automatic transfer switch controller omega-ats… · 2.3.1 genset statuses ... sed as ats o al lcd...

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USER’S MANUALFOR H/W VERSION 1.2/1.2aFOR S/W VERSION 1.0 1741

AUTOMATIC TRANSFER SWITCH CONTROLLER

OMEGA-ATS/ATSO..

5.1 DATA SAMPLING AND RETRIEVAL 5. SD CARD RETRIEVAL

3. TECHNICAL SPECIFICATIONS

3. TECHNICAL SPECIFICATIONS

2. FRONT PANEL

DESCRIPTION

2.1 MEASURED AND DISPLAYED MEASUREMENTS 2.1.1 DISPLAYED PAGES 2.1.2 SYMBOLS DESCRIPTIONS

2.2 FRONT PANEL LEDS 2.3 DETECTED AND SIGNALED FAULTS 2.3.1 GENSET STATUSES 2.3.2 FAULTS 2.3.3 UTILILTY STATUES 2.3.4 UTILITY FAULT

2.4 MENU DESCRIPTION 2.4.1 PASSWORD 2.4.2 ACCESSING THE MENU 2.4.3 SUBMENUS 2.4.4 CONFIGURATION SUBMENU 2.4.5 GENSET SUBMENU 2.4.6 UTILITY SUBMENU 2.4.7 MODBUS SUBMENU 2.4.8 ETHERNET SUBMENU 2.4.9 LCD DISPLAY SUBMENU 2.4.10 SD CARD SUBMENU 2.4.11 MENU MAPPING WITH PREVIOUS VERSION

2.5 PARAMETER DESCRIPTION 2.6 TERMINAL DESCRIPTION

6. DIMENSIONS & TYPICAL WIRING DIAGRAM

6. DIMENSIONS & TYPICAL WIRING DIAGRAM

4. FIRMWARE UPGRADE

4.1 FIRMWARE UPGRADE USING PC 4.1.1 INSTALLING THE OMEGA USB DRIVER 4.1.2 NSTALLING THE FIRMWARE UPGRADE SOFTWARE 4.1.3 FIRMWARE UPGRADE PROCESS

4.2 FIRMWARE UPGRADE USING GOOGLE PLAY STORE ON SMART PHONE 4.2.1 INSTALLING THE SASPTOOL FIRMWARE APPLICATION ON THE

MOBILE 4.2.2. FIRMWARE UPGRADE PROCESS

4.3 ONLINE Firmware upgrade

1. GENERAL DESCRIPTION

1.1 INTRODUCTION 1.2 FEATURES 1.3 OPERATION

1. 1.1

Thtoisoloa

Th

Thopacins

ThMIn

Than

1. GDES

GENERAL INTRODU

his module co configure it

olated measuad side. It ha

his module ca

he user interfperating modccess to all timstallation.

his module coicroSD card fternet throu

he firmware cny smart pho

GENERAL SCRIPTION

DESCRIPUCTION

ontrols up to to control murement of thas four opera

an be config

face consists de and four pmers, set poin

omes with RSfor data and gh a dedicat

could be easone with a fre

TION

o three powemains and onhe voltages ating modes s

ured to be u

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S485, USB an event logginted website.

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er sources: me generator

and frequencselectable by

used as ATS o

cal LCD displs are used to

er parameters

nd Ethernet cng. Data and

d on site via tapp.

ains and two (MG) or just cy on all threy the user: O

or ATSO.

ay. A mode po access a mes relevant to

communicatd event retrie

the USB inter

o generators two genera

ee sources asFF, AUTO, M

push button enu of param the control a

tion ports. It aeval is done b

rface using a

s (MGG). It is tors (GG). It f

s well as the cMAINS, G1 or

is provided tmeters. The mand protectio

also featuresby either USB

a desktop app

also possiblefeatures current on th G2.

to select the menu gives on of the

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plication or

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ser interface

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vents/Time Log

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re Upgrade

re Upgrade

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ndard 184X1ocking plug for inputs staaccess to all tuency alarm age alarm anm and shut dh buttons

(optional) bus protocol d for event ancation: no sofor all three s

e edited and

rom front pan

OM

No

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No

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he voltages ahe current onhe power oned for over/ued for over/ur current whe internet co running hou the two Gen

otorized circu39 panel mo

and socket catus imers, set po and shut do

nd shut downown

(optional) nd data logg

oftware instasuppliers ACupdated from

nel as well as

MEGA v1.0/1

ot Available

ot Available

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-char alphanusplays with 5 p select betwee

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and frequencn the load sid the load sidnder voltagender frequenen it is not su

onnection staurs of the Gensets based o

uit breakers aount housingconnectors

oints and othown n

ging (optionallation requir inputs m any remot

s from the in

1.1

umeric LCD push buttons en operating m

cy on the thrde e

e, phase presncy upplied by thatus, the dateensets similaron the load (

and motorizeg

er paramete

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MEGA v1.2

ailable via USB

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to 100 faults

to 15 faults if ounted

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betweeptional

ptional

ptional

ailable if the S

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equence

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ven when an

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ernet

if the SD card

the SD Card is

LCD Display w

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ush buttons ton displayed pa

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unted

1. GENDESCRI

ERAL IPTION

5

1.3

FoyoFo

Ino

Ifbboa

P

R

1D

OPERATI

our operatingou reach the ollowing is de

OFF: In this mAUTO: In Mcontactor faIn GG instbecomes acThe genset

In MG

Whenafter a timeto engload. Iso thaStart” Please

Mains: The macceptable liG1: In this mfails. G2: In this mfails.

n case contaother dry con

f motorized cby two relaysby giving a puopen (CxD.NOa pulse of 4 se

Presettable in th

Refer to Section

1. GENERAL ESCRIPTION

ION

g modes are required opeescription of

mode the moMGG and MG

ails to engagtallation, thective, the mo is started on

G and GG ino Fo“Alternateup” delayIf “Alternastarted. If “AlternaOnce a g“Alternateo Fogenset) isengaged aIf the “Reqthe “G1 MMains is reis started modes. If the “ReqIf G1 is feedel” delaMin Load %

n the Mains isa restoration e. For MGG

gage or it shuf the “Hold S

at when it reis disabled,

e refer to sectmodule monimits. No gen

mode, G2 is

mode, G2 is

ctors are usentact is used a

circuit breakes: first has onulse of 2 secoO) and normeconds.

he menu. Refer t

2.5

provided. Toerating mod the operatin

odule cuts poG installationge, the modue module module counts nly if it is in Re

nstallation: or ATS type:e hrs” after. ate hrs” is set

te hrs” is set genset is feee hrs”. or ATSO type started depafter the elapq priority” is

Max Load %”etained for 5always. This

q priority” is seding the loaay, G2 is req%” for a “Gs re-establish delay “Mainsand GG instuts down duStart” is enastarts, it will the start sigtion 2 for dis

nitors the Mansets will be always in sta

always in sta

ed for the traas an alarm o

ers or changee normally oonds, the sec

mally closed (

to Section 2.4

o switch frome and then w

ng modes:

ower complen, the modulule counts a “

monitors the a “Responseeady mode

: Following r a “Response

t to a value o

to G1/G2, Geding the lo

e: Following pending onpse of the “Wset to Ld, G2, Otherwis

5 minutes ons could occu

et to G1/G2,ad and the c

quested. If G2G2 MinLd delhed, the pows Rest.” andtallation, in cue to any fauabled, and in feed the loanal is removplay descriptins supply. Tstarted if theandby mode

andby mode

nsfer switch,output (CxD.

eover switchopen dry concond is contrCxD.NC) con

m one mode wait for 2 sec

etely from thle monitors t“Response” d

remote cone” delay befo.

a mains faile” delay. Loa

of hours, the

G1/G2 is startoad, it keeps

a mains failu the “Req p

Warm-up” del2 is requestese, G1 is requly. So if 5 minur when sw

, G1/G2 is recurrent goes 2 is feeding l” delay, G1

wer is switched the genset

case the requult, the othern case the gead after disenved. Manual tion.

The load is fee Mains fails. e. G1 is starte

e. G1 is starte

, each conta.NO).

hes are used, tact (CxENGrolled by a contacts to dise

to another, pconds for the

he load. the Utility su

delay beforntrol input. re starting th

lure, G1 or ad is engage

e genset wit

ted. s feeding it

ure, G1 (the priority” afay.

ed if the loaduested. The nutes have e

witching to A

equested inde above the “the load and1 is requesteded back witht is shut dowuested gense genset will a

enset failed tngaging the reset is req

ed exclusively ed when it i

ed when it i

ctor is contro

each motori) and is used

ontact that hengage the m

press the moe operating m

upply. Whene starting theWhen the r

he genset.

G2 is starteed after the

h the less nu

for the num

smaller gensfter a “Resp

d prior to mavalue of the

elapsed fromAUTO mode

ependently fG1 Max Load the currend.

h a dead tranwn after the e

et fails to staautomatically

to start, the s running geuired to reco

y from this su

s in ready m

s in ready m

olled by one

ized breaker/d to engage thas a commomotorized cir

ode push butmode to be a

n the Utility fe genset. remote cont

ed dependinelapse of th

umber of run

mber of hou

set) or G2 (thponse” delay

ains failure we load supplie

m the mains fe from Main

from Load. d %” for a “Gt goes below

nsfer time “Telapse of the rt or its conty start and start signal renset. When over from th

upply if it is w

mode and t

mode and t

dry contact.

/ switch is cothe motorize

on (CxC), normcuit breaker

tton till applied.

fails or its

trol input

g on the e “Warm-

n hours is

urs set in

he bigger y. Load is

was above ed by the failure, G2 ns or OFF

G1 MaxLd w the “G2

ransfer” “Cooling” tactor fails upply the

emains on the “Hold

his failure.

within the

the Mains

the Mains

The

ontrolled ed circuit mally by giving

6

2. 2.1 2.1

FRONT PA MEASURE.1 DISPL

Graphcurren

Status

Separa

freque

Page s

selecte

Summ

revisio

ANEL DESED AND DLAYED PA

hical interfacents and powe

Displa

es page that

Displa

ate page for ency, current

Displa

showing theed.

Displa

mary page shoon number, d

Displa

CRIPTIONISPLAYEDGES

e showing aler in KW.

ay

t shows the s

ay

each power ts and power

ay

running hou

ay

owing the Odate and time

ay

N D MEASUR

ll power sour

status of each

source showr in KW.

urs for each

Omega type, ie.

REMENTS

rces with the

Notes The line-neumeasured. Thfixed on oneautomaticallySN, TN, RS, STbutton is usedisplay mode

h power sou

Notes

Refer to sectidisplayed

wing the stat

Notes

The ESC pushthe voltages Long press oseconds rese

generator an

installation ty

eir contactors

tral and line-linhe voltage dis

e voltage or ally between all T, and TR). Th

ed to switch bees.

rce.

ion 2.3 for the

tus, contacto

h button is use scrolling.

on the Select pets the occurrin

nd The Ome

ype, serial nu

s states, volta

ne voltages arsplayed is eitheowed to scrol six voltages (Re ESC push etween the tw

e available stat

r state, scroll

ed to start/sto

push button fong fault.

ga operating

umber, H/W

ages, frequen

re all er l

RN,

wo

tus

ling voltages

op

or 3

g mode curre

version, S/W

ncies,

s,

ently

W version,

2. FRONPANEL

DESCRIPT

NT L TION

7

Thm

2.1

S

2. P

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Micro

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comm

he UP and Doenu, Press an

.2 SYMBO

Symbol

FRONT PANEL CRIPTION

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net page shomunication sta

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own push bund release th

OLS DESC

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y

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uttons are ushe Select pus

RIPTIONS

D

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he SD card s

te ID, the Eth

sed to scroll bh button.

S

escription

enerator is off

When blinking, unning with an

When On, it indhe phases are a

ains power so

When blinking, alid measurem

When On, it indhases are all p

enerator is in a

enerator Faile

rder to diseng

rder to engag

he exclamationven but the co

he exclamationut the contact

tatus, data c

hernet S/W ve

between the

f.

it indicates thn anomaly or/dicates that thall present and

ource is absent

it indicates thments or/and wdicates that thresent and in

a faulty status

ed to start and

gage contacto

ge contactor is

n mark blinks ontactor feedb

n mark blinks or feedback is

onsumption

ersion, revisio

e above page

hat the genera/and no valid Oe generator sud in the right s

t.

hat the Mains pwrong phase se Mains supplthe right sequ

with no start

the start orde

r is given.

given.

to indicate thaback is active.

to indicate thas inactive.

and last form

on number a

es. To access

ator is requesteOK feedback. upply is withinsequence, and

power source sequence. y is within the

uence.

order, Fault re

er is active (ho

at Order to dis

at Order to en

mat date.

and the

the paramet

ed to start/sto

n the acceptabd the OK signa

is detected bu

e acceptable li

eset is needed

ld start is enab

sengage conta

ngage contact

ters

p or it is

ble limits, al is active.

ut with no

mits, the

d.

bled).

actor is

tor is given

8

2.2

2.3 2.3

StaStaReCoStaGxCoEnLodeFeDideCoSh

2.3

FaStaStaStaStaStaStaStaStaStaStaStaStaStaGxGlCGOnbyOnsetThOFThUFThTh

FRONT P

Five Le Seven

STATUS .1 GENSE

atus andby ( Not reeady ounting Respoart order is givx OK signal acounting Warmngaging load (oad engaged (etected yet eeding the loasengaging the

etected ounting Coolinhutting down

.2 GENSE

ault art Fail causedart Fail causedart Fail causedart Fail causedart Fail causedart Fail causedart Fail causedart Fail causedart Fail causedart Fail causedart Fail causedart Fail causedart Fail causedx OK Signal losobal contacto

Gx Contactor fne of the threey OVolt(L-N) fone of the threet by UVolt(L-N

he frequency gFreq del.

he frequency gFreq del. he phases are rhe load exceed

PANEL LE

eds used to i input Leds u

AND FAUET STATU

eady)

onse delay to gven (ST.Gx engtive with No A

m-up delay to e(CGx Engaged(CGx Engaged

d (CGx Engage load (CGx D

ng delay to dis( Start order re

ET FAULT

d by absence od by Failure of d by Failure of d by Absence od by High voltad by Low voltad by High freqd by Low frequd by wrong phd by G contactd by Mains cond by the other d by the expirest after genera

or failure failure e-phase voltagor a delay of Oe-phase voltag

N) for a delay ogoes above th

goes below th

reversed ds the value se

DS

ndicate the oused to indica

LTS SES

give start ordegaged) AC signals fromengage load d) with No CGd with CGx F/B

ged with CGx Disengaged) w

sengage start eleased)

S

of Gx OK signa G contactor Gx contactor of AC signals age

age uency

uency hase sequencetor jam ntactor jam generator cone of start failurator has turne

ges goes abovOVolt del. ges goes belowof UVolt del. e value set in

e value set in

et by Overload

operating mate the statu

er

m genset

Gx F/B detecteB detected) w

F/B & CG F/B with CGx and/o

order

al

e

ntactor jam re delay ed on

ve the over vo

w the under v

Over Freq. for

Under Freq. fo

d % for a delay

ode. us of the inpu

d yet with No CG F/B

detected ) or CG F/B still

ltage limits set

voltage limits

r a delay of

or a delay of

y of Overld de

uts.

Display Standby Ready Response Starting OK-WaitinWarm UpEngaging

B Engaged

Feeding L

Disengag

Cooling Shutting

Display StFail-NoOStFail-CG-StFailCGx-StFail-NoAStFail-HiVStFail-LoVStFail-HiF.StFail-LoFStFail-Seq-StFail-CGJStFail-CMJStFail-CGyStFail-TimeOK FailureCG Fail CGx Fail

t Hi Voltage

Lo Voltag

Hi Freq.

Lo Freq.

Wrong Seel Over Load

ngAC p g

Load

ing

OK F -F

AC V. V.

. -F Jam Jam yJam e e

e

ge

eq. d

AbbreviaStandby Ready RSP Starting OK-NoAWUp Engagin

Engaged

Feeding

Diseng.

COL SDN

AbbreviaStF.NoOStF.CG-FStF.CGxFStF.NoACStF.HiV StF.LoV StF.HiF StF.LoF StF.Seq StF.CG-J StF.CM-JStF.CGyJStF.TimeOK Fail CG Fail CGx Fail

Hi Volt.

Lo Volt.

Hi Freq.

Lo Freq.

Seq.Fail Over Ld.

ation

C

ng

d

ation K

F F C

J e

2. FRONT PANEL

DESCRIPTIO

ON

9

2.3

StaSta

Re

Ut

Co

En

Fe

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2.3

Fa

Ut

Onby

Onset

ThOF

ThUF

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D

.3 UTILI

atus andby (not rea

eady

tility Absent

ounting Restor

ngaging load (

eeding the loa

sengaging loa

.4 UTILI

ault

tility contactor

ne of the threey OVolt(L-N) fo

ne of the threet by UVolt(L-N



he phases are r

2. FRONT PANEL

ESCRIPTION

ITY STAT

ady)

ring delay

(CM engaged

d (CM engage

ad CM Diseng

ITY FAUL

r failure

e-phase voltagor a delay of O

e-phase voltagN) for a delay o

goes above th

goes below th

reversed

USES

with No CM F

ed with CM F/

aged) with CM

TS

ges goes abovOVolt del.

ges goes belowof UVolt del.

e value set in

e value set in

F/B detected y

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M still detected

ve the over vo

w the under v

Over Freq. for

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d

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voltage limits

r a delay of

or a delay of

Display Standby

Ready

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Restoring

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Display

C-U Fail

t Hi Voltage

Lo Voltag

Hi Freq.

Lo Freq.

Wrong Se

g

Load

ing

e

ge

eq.

AbbreviaStandby

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Absent

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Feeding

Diseng.

Abbrevia

CU Fail

Hi Volt.

Lo Volt.

Hi Freq.

Lo Freq.

Seq.Fail

ation

ng

ation

10

2.4 2.4

A thonpaus

2.4

Fo

2.4

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ps described

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at steps 2 andentered passeed to re-ente

in the menum will automa editing a pan is pressed, in the menu

meters list. Th editing a pa

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e password cand is referreassword is repassword ac

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For MGG

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sed for 10 se

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one fault exist

passwords ca This passwossword. The ue menu whe

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2. FRONTPANEL

DESCRIPTI

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11

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ate

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ver Freq

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nder Freq

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Volt(L-N)

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Volt(L-N)

Volt del.

-Seq Test

art Fail

FRONT PANEL CRIPTION

IGURATIO

n Descrip

Omega

ATS Ty

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Date

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ption

a Type

ype

ation Type

any Name

assword

NU

ption

nse delay

bypass delay

ing up delay

lay

er dead time

g down delay

requency

requency dela

frequency

frequency

voltage (Line-al)

voltage delay

voltage (Line-al)

voltage delay

ator phase nce test

ail delay

NU

Visibility

Client P/

Client P/

Client P/

Client P/

N/A

N/A

N/A

Visibility

N/A

N/A

N/A

“Inst. Typ

N/A

y N/A

N/A

ay N/A

N/A

N/A

N/A

N/A

- N/A

y N/A

N/A

N/A

Condition

W

W

W

W

Condition

pe” set to GG

Range

ATS: frating

ATSO:rating

Cont: f

MCB: f

MCO: switch

MGG:

MG: 1

GG: 2

12 Cha

0000 t

N/A

N/A

Range

0 to 99

0 to 99

0 to (S10) sec

0 to 99

0 to (S

0 to 99

N, 10 H

0 to 99

N, 10 H

0 to 99

N, 1 to

0 to 99

N, 1 to

0 to 99

N: Pha

Y: Pha

(Warmto 999

e

for 2 gensets o

for 2 gensets

for contactor o

for motorized

for motorizedhes

1 Mains and 2

Mains and 1 g

gensets

aracters long

to 9999

e

99 sec

99 sec

Start Fail - Tranc

99 sec

Start Fail – Wa

99 sec

Hz to 70 Hz

99 sec

Hz to 70 Hz

99 sec

o 260 V

99 sec

o 260 V

99 sec

ase sequence t

se sequence t

m up +Transfer9 sec

of the same

of different

outputs

circuit breake

d changeover

2 gensets

genset

nsfer dead time

rm up - 10) se

test disabled

est enabled

r dead time+1

Default Value

N/A

ers Cont

MGG

S.& A.S. L

N/A

N/A

N/A

Default Value

5 sec

15 sec

e - 10 sec

10 sec

c 0 sec

30 sec

55 Hz

2 sec

45 Hz

2 sec

240 V

3 sec

180 V

5 sec

N

0) 45 sec

LTD

12

What you see on the display Description Visibility Condition Range Default

Value

Hold Start

Hold Start feature

Client P/W

N: Start order released after start failure

Y: Start order held after start failure

Time Switch Time Switch operation

N/A N: Operation disabled

Y: Operation enabled N

Ready @ Gensets ready at time “Time Switch” set to Y N/A 8:00 AM

Stdby @ Gensets standby at time

“Time Switch” set to Y N/A 5:00 PM

All Days Ready Gensets ready feature N/A

N: Have to set the gensets ready days

Y: Gensets ready all days of the week

Y

Sunday Gensets readiness on Sunday “All Days Ready” set to N

N: Genset not ready on Sunday

Y: Genset ready on Sunday N

Monday Gensets readiness on Monday “All Days Ready” set to N N: Genset not ready on Monday N

Tuesday Gensets readiness on Tuesday

“All Days Ready” set to N Y: Genset ready on Tuesday N

Wednesday Gensets readiness on Wednesday

“All Days Ready” set to N N: Genset not ready on Wednesday N

Thursday Gensets readiness on Thursday “All Days Ready” set to N Y: Genset ready on Thursday N

Friday Gensets readiness on Friday

“All Days Ready” set to N N: Genset not ready on Friday N

Saturday Gensets readiness on Saturday

“All Days Ready” set to N Y: Genset ready on Saturday N

Weekly Ex. Weekly Exercising N/A N/Y N

Alternate hrs Alternate number of hours “Omega Type” set to ATS

G1: Highest priority to G1 G2: Highest priority to G2 1 to 99 hours

4 hours

Req Priority Request Priority “Omega Type” set to ATSO

G1: Highest priority to G1

G2: Highest priority to G2

Ld (MGG only): Load dependent priority

G2

G1 hours G1 running hours Client P/W 0 to 999999 hours 0 hours

G2 hours G2 running hours “Inst. Type” set to MGG or GG

Client P/W 0 to 999999 hours 0 hours

R.C. Remote control configuration

N/A

Gensets Rdy: Gensets are ready

U Present: Simulate utility presence

v1.0 Compt.: Compatible with Omega v1.0

U Present

NB Phases Gensets connection N/A 1PH: 1 phase

3PH: 3 phases 3PH

CT ratio /5 Current transformer ratio N/A N, 1 to 9999 100

Overload % Gensets Overload % of the current transformer

“Omega Type” set to ATS 0 to 100% 90%

Overld del Gensets Overload delay

“Omega Type” set to ATS 0 to 999 seconds 10

G1 Overload % G1 Overload % of the current transformer

“Omega Type” set to ATSO 0 to 100% 90

G1 Overld del G1 Overload delay “Omega Type” set to ATSO 0 to 999 seconds 10

13

2.4

Wth

Ma

Ov

OF

Un

UF

OV

OV

UV

UV

U-

NB

Wth

G2

G2

G1

G1

G2

G2

Re

2

DES

.6 UTILI


ains Rest.

ver Freq

Freq del

nder Freq

Freq del

Volt(L-N)

Volt del

Volt(L-N)

Volt del

Seq Test

B Phases


2 Overload %

2 Overld del

1 Max Load %

1 Maxld del

2 Min Load %

2 Minld del

ecycle reset

. FRONT PANEL SCRIPTION

ITY SUBM

n Descrip

Mains Rdelay

Over fre

Over fre

Under f

Under fdelay

Over voNeutral

Over vo

Under vNeutral

Under v

Utility ptest

Utility c

n Descrip

G2 Ovecurrent

G2 Ove

G1 Maxof the ctransfo

G1 Maxdelay

G2 Minof the ctransfo

G2 Mindelay

Recyclereset

ENU

ption

Restoration

equency

equency delay

frequency

frequency

oltage (Line-l)

oltage delay

voltage (Line-l)

voltage delay

phase sequenc

connection

ption

erload % of thet transformer

erload delay

ximum Load %current rmer

ximum load

nimum Load %current rmer

nimum load

e after Utility

Visibility

“Inst. TypMG

“Inst. TypMG

y “Inst. TypMG

“Inst. TypMG

“Inst. TypMG

“Inst. TypMG

“Inst. TypMG

“Inst. TypMG

“Inst. TypMG

ce “Inst. TypMG

“Inst. TypMG

Visibility

e “Omega ATSO

“Omega ATSO

% “Omega ATSO

“Omega ATSO

% “Omega ATSO

“Omega ATSO

N/A

Condition

pe” set to MGG

pe” set to MGG

pe” set to MGG

pe” set to MGG

pe” set to MGG

pe” set to MGG

pe” set to MGG

pe” set to MGG

pe” set to MGG

pe” set to MGG

pe” set to MGG

Condition

Type” set to

Type” set to

Type” set to

Type” set to

Type” set to

Type” set to

Range

G or 0 to 99

G or N, 10 H

G or 0 to 99

G or N, 10 H

G or 0 to 99

G or N, 1 to

G or 0 to 99

G or N, 1 to

G or 0 to 99

G or N: Pha

Y: Pha

G or 1PH: 1

3PH: 3

Range

0 to 10

0 to 99

0 to 10

0 to 99

0 to 10

0 to 99

N: No a gens

Y: Autogenset

e

99 seconds

Hz to 70 Hz

99 seconds

Hz to 70 Hz

99 seconds

o 260 V

99 seconds

o 260 V

99 seconds

ase sequence t

se sequence t

phase

3 phases

e

00%

99 seconds

00%

99 seconds

00%

99 seconds

automatic resset fault

omatic reset ist when Mains

test disabled

est enabled

set is done afte

s done on faul is established

Default Value

10 sec

55 Hz

2 sec

45

2 sec

240 V

3 sec

180 V

5 sec

N

3PH

Default Value

90

10

50

10

30

10

er

lty d

Y

14

2.4

Wth

Mo

Sla

Ba

Pa

Sto

Mo

2.4

Wth

Eth

DH

SIT

IP

SU

GA

P.S

S.S

.7 MODBU


odbus

ave ID

audrate

arity

op Bits

ode

.8 ETHER


hernet

HCP

TEID

ADDRESS

UBNET MASK

ATEWAY

ServerName

ServerName

US SUBME

n Descrip

Modbu

Slave no

Baud ra

Parity

Stop Bit

Commu

RNET SUB

n Descrip

Etherne

DHCP

SITE ID

IP ADDR

SUBNET

GATEW

Primary

Secondaname

NU

ption

s feature

ode ID

ate

ts

unication Mod

MENU

tion

et feature

RESS

T MASK

WAY

y server name

ary server

Visibility

Modbus

“Modbus

“Modbus

“Modbus

“Modbus

de “Modbus

Visibility

Ethernet

“Etherne

“Etherne

“Etherneset to N

“Etherneset to N

“Etherneset to N

“Etherne

“Etherne

Condition

HW available

s” set to Y

s” set to Y

s” set to Y

s” set to Y

s” set to Y

Condition

t HW available

et” set to Y

et” set to Y

et” set to Y “DH



et” set to Y

et” set to Y

Range

N: Mod

Y: Mod

1 to 24

9600

14400

19200

28800

38400

56000

57600

11520

None

Odd

Even

1

1.5

2

RTU

ASC

Range

e N: Eth

Y: Ethe

N: DH

Y:DHC

6 Char

HCP” N/A

HCP” N/A

HCP” N/A

30 Cha

30 Cha

e

dbus disabled

dbus enabled

47

0

0

0

0

0

0

00

e

ernet disabled

ernet enabled

CP disabled

CP enabled

racters long

aracters long

aracters long

d

d

Default Value

Y

20

9600

None

1

RTU

Default Value

Y

Y

XXXXXX

192.1681

255.255.0

192.168

www.satrollers.c

www.satrollers.c

2. FRONPANEL

DESCRIPT

.0.2

.255

.0.1

sconcom

sconcom

NT L TION

15

2.4

Wth

LC

LC

2.4

Wth

DS

2.4

OM

Re

Flt

W

Ma

Co

U-

U-

U-

U-

U-

U-

U-

U-

G-

G-

G-

G-

G-

G-

G-

G-

CT

Ov

Ov

Sta

Xfr

Ho

Tim

G1

G2

DE

.9 LCD D


CD Contrast

CD Backlight

.10 SD C


SR

.11 MENU

MEGA v1.0/1.

esponse

t bypass

Warm-up

ains Rest.

ooling

OverFrq. Hz

OvrFrq dly

UndrFrq. Hz

UndrFrqdly

OverVolt. V

OvrVlt.dly

UnderVolt. V

UndrVltdly

-OverFrq. Hz

-OvrFrq dly

-UndrFrq. Hz

-UndrFrqdly

-OverVolt. V

-OvrVlt.dly

-UnderVolt. V

-UndrVltdly

T ratio /5

verload %

verld dly

art Fail

r deadtim

old Start

me switch

1 hh:mmy hh:

2 hh:mmy hh:

2. FRONT PANEL

ESCRIPTION

DISPLAY

n Descrip

LCD Co

LCD Bacpercent

CARD SUB

n Descrip

SD Data

U MAPPIN

1 PARAMETER

z

z

V

z

z

V

mmy

mmy

SUBMENU

tion

ntrast

cklight tage

MENU

tion

a sampling rat

G WITH P

R NAME

Visibility

N/A

N/A

Visibility

te SD card a

PREVIOUS

OMEGA

Response

Flt bypas

Warm-up

Mains Re

Cooling

Over Fre

OFreq de

Under Fr

UFreq de

OVolt(L-N

OVolt de

UVolt(L-N

UVolt de

Over Fre

OFreq de

Under Fr

UFreq de

OVolt(L-N

OVolt de

UVolt(L-N

UVolt de

CT ratio /

Overload

Overld d

Start Fail

Transfer

Hold Sta

Time Swi

G1 Rdy@

G2 Rdy@

Condition

Condition

available

VERSION

v1.2 PARAME

e

ss

p

est.

eq

el.

req

el.

N)

el.

N)

el.

eq

el.

req

el.

N)

el.

N)

el.

/5

d %

del

rt

itch

@, G1 Stby@

@, G2 Stby@

Range

0 to 30

0 to 10

Range

N, 1 se

NS

ETER NAME

e

0

00 %

e

ec to 24 hours

OMEGA v1.

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

UTILITY SUB

UTILITY SUB

UTILITY SUB

UTILITY SUB

UTILITY SUB

UTILITY SUB

UTILITY SUB

UTILITY SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

GENSET SUB

s

2 SUBMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

BMENU

Default Value

12

70 %

Default Value

20 sec

16

2.5

Th'N

Wcode

WfaWth

Foot

Thnowha

Thswth“T

ThseIt w

Asun

Wm

Wsto

WOm

OM

G1

G2

W

AT

Ins

LC

Co

Tim

Da

Us

G1

G2

PARAMET

he over/unde'.

When transferounted. To avelay of the ge

When “Hold Stilure fault oc

When it is disae specific ge

or ATS, the “Ather generato

he “Weekly Eot operate beere not usedalf an hour.

he “Time Switwitch: “Ready

e time at whTime Switch”

he “All Days Relected then twill be in sta

s a result, thender Rdyday.

When “R.C.” is ains failure, t

When “R.C.” is opped.

When “R.C.” is mega v1.0 &

MEGA v1.0/1.

1Alternat hrs

2Alternat hrs

W.Exercise

TS Type

stallat.

CD Contrast

o.

me

ate

ser P/W

1 hours

2 hours

TERS DES

er frequency/

rring load frovoid getting enerator. Thu

tart” feature curs. Thus, w

abled, the staenerator.

Alternate hrsor is requeste

Ex.” parameteetween Sund

d during the w

tch” managey @” and “Stdhich the gensto N.

Ready” manathe genset wndby in days

e genset will .

set to “Gensthe genset is

set to “U Pre

set to “v1.0 C& v1.1

1 PARAMETER

s

s

CRIPTION

y/voltage cou

om one genea fault on thus, the “Start

is enabled, twhen this fauart signal is re

s” parameter ed. If set to G

er enables/diday and Fridawhole week,

es the operatdby @”. “Readset goes to st

ages the opewill be ready as set to N.

be ready du

sets Rdy”, wh started. Oth

esent”, when

Compt.”, the

R NAME

N

uld be disable

erator to anoe generator,

t Fail” delay s

he start signult no longer emoved and

indicates theG1, G1 is give

isables the way would be , they will be

ting time of tdy @” sets thtandby mode

erating time oall week long

ring the hou

hen remote cherwise, the g

n remote con

e remote con

OMEGA

G1 Alt. h

G2 Alt. h

Weekly E

ATS Type

Inst. Type

LCD Con

Compan

Time

Date

User P/W

G1 hours

G2 hours

ed by setting

ther, the tran, the sum of thould never

al is held on exists, the g a manual re

e number of en priority an

weekly exercis started on S

e started on S

the genset dae time at whe. If genset is

of the gensetg. Otherwise

urs set by “Re

control is actigenset is stop

ntrol is active

trol input wi

v1.2 PARAME

hrs

hrs

Ex.

e

e

ntrast

y

W

s

s

g the corresp

nsfer dead tithese delays r fall below (“

the generatoenerator star

eset of the fau

hours that and if set to G2

ser. When enaturday at 8

Saturday at 8

aily. Two parhich the genss required to

t weekly. Une, the genset

eady @” and

ve and genspped.

and genset

ll be at the p

ETER NAME

ponding para

me and the w should not e“Transfer” + “

or after a starts without uult is required

a generator m2, G2 is given

nabled, any g:00 am for h

8:00AM in se

rameters conset becomes be in ready

nder “All Day will be ready

“Stdby @” on

set in ready m

in ready mod

place of CM F

OMEGA v1.

GENSET SUB

GENSET SUB

GENSET SUB

CONFIGURA

CONFIGURA

LCD DISPLA

CONFIGURA

CONFIGURA

CONFIGURA

CONFIGURA

GENSET SUB

GENSET SUB

ameter in the

warm up delexceed the st“Warm-up” +

art failure or auser intervend to resume

must run befon priority.

generator thalf an hour. Iquence and

ntrol the daily ready. “Stdbymode all day

ys Ready”, if Yy only in day

nly on days s

mode, follow

de, the gense

F/B as in

2 SUBMENU

BMENU

BMENU

BMENU

ATION SUBME

ATION SUBME

AY SUBMENU

ATION SUBME

ATION SUBME

ATION SUBME

ATION SUBME

BMENU

BMENU

e menu to

lay are tart fail

+10sec).

an OK tion. use of

ore the

at did If both each for

y time y @” sets y then set

Y is ys set to Y.

et to Y

wing a

et is

ENU

ENU

ENU

ENU

ENU

ENU

2. FROPANE

DESCRIP

ONT EL PTION

17

2.6

Nam

Ome

Hard

Softw

Revis

Mod

Ope

Statu

G1 S

G2 S

2.

DES

MODBUS

me

ega Type

dware Version

ware Version

sion number

dbus Status

erating Mode

us

Status

Status

. FRONT PANEL SCRIPTION

REGISTE

type

input re

n input re

input re

input re

input re

input re

input re

input re

input re

RS

Ad

egister 300

egister 300

egister 300

egister 300

egister 300

egister 300

egister 300

egister 300

egister 300

dress S

001 1

002 1

003 1

004 1

005 1

006 1

010 Utility 1

011 1

012 1

Size Access

1 R

1 R

1 R

1 R

1 R

1 R

1 R

1 R

1 R

s Descripti

Omega T0 = ATS 1 = ATSO

Hardwar

Software

Revision

Modbus

Operatin1 = Auto2 = Main3 = G1-O4 = G2-O

0 = Utility1 = Utility2 = Utility3 = Utility4 = Utility5 = Utility6 = Utility7 = C-U F8 = Utility9 = Utility10 = Util11 = Util12 = Util

13 = Eng14 = Eng15 = Eng16 = Eng17 = Eng18 = Eng19 = Eng20 = Eng21 = Eng22 = Eng23 = Eng24 = Eng25 = Eng26 = Eng27 = Eng28 = Eng29 = Eng30 = Eng31 = Eng32 = Eng33 = Eng34 = Eng35 = Eng36 = Eng37 = Eng38 = Eng39 = Eng40 = Eng41 = Eng42 = Eng43 = Eng44 = Star45 = Eng46 = Eng

Same as

ion

Type

O

re Version

e Version

number

status: 0(norm

ng Mode: o Mode ns-Only Mode Only Mode Only Mode

y Standby y Ready y Absent y Counting rey Engaging y Feeding Loay DisengagingFail y High Voltagy Low Voltageity High Frequity Low Frequity Wrong Seq

gine Standby gine Ready gine Countinggine Starting gine OK-Waitingine Warminggine Engaginggine Cooling dgine Shutting dgine's Contactogine Feeding Lgine Disengaggine OK Failurgine - CG Fail gine - CGx Failgine - High Vogine - Low Volgine - High Fregine - Low Fregine - Wrong Sgine - Over Loagine - Start Failgine - Start Failgine - Start Failgine - Start Failgine - Start Failgine - Start Failgine - Start Failgine - Start Failgine - Start Failgine - Start Failrt Fail-CMJam gine - Start Failgine - Start Fail

G1 Status

mal), 1(malfun

storing delay

ad g

ge e uency uency quence

g response dela

ngAC Up

g load down down or Engaged Load ging load e

oltage

tage equency quency Sequence ad l-NoOK l-CG-F lCGx-F l-NoAC l-High Voltagel-Low Voltagel-High Frequel-Low Frequenl-Seq-Fail l-CGJam l-CGyJam l-Time

nction)

ay

e e ncy

ncy

18

Name type Address Size Access Description

G1 Exercising status input register 30014 1 R

0 = Not Exercising 1 = Exercising Needed 2 = Exercising requested 3 = Exercising stopped

G2 Exercising status input register 30015 1 R

0 = Not Exercising 1 = Exercising Needed 2 = Exercising requested 3 = Exercising stopped

Utility RN voltage input register 30016 1 R Utility phase R-Neutral voltage in V

Utility SN voltage input register 30017 1 R Utility phase S-Neutral voltage in V

Utility TN voltage input register 30018 1 R Utility phase T-Neutral voltage in V

Utility RS voltage input register 30019 1 R Utility phase R to phase S voltage in V

Utility ST voltage input register 30020 1 R Utility phase S to phase T voltage in V

Utility TR voltage input register 30021 1 R Utility phase T to phase R voltage in V

G1 RN voltage input register 30022 1 R G1 phase R - Neutral voltage in V

G1 SN voltage input register 30023 1 R G1 phase S - Neutral voltage in V

G1 TN voltage input register 30024 1 R G1 phase T - Neutral voltage in V

G1 RS voltage input register 30025 1 R G1 phase R to phase S voltage in V

G1 ST voltage input register 30026 1 R G1 phase S to phase T voltage in V

G1 TR voltage input register 30027 1 R G1 phase T to phase R voltage in V

G2 RN voltage input register 30028 1 R G2 phase R - Neutral voltage in V

G2 SN voltage input register 30029 1 R G2 phase S - Neutral voltage in V

G2 TN voltage input register 30030 1 R G2 phase T - Neutral voltage in V

G2 RS voltage input register 30031 1 R G2 phase R to phase S voltage in V

G2 ST voltage input register 30032 1 R G2 phase S to phase T voltage in V

G2 TR voltage input register 30033 1 R G2 phase T to phase R voltage in V

Utility frequency input register 30034 1 R Utility frequency in Hz *10 format (i.e. if this register value is 504 this means that the frequency is 50.4Hz)

G1 frequency input register 30035 1 R G1 frequency in Hz *10 format (i.e. if this register value is 504 this means that the frequency is 50.4Hz)

G2 frequency input register 30036 1 R G2 frequency in Hz *10 format (i.e. if this register value is 504 this means that the frequency is 50.4Hz)

RN current input register 30037 1 R Line R current in A *10 format (i.e. if this register value is 125 this means that the current is 12.5A)

SN current input register 30038 1 R Line S current in A *10 format (i.e. if this register value is 125 this means that the current is 12.5A)

TN current input register 30039 1 R Line T current in A *10 format (i.e. if this register value is 125 this means that the current is 12.5A)

Power (KW) input register 30040 1 R Power in KW

Digital Inputs input register 30041 1 R

Surf Digital Inputs Each bit represents an input (first input is the LSB) Bit0: IP1 Bit1: IP2 ... Bit6: IP7

Digital Outputs input register 30042 1 R

Surf Digital Outputs Each bit represents an output (first output is the LSB) Bit0: OP1 Bit1: OP2 ... Bit7: OP8

Operating Mode holding register

40001 1 R/W

Operating Mode: 1 = Auto Mode 2 = Mains-Only Mode 3 = G1-Only Mode 4 = G2-Only Mode

19

2.6

TE

RMIN

AL

TE

RMIN

AL

TE

RMIN

AL

TE

RMIN

AL

2

DE

TERMINA

14 CG

C

15 CG

EN

16 CG

D.

17 CG

D.N

18 CG

C

19 CG

EN

26 CT

P

27 CT

P

28 CT

P

29 CT

P

30 CT

P

31 CT

P

38 N

G

39 LIN

TG

40 NO

US

41 LIN

SG

42 NO

US

43 LIN

RG

Used as an alarUsed as an alar

1 -VB

SU

2 +VSU

3 G

O

4 G

O

5 CG

F/6 CG

F/7 R

2. FRONT PANEL SCRIPTION

AL DESCR

G1 C

Contaccommo

G1 NG

Contac– norm

G1 NC

Motorizclosed

G11 NO

Motorizopened

G2 C

Contaccommo

G2 NG

Contac– norm

T T P2

Curren

T T P1

Curren

T S P2 Curren

T S P1

Curren

T R P2

Curren

T R P1 Curren

N G1

Neutra

NE G1 Line T -

OT SED

Not use

NE G1

Line S -

OT SED Not use

NE G1

Line R –

rm output if faulrm output if utili

BAT UP

-ve batt

VBAT UP

+ve bat

G1 OK Signal f

G2 OK

Signal f

G1 /B

Feedba

G2 /B Feedba

RC Remote

IPTION

P3 ctor (or motorion ctor (or motori

mally opened zed CB G1 dis

zed CB G1 disd ctor (or motorion ctor (or motori

mally opened

P5

t transformer

t transformer

t transformer

t transformer

t transformer

t transformer

P7

l - G1 supply

- G1 supply

ed

- G1 supply

ed

– G1 supply

lt exists on G1 oty is absent in c

P1

tery supply

ttery supply

from Autostar

from Autostar

ack from G1 co

ack from G2 co

e control inpu

ized CB) G1 –

ized CB) G1 en

engage – nor

engage – nor

ized CB) G2 –

ized CB) G2 en

on line T – p2

on line T – p1

on line S – p2

on line S – p1

on line R – p2

on line R – p1

or G2 in case conase contactors a

rt of G1 (-ve)

rt of G2 (-ve)

ontactor (-ve)

ontactor (-ve)

ut (-ve)

CONNECTOR

20

ngage 21

rmally 22

rmally 23

24

ngage 25

CONNECTOR

2 32

33

2 34

35

2 36

37

CONNECTOR

44

45

46

47

48

49

ntactors are useare used for the

CONNECTOR

8

9

10

11

12

13

CG2 D.NC

Mc

CG2 D.NO

Mo

CM C

Cc

CM ENG

Ce

CM D.NC

Mn

CM D.NO

Mn

N MAIN

N

LINE TM

L

NOT USED N

LINE SM

L

NOT USED

N

LINE RM L

N G2

N

LINE TG2 L

NOT USED

N

LINE SG2

L

NOT USED N

LINE RG2

L

ed for the transfe transfer switch

CG F/B

F

CM F/B

F

ST.G1 C O

ST.G1 NO

O

ST.G2 C

O

ST.G2 NO O

PMotorized CB Gclosed Motorized CB Gopened Contactor (or mcommon Contactor (or mengage – normMotorized CB Mnormally closedMotorized CB Mnormally open

P

Neutral - Mains

Line T - Mains s

Not used

Line S - Mains s

Not used

Line R - Mains s

P

Neutral – G2 s

Line T – G2 sup

Not used

Line S – G2 sup

Not used

Line R – G2 sup

fer switch h

P

Feedback from

F/B M contacto

Output to start

Output to start

Output to start

Output to start

P4 G2 disengage

G2 disengage

motorized CB)

motorized CB)mally opened Mains disengad Mains disengaed

P6

s supply

supply

supply

supply

P8

upply

pply

pply

pply

P2

m G contactor

or (-ve)

t G1 - common

t G1 - normally

t G2 - common

t G2 - normally

e – normally

e – normally

Mains –

Mains

age –

age –

(-ve)

n

y opened

n

y opened

20

3.

SuMaStaDiOuACCTOpUsDaDi

IP

TECHNICA

upply voltage raximum supplandby supply gital inputs acutput relays raC inputs rangeT inputs rangeperating tempser access ata sampling rmensions

In AUTO m

AL SPECI

range ly current current

ctivation logic ating e (L-N) e perature

rate

mode with Main

FICATION

5 to19080

Low10A0 to0 to-30Mo1.2208IP2ou

s ON.

NS

o 33Vdc 0mA on 12VdmA on 12Vdcw (ground) A 250V ac1 o 280Vac o 5Amps

0 to 70C ode push butto2 samples/sec 8x160x40

20: once instaltdoors as long

dc – 95mA on c – 40mA on 2

on and four n

led in panel, ug as no direct s

24Vdc 24Vdc

avigation pus

unit is splash psunlight hits it

h buttons

proof and can t

be installed

3. TECHNISPECIFICAT

ICAL TIONS

21

4.

4.1

4.1

DRI

ThcoDe

Th

Se

4. FIUP

FIRMWARE

FIRMWAR

.1 INSTA

1. Plug in2. Turn o

VER SETU

he first OMEGomputer andevice Manag

he “SAS DEV”

elect “Search

IRMWARE PGRADE

E UPGRAD

RE UPGRA

ALLING T

n the USB caon power of UP FOR W

GA plugged choose prop

ger.

” device will a

automatical

E

DE USING

HE OMEGA

ble to the OMthe OMEGAINDOWS V

into the PC Uperties. The f

appear in Ot

ly for update

G PC

A USB DR

MEGA devic device. All thVISTA/WI

USB port mayfollowing win

ther Devices,

es driver softw

RIVER

e before turnhe LEDs on tN7

y not launchndow appea

, right-click it

ware”.

ning power othe front star

h an automatars. On the le

t and choose

on rt blinking.

tic start. In theft side of the

e Update Driv

his case, righte window, cl

ver Software

t-click my ick on

.

22

Se

Th

So

DRI

Ea

Se

lect "Install thi

he Driver SET

o, the driver o

VER SETU

ach time new

elect “Install t

is driver softw

TUP procedu

of any new O

UP FOR W

w OMEGA is

the software

ware anyway".

re will be do

OMEGA conn

INDOWS X

plugged into

automatical

one only once

nected to the

XP

o the PC USB

ly (Recomme

e For Windo

e PC USB por

B port, a “Fou

ended)” and

ws vista/Win

rt will be inst

und New Har

click next.

n7.

talled autom

rdware Wiza

atically.

ard” windoww appears.

4. FIRMWAUPGRAD

ARE E

23

Se

Th

4.1

4.1

Ru

Th

elect “Continu

he driver of th

.2 INSTA

In order tofollowed:

1. Run fil2. Setup 3. SAS_P

.3 FIRMW

un “SAS_PToo

he following

ue Anyway”.

he new OME

ALLING T

o upgrade fir

le “SAS_Patch the applicati

PTool will app

WARE UPG

ol” applicatio

window will

.

EGA connect

HE FIRMW

mware on si

h.exe” locateion located ipear in the p

RADE PRO

on.

l appear prom

ted to the PC

WARE UPG

te, a CD will

ed in “Omegan “Omega 12rograms list.

OCESS

mpting the u

C USB port w

RADE SO

be provided

a120_PTool\20_PTool\SA Send it to De

user that the

will be installe

FTWARE

d by S. & A. S.

\SAS_PTool” fAS_PTool \SAesktop as sho

OMEGA boa

ed automatic

. Ltd & the be

folder. AS_PTool_Setortcut.

ard is detecte

cally.

elow steps sh

tup” folder

ed on the US

hall be

SB port:

24

Cl

A

Cl

On

Th

ick Open to

Footnote wi

ick upgrade.

nce the upgr

hen the OME

choose the *

ill appear sho

The upgrad

rade is comp

EGA Firmwar

*.sas file that

owing the file

de progress is

plete, the foo

re upgraded

will be used

e name, the

s shown as b

otnote “Firmw

successfully

d to upgrade

software ver

below:

ware upgrad

and the OM

the firmware

rsion and its

ed successfu

MEGA will aut

e.

date:

ully” will appe

tomatically R

ear:

Restart.

4. FIRMWUPGRAD

WARE DE

25

FIRMWAR

.1 INSTA

order to upg

1. Search https://

.2 FIRMW

2. Run “SA

The below

3. Power o

4. Use a U

5. Turn O

RE UPGRA

ALLING T

grade the firm

for the appli/play.google

WARE UPG

AS_PTool” ap

w window ap

off the OMEG

USB cable to

MEGA on.

DE USING

HE SASPT

mware from

ication “SASP.com/store/s

RADE PRO

pplication fro

ppears showi

GA board

connect boa

G GOOGLE

TOOL FIR

your mobile

PTool” on Gosearch?q=SA

OCESS

om the mobil

ing all *.sas f

ard to the mo

PLAY ST

RMWARE AP

e, follow the

oogle play stoASPTool.

le.

files already s

obile.

TORE ON

PPLICATI

below steps:

ore and insta

saved.

SMART P

ION ON T

:

all it, or follow

HONE

HE MOBIL

w the link be

LE

low:

26

The follow

6. Click o

7. Click Ye

wing window

on the sas fil

es.

w will appear

e that you n

A its da

showing tha

need to dow

windate:

at a SAS Dev

wnload.

dow will appe

vice is now co

ear showing

onnected:

the file namme, its descripption and

4. FIRMWUPGRA

WARE ADE

27

On

The down

nce the dow

nload will sta

wnload is com

art:

mpleted, the mmessage “Fir

rmware dow

wnloaded succcessfully” will appear:

28

nect the USB

now process

o delete any ing multiple

B cable.

with normal

sas file from choices and

l operation.

the mobile li then click on

ist, press andn Remove fro

d hold on theom list:

e filename unntil a window

4. FIRMWUPGRA

WARE ADE

29

4.3 ONLINE

In order tomust be on

1. Run th2. Enter t3. A list o

4. Check5. To up

“Firmw

6. The us7. The be

FIRMWAR

o upgrade firnline & the b

he OMEGA Wthe usernam

of your OME

k Controller Vpgrade the Oware Upgrad

ser is promptelow window

E UPGRAD

mware remobelow steps s

Web applicatme and the co

GA controlle

Ver. and Eth. OMEGA, made” as shown

ted to enter aw appears if

DE

otely, the OMshall be follow

tion on our worrespondeners appears (s

Ver. of the Oake sure then in the imag

a password. the valid pas

MEGA must bwed:

website wwwnt password tsee the figur

OMEGA to see gensets are below.

This passwossword is ent

be connected

w.sascontrolleto access youe below).

ee if any upgre turned of

ord is providetered.

d to the inter

ers.com. ur already reg

grade is needff, and then

ed by S. & A. S

rnet and its s

gistered acco

ded. n click on th

S. Ltd.

tatus

ount.

he button

4. FIRMWAUPGRAD

ARE DE

30

4. FU

8. Undersoftwa

9. The EFirmwDoubl

10. Click “Doubl

11. The E

finishe

has sta

FIRMWARE PGRADE

r Update Coare to be upgEthernet firm

ware” check le check the “Start Firmwale check the

Ethernet firm

ed a green s

arted. During

ontroller Firmgraded. Doumware upgrbox and selfilename andare upgrade”description b

mware and

symbol () is

g Upgrade, t

mware, selecble check th

rade is optioect “Choosed its extensio” Button. A pbefore confirController f

s displayed i

he OMEGA w

ct “Choose Fe filename aonal. In case files” to chon (ICSP_OMpop-up windrming the stafirmware do

indicating th

will go Offlin

Files” buttonnd its extensse it's needehoose the Et

EGA*_onlinedow shows tart of the upgownload wil

hat the upgra

ne.

n to choose sion (*_onlineed, select ththernet softwe.sas). he descriptiograde procesl be started

ade process

the online e.sas).he “Update ware to be u

on of both Fss.

d consecutiv

on the OME

controller

Ethernet upgraded

irmwares.

vely, once

EGA itself

31

12. 13. 14. 15. 16. 17. 18. 19. 20. 21.

12. When showing t

the Ethernethe newest C

t/Controller Controller Ver

firmware upr. And Eth. V

grade is donVer. on the co

ne successfullontrol screen

ly, the OMEGn.

GA will go Online

4. FIRMWUPGRA

WARE ADE

32

5.

5.1

5. SDRET

SD CARD

In order & A. S. Ltd

1. Run fil2. Setup 3. “S. &A

DATA SA

1. With tOnly o

2. Open

3. A VirtuOtherwIf the p

4. Select

D CARD TRIEVAL

RETRIEV

to retrieve E & the below

le “Log_Retri the applicati

A. S - Log Retr

AMPLING

the OMEGA or G2-Only m

the Desktop

ual COM porwise, press thproblem pers

the port and

AL

Event or Timew steps shall b

eve_Utility_wion “Log_Retrieve Utility” w

AND RETR

powered onmode), establ

p Application

rt should apphe "Refresh" sists, conside

d enter the p

e logs from Obe followed:

windows.exetrieve_Utility_will appear in

RIEVAL

and set to olish a USB Co

.

pear as showbutton or try

er using anot

password.

OMGEA v1.2,

e”. _windows.exn the progra

one of the fouonnection be

wn in the figuy to re-pluginther PC USB p

, a desktop a

xe”. ms list. Send

ur operatingetween the O

ure below (On the USB cabport or repla

application w

it to Desktop

modes (AutOMEGA and

OMEGA 1.2 able.

acing the USB

will be provide

p as shortcut

to, Mains-On your PC.

t: COM#).

B Cable.

ed by S.

t.

ly or G1-

33

5. If the erequirButton

entered passed (Time Logn.

sword is validg or Event Lo

d, make sure og), then cho

the SD-CARDoose the Star

D is considerrt/End dates

red "Mountedand press th

d" and selecthe "Excel Shee

t the type et"

5. SDRETR

D CARD RIEVAL

34

5. SRET

6. Select

7. The recompl

8. Wait ufile at t

SD CARD TRIEVAL

the path and

etrieve proceleted percen

until the loadthe path spe

d name for t

ss should statage.

der disappearecified in step

he Excel file

art and the p

rs, at this stagp #5.

to be export

rogress will b

ge the progr

ted.

be indicated

ress is finishe

by an anima

d and you ca

ated loader w

an find the e

with the

exported

35

6.

. DIMENS

DIM

TYP

IONS & T

MENSIONS

PICAL WI

TYPICAL

S

IRING D

WIRING D

DIAGRAM

DIAGRAM

6. DIMENS& TYPICWIRINGDIAGRA

IONS CAL G AM

36

1

1

2

2

3

3

4

4

5

5

6

6

D D

C C

B B

A A

Scale Sheet

Size FCSM No. DWG No. Rev

B

ATS12a WiringS.&A.S. Ltd.Jieh [email protected]

1

1 of 5-

-

ATS12a WIRING DIAG:DC Input/Output

+VBAT-VBAT

(-) 5 to 35 V

GND

OMEGA v1.2a BoardST.G1

C

ST.G1

NO

Note 210 11

1 2

CG1-F/B CG2-F/BG1 OK G2 OK

CG1 CG2Note 1 Note 1

3 4 5 6

Remote Control CG-F/B CM-F/B

CMCG

7 8 9

Note 3

ATS12a.Sch

DC Inputs

* *

*

^~

Note 4

*^~

P

Not connected in MG installation

Not connected in GG installation

Connected only in MGG installation

Note 1: External contact supplied from the autostart of the genset: Contact closed: Genset is running & ready to supply the load (no need for

warm-up delay). Contact open: Genset has a fault or cannot supply the load.

Note 2: Should be connected to the remote control terminals of the autostart of the genset.

Contact closed: Genset should start (no need for response delay). Contact open: Genset should shutdown (no need for cooling delay).

Note 3: This pin can be used when the remote control (R.C.) is set to "Gensets Rdy" or "U Present".

Note 4: This input can be used as Remote Control when the installation type is set to GG installation and the R.C. is set to "v1.0 Compt."

ST.G2

C

ST.G2

NO

Note 212 13ST.G2*

37

1

1

2

2

3

3

4

4

5

5

6

6

D D

C C

B B

A A

Scale Sheet


B


1

2 of 5-

-

ATS12a WIRING DIAG:DC Input/Output with MCB/MCO

OMEGA v1.2a Board

GND

1 2

MCB/MCO-G1Note 1 Note 1

3 4 5 6

CM

7 9

MCB/MCO-G1 MCB/MCO-G2

8

MCB/MCO-G2 Note 3

ATS12a.Sch

DC Inputs with MCB/MCO

* * ^~

Note 4

* Not connected in MG installation


Connected only in MGG installation^~

+VBAT-VBAT

(-) 5 to 35 V

CG1-F/B CG2-F/BG1 OK G2 OK Remote Control CG-F/B CM-F/B

P

Note 1: External contact supplied from the autostart of the genset: Contact closed: Genset is running & ready to supply the load (no need for

warm-up delay). Contact open: Genset has a fault or cannot supply the load.

Note 2: Should be connected to the remote control terminals of the autostart of the genset.

Contact closed: Genset should start (no need for response delay). Contact open: Genset should shutdown (no need for cooling delay).

Note 3: This pin can be used when the remote control (R.C.) is set to "Gensets Rdy" or "U Present".

Note 4: This input can be used as Remote Control when the installation type is set to GG installation and the R.C. is set to "v1.0 Compt."

ST.G1

C

ST.G1

NO

Note 210 11 *ST.G2

C

ST.G2

NO

Note 212 13ST.G2*

38

1

1

2

2

3

3

4

4

5

5

6

6

D D

C C

B B

A A

Scale Sheet


B


1

3 of 5

ATS12a.Sch

-

-

ATS12a WIRING DIAG:AC Inputs

OMEGA v1.2a Board Line R

Line S

Line T

P1

P2

P1

P2

P1

P2

CTR - P1

CTR - P2

CTS - P1

CTS - P2

CTT - P1

CTT - P2

LINER G2

LINES G2

LINET G2

G2N

R S T NR S T N

G1G2

LINER G1

LINES G1

LINET G1

G1N

Current transformers installed on Load Side

Main Supply

MainN

N

LINET M

T

LINER M

R

LINES M

S

37 35 33 3243 41 39 3849 47 45 44

31

30

29

28

27

26

AC Inputs

* * * * ^ ^ ^ ^




39

1

1

2

2

3

3

4

4

5

5

6

6

D D

C C

B B

A A

Scale Sheet


B


1

4 of 5-

-

ATS12a WIRING DIAG:AC Outputs with Contactors

OMEGA v1.2a Board

Single line diagram

AC OUTPUTS with Contactors

FUSE

LINE R M

CM

NOTE 4

C

NOTE 3

CG

N Main

A1

A2

CM

CG2

NOTE 4

C

NOTE 3

CG1

NG2

A1

A2

CG2

CMEng

CMD.NO

CMD.NC

CG2Eng

CG2D.NO

CG2D.NC

G1 G2

LOAD

12

CG2

12

CG

12

CG1

12

CM

FUSE

LINE R G1

CG1

NOTE 4

C

NOTE 3

CG2

NG1

A1

A2

CG1

CG1Eng

CG1D.NO

CG1D.NC

FUSE

CM

NG

LINE R G

A1

A2

CG

(Taken from output of CG1 & CG2)

(Taken from output of CG1 & CG2)

FUSE

LINE R G2

22 14

23 25 24 15 17 16 19 21 20

18

NOTE 2 NOTE 1 NOTE 1

ATS12a.Sch

~ ^ *

*

^ ~

Note 1: Used as an alarm output if fault exists on G1 or G2 in case contactors are used for the transfer switch

Note 2: Used as an alarm output if utility is absent in case contactors are used for the transfer switch

Note 3: For use with motorized circuit breaker to engage it.

Note 4: For use with motorized circuit breaker to disengage it.

- This wiring diagram is for 4-poles contactors.- 3-poles contactors can be used if it is acceptable to connect the neutrals of the Mains, G1 & G2 together.




40

1

1

2

2

3

3

4

4

5

5

6

6

D D

C C

B B

A A

Scale Sheet


B


1

5 of 5-

-

ATS12a WIRING DIAG:AC Outputs with MCB/MCO

Single line diagram

AC OUTPUTS with MCB/MCO

G1 G2

LOAD

12

MCB/MCO-M

12

MCB/MCO-G1

12

MCB/MCO-G2

ATS12a.Sch

*^




N Main

MCB/MCO-G1

N G1

M

ENG

D.ENG

MCB/MCO-M

M

ENG

D.ENG

MCB/MCO-G1

MCB/MCO-G2

MCB/MCO-G2

MCB/MCO-M

OMEGA v1.2a Board

FUSE

LINE R M

CM

NOTE 4

C

NOTE 3

CG2

NOTE 4

C

NOTE 3

CMEng

CMD.NO

CMD.NC

CG2Eng

CG2D.NO

CG2D.NC

FUSE

LINE R G1

CG1

NOTE 4

C

NOTE 3

CG1Eng

CG1D.NO

CG1D.NC

FUSE

LINE R G2

22 14

23 25 24 15 17 16 19 21 20

18^ *

N G2

MCB/MCO-G1

MCB/MCO-M

M

ENG

D.ENG

MCB/MCO-G2

41

A

Automatic enstarting and sto

Automatic mainUser AcceDimensio

(WidthxHeightxPanel cut o

Number of PDigital OutpDigital InpAnalog Inp

Voltage MeasuFrequenc

MeasuremCurrent MeasuPower MeasurEnergy Measur

Run hours coOil run hours cOver / Under valarm and shut

Over / Undfrequency alar

shut dow

WHICH

Sma

ngine opping

ns failure ess 3ns xDepth)

7

out 6hases puts uts

puts urement cy ent rement

rement rement

ounter counter voltage t down der rm and

wn

GENERAT

rt Turbo v1.

— 3 Push Buttons

72x72x32 mm

68.5x68.5 mm 1 Phase

4 5 —

1 L-N

— — —

TOR CONT

.2 Smart

3 Push

72x72

68.5x1

1

TROLLER

GT v1.0

— h Buttons

2x32 mm

x68.5 mm Phase

4 5 2

1 L-N

IS RIGH

Surf LT

8 Push B

208x160x

184x1391phase/3

6 5 4

3 L-N,

HT FOR

T v1.0

Buttons

x32 mm

9 mm 3Phases 3L-L

YOU?

Surf 1.

5 Push Butt

196x144x33

182x137 m1phase/3Ph6(Optional

5 4

3 L-N, 3L

2c

tons

3 mm

mm hases 10)

L-L

42

L

Overload alarshut dow

Low oil pressurand shut do

High engitemperature ala

shut dowBattery ala

Dynamo fail alashut dow

Low coolant levand shut do

Low fuel alarmshut dow

Tank Empty alashut dow

Automatic shuon fault cond

Solid-state shorprotected ou

Galvanic isolatutility and Gen

inputs Oscillosco

Faults Logg

Sma

m and wn re alarm own ne arm and

wn arm arm and

wn vel alarm own m and

wn arm and

wn utdown dition rt circuit utputs tion for nset AC

pe

ging

rt Turbo v1.

—

—

—

—

—

.2 Smart

Up to

GT v1.0

—

—

—

o 10 faults

Surf LT

—

Up to 15

T v1.0

5 faults

Surf 1.

— if SD Card is p

Up to 100 faElse, Up to 15

2c

resent, aults

5 faults

43

EVENTS AND LOGGING

USB interfaCAN Module (

ProtocolEthernet MoRS485 (Mod

MicroSD CaSMS via GSM M

(RS232 InterOn-site Firmw

Upgrade

Remote OnFirmware Up

Sma

DATA G

ace (J1939 l)

odule dbus) ard

Module face) ware e

nline grade

rt Turbo v1.

—

—

— — —

—

—

.2 Smart GT v1.0

—

—

— — —

—

—

Surf LT

—

Optio

— Optio

—

—

—

T v1.0

onal

onal

Surf 1.

Available if SD present

OptionaOptionaOptiona

2c

Card is t

al al al

44

automatic transfer switch controller omega-ats… · 2.3.1 genset statuses ... sed as ats o al lcd...

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