi S ys t e ms L t d . , N o i da Z M a c hi n e T o o l P r o t ot y p e F a c to r y ( M P F) , A m b ar n a th Z Ordanance Factory, Dehradun Z O p t o El e c t ro n i c s F a c to r y ( O L F) , D e h ra d u n Z PRICOL Ltd., Coimbatore, Pune, Pantnagar Z P T T V S M ot o r C o . , I nd o n es i a Z Semiconductor Complex Lab., M ohali Z Suparjit Engg. Ltd., B angalore Z Tata Power Co. Ltd., B angalore Z TVS Motor Co. Ltd, Hosur Z W i n gs A u t o mo b i le s P r o d uc t s P v t . L t d ., F a r id a b ad

O ur M aj or C li en ts


24/24

D Y N A M I C E N V. S O L U T I O N S P V T. LT D .E - 7 7 , U P S I D C I n d u s t r i a l A r e a ,B a h a d r a b a d ( H a r d w a r ) 2 4 9 4 0 2 ( U . K ) , I N D I AP h o n e : + 9 1 - 1 3 3 4 - 2 3 4 7 4 0 , F a x : + 9 1 - 1 3 3 4 - 2 3 4 1 3 1E m a i l : i n f o @ v i b r a t i o n s y st e m s . n e t ,W e b s i t e : h t t p : / / w w w. v i b r a t i o n s y s t e m s . n e t

R e gd . Of f ic e & W or k s :

Regional Offices

B A N G A L O R E

2 8 2 , V i v e k a n a g a r, 6t h M a i n , 4 t h C r o s sB A N G A L O R E 5 6 0 0 4 7( I ND IA )

P H O NE : + 9 1 - 8 0 -2 5 7 14 3 7 0

M o b i l e : + 9 1 - 9 8 8 6 0 5 0 1 4 3

P U N E

M - 8 /3 4 1 , M H B C o l on y ,L a x m i N a g a r ,P U N E 9 ( I ND IA )

P h o ne : 9 1 - 20 - 5 62 3 4 87 0

C e l l : + 9 1 - 9 8 2 3 1 2 1 9 4 8

C H E N N A IN o. 1 6 , 3 r d M a in R o ad

G a ng a i N a ga r , V e la c he r y

C H E N N A I 6 0 0 0 4 2

( I N D I A )

P h o ne : + 9 1 - 9 8 41 0 2 55 0 7

Represented By

despl catalog

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