OMNI-VHS.pdf

7/25/2019 OMNI-VHS.pdf

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Honsberg Instruments GmbHTenter Weg 2-8 42897 Remscheid GermanyFon +49 (0) 29 - 9!72 - 0 Fa" - 40###$hons%erg$com in&o'hons%erg$com

Product Information OMNI-VHS

Materialsmedium-contact

(s.ecia materias aaia%e on re1,est)

$% 5od+ 3,mini,m !082 anodised

'% *onnections6 3,mini,m !082 anodised or stee

7% Mainscrew

*tah D>*6n;%0 48D8-80

&% Subsidiar+screw

G*3 GH-2>0 !

(% 5all bearing *tee

8% 5all bearing *tee

9% Screws Gaanised stee

:% O-ring R

;% Seeger ring *tee

$)% Seeger ring *tee

$$% O-ring R

$'% S03connection

3*T6 32!W

$7% S03 flange 3*T6 32!W

$&% O-ring R

$(% Screws Gaanised stee

$8% Sensor s,acer

3,mini,m !082 anodised

Materials

non-medium-contact

Gass minera gasshardened

6agnet samari,m-o%at

Ring ;56

Su,,l+ !oltage 8$$D0 :

Powerconsum,tion

I W

0nalog out,ut 4$$20 m3 ? ma"$ oad >00 J or0$$0 ? min$ oad J

Switcing out,uts transistor o,t.,t @.,sh-.,@(resistant to short circ,its and .oarityreersa) o,tK 00 m3 ma"$

H+steresis adL,sta%e/ .osition o& the hysteresis

de.ends on minim,m or ma"im,m1is,la+ %acit gra.hica :-:is.ay

(transre&ectie)/ e"tended tem.erat,rerange -20$$+70 =/ D2 " ! .i"es/%acgro,nd i,mination/ dis.ays a,e and,nit/ &ashing $$$$$040 200 D$44 4$7! >$7!

G ?4 : D2 l D$>$$ D>0 29$00 56-*-0D2$$$$$0D>0 >00 !$D> 8$>0 9$>>

G ?2 : 40 m >$>$$ >>0 48$>8 56-*-040$$$$$0>>0 800 0$>0 D$!0 >$0

l 8$0$$ 800 72$00 56-*-040$$$$$0800 200 4$20 8$>0 8$80

G 2 : >0 m 0$0$$000 0D$!D 56-*-0>0$$$$$000 !00 20$70 27$70 D0$D0

l >$0$$>00 DD$00 56-*-0>0$$$$$>00 2200 2>$00 DD$20 D4$!0

G 2?2 : !> l 2>$0$$2>00 2D8$82 56-*-0!>$$$$$2>00 D800 42$70 >!$0 !0$70

%ro#n

#hite

%,e

%ac

grey

24 : A0 B

anaog o,t.,t

0

s#itching signa

s#itching signa 2

;; ;onnection e"am.e

4D

2

>

N K oad


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1imensions

lK *tandard mK 5.tion VHS-@G0O%%%% VHS-@G0A%%%%

G :$$$ranges " P: *W 3 6 "2 2 < F

G 02>Q040 l 20 220 88 78 49$0 2 20 >7$ 27$8 D24 >2 80 !9

G ?4 0D2Q0D>0 l 22 28> 0D - >>$0 4 22 !!$7 D$! D8 48 94 77G ?2 040Q0>>0 m 24 DD2 22 - >8$8 ! 24 79$4 D!$> 448 >8 0! 89

040Q0800 l D40 D8 - !!$> 4>!

G 2 0>0Q000 m DD D9! >> - 7$0 20 D> 9!$8 44$4 >44 74 D> !

0>0Q>00 l 40> !8 - 77$D >>D

G 2?2 0!>Q2>00 l D> 47> 20D - 8!$0 24 42 2D$8 >8$7 !DD 79 !! >0

VHS-%%G0O VHS-%%G0A

S03 ada,ter for con!enientinstallation and for increasedstabilit+ to ,ressureB "7() bar#

Handling and o,eration

Installation

3ny &o# direction is .ossi%e d,ring instaation$ 0 %ar$ t is .ossi%e to re.ace theeectronics d,ring o.eration/ and this .resents no danger to the&itter$ The sensor does not go into the &o# s.ace$

3&ter instaation/ the eectronic head can %e t,rned to aign theca%e o,tet$

Programming

The ann,ar ga. o& the .rogramming ring can %e t,rned to .ositions and 2$ The &oo#ing actions are .ossi%e

Set to $ C continue "ST3P#Set to ' C modif+ "P4OG#

Neutral ,osition between$ and '

The ring can %e remoed to act as a ey/ or t,rned thro,gh 80 =and re.aced to create a .rogramming .rotector$5.eration is %y diaog #ith the dis.ay messages/ #hich maes its,se ery sim.e$*tarting &rom the norma dis.ay (.resent a,e and ,nit)/ i& (*T


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Product Information OMNI-VHS3dit using ,osition '

& the c,rrenty isi%e .arameter is to %e modi&ied

T,rn the ann,ar ga. to .osition 2/ so that a &ashing c,rsora..ears #hich dis.ays the .osition #hich can %e modi&ied$

y re.eatedy t,rning to .osition 2/ a,es are increased %yt,rning to .osition / the c,rsor moes to the ne"t digit

eae the .arameter %y t,rning to .osition (,nti the c,rsor eaes the ro#) this acce.ts the modi&ication

& there is no action #ithin D0 seconds/ the deice ret,rns to thenorma dis.ay range #itho,t acce.ting the modi&ication$

The imit s#itches * and *2 can %e ,sed to monitor minima orminima or ma"ima$

With a minim,m-s#itch/ &aing %eo# the imit a,e ca,ses a s#it-choer to the aarm state$ Ret,rn to the norma state occ,rs #henthe imit a,e .,s the set hysteresis is once more e"ceeded$

With a ma"im,m-s#itch/ e"ceeding the imit a,e ca,ses a s#it-choer to the aarm state$ Ret,rn to the norma state occ,rs #henthe meas,red a,e once more &as %eo# the imit a,e min,s theset hysteresis$

The change to the aarm state is indicated %y the integrated red


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Ordering code

$ 2$ D$ 4$ >$ !$ 7$ 8$

VHS - G 0 3

9$ 0$ $ 2$

OMNI-VHS - S

mK5.tion

$% Nominal widt

02> : 2> - G

0D2 : D2 - G ?4

040 : 40 - G ?2

0>0 : >0 - G 2

0!> : !> - G 2?2

'% Process connection

G &emae thread

7% *onnection material

3

3 connection/ anodised

(!0 %ar/ in com%ination #ith*3< &ange D>0 %ar)

* m onnection/ stee (D>0 %ar)

&% 0dditional flange

S *3< &ange/ stee (D>0 %ar)

5no *3< &ange(.ress,re resistance de.ends onthe connection materia)

(% 5od+ material

3 anodised a,mini,m

8% Metering range

040 $4$$ 40 ?min l

0D>0 D$>$$ D>0 ?min l

0>>0 m >$>$$ >>0 ?min l

0800 8$0$$ 800 ?min l

000 m 0$0$$000 ?min l

>00 >$0$$>00 ?min l

2>00 2>$0$$2>00 ?min l

9% Seal material

R

m FU6

:% *onnection for

< eectronics

;% For nominal widt

02> : 2> - G l

0D2 : D2 - G ?4 l

040 : 40 - G ?2 l

0>0 : >0 - G 2 l

0!> : !> - G 2?2 l

$)% 0nalog out,ut

c,rrent o,t.,t 0?4$$20 m3

m otage o,t.,t 0?2$$0

$$% 3lectrical connection

* &or ro,nd .,g connector 62"/ >-.oe

$'% O,tion

m mode #ith goosenec

5 mtro.ica modeoi-&ied ersion &or heay d,ty or e"terna ,se

F,rther o.tions aaia%e on re1,est$

0ccessoires

a%e?ro,nd .,g connector (U$$$)see additiona in&ormation V3ccessories

:eice con&ig,rator

OMNI-VHS.pdf

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