Description The 16-Channel Relay Module is a full-height module that provides 16 relay outputs. You can place any number of 16-channel relay modules in any of the slots to the right of the Transient Data Interface (TDI) Module. Each output of the 16-Channel Relay Module can be independently programmed to perform voting logic. Each relay of the module includes Alarm Drive Logic. Programming for the Alarm Drive Logic uses AND and OR logic and may use the following: n Alarming inputs (alert and danger statuses) n Not-OK n Individual Measured Variables from any monitor channel or any combination of monitor channels in the rack You can program the Alarm Drive using the 3500 Rack Configuration Software. Document: 162301 Rev. P 3500/33 16-Channel Relay Module Datasheet Bently Nevada Machinery Condition Monitoring
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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
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
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