D e s c rip t io n T he 1 6 -Channe l R e lay M o d ule is a fu ll-he ig ht m o d ule that p ro v id e s 1 6 re lay o utp uts . Yo u can p lace any num b e r o f 1 6 -channe l re lay m o d ule s in any o f the s lo ts to the rig ht o f the T rans ie nt D ata Inte rface (T D I) M o d ule .

Each o utp ut o f the 1 6 -Channe l R e lay M o d ule can b e ind e p e nd e ntly p ro g ram m e d to p e rfo rm vo ting lo g ic.

Each re lay o f the m o d ule includ e s A larm D rive L o g ic. P ro g ram m ing fo r the A larm D rive L o g ic use s A N D and O R lo g ic and m ay use the fo llo w ing :

 n A larm ing inp uts (a le rt and d ang e r s tatuse s ) n N o t-O K n Ind iv id ual M e asure d Variab le s fro m any

m o nito r channe l o r any co m b inatio n o f m o nito r channe ls in the rack

Yo u can p ro g ram the A larm D rive us ing the 3 5 0 0 R ack Co nfig uratio n S o ftw are .

D o cum e nt: 1 6 2 3 0 1R e v . P

3 5 0 0 / 3 3 1 6 -C h a n n e l R e la y M o d u leD a ta sh e e tBen tly N eva d a M a ch in e ry C o n d itio n M o n ito rin g

S p e c if ic a t io n sIn p u ts

Po w e rCo nsum p tio n

5 .8 w a tts typ ica l

O u tp u ts

F ro n t Pan e l L ED sO K LE D Il lum ina te d w he n the 16-

Cha nne l R e la y M o d ule is o p e ra ting p ro p e rly .

T X /R X LE D T ra nsm it a nd re ce ive

Fla she s w he n the 16-Cha nne l R e la y M o d ule is co m m unica ting w ith o the r m o d ule s in the 3500 ra ck.

CH A la rm LE D Il lum ina te d w he n R e la y cha nne l is in a n a la rm sta te .

R e la y T yp e S ing le -p o leD o ub le -thro w (SPD T )

R e la y E nviro nm e nta l Se a l ing

E p o xy-se a le d

R e la y A rc Sup p re sso r

250 V rm sInsta l le d a s sta nd a rd

R e la y Co nta c t L ife

10 ,000 cyc le s

R e la y O p e ra tio n

Fo ur g ro up s o f fo ur cha nne ls a re sw itch se le c ta b le fo r N o rm a lly D e -e ne rg ize d (N D ) o r N o rm a lly E ne rg ize d (N E ) o p e ra tio n.

P h ys ica l

M ain M o du leD im e nsio ns(he ig ht x w id th x d e p th)

241 m m x 24 .4 m m x 242 m m(9 .50 in x 0 .96 in x 9 .52 in)

W e ig ht 0 .7 kg (1 .6 lb )

I/ O M o du leD im e nsio ns(he ig ht x w id th x d e p th)

241 m m x 24 .4 m m x 99 .1 m m(9 .50 in x 0 .96 in x 3 .90 in)

W e ig ht 0 .4 kg (1 .0 lb )

R a ck S p a ce R e q u ire m e n ts

M a in M o d ule 1 ful l-he ig ht f ro nt slo t

I/O M o d ule s 1 ful l-he ig ht re a r slo t

C o n ta c t R a t in g s fo r S ta n d a rd S ys te m s

S t a n d a rd R e la y s

M in Sw itche d Curre nt

100 m A @ 5 Vd c

D C Specif icat io n s (R es is t ive L o ad)M a x Sw itche d Curre nt

3 A

M a x Sw itche d Po w e r

70 W @ 24 Vd c10 W @ 48 Vd c9 W @ 60 Vd c

M a x Sw itche d Vo lta g e

125 Vd c

A C Specif icat io n s (R es is t ive L o ad)M a x Sw itche d Curre nt

3 A

M a x Sw itche d Po w e r

1200 VA

M a x Sw itche d Vo lta g e

250 Va c

C o n ta c t R a t in g s fo r F a i ls a fe S ys te m s a n d H a za rd o u s A re a S ys te m s

S t a n d a rd R e la y s

M in Sw itche d Curre nt

100 m A @ 5 Vd c

D C Specif icat io n s (R es is t ive L o ad)M a x Sw itche d Curre nt

5 A

M a x Sw itche d Vo lta g e

30 Vd c

 l M inim um sw itc he d lo ad fo r stand ard (s ilve r) c o ntac ts is 100 m A @ 5 Vd c .

 l M inim um sw itc he d lo ad fo r Lo w Curre nt (g o ld -p late d ) c o ntac ts is 1 m A @ 1 Vd c .

L o w C u rre n t R e la y s

3 5 0 0 /3 3 1 6 -Channe l R e lay M o d uleD atashe e t

2 /9 1 6 2 3 0 1 R e v . P

D C Specif icat io n s (R es is t ive L o ad)M in Sw itche d Curre nt

1 m A @ 1 Vd c

M a x Sw itche d Curre nt

100 m A @ 48 Vd c

Fo r re lay co ntact se le ctio n S e e "F ro nt and R e ar V ie w o f the 1 6 -Channe l R e lay M o d ule " o n p ag e 8 .

3 5 0 0 /3 3 1 6 -Channe l R e lay M o d uleD atashe e t

3 /9 1 6 2 3 0 1 R e v . P

C o m p l ia n c e a n d C e rt i f ic a t io n sF C C

T his d e v ice co m p lie s w ith p art 1 5 o f the FCC R ule s . O p e ratio n is sub je ct to the fo llo w ing tw o co nd itio ns :

 l T his d e v ice m ay no t cause harm fu l in te rfe re nce .

 l T his d e v ice m ust acce p t any in te rfe re nce re ce ive d , includ ing inte rfe re nce that m ay cause und e s ire d o p e ratio n .

E M C

Euro p e an Co m m unity D ire ctive :

EM C D ire ctive 2 0 1 4 /3 0 /EU

S tand ard s :

EN 6 1 0 0 0 -6 -2 Im m unity fo r Ind ustria l Env iro nm e nts

EN 6 1 0 0 0 -6 -4 Em iss io ns fo r Ind ustria l Env iro nm e nts

E le c t r ica l S a fe t yEuro p e an Co m m unity D ire ctive :

L V D ire ctive 2 0 1 4 /3 5 /EU

S tand ard s :

EN 6 1 0 1 0 -1

R o H SEuro p e an Co m m unity D ire ctive :

R o H S D ire ctive 2 0 1 1 /6 5 /EU

M a rit im eA B S - M arine and O ffsho re

A p p licatio ns

D N V G L R u le s fo r C lass if icatio n – S h ip s , O ffsho re U nits , and H ig h S p e e d and L ig ht C raft

3 5 0 0 /3 3 1 6 -Channe l R e lay M o d uleD atashe e t

4 /9 1 6 2 3 0 1 R e v . P

H a z a rd o u s A re a A p p ro v a lsFo r the d e ta i le d l isting o f co untry a nd p ro d uct sp e c if ic a p p ro va ls, re fe r to the A ppro va ls Q u ick R eferen ce G u ide , d o cum e nt 108M 1756 , a t B en tly .co m .

C S A / N R T L / CC lass I, Zo ne 2 : A Ex/Ex nA nC ic IIC T 4 G c;C lass I, Zo ne 2 : A Ex/Ex e c nC ic IIC T 4 G c; C lass I, D iv is io n 2 , G ro up s A , B , C , and D ; T 4 @ T a= -2 0 ˚C to + 6 5 ˚C (-4 ˚F to + 1 4 9 ˚F )W he n ins ta lle d p e r d raw ing 1 4 9 2 4 3 o r 1 4 9 2 4 4 .

A T E X / IE C E x

II 3 GEx nA nC ic IIC T 4 G cEx e c nC ic IIC T 4 /T 5 G c T 4 @ T a= -2 0 ˚C to + 6 5 ˚C (-4 ˚F to + 1 4 9 ˚F )W he n ins ta lle d p e r d raw ing 1 4 9 2 4 3 o r 1 4 9 2 4 4 . 

3 5 0 0 /3 3 1 6 -Channe l R e lay M o d uleD atashe e t

5 /9 1 6 2 3 0 1 R e v . P

O rd e rin g In fo rm a t io nFo r the d e ta i le d l isting o f co untry a nd p ro d uct sp e c if ic a p p ro va ls, re fe r to the A ppro va ls Q u ick R eferen ce G u ide , d o cum e nt 108M 1756 , a t B en tly .co m .

3 5 0 0 / 3 3 A X X - B X X

A A O u tpu t M o du le0 1 1 6 -Channe l R e lay O utp ut

M o d ule 0 2 1 6 -Channe l Fa ilsafe R e lay O utp ut

M o d ule0 3 L o w Curre nt 1 6 -Channe l R e lay

O utp ut M o d ule0 4 L o w Curre nt 1 6 -Channe l Fa ilsafe

R e lay O utp ut M o d uleB B H a za rdo u s A re a A ppro v a l O ptio n0 1 N o ne0 2 CS A / N R T L / C (C lass 1 , D iv is io n

2 )0 3 A T EX / IECEx / CS A (C lass 1 , Zo ne

2 )  

S p a re s

149986-01 Sp a re 16-Cha nne l R e la y Co ntro l M o d ule

149992-01 Sp a re 16-Cha nne l R e la y O utp ut M o d ule

149992-02 Sp a re 16-Cha nne l Fa i lsa fe R e la y O utp ut M o d ule

149992-03 Sp a re 16-Cha nne l Lo w Curre nt R e la y O utp ut M o d ule

149992-04 Sp a re 16-Cha nne l Lo w Curre nt Fa i lsa fe R e la y O utp ut M o d ule

04425545 G ro und ing W rist S tra p ( sing le use )

162291-01 16-Cha nne l R e la y M o d ule M a nua l

00580453 Co nne cto r H e a d e rInte rna l T e rm ina tio n16-p o sitio nG re e n

3 5 0 0 /3 3 1 6 -Channe l R e lay M o d uleD atashe e t

6 /9 1 6 2 3 0 1 R e v . P

O rd e rin g C o n s id e ra t io n s n T he 1 6 -Channe l R e lay M o d ule

re q u ire s the 3 5 0 0 R ack Co nfig , ve rs io n 3 .3 o r late r.

 n T he 1 6 -Channe l R e lay M o d ule re q uire s the 3 5 0 0 D ata A cq uis itio n S o ftw are , ve rs io n 2 .4 0 o r late r.

 n T he 1 6 -Channe l R e lay M o d ule re q uire s the 3 5 0 0 D ata D isp lay S o ftw are , ve rs io n 1 .4 0 o r late r.

 n W he n o rd e re d w ith the m ultip le ap p ro vals o p tio n (0 2 ) , the 3 5 0 0 m o nito r is ce rtif ie d to Zo ne 2 s tand ard s , includ ing A T EX and N o rth A m e rican zo ne s .

 n T he Zo ne 2 s tand ard s sp e cify incre ase d sp acing re q uire m e nts at h ig he r vo ltag e s . T he 1 6 -Channe l R e lay M o d ule d o e s no t m e e t the se sp acing re q uire m e nts . T hus , the m o d ule o rd e re d w ith the m ultip le ap p ro vals o p tio n is lim ite d to a lo w e r vo ltag e than tho se w ith the o the r ap p ro vals o p tio ns .

 n U s ing h ig he r vo ltag e s v io late s the hazard o us are a ce rtif icate s asso ciate d w ith the m ultip le ap p ro vals o p tio n .

 n T he N o rth A m e rican D iv is io n 2 s tand ard s asso ciate d w ith the CS A -o nly ap p ro vals o p tio n (-0 1 ) have b e e n d e -rate d to 3 0 V rm s to co m p ly w ith 6 1 0 1 0 -1 typ e te s t re q uire m e nts .

 n If the 1 6 -Channe l R e lay M o d ule is p art o f a functio nal safe ty (S IL ) sy s te m , the functio nal safe ty ce rtif icate re q uire s the re s tricte d vo ltag e . H ig he r vo ltag e s are no t a llo w e d fo r functio nal safe ty (S IL ) sy s te m s .

 

W A R N IN G H A Z A R D O U S V O L T A G ER IS K O F E L E C T R IC S H O C K O R B U R N .

W h e n y o u c o n n e c t th e f ie ld w ir in g to th e 1 6 -C h a n n e l R e la y M o d u le , c o n d u c to rs m a y b e e x p o s e d , c re a tin g a s h o c k h a z a rd a t h ig h v o lta g e s .

U s e th e 1 6 -C h a n n e l R e la y M o d u le o n ly a t v o lta g e s u p to 3 0 V rm s .

3 5 0 0 /3 3 1 6 -Channe l R e lay M o d uleD atashe e t

7 /9 1 6 2 3 0 1 R e v . P

G ra p h s a n d F ig u re s

 1 . R e lay M o d ule 2 . I/O M o d ule 3 . S tatus L ED s 4 . R e lay Channe l L ED s 5 . R e lay Co ntacts 6 . R e lay M o d e S e le ctio n S w itch

Figu re 1 :  Fro n t a n d R e a r V ie w o f th e 1 6 -Ch a n n e l R e la y M o du le

 

8 /9 1 6 2 3 0 1 R e v . P

3 5 0 0 /3 3 1 6 -Channe l R e lay M o d uleD atashe e t

 1 . L o w Curre nt O utp ut M o d ule s (O rd e ring o p tio ns A 0 3 and A 0 4 ) use g o ld -p late d re lay co ntacts

 2 . S tand ard O utp ut M o d ule s (O rd e ring o p tio ns A 0 1 and A 0 2 ) use s ilve r re lay co ntacts

If the a p p lica tio n is a t the tra nsitio n b e tw e e n the lo w curre nt re g io n a nd the hig h curre nt re g io n, the m o st a p p ro p ria te cho ice is to se le c t the Lo w Curre nt o p tio n (w ith g o ld -p la te d co nta c ts) . If the g o ld p la ting is d a m a g e d b y e xce ssive lo a d , the co nta c ts w il l sti l l b e ha ve a s sta nd a rd si lve r co nta c ts.

Figu re 2 :  R e la y Co n ta c t Se le c t io n fo r D C Lo a ds

 

Co p y rig ht 2 0 1 8 B ake r H ug he s , a G E co m p any , L L C ("B H G E") A ll rig hts re se rve d .

B e ntly N e vad a and O rb it L o g o are re g is te re d trad e m arks o f B H G E in the U nite d S tate s and o the r co untrie s . A ll p ro d uct and co m p any nam e s are trad e m arks o f the ir

re sp e ctive ho ld e rs . U se o f the trad e m arks d o e s no t im p ly any aff iliatio n w ith o r e nd o rse m e nt b y the re sp e ctive ho ld e rs .

T he in fo rm atio n co ntaine d in th is d o cum e nt is sub je ct to chang e w itho ut p rio r no tice .1 6 3 1 B e ntly Parkw ay S o uth , M ind e n , N e vad a U S A 8 9 4 2 3

Pho ne : 1 .7 7 5 .7 8 2 .3 6 1 1 B e ntly .co m

9 /9 1 6 2 3 0 1 R e v . P

3 5 0 0 /3 3 1 6 -Channe l R e lay M o d uleD atashe e t