Moxa Technologies EtherDevice EDS-4012 Series User manual

P/ N : 1 8 0 20 4 0 1 2 001 0
*1802040120010*
EDS-4012 Se r ie s
Quick I nst a lla t ion Guid e
M ox a Et h e r De vice ™ Sw it ch
Ve rsion 1 .0 , M a rch 2022
Techn ica l Sup por t Con tact I n for m at io n
w w w .m oxa . com / supp ort

2022 Moxa I nc. All r ight s r eserv ed.

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Pa ck age Che ck list
The EDS-4012 Series in dust rial DI N- rail EtherDevice Sw it ch ( EDS) is
shipped wit h the follow ing it em s. I f any of these it em s are m issin g or
dam aged, please con tact y ou r cu st om er ser vice r epresen tat iv e f or
assist an ce.
• 1 EDS-4012 Ethernet sw it ch
• Quick inst allat ion guide ( p rin t ed )
• Warr ant y card
• Su bst an ce disclosur e table
• Product cert ificate of qualit y inspect ion ( Sim plified Chinese)
• Product not ices ( Sim plified Chin ese)
N OT E
You can find infor m ation an d soft w are downloads on t he
relevant product pages lo
cat ed on Moxa’s website:
w ww .m oxa. com
D e fa u lt Se t t in gs
• I P addr ess: 1 92.168.1 27.253
• Subnet Mask: 255.255.2 55.0
• User nam e: adm in
• Passw or d: m oxa
Pa ne l Vie w s of ED S-4 0 1 2 Se rie s
1. 100BaseT( X) LED in dicat or
2. 10BaseT( X) LED in dicat or
3. 10/ 1 00 BaseT( X) por t s, por t s
1 t o 8
4. 10/ 100/ 1000BaseT(X) or
100/ 1000BaseSFP com b o
por t s, por t s G1 t o G4
5. 100/1000BaseSFP LED
indicator
6. 100/ 1000BaseSFP ports,
por t s G1 t o G4
8.
Ter m inal bl ock s f or p ow er in pu t ,
digital input , and relay out put
9. LED indicat ors: STATE ( S),
FAULT ( F) , PWR1 ( P1) , PWR2
( P2) , MSTR/ HEAD ( M/ H) ,
CPLR/ TAI L ( C/ T) , SYNC
10.
Con sole por t ( RJ4 5, RS-232)
11.
USB st or age por t ( t ype A,
cu rr en t ly di sab led)
12.
Model na m e

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7. Grounding connect or scr ew
13. Sm ar t PoE LED in dicat or of PoE
por t s
Bo t tom Pa n el Vie w
1. m icr oSD car d slot
( cu rr en t ly di sabl ed)
2. Reset but t on
3.
DI P sw it ches for Turbo
Rin g, Ring Ma st er , an d
Ring Cou pler
M ou n t in g Di m e n sio n s

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D I N - ra il M ou n t in g
The DI N-rail m ou nt ing kit is fixed t o the back panel of t he EDS device
when you t ake it out of t he box. Mount the EDS device on cor rosion-
fr ee m ou nt in g r ails t hat m eet t he EN 60 71 5 st an dar d.
I nst a lla t ion
STEP 1 —I n ser t t h e u pper lip of
t he DI N r
ail in t o t he DI N- rail
m ount in g kit
.
STEP 2
—Press the EDS device
towar ds the
DI N rail unt il it
snaps int o place.
Re m o v a l
STEP 1
—
Pull dow n t he lat ch on
t he m ount in g kit w it h a
scr ewdriver.
STEP 2
& 3 —Slight ly pull t he
EDS device forward and lift up
to rem ove it from the DI N rail.
N OT E
Our DI N rail
kit
n ow ut ilizes a quick r elease m ech an ism t o m ak e
it easier for user s t o rem ove the DI N rail fr om the EDS device.

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W a l l M ou n t in g ( Opt io na l )
For so m e applicat ions, y ou w ill fin d it con ven ien t t o m ou nt t he Moxa
EDS device on a wall, as shown in t he follow ing illust r at ions:
STEP 1 —Rem o ve t h e DI N-rail
at t achm ent pl
at e fr om t he r ear
panel of t he EDS device,
as
illust rated
in t he diagr am on
the
r ig ht .
STEP 2 —Mounting t he EDS device on a w all
requires
six scr ew s. Use t he EDS device, wit h wall
m ount plat es at t ach ed, as a guide t o m ar k t he
cor r ect locat ion s of t h e
six scr ew s. T
he heads of t he
screws should be less t han 6.0 m m in diam et er,
and t he shaft s should be less t han 3.5
m m in
di am et er , as sh ow n in t he figur e on at r ight .
N OT E
Befor e tight ening t he screws into t he w all, m ake sure the screw
head and shank size are suitable by insert ing the scr ew through
one of t he keyhole
-shaped apert ur es of t he Wall Mount ing
Plates.
N OT E
Do not scr ew the screw s in all t he way—leave about 2 m m t o
allow room for sliding t he w all m ount panel bet w een the w all
an d t he scr ew s.
STEP 3 —On ce t he scr ew s ar e
fixed
to t he wall, inser t t he
four screw heads t hrough the
wide parts of t he keyhole
-
shaped apert ures, and then
slide
the EDS device
dow nw ards, as indicated
in
the figure
at t h e r ight .
Tighten the four scr ews for
m or e
st abilit y.

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W i ri ng Re qu ir e m e nt s
ATTEN TI ON
Sa f e t y Fir st !
Ext er nal m et al par t s ar e h ot . Take
the n ecessar y pr ecau t ion s if
you are required t o handle the device.
ATTEN TI ON
I n or der to ensure reliable oper ations, please m ake sure the
oper at in g t em p er at ur e of t he en vironm ent does not exceed t he
specificat ion s. When m ount ing an EDS device wit h ot her
operat ing unit s in a cabinet w it hou t forced vent ilat ion, a
m in im u m of
4 cm spac
e on both t he left and right of t he sw it ch
is r ecom m en ded.
ATTEN TI ON
Sa f e t y Fir st !
Be sure t o disconnect the pow er cord befor e inst alling and/ or
w ir ing your EDS dev ice. Cal culat e t he m ax im u m possib le
current in each
pow er w ir e and com m on w ir e. Ob ser ve all
elect rical codes dict at in g t h e m axim um cur rent allow ab le for
each wire size. I f t he current goes above the m axim um r atings,
t he w ir in g cou ld over heat , cau sin g ser iou s dam ag e t o your
equip m en t .
Be sur e t o r ead and follow t h ese im por t ant p oin t s b elow :
• Use separ at e pat hs t o rout e w ir in g for pow er an d devices. I f pow er
wiring and device w ir ing path s m ust cr oss, m ake sur e t he wires are
per pendicular at the int er section point .
N OT E
Do not r un si gn al or com m unicat ions wir ing an d pow er w ir ing
t hr ou gh t he sam e w ir e condu it . To av oi d in t er ference, w ir es
with differ ent signal charact erist ics should be rout ed separat ely.
• You can use t he t ype of signal t ransm itted t hr ough a w ire to
det er m ine w hich w ir es should be k ep t separate. The r ule of t hum b
is t hat w ir in g that shar es sim ilar elect rical char act er ist ics can be
bu ndled t oget her .
• You should separat e input w iring from out put wir ing.
• We advise that you label t he wirin g t o all devices in y our sy st em .

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Gr ou n di ng t h e M ox a ED S Se rie s
Grounding and wire r out ing help lim it t he effect s of noise due t o
elect rom agn et ic in t er fer ence ( EMI ) . Run t he gr ou nd con nect ion fr om
the ground screw t o t he grounding surface prior to connect ing devices.
ATTEN TI ON
This product is int ended to be m ount ed t o a well
-gr ounded
m ount in g sur face su ch as a m et al panel.
Sugge st e d W ire Type for W ir ing Re la y Cont a ct
( RELAY) , Digit a l I n pu t ( D I ) , a nd Pow e r I n put s
( P1 / P2 )
The EDS device includes t w o 4-pin s 3. 5 m m pin -pit ch t er m inal b lo ck s.
Wh en w ir in g t h e r elay cont act ( RELAY) , digit al in pu t ( DI ) , an d pow er
input s ( P1/ P2) , w e su ggest using t he cable t ype AWG 18-24 and t he
cor respon din g pin t ype cable t er m inals.
N OT E
The w ir e m u st be
able t o w it hst and at least 105°C an d t h e
torque value should be 4.5 lb-in ( 0 .5 1 N-m ) .
N OT E
W
e su gg est t h e lengt h of t h e pin t y pe ca bl e t er m in al is 8 m m .
I
n or der t o t igh t en t h e w ir e pr op er ly , ①use a sm all flat head
scr ew d ri ver t o pr ess t h e pu sh
-
in but t on beside each t er m inal of
t he t er m inal block con nect or befor e an d d ur in g
②
inser ting the
wire.
③Release the screwdriver aft er t he wire has been fully
inser t
ed. Please refer t o the diagram below.
W i ri ng t h e Re la y Con t a ct
The EDS device has on e set of r elay ou t pu t. This relay cont act uses t w o
con tact s of t he t er m in al block on the EDS’s pow er m odule. Refer t o t he
sect ion for det ailed in st ruct ion s on how t o connect t he wires t o t he
t er m inal block con nect or , an d how t o at t ach t he t er m in al block
con nect or t o t he t er m in al block r ecept or .

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Re l a y:
The two cont act s of
the 4 - pin t er m in al
block connect or are used t o det ect
user
-configured events. The tw o wir es
at t
ached t o t he fau lt con tact s for m an
open cir cui
t when a u ser-configured
event is tr igger ed or
there is no power
su pp ly t o t h e sw it ch
. I f a user -
configur ed event does n ot occur , t he
fault circuit rem ains closed.
W i ri ng t h e Re d un da n t Pow e r I n pu t s
The EDS device includes b ot h high-v ol t ag e an d low -v olt age pr oduct s.
For t h e low -volt age ( LV m odels) product s, t here are t w o power input s
for redundancy; for the high-v olt age ( HV m od els) pr odu ct s, t h er e is
only one pow er input. Refer t o t he in str uct ions an d diagram below on
how t o connect t he wires t o t he t er m inal block connect or on t he
recept or.
STEP 1 : I nsert t he Posit ive/ Negat iv e
DC or Line/ Neu tr al AC w ir es in t o t he
V+ / V
- or L/ N t er m in als, r espect iv el y.
STEP 2 :
To keep the DC or AC w ir es
fr om pulling l
oose, u se a sm all f lat -
bl ade scr ew dr iv er t o t ig ht en t he w ir e
-
clam p scr ew s on t he fr ont of t he
t er m in al bl ock con nect or .
STEP 3 :
I n ser t t h e plast ic t er m inal
bl ock con nect or p ron gs in t o t h e
t er m inal bl ock r ecept or , which is
locat ed on the EDS devices’ right side.

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W i ri ng t h e D ig it a l I n pu t s
The EDS device has one set of digit al input ( DI ) . Th e DI con sist s o f t w o
con t act s o f t he 4 - pin t erm inal block connect or on t he EDS's right -side
panel. Refer to t he inst r uct ions and diagr am below on how t o connect
the w ir es t o t he t er m in al block con nect or on t he recept or .
STEP 1 :
I nsert t he negat ive
(ground) / positive DI w ir es int o the
┴
/ I t er m in als, respectively.
STEP 2 :
To keep the DI wires from
pu llin g loose, use a sm all f lat
-blade
scr ew dr iver t o t ight en t he w ir e
-clam p
but t on
on t he fr on t of t he t er m inal
bl ock con nect or .
STEP 3 :
I n ser t t h e plast ic t er m inal
bl ock con nect or p ron gs in t o t h e
t er m inal bl ock r ecept or , which is
locat ed on the EDS devices’ right side.
Rot a t in g t h e Po w e r M od ule
The power m odule for t he EDS device can be r otated to m ake it easier
to fit y our field site applicat ion.
St ep 1 :
Rem ov e t he t w o scr ew s t hat fast en t h e p ow er m od ul e t o the
EDS device
and r em ove t he m odule.
St ep 2 :
Turn t he power m odule clockwise so t hat t he power , digit al
input
, and r elay ou tpu t con nect or s can be m oved u pw ar ds.
St ep 3 :
Rep lace t he m od ule back
on to t he EDS device.
St ep 4 :
Fast en t w o scr ew s on to t he m odule.

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Com m un ica t ion Con ne ct ion s
Each EDS-4012 Ser ies swit ch h as var ious t y pes of com m u nicat ion
por t s:
• RJ45 console por t ( RS-232 int erface)
• USB st or age por t ( t ype A connect or , cu rren tly disabled)
• 10/100BaseT( X) Ethernet por t s
• 10/ 100/ 1 00 0BaseT( X) or 1 00 / 1 00 0BaseSFP com b o p or t s
• 100/1000BaseSFP slot s
• m icr oSD car d slot ( cu r ren t ly d isab led )
Con so le Po r t Co nn e ct i on
The EDS device has one RJ45 con sole por t ( RS-232), located on t he
front panel. Use eit her an RJ45-t o-DB9 ( see t he cable following wiring
diagr am s) t o connect the EDS’s con sole p or t t o y ou r PC’s COM p or t .
You m ay t hen u se a console t er m inal pr ogram , su ch as Moxa PCom m
Ter m in al Em ulat or , t o access t h e EDS that has a bau d rat e of 1152 00.
RJ4 5 Console Por t Pinou ts
Pin
De script ion
1
DSR
2
RTS
3
–
4
TxD
5
RxD
6
GND
7
CTS
8
DTR
USB Con ne ct ion
N OT E
The USB funct ion is cur ren tly r eser ved and m ay be r equ ir ed in
the fut ure. I t should be not ed t hat t his port cannot be u sed for
charging any devices.
1 0 / 1 0 0 BaseT( X) Et hernet Por t Con n ect ion
The 1 0/ 1 00BaseT( X) por t s locat ed on t he fron t panel of t he sw it ch ar e
used t o connect t o Ethernet-enab led dev ices. Most u ser s w ill ch oo se t o
configure t hese por t s for Auto MDI / MDI -X m ode, in w hich case t he
por t ’s pinout s are adj ust ed aut om at ically depending on t he t ype of
Ethernet cable used ( straight-t hrough or cross-ov er ) , an d t h e t y pe of
de vice ( NI C-t y pe or HUB/ Sw it ch -t ype) that is con nect ed t o t he por t .
I n t he followin g, we give pinout s for both MDI ( NI C-t ype) por t s an d
MDI -X ( HUB/ Sw it ch -t y pe) p or t s. We also give cable wiring diagram s for
st raight -t hrough and cross-ov er Et her net cables.
1 0 / 1 0 0 Ba se T( x ) RJ4 5 Pi nou ts
M DI Po rt Pin ou t s
MDI -X Por t Pinou t s
8 - pin RJ4 5
Pin
Sig na l
1
Tx+
2
Tx-
3
Rx+
6
Rx-
Pin
Sig na l
1
Rx+
2
Rx-
3
Tx+
6
Tx-

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RJ4 5 ( 8 -p in ) t o RJ4 5 ( 8 -pin) St r a ight - t hroug h Cable W irin g
RJ4 5 ( 8 -p in) t o RJ4 5 ( 8 -pin) Cr oss- ov e r Cab le W ir ing
1 0 0 0 BaseT( X) Et he rn et Por t Conn ect ion
1000BaseT( X) dat a is t ransm it t ed on di ffer en t ial TRD+ / - signal pairs
over copper wir es.
MDI / M D I -X Port P in o u t s
Pin
Sig na l
1
TRD( 0 ) +
2
TRD( 0 ) -
3
TRD( 1 ) +
4
TRD( 2 ) +
5
TRD( 2 ) -
6
TRD( 1 ) -
7
TRD( 3 ) +
8
TRD( 3 ) -
1 0 0 / 1 0 0 0 Ba seSFP ( m ini-GBI C) Fiber Por t
The Gigabit Ethernet fiber port s on t he switch are 100/ 1000BaseSFP
fiber p or ts, w hich r equ ir e u sin g 10 0M or 1G m in i-GBI C fiber
t ransceiver s t o w or k pr oper ly. Mox a pr ovides a com p let e select ion of
t ran sceiv er m odels f or dif fer ent dist ance requir em en ts.
The concept behind t he LC p or t an d ca ble is qu it e st r aig ht f or w ar d.
Suppose t hat y ou ar e connect in g dev ices I and I I ; con tr ar y t o elect r ical
signals, o pt ical sign als do not r equ ir e a cir cuit in or der t o t ransm it dat a.
Consequently, one of the opt ical lines is used t o tr ansm i t dat a f r om
device I t o device I I , and t he ot her opt ical line is used t ransm it dat a
from device I I t o dev ice I , for full-d up lex t r an sm i ssi on .
Rem em b er t o connect t h e Tx ( t ran sm it ) por t of device I t o t he Rx
(receive) port of device I I , and the Rx (receive) port of device I t o the
Tx ( t r an sm it ) por t of device I I . I f y ou m ake y our own cable, w e su ggest
labeling t he t w o sides of t he sam e line with the sam e let t er ( A-t o-A and
B- t o-B, as show n below , or A1 -to-A2 and B1 -t o-B2 ) .

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LC-P or t P in ou t s
LC-Por t to LC-Port Ca ble W irin g
ATTEN TI ON
This is a Class 1 Laser/ LED product . To av oid causing ser ious
dam age t o y our eyes, do not st are direct ly int o t he Laser Beam .
Re se t Bu t t on
There are t wo funct ions available on t he Reset But t on. One is to reset
the Ethernet swit ch t o fact ory default set t ings by pr essing and holdin g
t he Reset b ut t on for 5 secon ds. Use a p oin t ed obj ect , su ch as a
st r aig ht ened pa per cl ip or t oot h pick , t o depr ess the Reset but ton. Th is
will cause the STATE LED to blink once a second. After depressing t he
bu tt on for 5 con tin uous seconds, t h e STATE LED w ill st ar t t o blin k
rapidly . This indicat es that f act or y default set t ings have been loaded
and y ou can release the reset butt on. The ot her fu nct ion is t o r eboot
the device by depressing reset but t on for less than five seconds.
Tu r bo Ri ng D I P Sw i t ch Se t t in gs
The EDS devices ar e plug-and-pl ay m an aged r edundant Ether net
switches. The propriet ary Turbo Ring prot ocol w as developed by Mox a
to pr ovide bet t er net w ork r eliabilit y and fast er recovery t im e. Moxa
Tur bo Rin g’s r ecov er y t im e is less t han 50 m s ( T ur bo Rin g V2 ) —
com par ed t o a 3- to 5-m inu t e r ecover y tim e for com m er cial sw it ches—
decr easing t he possible loss caused by netw or k failur es in an indust r ial
set t ing.
Ther e are five Hardwar e DI P Sw it ches for Turbo Rin g on the bot t om
panel of the EDS device t hat can h elp set up t he Turbo Ring easily
within seconds. I f you do not w ant t o use a har dw ar e DI P sw it ch t o
set u p t he Tur bo Rin g, y ou can u se a w eb b row ser , t eln et , or con sole t o
disable t his funct ion.
N OT E
Please refer t o t he Turb o Rin g se ct ion i n User ' s Ma nu al f or
m or e det ail in for m at ion abou t t he set t in g an d usage of
Tu rbo
Rin g V 2 .
Turbo Ring DI P Sw it ch Se t t i ng s
The default set t ing for each DI P Sw it ch is OFF. The
follow ing t able explains t he effect of set ting the DI P
Sw it ch to t he ON position
.
Rem ove the ru bber cover on t he bot tom panel of
the device
t o expose t he DI P sw it ches.

- 13 -
DI P Sw itch Se t t i ng s
DI P 1
DI P 2
DI P 3
DI P 4
DI P 5
Reserved
for f ut u r e
use
ON : Enables t he
default “ Rin g
Coupling
( ba ck up ) ” p or t
when DI P sw it ch 4
is already enabled.
ON :Enables
this EDS as
the Ring
Mast er.
ON :
Enables t he
default
“ Rin g
Coupling”
por t .
ON :Act ivat es
DI P sw it ch 2,
3, and 4 t o
configu re
Turbo Ring V2
set t ings.
OFF:Enables the
default Ring
Coupling
( pr im ar y) port
when DI P sw it ch 4
is already enabled.
OFF:This
EDS w ill not
be t h e Rin g
Mast er.
OFF:This
EDS w ill not
be t h e Rin g
Coupler .
OFF:DI P
sw it ch 2, 3,
and 4 w ill be
disabled.
N OT E
You m u st enable t he Turbo Ring ( DI P sw it ch 5) fir st b efor e
using t he DI P swit ch t o activat e t he Master and Coupler
funct ions.
N OT E
I f you do not enable an y of t
he EDS sw it ches t o be the Ring
Mast er , t he Tur bo Rin g pr ot ocol w ill aut om at icall y choos
e t he
EDS sw it ch
w it h t he sm allest MAC ad dr ess range t o b
e t he Rin g
Mast er . I f y ou acciden t ally en able m or e
than one sw it ch t o be
the Ring Mast er, these sw it ches will aut o
-negot iat e to
det er m in e which one will be t he Ring Mast er.
LED I n dica t or s
The fr ont panel of t he Moxa EDS-4 012 Series contains several LED
indicat ors. The funct ion of each LED is described in t he follow ing t able:
D e v ice LED I n di ca t or s
LED
Color
St a t e
De script ion
STATE
Gr een
On
Wh en sy st e m h as passed p ow er -
on self-t est ( POST) an d is r eady
to run.
Blin k i ng
( 1 t im e / se c)
Press the reset butt on for five
secon ds t o r eset t o fact ory defau lt
set t ings
Blin k i ng
( 4 t im e s/ se c)
When pressing the reset butt on
depr ess for 5 secon ds t o reset t o
fact or y default.
Of f
N/ A
Re d On
The syst em has init ially failed the
boot -up pr ocess
• Sy st em I n fo. Rea d Fail or
EEPROM i nfor m at ion er ror

- 14 -
LED
Color
St a t e
De script ion
FAULT R e d
On
1. The r elay cont act has been
t r igg er ed
2. The in gr ess rat e lim it has
been exceeded an d the port
has ent er ed shut down m ode
3. I n v alid Rin g por t con nect ion
Of f
When t he sy st e m boot s up and
runs cor rect ly or a user-
configured event is not t riggered.
P1 Am ber
On
Pow er is b ein g supp li ed t o p ow er
input PWR.
Of f Pow er is not b ei ng su pplied t o
power input PWR.
P2 Am ber
On
Pow er is b ein g supp li ed t o p ow er
input PWR.
Of f
Pow er is n ot b ein g su pplied t o
power input PWR.
M ST R/
HEAD
( M / H )
Gr een
On
Wh en t h e sw it ch is
Mast er/ Head/ Root of Tur bo
Ring/ Turbo Chain/ Fast RSTP.
Blin k i ng
( 4 t im e s/ se c)
1. The sw it ch has beco m e t he
Mast er of Turbo Ring aft er
Turbo Ring has gone dow n
2. The sw it ch is set as Head of
Turbo Chain and Turbo Chain
has gone down
3.
The sw it ch is set as t he Turbo
Rin g’s Mem b er and t he
cor responding Ring port is
down
4.
The sw it ch is set as t he Turbo
Chain’s Mem ber / Tail and t he
cor r esponding Head-end
Chain port is down.
Of f
When the switch is not the
Mast er/ Head/ Root of t his Turbo
Rin g/ Turbo Chain/ Fast RSTP.
CPLR/
TAI L Gr een
On
1. The swit ch’s ring coupling or
du al ho m in g f unct ion is
enabled.
2.
The sw it ch is set as t he Tail of
Turbo Chain.
Blin k i ng
( 4 t im e s/ se c)
1.
The sw it ch is set as t he Tail of
Turbo Chain and the Chain
has gone dow n.
2.
The sw it ch is set as t he Turbo
Chain’s Mem ber / Head an d
the corresponding Tail-end
Chain por t is dow n.
Of f
When t he swit ch disables the
coupling or t ail r ole of Turbo
Chain.

- 15 -
LED
Color
St a t e
De script ion
Sy st e m
LED
( Ex ce pt
PW R)
Gr e e n +
Am be r +
Re d
Blin k i ng
( 2 t im e s/ se c)
The switch is being
di scover ed/ l ocat ed by t h e l ocat or
funct ion.
Sy st e m
LED
( Ex ce pt
PW R)
Gr e e n +
Am be r +
Re d
Ro t a t e
On -> Of f
Seq ue nt ia lly
The sw it ch is im p or t in g/ ex por t in g
a file via ABC-02-USB or SD card
( cu rr en t ly di sabl ed)
Sm a r t PoE LED I n dica t o r s
LED
Color
St a t e
De script ion
Sm a r t
PoE+ LED
I nd ica t or s
Gr een
On
Wh en t he por t is con nect ed t o
I EEE 802.3bt pow er ed device
and powered at:
• Single signat ure ( PD) Class
5 t o 8
• Dual signat ur e (PD) Class 1
t o 5
Of f
1.
When the pow er is not
bein g su pplied t o a pow er ed
de vice ( PD)
2.
Th e por t is n ot con nect ed t o
an I EEE 802.3bt powered
device
Am be r
On
Wh en t he por t is con nect ed t o
I EEE 802.3af/ at power ed device
and powered at:
• Single sign at ure ( PD) 0 t o 4
Blin k i ng
( 4 t im e s/ se c)
The PoE power supply has been
shut off because of low power
bu dg et .
Of f
1. Power is n ot being supplied
to t he power ed device ( PD)
2.
Th e por t is n ot con nect ed t o
an I EEE
802.3af/ at st andard
PD
Re d
On
Pow er ed device ( PD) d et ect ion
failur e
Blin k i ng
( 4 t im e s/ se c)
Overcurrent or short circuit has
occurred on t he pow ered Device
( PD )
Off
PoE is operat in g n or m all y
Por t s LED I ndica t or s
LED
Color
St a t e
De script ion
1 0 M/
1 0 0 M
Copper
t op LED
Gr een
On When t he port is act ive an d links
at 100Mbps.
Blin k i ng
( 4 t im e s/ se c)
When t he por t ’s data is being
t ransm it t ed at 1 00 Mbp s.
Of f
When the por t is inact ive or link
down.

- 16 -
LED
Color
St a t e
De script ion
1 0 M/
1 0 0 M
Copper
b ot t o m
LED
Am be r
On When t he port is act ive an d links
at 10Mbps.
Blin k i ng
(4 t im e s/ se c)
When t he por t ’s data is being
t ransm it t ed at 1 0Mbp s.
Of f
When the por t is inact ive or link
down.
1 0 M/
1 0 0 M /
1000M
Copper
t op LED
Gr een
On When t he port is act ive an d links
at 1000Mbps.
Blin k i ng
( 4 t im e s/ se c)
When t he por t ’s data is being
t ransm it t ed at 1 00 0Mbp s.
Of f
When the por t is inact ive or link
down.
1 0 M/
1 0 0 M /
1 0 0 0 M
Copper
b ot t o m
LED
Am be r
On When t he port is act ive an d links
at 10/ 100Mbps.
Blin k i ng
( 4 t im e s/ se c)
When t he por t ’s data is being
t ransm it t ed at 1 0/ 10 0Mbp s.
Of f
When the por t is inact ive or link
down.
1 0 0 M /
1000M
( SFP
port)
Gr een
On When t he port is act ive an d links
at 1,000Mbps.
Blin k i ng
( 4 t im e s/ se c)
When the por t ’s dat a is being
t ransm it t ed at 1 ,0 00 Mbp s.
Of f
When the por t is inact ive or link
down.
Am be r
On
When t he port is act ive and links
at 100Mbps.
Blin k i ng
(4 t im e s/ se c)
When t he por t ’s data is being
t ransm it t ed at 100 Mbps.
Of f
When the por t is inact ive or link
down.
Sp ecif ica t ion s
I n t e r fa ce
RJ45 Por t s 10/ 100BaseT(X)
10/ 100/ 1000BaseT(X)
Fiber Port s
100/ 1000BaseSFP
Console Por t
RS-232 ( RJ45)
But t on
Reset b ut t on
LED I ndicat or s STATE ( S) , FAULT ( F) , PWR1 ( P1 ) , PW R2 ( P2) ,
MSTR/ HEAD ( M/ H ) , CPLR/ TAI L ( C/ T) , SYNC
Alarm Cont act
1 nor m ally open elect r om agnet ic r elay output wit h
cur rent car ryin g capacit y of 1 A @ 24 VDC
Digit al I nput
1 isolat ed digit al input :
+ 13 t o + 30 V for st at e “ 1”
-30 t o + 3V for st at e “ 0”
Max . in pu t cur rent : 8 m A
PoE
CAU TI ON : When it is necessary t o connect t he PoE port s of a Power
By pa ss ( -LVA) m od el t o a Pow er Boost ( -LVB) m odel wit hin t h e sam e
sy st em , do not use t h e sam e pow er su pp ly t o pow er b ot h m odel s.
Tot al Pow er Bu dget Pow er Bypass ( -LVA m odel) : 240 W @ 48 VDC
power input

- 17 -
Power Boost ( -LVB m odel) : 62 W @ 12 VDC, 150
W @ 24 VDC ( 1 2 0 W for -T m odel) , 180 W @ 48
VDC
PoE Out put Volt age
55 VDC
PoE Ou t pu t Pow er 15.4 W for t h e 802.3af st andard, 30 W f or t h e
802.3at standard, 36 W in h igh p ow er m ode, 6 0 W
in 802.3bt standard
PoE Out put Current
350 m A for t he 8 02.3af st an dar d, 6 00 m A f or t h e
802.3at standard, 1960 m A for t he 802.3bt
st andard
Overload Cur rent
Pr ot ect ion at Por t
Present
PoE Pinout
Mode A: Pair 1,2 (V+ ); Pair 3,6 ( V- )
Mode B: pair 4,5 ( V+ ) ; pair 7 ,8 ( V- )
Pow e r
Pr e- inst alled Power
Module
-LV/ -LV-T m odels: PWR-100–LV
-HV/ -HV-T m odel s: PWR- 105-HV- I
-LVA/ -LVA-T m od els: PWR-101-LV-BP- I
-LVB/ -LVB-T m odels: PWR-103-LV-VB- I
Not e The EDS-4 012 Series supp ort s m odular pow er
supplies. Th e m od el nam es an d pow er par am et er s
ar e d et er m ined by t he inst alled pow er m odule.
For exam ple:
EDS-4012-T + PWR-100-LV = EDS-4012-LV- T
EDS-4012-T + PWR-105-HV-I = EDS-4012-HV- T
I f y ou in st all a dif fer ent pow er m o du le, r ef er t o t he
sp ecif icat ion s o f t he cor respon din g m odel. For
exam ple, if y ou replace the pow er m odule of t he
EDS-4012-LV-T w it h t he PWR-105-HV-I , refer t o
t he speci ficat i on s of t h e EDS-4012-HV-T.
Rat ed Volt age
-LV/ -LV-T m odels: 12/ 2 4/ 4 8 VDC, r edundan t dual
input s
-HV/ - HV- T m odels: 110/ 220 VDC/ VAC, single input
-LVA/ -LVA-T m odels: 4 8 VDC, r ed un dant d ual
input s
-LVB/ -LVB-T m odels: 12/ 2 4/ 48 VDC, redundant
dual input s
Operat ing Voltage -LV/ -LV-T m odels: 9.6 t o 60 VDC
-HV/ -HV-T models: 88 t o 300 VDC, 85 t o 264 VAC
-LVA/ -LVA-T m odels: 44 t o 57 VD C ( > 5 2 VDC for
PoE+ ou t pu t r eco m m en ded )
-LVB/ - LVB- T m odels: 12 t o 57 VD C ( > 5 2 VDC for
PoE+ ou t pu t r eco m m en ded )
Rat ed Current -LV/ -LV-T m odels: 12-48 VDC, 1.50-0.40 A or 24
VDC, 0.70 A
-HV/ -HV-T m od els: 1 10 -220 VAC, 50-60 Hz, 0.30-
0.20 A or 110-220 VDC, 0.30-0.20 A
-LVA/ -LVA-T m odels: 48 VDC, 5.4 2 A
-LVB/ -LVB-T m odels: 12/48 VDC, 7.46/4.27 A or
24 VDC, 7.26 A
Power
Con sum pt ion
EDS-4012-4GS-LV(-T) m odels: 10 .52 W
EDS-4012-4GS-HV(-T) m odels: 12 .22 W
EDS-4012-4GC-LV( -T) m odels: 10.7 W
EDS-4012-4GC-HV(-T) m odels: 13.35 W

- 18 -
EDS-4012-8P-4GS-LVA( -T) m odels:
Wit hout PoE: 13.34 W
Wit h PoE:
Max. 240 W for
total PD power
con sum pt ion @ 4 8 VDC inpu t
EDS-4012-8P-4GS-LVB( -T) m odels:
Wit hout PoE: 15.32 W
Wit h PoE:
Max. 180 W for t ot al PD pow er
con sum pt ion @ 4 8 VDC inpu t;
Max. 150 W for t ot al PD pow er
con sum pt ion @ 2 4 VDC inpu t;
Max. 62 W for total PD power
con su m pt ion @ 12 VDC in put
I nrush Current
Max. 0.8 A @ 48 VDC ( 0 . 1 – 1 m s) ( Applied t o - LV
m odel s)
Overload Cur rent
Pr ot ect ion at I nput
Present
Rev er se Polar it y
Pr ot ect ion
Present
Con nect ion
2 r em ov able 4 - cont act t erm inal blocks
Ph ysica l Ch a r a ct e r ist i cs
Housing
Met al, I P40 p r ot ect ion
Dim ension
55 x 140 x 122.5 m m ( 2 . 17 x 5.51 x 4.82 in)
Weight
827 g (1. 82 lb)
I nst allat ion DI N-r ail m ount ing, w all m ounting ( wit h opt ional
k it )
Env ir on m ent al Lim it s
Oper at in g
Tem per at ur e
-10 t o 60° C ( 14 t o 140° F) for st andard m odels
-40 t o 75 ° C ( -40 t o 167° F) for -T m odels
St or age
Tem per at ur e
-40 t o 85 ° C ( -40 t o 185° F)
Am bien t Relat ive
Hu m idit y
5 t o 95% ( non-condensing)
Altitude Up t o 2000 m
Not e: Please con t act Mox a i f y ou r equ ir e p rodu ct s
guar ant eed t o funct ion pr oper ly at higher altitude.
Re gula t or y Appr ova ls
I ndust rial
Cyber secu ri t y
I EC 62443- 4- 1, I EC 62443 -4- 2
Safet y
UL 61010- 2- 201, EN 623 68-1 ( LVD )
EMC
EN 55022/ 24, EN 61000- 6- 2/ 6 - 4
EMI
FCC Par t 15 Subpar t B Class A
EMS
EN 61000-4 - 2 ( ESD) Lev el 4
EN 61000- 4 - 3 ( RS) Lev el 3
EN 61000- 4- 4 ( EFT) Lev el 4
EN 61000- 4 - 5 ( Su r ge) Lev el 4
EN 61000- 4 - 6 ( CS) Lev el 3
EN 61000- 4 - 8 Level 4
Shock
I EC 60068- 2- 27
Free Fall
I EC 60068- 2- 32
Vibration
I EC 60068- 2- 6
Rail Traffic
( Way sid e)
EN 50121- 4
Tr affic Con t rol
NEMA TS2
W ar ran t y

- 19 -
Warrant y
5 year s
ATTEN TI ON
This dev ice com plies w it h Par t 1 5 of t he FCC r ules.
Oper at ion is subj e ct t o t h e follow in g con di tion s:
1. This dev ice m ay n ot cause har m fu l int er ference.
2. This dev ice m ust accept an y in ter fer en ce r eceiv ed
including int erference that m ay cause undesired
oper at ion.