Emerson PS48300-4 NetSure 701

8/21/2019 Emerson PS48300-4 NetSure 701

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NetSure 701 A61, NetSure 501 AC1 Power Supply System

User Manual

Version V1.2Revision date November 23, 2009BOM 31012128

Emerson Network Power rovides !"stomers wit# te!#ni!a$ s"ort. %sers ma& !onta!t t#e nearest

Emerson $o!a$ sa$es o''i!e or servi!e !enter.

(o&ri)#t * 2009 b& Emerson Network Power (o., +td.

$$ ri)#ts reserved. -#e !ontents in t#is do!"ment are s"be!t to !#an)e wit#o"t noti!e.

Emerson Network Power (o., +td.

ddress/ No.1 e'a Rd., !ien!e nd"str& Park, Nans#an 4istri!t 518056, #en7#en (#ina

omea)e/ www.emersonnetworkower.!om.!n

Emai$/ s"ort:emersonnetwork.!om.!n

mailto:[email protected]:[email protected]


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a'et& Pre!a"tions

-o red"!e t#e !#an!e o' a!!ident, $ease read t#e sa'et& re!a"tions ver& !are'"$$& be'ore oeration. -#e;(a"tion, Note,


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V. E4

Note

The static electricity generated by the human body will damage the static sensitive elements on %&s# such as large'scale

"s. &efore touching any plug'in board# %& or " chip# (SD wrist strap must be worn to prevent body static from

damaging the sensitive components. The other end of the (SD wrist strap must be well earthed.

V. #ort !ir!"it

During operation# never short the positive and negative poles of the D distribution unit of the power supply system or thenon'grounding pole and the earth. The power supply system is a constant'voltage D power device# short circuit will result

in e)uipment burning and endanger human safety.

(#e!k t#e o$arit& o' t#e !ab$e and !onne!tion termina$ w#en er'ormin) 4( $ive oerations.

s t#e oeration sa!e in t#e 4( distrib"tion "nit is ver& ti)#t, $ease !are'"$$& se$e!t t#e oeration sa!e.

Never wear a wat!#, bra!e$et, ban)$e, rin), or ot#er !ond"!tive obe!ts d"rin) oeration.

%se ins"$ated too$s.

n $ive oeration, kee t#e arm, wrist and #and tense, so t#at w#en t#e too$ in oeration s$is, t#e movement o'

t#e #"man bod& and too$ is red"!ed to a minim"m.

Batter&

&efore any operation on battery# read carefully the safety precautions for battery transportation and the correct battery

connection method.

Note

"f the power supply system does not connect with mains power for a long time# to prevent battery overdischarge# usersshould cut batteries off from the power supply system thoroughly# for e*ample# pulling out battery fuses or switching off

battery +&s. &efore putting the power supply system into operation# insert all the battery fuses or switch on all the battery

+&s.

Nonstandard oeration on t#e batter& wi$$ !a"se dan)er. n oeration, re!a"tions s#o"$d be taken to revent

batter& s#ort !ir!"it and over'$ow o' e$e!tro$&te. -#e over'$ow o' e$e!tro$&te wi$$ erode t#e meta$ obe!ts and

P(Bs, t#"s !a"sin) e="iment dama)e and s#ort !ir!"it o' P(Bs.

Be'ore an& oeration on batter&, a& attention to t#e 'o$$owin) oints/

1. Remove t#e wat!#, bra!e$et, ban)$e, rin), and ot#er meta$ obe!ts on t#e wrist.

2. %se se!ia$i7ed ins"$ated too$s.

3. %se e&e rote!tion devi!e, and take reventive meas"res.

>.


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++V4 nd B+V4-#e ower s"$& s&stem #as batter& $ow vo$ta)e dis!onne!tion ?B+V4@ '"n!tion and $oad $ow vo$ta)e

dis!onne!tion ?++V4@ '"n!tion. ++V4 means w#en t#e mains 'ai$s and batteries s"$& ower, t#e monitorin)

mod"$e !"ts t#e nonriorit& $oad o'' w#en t#e batter& vo$ta)e dros down to >>V. n t#is wa&, t#e batter&

remainin) !aa!it& !an s"stain t#e riorit& $oad $on)er. -#e ++V4 vo$ta)e is settab$e. Re'er to 4.7.2 Battery

Settings 'or settin) met#od.

B+V4 means w#en t#e mains 'ai$s and batteries s"$& ower, t#e monitorin) mod"$e !"ts t#e $oad o'' w#en t#e

batter& vo$ta)e dros down to >3.2V to revent overdis!#ar)e. -#e B+V4 vo$ta)e is settab$e. Re'er to 4.7.2

Battery Settings 'or settin) met#od.

++V4 and B+V4 are enab$ed be'ore de$iver&, w#i!# means t#at i' ower o"ta)e $asts 'or a $on) time or t#e

ower s"$& s&stem 'ai$s, t#ere mi)#t be ++V4 and B+V4. %sers s#o"$d !$assi'& t#e $oads and !onne!t t#e

nonriorit& $oads to ++V4 ro"tes, and !onne!t t#e riorit& $oads to B+V4 ro"tes. Aor vita$ $oads, "sers !an

disab$e B+V4 to ens"re re$iabi$it& o' t#e ower s"$&.

-#e met#od o' disab$in) B+V4 is/

et B+V4 Enab$eC arameter t#ro")# t#e monitorin) mod"$e to NC. Re'er to LVD parameters o' 4.7.2 Battery

Settings 'or t#e settin) met#od.

Note

The advantage of &,-D is protecting the batteries from over'discharge. The disadvantage of &,-D is that when the battery

voltage drops down to a certain value# all the loads including non'priority loads and priority loads/ will be cut off due to

battery disconnection.

The advantage of disabling &,-D is prolonging the power supply of priority loads. The disadvantage is that software

disabling cannot prevent unwanted power failure due to misoperation or power supply system failure.

Ot#ers. #ar obe!t

Warning

0hen moving e)uipment by hand# wear protective gloves to avoid injury by sharp object.

. Power !ab$e

Note

%lease verify the cable labels before connection.

. i)na$ !ab$es

Note

The signal cables should be routed at least 123mm away from power cables.


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(ontents(#ater 1 Overview....................................................................................................................................................... ....... 1

1.1 Mode$ 4es!rition................................................................................................................................................... 1

1.2 (omosition nd (on'i)"ration..............................................................................................................................1

1.3 Otions nd Otiona$ A"n!tions.............................................................................................................................D

1.3.1 Otiona$ (omonents.................................................................................................................................D

1.3.2 Otiona$ A"n!tions......................................................................................................................................6

1.3.3 Otions........................................................................................................................................................ 8

1.> Aeat"res...................................................................................................................................................... ......... .. 8

(#ater 2 nsta$$ation nstr"!tion..........................................................................................................................................9

2.1 a'et& Re)"$ations................................................................................................................................. .......... ...... 9

2.2 Prearation........................................................................................................................................................ ..... 9

2.3 Me!#ani!a$ nsta$$ation.........................................................................................................................................10

2.3.1 Aiin) -#e Power (abinet.........................................................................................................................10

2.3.2 nsta$$in) Re!ti'iers....................................................................................................................................13

2.> E$e!tri!a$ nsta$$ation.............................................................................................................................................1>

2.>.1 (onne!tin) Power (ab$es.........................................................................................................................1>

2.>.2 (onne!tin) i)na$ (ab$es.........................................................................................................................1D

(#ater 3 nsta$$ation -estin).............................................................................................................................................. 19

3.1 nsta$$ation (#e!k nd tart".............................................................................................................................19

3.2 Basi! ettin)s....................................................................................................................................................... 19

3.3 $arm (#e!k nd &stem Oeration tat"s (#e!k.............................................................................................. 20

3.> Aina$ tes............................................................................................................................................................21

(#ater > %se O' Monitorin) Mod"$e.................................................................................................................................22

>.1 Aront Pane$..................................................................................................................................................... ...... 22

>.2 Main +(4 Pa)es.................................................................................................................................. .......... ...... 22

>.2.1 &stem n'ormation Pa)e..........................................................................................................................22

>.2.2 Enter Password Pa)e...............................................................................................................................23

>.2.3 MNMEN% Pa)e.....................................................................................................................................23

>.2.> --% Pa)e.................................................................................................................................. ......... 2>

>.2.5 ettin)s Pa)e............................................................................................................................................2>

>.2.D Maintenan!e Pa)e....................................................................................................................................2>

>.2.6 Ener)& avin) Pa)e.................................................................................................................................25

>.2.8 Aast ettin)s Pa)e....................................................................................................................................25

>.3 F"er&in) &stem Main n'ormation......................................................................................................................25

>.> F"er&in) Re!ti'ier tat"s......................................................................................................................................26

>.5 F"er&in) $arms................................................................................................................................................... 26

>.5.1 F"er&in) !tive $arm............................................................................................................................... 26

>.5.2 F"er&in) istor& $arm.............................................................................................................................29


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>.D Maintenan!e................................................................................................................................................... ...... 29

>.6 ettin) &stem Parameters..................................................................................................................................30

>.6.1 $arm ettin)s...........................................................................................................................................30

>.6.2 Batter& ettin)s.........................................................................................................................................33

>.6.3 ( ettin)s.............................................................................................................................. ......... ........ 36

>.6.> 4( ettin)s...............................................................................................................................................38

>.6.5 Re!ti'ier ettin)s.......................................................................................................................................38

>.6.D &stem ettin)s........................................................................................................................................39

>.6.6 (omm"ni!ation ettin)s...........................................................................................................................>0

>.8 ettin) Ener)& avin)..........................................................................................................................................>0

>.9 Aast ettin)s.........................................................................................................................................................>1

(#ater 5 $arm and$in)................................................................................................................................................... >2

5.1 and$in) $arms........................................................................................................................................ ......... .. >2

5.2 and$in) Re!ti'ier Aa"$t........................................................................................................................................>3

5.3 and$in) Monitorin) Mod"$e Aa"$t........................................................................................................................>5

endi 1 -e!#ni!a$ 4ata..................................................................................................................................................>6

endi 2 En)ineerin) 4ia)ram................................................................................................................................. ...... 50

endi 3 Parameter ettin) O' -#e Monitorin) Mod"$e.................................................................................. ......... ...... 53

endi > Men" tr"!t"re O' -#e Monitorin) Mod"$e...................................................................................................... 56

endi 5 !#emati! 4ia)ram..........................................................................................................................................59

endi D


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(#ater 1 Overview 1

Capter 1 !"er"iew

-#is !#ater introd"!es mode$ des!rition, !omosition and !on'i)"ration, and 'eat"res o' Net"re 501 (1

?P>83D02H1800@ and Net"re 601 D1 ?P>8300>H2900@ ower s"$& s&stem ?abbreviated as s&stemC#ereina'ter@.

1.1 Mode$ 4es!rition

-akin) Net"re 501 (1 ?P>83D02H1800I1@ as an eam$e, t#e mode$ des!rition o' t#e ower s"$& s&stem is

)iven in Ai)"re 11.

3D0 1800P >8 H

Rated o"t"t !"rrent/ 3D0

Rated o"t"t ower o' t#e re!ti'ier/ 1800<

Rated o"t"t vo$ta)e/ >8V

Power s"$& s&stem

2

Version

Net"re 501 ( 1

Version

Re)ion. / siaPa!i'i! re)ion

-#e n"mber o' t#e re!t i'ier in t#e t&i!a$ ower s"$& s&stem/ 12. ' t#e n"mber ran)esbetween 0 J 9, t#e !#ara!ter is reresented b& a n"mber. ' t#e n"mber is $ar)er t#an

9, t#e !#ara!ter is reresented b& a $etter, 'or eam$e, reresents t#e n"mber 10, Breresents t#e n"mber 11, and so on

O"t"t ower o' t#e re!ti'ier. 501/ 1800<

Brand name o' t#e ower s"$& s&stem

I1

-&e

Figure 1.1 Model description

1.2 (omosition nd (on'i)"ration

Net"re 501 (1 ower s"$& s&stem in!$"des 'o"r mode$s/ P>83D02H1800I1, P>81802H1800ID, P>8180

2H180083D02H180083D02H1800.

Net"re 601 D1, Net"re 501 (1 Power "$& &stem %ser Man"a$


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2 (#ater 1 Overview

P(B board o'

t#e monitorin)

mod"$e

B+V4 M(B

Batter& M(B

++V4 M(B

( in"t M(B

Re!ti'ier

Batter&

!omartment

Figure 1.1 Appearance of S4!"#$%2&1!$$%'1 po(er supply system



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(#ater 1 Overview 3

++V4 M(B

( in"t M(B

Re!ti'ier

Batter& M(B

P(B board o'

t#e monitorin)

mod"$e

B+V4 M(B

Batter&

!omartment

Batter&

!omartment

$ate

Figure 1.2 Appearance of S4!1!$%2&1!$$%'# po(er supply system

++V4 M(B

( in"t M(B

P(B board o'

t#e monitorin)

mod"$e

B+V4 M(B

Batter& M(B

Re!ti'ier

Figure 1." Appearance of S4!1!$%2&1!$$%)# po(er supply system

-#e !on'i)"ration o' Net"re 501 (1 ower s"$& s&stem is $isted in -ab$e 11.

*a+le 1.2 ,onfiguration of -etSure $1 A,1 po(er supply system

tem

4es!rition

P>83D02H1800I1P>81802H1800ID or P>8180

2H180083D02H180081800

Otiona$ !on'i)"ration/ 2 ie!es J

D ie!estandard !on'i)"ration/ D ie!es

Mode$/ R>81800, R>81800 or

R>82000

Otiona$ !on'i)"ration/ 2 ie!es J

12 ie!es

tandard !on'i)"ration/ 12 ie!es

?two re!ti'ier s"bra!ks@ or D

ie!es?one re!ti'ier s"bra!k@



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> (#ater 1 Overview

tem

4es!rition

P>83D02H1800I1P>81802H1800ID or P>8180

2H180083D02H1800 B+V4 ro"tes/

2 1DH1P, 2 32H1P M(B

3 ++V4 ro"tes/

3 100H1P M(B

A$eib$e !on'i)"ration

Batter& ro"tes

Batter& M(B/

> 100H1P

Maim"m batter& !on'i)"ration/

> > ?12VH1D5#@ or > >

?12VH100#@

Batter& M(B/

> 100H1P


> > ?12VH1D5#@ or > >

?12VH100#@

Maim"m batter& M(B/

5 100H1P


> > ?12VH1D5#@ or 5 >

?12VH100#@

Otiona$ arts -wo temerat"re sensors -wo temerat"re sensors

-wo temerat"re sensors, #i)#

o#mi! distrib"tion "nit ?O4@, $ow

o#mi! distrib"tion "nit ?+O4@

Net"re 601 D1 ower s"$& s&stem in!$"des t#ree mode$s/ P>8300>H2900ID, P>8300>H29008300>H29008300>H2900


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(#ater 1 Overview 5

++V4 M(B

( in"t M(B

4"mm& $ate

Batter&

!omartment

Re!ti'ier

4( ositive b"sbar

B+V4 M(B

Batter& M(B

P(B board o'

t#e monitorin)

mod"$e

Figure 2.1 Appearance of S4!"$$%4&2/$$%'# po(er supply system

( in"t M(B

4"mm& $ate

4( ositive b"sbar

Re!ti'ier

Batter& M(B

P(B board o'

t#e monitorin)

mod"$e

B+V4 M(B ++V4 M(B

Figure 2.2 Appearance of S4!"$$%4&2/$$%)# po(er supply system

-#e !on'i)"ration o' Net"re 601 D1 ower s"$& s&stem is $isted in -ab$e 12.

*a+le 1." ,onfiguration of -etSure 7$1 A#1 po(er supply system

tem4es!rition

P>8300>H2900ID or P>8300>H29008300>H290082900% or R>83200

Otiona$ !on'i)"ration/ 2 ie!es J D ie!es

tandard !on'i)"ration/ D ie!es

Monitorin) mod"$e Mode$/ M520tandard !on'i)"ration/ 1 ie!e

Mode$/ M520tandard !on'i)"ration/ 1 ie!e



12/76

D (#ater 1 Overview

tem4es!rition

P>8300>H2900ID or P>8300>H29008300>H2900 > ?12VH1D5#@ or 5 > ?12VH100#@

Otiona$ arts -wo temerat"re sensors-wo temerat"re sensors, #i)#o#mi! distrib"tion

"nit ?O4@, $owo#mi! distrib"tion "nit ?+O4@

1.3 Otions nd Otiona$ A"n!tions

1.3.1 Otiona$ (omonents

#!D

4imensions ?"nit/ mm@/ 132.5 ?@ 58> ?0m resistor. Ea!# do"b$emod"$e M(B is series

!onne!ted to two >0m resistors at bot# termina$s, as s#own in Ai)"re 16 and Ai)"re 18.

Figure 1.1 0D front 3ie(

Ne)ative termina$

Positive termina$

Aront

Figure 1.2 0D top 3ie(



13/76

(#ater 1 Overview 6

$!D

4imensions ?"nit/ mm@/ 132.5 ?@ 58> ? batter& strin)s. ts aearan!e is s#own in Ai)"re 110.

Batter& sam$in)so!ket

$arm o"t"tso!ket

Power so!ket

Figure 1.1 Appearance of t5e +attery monitoring +o6

-#e 4P swit!#es


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8 (#ater 1 Overview

1.3.3 Otions

-#e inte)rated ower s"$& s&stem t#at #as batter& !omartments is de'ined as ML !abinet. -#e ower s"$&

s&stem t#at #as no batter& !omartments is de'ined as !abinet.

!abinet ma& !#oose a batter& !abinet as an otion. -#e mode$s and des!ritions o' t#e batter& !abinet are $isted in

-ab$e 13.

*a+le 1.1 Models and descriptions of t5e +attery ca+inet

Mode$ +a&er Batter& !aa!it& Batter& n"mber

P081D5(2 2 1D5# 8

P121D5(3 3 1D5# 12

P1D1D5(> > 1D5# 1D

P20100(5 5 100# 20

1.> Aeat"res

-#e re!ti'ier "ses t#e a!tive Power Aa!tor (omensation ?PA(@ te!#no$o)&, raisin) t#e ower 'a!tor to 0.99

-#e ower s"$& s&stem #as wide ( in"t vo$ta)e ran)e/ 90V J 290V

-#e re!ti'ier "ses so't swit!#in) te!#no$o)&, raisin) t#e e''i!ien!& to 91Q

-#e re!ti'ier #as "$tra$ow radiation.


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(#ater 2 nsta$$ation nstr"!tion 9

Capter * +nstallation +nstru'tion

-#is !#ater introd"!es insta$$ation and !ab$e !onne!tion. Be'ore insta$$ation, $ease read t#ro")# sa'et& re)"$ations,

and t#en 'o$$ow t#is instr"!tion to !arr& o"t t#e insta$$ation ste b& ste.

2.1 a'et& Re)"$ations

(ertain !omonents in t#is ower s&stem !arr& #a7ardo"s vo$ta)e and !"rrent. $wa&s 'o$$ow t#e instr"!tions be$ow/

1. On$& t#e ade="ate$& trained ersonne$ wit# satis'a!tor& know$ed)e o' t#e ower s&stem !an !arr& o"t t#e

insta$$ation. -#e most re!ent revision o' t#ese sa'et& r"$es and $o!a$ sa'et& r"$es in 'or!e s#a$$ be ad#ered to d"rin)

t#e insta$$ation.

2. $$ eterna$ !ir!"its t#at are be$ow >8V and !onne!ted to t#e ower s&stem m"st !om$& wit# t#e re="irements o'

E+V as de'ined in E( D0950.

3. Make s"re t#at t#e ower ?mains and batter&@ to t#e s&stem is !"t o'' be'ore an& oerations !an be !arried o"t

wit#in t#e s&stem !abinet.

>. -#e ower !abinets s#a$$ be ket $o!ked and $a!ed in a $o!ked room. -#e ke& keeer s#o"$d be t#e one

resonsib$e 'or t#e ower s&stem.

5. -#e wirin) o' t#e ower distrib"tion !ab$es s#o"$d be arran)ed !are'"$$& so t#at t#e !ab$es are ket awa& 'rom t#e

maintenan!e ersonne$.

2.2 Prearation

Unpa'ing inspe'tion

-#e e="iment s#o"$d be "na!ked and inse!ted a'ter it arrives at t#e insta$$ation site. -#e inse!tion s#a$$ be done

b& reresentatives o' bot# t#e "ser and Emerson Network Power (o., +td.-o inse!t t#e e="iment, &o" s#o"$d oen t#e a!kin) !ase, take o"t t#e a!kin) $ist and !#e!k a)ainst t#e a!kin)

$ist t#at t#e e="iment is !orre!t and !om$ete. Make s"re t#at t#e e="iment is de$ivered inta!t.

Ca&les

-#e !ab$e s#o"$d be se$e!ted in a!!ordan!e wit# re$evant ind"str& standards.

t is re!ommended to "se t#e RVV !ab$es as ( !ab$es. -#e !ab$e s#o"$d rea!# at $east L60( temerat"re

d"rabi$it&. e$e!t t#e ( !ab$e ( a!!ordin) to -ab$e 21.

*a+le 1.1 A, ca+le ,SA selection

(onne!tor e!i'i!ations ( !ab$e (

( in"t M(B 1 D3H>P, !ab$e termina$s, >!s 10mm2 J 35mm2

( in"t M(B 1 32H>P, !ab$e termina$s, >!s Dmm2 J 1Dmm2

( in"t M(B 1 100H1P or 1 100H2P, !ab$e termina$s, 1 J 2!s 1Dmm2 J 35mm2

( in"t termina$ %35H2P, !ab$e termina$s, 2!s 25mm2 J 35mm2

Note/


16/76

10 (#ater 2 nsta$$ation nstr"!tion

Batter& M(B rated

!"rrent

Ma. batter&

!"rrent

Min. !ab$e

(

Ma. !ab$e $en)t# ?a$$owab$e

vo$ta)e dro/ 0.5V@

Ma. !ab$e

(

Ma. !ab$e $en)t# ?vo$t dro/

0.5V, wit# ma. (@

125 125 25mm2 Dm 125 125

Note/

1. -#e se!s are a$i!ab$e at ambient temerat"re o' 25(. ' t#e temerat"re is too #i)#, t#e ( o' t#e !ab$e s#o"$d be

in!reased.

2. -#e batter& !ab$e s#o"$d rea!# at $east L90( #eat d"rabi$it&. t is re!ommended to "se do"b$eins"$ated !oer!ore '$ame

retardant !ab$e as batter& !ab$e

*a+le 1." Load ca+le ,SA selection

+oad ro"te rated

!"rrent

Ma. o"t"t

!"rrent

Min. !ab$e

(


0.5V, wit# min. (@Ma. !ab$e (


0.5V, wit# ma. (@

125 D3 25mm2 11m 50mm2 22m

100 50 25mm2 1>m 50mm2 28m

80 >0 25mm2 16m 50mm2 3>m

D3 32 1Dmm2 1>m 25mm2 22m

32 1D 1Dmm2 28m 25mm2 >>m

1D 10 Dmm2 1Dm 1Dmm2 >2m

10 5 Dmm2 32m 1Dmm2 8>m

Note/

-#e se!s are a$i!ab$e at ambient temerat"re o' 25(. ' t#e temerat"re is too #i)#, t#e ( o' t#e !ab$e s#o"$d be in!reased

-#e ( o' t#e s&stem eart# !ab$e s#o"$d be t#e same as t#at o' t#e $ar)est ower distrib"tion !ab$e and not $ess

t#an 35mm2. -#e eart# termina$ o' t#e eart# b"sbar is M10 bo$t.

2.3 Me!#ani!a$ nsta$$ation

2.3.1 Aiin) -#e Power (abinet

+nstallation to te groun)

&stem wit# batter& !omartments s#o"$d be insta$$ed to t#e !ement )ro"nd.

1. Mark t#e se!i'i! insta$$ation osition o' t#e !abinet4etermine t#e insta$$ation osition o' t#e ower !abinet in t#e e="iment room a!!ordin) to Ai)"re 21. -#e !abinet

!an be insta$$ed a)ainst t#e wa$$.

D00mm

D00mm

≥800mm

≥800mm

Aront (abinet

Figure 1.1 8uipment room layout

1- Note

"f the system fi*ed on a battery cabinet is installed against the wall# the installation se)uence should be as follows4 1. onnecting

cables5 6. %lacing the battery cabinet to the installation position# and fi*ing the battery cabinet5 7. "nstalling batteries.

2. nsta$$ eansion ie

!!ordin) to Ai)"re 22, mark t#e insta$$ation oints on t#e )ro"nd. %se t#e e$e!tri! dri$$ ?ai)"i$$e/ S1>@ to di) #o$es?det#/ 60mm@ at t#e marked oints. ($ean t#e dri$$ed #o$e o' d"st. P"t t#e eansion ie into t#e #o$e and kno!k it

in.



17/76


D 5

5 6 0

> 18

(abinet'ront

D00

>90

> 5 3

Figure 1.2 9nstallation dimensions unit: mm

3. Ai t#e !abinet

Move t#e !abinet to t#e insta$$ation osition. $i)n t#e insta$$ation #o$es on t#e insta$$ation arts wit# t#ose d") on t#e

ra!k. !rew t#e bo$ts down.

'ter insta$$ation, t#e !abinet s#o"$d stand 'irm$& no matter #ow it is s#aken.

+nstallation to te &attery 'a&inet

&stem wit# no batter& !omartments s#o"$d be insta$$ed to t#e batter& !abinet or to t#e wa$$.

*- Note

8or S cabinet configured with &A9:;


18/76


2. %se t#e 'iin) bo$ts to 'i t#e s&stem to t#e batter& !abinet, as s#own in Ai)"re 2>.

&stem

am$i'ied

Batter&

!abinet

Aiin) bo$t

Figure 1.2 9nstalling t5e system to t5e +attery ca+inet front 3ie(

+nstallation to te wall

-#e insta$$ation ro!ed"res are des!ribed as 'o$$ows/

1. Mark t#e insta$$ation oints on t#e wa$$. %se t#e e$e!tri! dri$$ ?ai)"i$$e/ S10@ to di) #o$es ?det#/ 55mm@ at t#e

marked oints. ($ean t#e dri$$ed #o$e o' d"st. P"t t#e eansion ie into t#e #o$e and kno!k it in.

2. %se bo$ts to 'i t#e insta$$ation assemb$& to t#e s&stem. %se $ain was#ers, srin) was#ers and n"ts to 'i t#e

s&stem to t#e wa$$, as s#own in Ai)"re 25 and Ai)"re 2D.

Figure 1.1 9nstalling t5e system to t5e (all a



19/76


Figure 1.2 9nstalling t5e system to t5e (all +

2.3.2 nsta$$in) Re!ti'iers

.- Note

1. "n the non'full'configuration# install the dummy plates at the empty slots.

6. 0hen installing the rectifier# hold the handle and push the rectifier to the slot gently# otherwise the slot may be damaged.

-#e ro!ed"res o' insta$$in) R>81800, R>81800 or R>82000 re!ti'iers are as 'o$$ows/

1. +oosen t#e 'iin) s!rew o' t#e #and$e wit# a P#i$$is s!rewdriver, and t#e ositionin) in wi$$ retra!t into t#e

re!ti'ier. -#e #and$e o' t#e re!ti'ier is s#own in Ai)"re 26.

把手 R>81800 固定螺钉

Aiin) bo$tand$e

Figure 1.1 0andle of t5e rectifier

2. P"t t#e re!ti'ier onto t#e )"ide rai$. P"s# t#e re!ti'ier !om$ete$& into t#e !abinet.

3. P"s# t#e #and$e into t#e 'ront ane$ to o o"t t#e ositionin) in and $o!k t#e re!ti'ier to t#e !abinet. Ai t#e 'iin)

s!rew o' t#e #and$e wit# a P#i$$is s!rewdriver. -#e mo"nted re!ti'iers are s#own in Ai)"re 28.

Re!ti'ier

Figure 1.2 Mounted rectifiers

-#e ro!ed"res o' insta$$in) R>82900% or R>83200 re!ti'iers are as 'o$$ows/

1. Press t#e #and$e o' t#e re!ti'ier, and t#e ositionin) in wi$$ retra!t into t#e re!ti'ier. -#e #and$e o' t#e re!ti'ier is

s#own in Ai)"re 29.



20/76

1> (#ater 2 nsta$$ation nstr"!tion

R>82900% and$e

Figure 1." 0andle of t5e rectifier

2. P"t t#e re!ti'ier onto t#e )"ide rai$. ee Ai)"re 2> 'or insta$$ation ositions.

3. P"s# t#e re!ti'ier !om$ete$& into t#e !abinet. P"s# t#e #and$e into t#e 'ront ane$ to o o"t t#e ositionin) in

and $o!k t#e re!ti'ier to t#e !abinet.

2.> E$e!tri!a$ nsta$$ation

2.>.1 (onne!tin) Power (ab$es

1. Switch off all +&s and fuses before the electrical connection.

6. !nly the )ualified personnel shall do the power cable connection.

Conne'ting eart 'a&le

(onne!t one end o' t#e eart# !ab$e to t#e eart# b"sbar o' t#e ma!#ine room, and t#e ot#er end to t#e eart# termina$

o' t#e s&stem. Aeed t#e !ab$es into t#e !abinet 'rom t#e to. -#e osition o' t#e eart# termina$ is s#own in Ai)"re 2

10.

am$i'ied

Figure 1.1 art5 terminal position



21/76


Conne'ting AC input 'a&les

(onne!t t#e ( in"t !ab$es to t#e ( in"t M(B or termina$s in t#e ( in"t area, as s#own in Ai)"re 211.

( in"t area

Figure 1.1 A, connection terminals

Conne'ting loa) 'a&les

(onne!t t#e ne)ative $oad !ab$e to t#e "er termina$ o' $oad M(Bs ?B+V4 M(Bs and ++V4 M(Bs@ or $oad '"ses.

(onne!t t#e ositive $oad !ab$e to t#e 4( ositive b"sbar, as s#own in Ai)"re 212.

++V4 M(B

B+V4 M(B

Batter& M(B

4( ositive b"sbar

Figure 1.1 D, connection terminals

Conne'ting &attery 'a&les

/- Note

1. The batteries may have dangerous current. &efore connecting battery cables# make sure that the battery +&s at the system

side and at the battery side are switched off. "f there are no battery +&s at the battery side# users should disconnect any one of

the connectors between battery cells to avoid live state of the system after installation.

6. &e careful not to reversely connect the battery. !therwise# both the battery and the system will be damaged>

7. 0hen users install batteries# batteries in the lowest layer should be installed firstly# and batteries in the most upper layer should

be installed lastly. 0hen users remove batteries# the batteries should be removed in a reverse order# to prevent turnover of the

cabinet.

1. (ab$e !onne!tion o' ML !abinet

-#e batter& !ab$es are !onne!ted at t#e 'a!tor&.


22/76

1D (#ater 2 nsta$$ation nstr"!tion

Ne)ative

batter& !ab$e

entr& #o$e

-o !over

Positive

batter& !ab$e

entr& #o$e

Figure 1.1 Battery ca+le entry 5ole

2.>.2 (onne!tin) i)na$ (ab$es

$$ t#e si)na$ !ab$es are !onne!ted to t#e P(B board o' t#e monitorin) mod"$e. -#e osition o' t#e P(B board is

s#own in Ai)"re 21>.

P(B board o'

t#e monitorin)

mod"$e

Figure 1.1 ,B +oard of t5e monitoring module

-#e inter'a!es are s#own in Ai)"re 215.

B

2

3 1

3 2

1

1 5

9D

4 1

T > 0 9T > 1 1

T > 3 3

T 3

T > 1 9

T > 1 6

T > 2 D

T > 1 2

T > 2 2

T > 1 8T > 0 3

T > 2 > T > 1 D

T > 2 1

T > 0 8 T > 0 6

T > 2 0T > 3 0

4 2

T > 0 2

T > 2 6

T > 0 >

Figure 1.2 9nterfaces of t5e monitoring module

-#e '"n!tions o' t#e inter'a!es are )iven in -ab$e 2>. (onne!t si)na$ !ab$es a!!ordin) to -ab$e 2>.



23/76


*a+le 1.2 Descriptions of interface and ca+le connection

-ermina$ 4e'inition (onne!tion des!rition

T>02 J T>0> Ei)#t dr& !onta!t o"t"ts (onne!ted to si)na$ !ab$es

T>33 Ao"r wet !onta!t in"ts (onne!ted to si)na$ !ab$es

T>16 Batter& temerat"re sensor termina$ (onne!ted to batter& temerat"re sensor

T>18 mbient temerat"re sensor

termina$(onne!ted to ambient temerat"re sensor

T>20 R232 ort (onne!ted to a modem or an "stream #ost

T>2D ++V4 norma$$&!$osed !onta!t

-#e ort #as been !onne!ted be'ore de$iver&.

wit!#in) on t#is ort )ets t#e ++V4 !onta!tor !ontro$$ed b& t#e monitorin)

mod"$e. Aor !ontro$ !ondition, re'er to 4.7.2Battery Settings

T>26 B+V4 norma$$&!$osed !onta!t

-#e ort #as been !onne!ted be'ore de$iver&.

wit!#in) on t#is ort )ets t#e B+V4 !onta!tor !ontro$$ed b& t#e monitorin)

mod"$e. Aor !ontro$ !ondition, re'er to 4.7.2Battery Settings

T>30 Providin) 12V ower to modem (onne!ted to t#e ower !ab$e o' t#e modem

Conne'ting temperature sensor 'a&le

-#e temerat"re sensor ?!ab$e@ is an otiona$ a!!essor&.

Oeratin) vo$ta)e/ 5V

Meas"rement ran)e/ 5( J 100(Meas"rement re!ision/ 2(

-#e insta$$ation ro!ed"res are des!ribed as 'o$$ows/

1. (onne!t t#e t#ree!ore $") o' t#e temerat"re sensor !ab$e to t#e T>16 or T>18 so!ket o' t#e monitorin) mod"$e.

2. P"t t#e temerat"re robe in t#e batter& room w#ere best reresents t#e ambient temerat"re o' t#e batter&. 4o

not !onne!t it to ot#er #eat)eneratin) e="iment.

Conne'ting )ry 'onta'ts

-#e monitorin) mod"$e rovides t#ree airs o' dr& !onta!ts, w#i!# are T>02 J T>0> dr& !onta!ts s#own in Ai)"re 2

15.

Pee$ one end o' t#e si)na$ !ab$e and insert it into t#e T>02 J T>0> so!kets. Aasten t#e !onne!tion b& ti)#tenin) t#e

s!rew on t#e termina$.

-#e '"n!tions o' T>02 J T>0> dr& !onta!ts are )iven in -ab$e 25.

*a+le 1.1 Dry contact functions

-ermina$ A"n!tion -ermina$ A"n!tion

T>02U1 ?4O1@ Mains 'ai$"re T>03U1H T>0>U1 ?4O5@ ++V4

T>02U2 ?4O2@ 4( overH "ndervo$ta)e T>03U2H T>0>U2 ?4OD@ Reserved

T>02U1H T>03U1 ?4O3@ Re!ti'ier 'ai$"re T>0>U1 ?4O6@ Reserved

T>02U2H T>03U2 ?4O>@ B+V4 T>0>U2 ?4O8@ Reserved

Note/

-#e above '"n!tions are de'a"$t settin)s. Io" !an !#an)e t#em t#ro")# t#e monitorin) mod"$e

Conne'ting %AU// &attery monitoring &o2 3optional4

B%>8H> batter& monitorin) bo is an otion. t #as been insta$$ed at t#e "er ri)#t side o' t#e re!ti'iers.

Aor !abinets, "sers s#o"$d !onne!t t#e B%>8H> batter& monitorin) bo a!!ordin) to t#e 'o$$owin) ro!ed"res/

1. Ro"te t#e si)na$ !ab$es o' t#e B%>8H> batter& monitorin) bo t#ro")# t#e batter& si)na$ !ab$e entr& #o$e o' t#e

batter& !abinet, as s#own in Ai)"re 21D.

Batter& si)na$

!ab$e entr& #o$e

Figure 1.1 Battery signal ca+le entry 5ole



24/76


2. Ai t#e s&stem to t#e batter& !abinet a!!ordin) to 9nstallation to t5e +attery ca+inet se!tion o' 2.".1Fi6ing *5e

o(er ,a+inet .

3. (onne!t t#e batter& si)na$ !ab$es to t#e midd$e o' t#e batter& strin) o' ea!# $a&er. Note t#at t#e !ab$e n"mber

s#o"$d a!!ord wit# n"mber o' t#e batter& strin).

Aor ML !abinet, t#e batter& si)na$ !ab$es #ave been ro"ted at 'a!tor&, "sers on$& need to !onne!t batter& si)na$

!ab$es to t#e midd$e o' t#e batter& strin) o' ea!# $a&er.

' t#e n"mber o' t#e batter& strin)s is sma$$er t#an 'o"r, t#e "no!!"ied bits o' 4P swit!#


25/76

(#ater 3 nsta$$ation -estin) 19

Capter . +nstallation esting

-#is !#ater introd"!es ro!ed"res o' insta$$ation testin). -#e !orresondin) sa'et& r"$es s#a$$ be ad#ered to in t#e

test.

3.1 nsta$$ation (#e!k nd tart"

Be'ore t#e test, in'orm t#e !#ie' man"'a!t"rer reresentative. On$& t#e trained e$e!tri!a$ en)ineer !an maintain and

oerate t#is e="iment. n oeration, t#e insta$$ation ersonne$ are not a$$owed to wear !ond"!tive obe!ts s"!# as

wat!#es, bra!e$ets, ban)$es and rin)s.

4"rin) oeration, arts o' t#is e="iment !arr& #a7ardo"s vo$ta)e. Misoeration !an res"$t in severe or 'ata$ in"ries

and roert& dama)e. Be'ore t#e test, !#e!k t#e e="iment to ens"re t#e roer eart#in). nsta$$ation !#e!k m"st be

done be'ore testin). -#en t#e batteries !an be !#ar)ed 'or t#e 'irst time.

Make s"re t#at t#e ( in"t M(Bs, batter& M(Bs and $oad M(Bs are swit!#ed o''. Make s"re t#at a$$ t#e devi!es are

roer$& insta$$ed.

+nstallation 'e'

(#e!k item O (omments(#e!k a$$ t#e '"se and !ab$es. re t#eir mode$s !orre!t

(#e!k t#e b"sbar !onne!tions, in"t and o"t"t !ab$e !onne!tion, and !onne!tion between t#e ower

s&stem and t#e s&stem )ro"ndin)

(#e!k i' t#e n"mber and !onne!tions o' t#e batteries are !orre!t. (#e!k t#e o$arit& o' t#e batter& strin)

wit# a vo$tmeter

Make s"re a$$ t#e !omm"ni!ation !ab$es and a$arm !ab$es are !onne!ted to t#e monitorin) mod"$e. (#e!k

t#at t#e temerat"re sensor, i' an&, #as been insta$$ed

Startup preparations

(#e!k item O (ommentsMake s"re t#at a$$ t#e M(B are swit!#ed o'' and a$$ t#e '"ses are removed

Meas"re t#e ( in"t vo$ta)e. Make s"re t#e in"t vo$ta)e is wit#in t#e a$$owab$e ran)e %minWUUUV(#e!k t#at t#e batter& strin) !ir!"it is not !$osed

(onne!t t#e dis!onne!ted batteries to t#e batter& strin) !ir!"it

Meas"re wit# a vo$tmeter a!ross t#e !onne!tion oints o' ea!# batter& and make s"re t#at t#e o$arit& is

ri)#t. Aor a $eada!id batter& wit# 2> !e$$s, t#e vo$tmeter s#o"$d read 2.0 J 2.1VH!e$$ or >8 J 51VHbatter&. '

t#e vo$ta)e o' !ertain !e$$ is $ower t#an 2.0V, t#at !e$$ m"st be re$a!ed

%minWUUUV

(#e!k wit# an o#mmeter t#at t#ere is no s#ort !ir!"it between t#e ositive ne)ative distrib"tion

b"sbars, or between t#e ositive ne)ative batter& o$es

?Note/ P"$$ o"t a$$ mod"$es be'ore t#e !#e!k and restore t#em a'ter t#e !#e!k@

Startup

(#e!k item O (omments

wit!# on t#e s&stem ( in"t M(B. nsert one re!ti'ier. -#e )reen +E4 on t#e re!ti'ier wi$$ be on and t#e'an wi$$ start r"nnin) a'ter a !ertain de$a&. -#e monitorin) mod"$e wi$$ s#ow t#at t#e ower s"$& vo$ta)e

is 53.5V

(#e!k t#e s&stem vo$ta)e and b"sbar o$arit& wit# a vo$tmeter. -#e vo$ta)e di''eren!e between t#e

meas"red va$"e and dis$a&ed va$"e s#o"$d be $ess t#an ! 0.3V

tart and sto ea!# re!ti'ier o' t#e s&stem b& insertin) and "n$"))in) t#e re!ti'ier. (#e!k t#eir o"t"t

vo$ta)es

3.2 Basi! ettin)s


26/76

20 (#ater 3 nsta$$ation -estin)

Enter t#e main men" → ettin)s ?assword/ 1@ → Batter& ettin)s → Batt. e$e!tion s"bmen". et t#e ModeC

arameter to Man"a$C. Ret"rn to t#e ettin)s men" to set t#e arameters in re$ative s"bmen"s. Aor detai$ed

monitorin) mod"$e arameter settin) met#od, see 4.7 Setting System arameters.

(#e!k item O (omments-#e s&stem mode$ #as been set !orre!t$& in 'a!tor& be'ore de$iver&, !#e!k t#at t#e settin) a)rees wit#

t#e a!t"a$ s&stem ?>8VHE-@

-#e batter& strin) n"mber set at t#e monitorin) mod"$e s#o"$d be t#e same as t#e n"mber a!t"a$$&

!onne!ted. ?B& de'a"$t/ >@

et t#e batter& !aa!it& a!!ordin) to t#e tota$ !aa!it& o' a$$ t#e batter& !onne!ted to t#e s&stem.

4e'a"$t/ 300#

(on'i)"re t#e temerat"re !oe''i!ient a!!ordin) to t#e batter& man"'a!t"rerCs re="irement. ettin)

ran)e/ 0 J 500mVH(. B& de'a"$t/ 62mVH(. ?i' no temerat"re sensor is insta$$ed, do not set t#is

arameter@

et t#e !#ar)e !"rrent $imit a!!ordin) to &o"r needs. ettin) ran)e/ 0.1 J 0.25(10. ?B& de'a"$t/ 0.1(10@

et t#e monitorin) mod"$e a!!ordin) to t#e vo$ta)e s"))ested b& t#e batter& s"$ier.

A$oatin) (#ar)e ?A(@ vo$ta)e ran)e/ >2V J Boost (#ar)e ?B(@ vo$ta)e. 4e'a"$t/ 53.5V.

B( vo$ta)e ran)e/ A( vo$ta)e J 58V. B& de'a"$t/ 5D.>V.

Aor batteries t#at do not need B(, set t#e B( vo$ta)e to A( vo$ta)e $"s 0.1V

Meas"re t#e batter& vo$ta)e wit# a m"$timeter and re!ord it. Enter Main men" → Maintenan!e

?assword/ 1@ → Re!t-rim s"bmen". et t#e o"t"t vo$ta)e o' t#e re!ti'ier to t#e va$"e o' t#e batter&

vo$ta)e. wit!# on t#e batter& M(B. et t#e o"t"t vo$ta)e o' t#e re!ti'ier to 53.5V

Enter t#e Batt. e$e!tion s"bmen". et t#e ModeC arameter to "toC

3.3 $arm (#e!k nd &stem Oeration tat"s (#e!k

Alarm 'e'

(#e!k t#at a$$ '"n!tiona$ "nits !an tri))er a$arms t#at !an be dis$a&ed on t#e monitorin) mod"$e.

(#e!k item O (ommentsP"$$ o"t one re!ti'ier. -#e Re!t N (om Aai$"reC a$arm s#o"$d be tri))ered. nsert t#e re!ti'ier in. -#e

a$arm s#o"$d disaear. Reeat t#e same ro!ed"res on ot#er re!ti'iers

wit!# o'' batter& M(B 1. -#e Batt1 Aai$"reC a$arm s#o"$d be tri))ered. wit!# on t#e M(B. -#e

a$arm s#o"$d be !$eared. Reeat t#e same on batter& M(B 2

wit!# o'' a $oad M(B !onne!ted to a $oad ro"te. -#e a$arm +oad A"se N Aai$"reC s#o"$d be

tri))ered. wit!# on t#e M(B, and t#e a$arm s#o"$d be !$eared. Reeat t#e same on t#e ot#er $oad

M(Bs

Remove a$$ t#e batter& M(Bs. ee on$& one re!ti'ier in oeration. -#ro")# t#e monitorin) mod"$e,

ad"st t#e re!ti'ier A( vo$ta)e to make it $ower t#an t#e a$arm oint. -#e a$arm 4( Vo$ta)e +owC

s#o"$d be tri))ered

ee t#e re!ti'iers in oeration. et t#ro")# t#e monitorin) mod"$e t#e batter& mana)ement

arameter to Man"a$C. Enter t#e maintenan!e men" at t#e monitorin) mod"$e. e$e!t 4is!onne!tC

and !on'irm it. -#e batter& rote!tion !onta!tor s#o"$d be oen, and t#e B+V4C a$arm s#o"$d be

dis$a&ed at t#e monitorin) mod"$e

P"$$ o"t t#e varistor o' t#e ( P4. -#e P4 'a"$tC a$arm s#o"$d be tri))ered. nsert t#e varistor, t#e

a$arm s#o"$d be !$eared

Note/ w#en t#e re!edin) a$arms are )enerated, t#e monitorin) mod"$e wi$$ )ive a$arms a'ter aroimate$& 3s. Re'er to 4.


27/76

(#ater 3 nsta$$ation -estin) 21

(#e!k item O (ommentsAor t#e s&stem !on'i)"red wit# temerat"re sensor, t#e monitorin) mod"$e s#o"$d be ab$e to dis$a&

t#e batter& ambient temerat"re. o$d t#e robe o' t#e temerat"re sensor wit# #and and wat!# t#e

monitorin) mod"$e, w#i!# s#o"$d di$a& t#e !#an)e o' temerat"re

3.> Aina$ tes

(#e!k item O (ommentsMake s"re t#at materia$s irre$evant to t#e e="iment #ave been a$$ removed

Ai$$ in t#e insta$$ation reort and #and it over to t#e "ser

Ai$$ in t#e arameter tab$e at t#e !abinet door

' an& de'e!t is 'o"nd in t#is e="iment, in'orm t#e ersonne$ resonsib$e 'or t#e !ontra!t.

' reairin) is needed, $ease 'i$$ in t#e A+%RE REPOR- and send t#e reort to)et#er wit# t#e de'e!tive "nit to t#e

reairin) !enter 'or 'a"$t ana$&sis.



28/76

22 (#ater > %se O' Monitorin) Mod"$e

Capter / Use !( Monitoring Mo)ule

-#is !#ater introd"!es t#e 'ront ane$ and '"n!tiona$ ke&s brie'$&, and eo"nds s!reen !ontents, a!!ess met#od,

s&stem !ontro$$in), in'ormation ="er&in) and arameter settin). 'ter t#e monitorin) mod"$e is owered on, t#e $an)"a)e se$e!tion s!reen wi$$ o ", and t#e monitorin) mod"$e is

initia$i7ed. -#e de'a"$t $an)"a)e is (#inese. 'ter t#e initia$i7ation, t#e 'irst s&stem in'ormation a)e wi$$ aear.

>.1 Aront Pane$

-#e 'ront ane$ o' t#e monitorin) mod"$e rovides ba!k$it +(4 dis$a&, '"n!tiona$ ke&ad, indi!ators and ositionin)

in, as s#own in Ai)"re 1.1.

E(

EN-

R"n indi!ator

$arm indi!ator

(riti!a$ a$arm indi!ator

A"n!tiona$ ke&s

+(4

Figure 1.1 Front panel of t5e monitoring module

4es!rition o' t#e indi!ators on t#e 'ront ane$ is )iven in -ab$e 1.2.

*a+le 1.2 Monitoring module indicator description

ndi!ator (o$or Norma$ state Aa"$t state Aa"$t !a"se

R"n indi!ator Green On O'' No oeration ower s"$&

$arm indi!ator Ie$$ow O'' On -#ere are observation a$arms

(riti!a$ a$arm indi!ator Red O'' On -#ere are maor or !riti!a$ a$arms

-#e monitorin) mod"$e "ses a 128 D> +(4, and a ke&ad wit# si ke&s ?$isted in -ab$e 1.3@. -#e inter'a!e $an)"a)eis (#ineseHEn)$is# otiona$.

*a+le 1." Description of monitoring module ;eypad

e& A"n!tion

E( Ret"rn to t#e "er $eve$ men". .2 Main +(4 Pa)es

-#e 'o$$owin) +(4 a)es wi$$ be re'erred to in t#is !#ater 'or man& times. -#is se!tion is a !entra$i7ed introd"!tion to

t#e !ontents and a!!essin) met#ods o' t#ese +(4 a)es.

>.2.1 &stem n'ormation Pa)e


29/76

(#ater > %se O' Monitorin) Mod"$e 23

2009323

53.5V 125

A$oat

Norma$ "to

Figure 1.1 First system information page

1. 'ter initia$i7ation, t#e 'irst s&stem in'ormation a)e aears.

2. t t#e Main Men" a)e, ress E( to ret"rn to t#e 'irst s&stem in'ormation a)e.

3. ' no oeration is !ond"!ted on t#e monitorin) mod"$e ke&ad 'or 8 min"tes, t#e +(4 wi$$ ret"rn to t#e 'irst s&stem

in'ormation a)e. -#e time o' t#at ret"rn wi$$ be re!orded a"tomati!a$$&, and !an be ="eried t#ro")# t#e #ost.

>. t an& s&stem in'ormation a)e, ress E( to dis$a& t#e seria$ No. o' t#e monitorin) mod"$e, t#e so'tware version

and r"ntime.

5. t t#e s&stem in'ormation a)e, ress and #o$d t#e E( and EN- at t#e same time 'or severa$ se!onds, t#e

monitorin) mod"$e wi$$ be reset and restart.

>.2.2 Enter Password Pa)e

4"rin) t#e oeration, t#e s&stem wi$$ romt &o" to enter assword, as s#own in Ai)"re 1.1. On$& t#e !orre!t

assword wi$$ a$$ow &o" to enter t#e a)e &o" need.

+o)in/

Password/

Figure 1.1 ,onfirming pass(ord page

1. -o in"t t#e assword, "se X or Y to modi'& n"mbers, and "se Z or [ to move t#e !"rsor. 'ter t#e in"t, ress

EN- to !on'irm.

2. ' t#e assword is in!orre!t, t#e s&stem wi$$ romt Password in!orre!tC.

3. Press E( to ret"rn to MNMEN% a)e.

>. -#e s&stem #as t#ree di''erent assword $eve$s/ "ser $eve$ ?de'a"$t/ 1@, en)ineer $eve$ ?de'a"$t/ 2@ and administrator

$eve$ ?de'a"$t/ D>0265@.

On!e &o" enter t#e !orre!t assword, &o" never need to enter t#e assword a)ain d"rin) t#e oeration. page

1. t an& s&stem in'ormation a)e, ress EN- to enter t#e MNMEN% a)e.

2. t an& s"bmen" o' t#e MNMEN% a)e, ress E( reeated$& to ret"rn to t#e #i)#er$eve$ men", and "$timate$&to t#e MNMEN% a)e.



30/76

2> (#ater > %se O' Monitorin) Mod"$e

>.2.> --% Pa)e

-#e --% a)e is a s"bmen" o' t#e Main Men". t !ontains t#ree s"bmen"s, in!$"din) Re!ti'iers, !tive $arm

and istor& $arm, as s#own in Ai)"re 1.1.

--%

Re!ti'iers

!tive $arm

istor& $arm

Figure 1.1 S*A*>S page

1. t t#e MNMEN% a)e, ress X or Y to se$e!t t#e --% men", and ress EN- to !on'irm.

2. t an& s"bmen" o' t#e --% a)e, ress E( reeated$& to ret"rn to t#e #i)#er$eve$ men", and "$timate$& to

--% a)e.

>.2.5 ettin)s Pa)e

4is$a&ed in two a)es, t#e ettin)s a)e is a s"bmen" o' t#e MNMEN%. t is "sed to set s&stem arameters.

n"t t#e !orre!t assword to enter t#e ettin)s a)e, as s#own in Ai)"re 1.1.

ettin)s

$arm ettin)

Bat. ettin)s

( ettin)s

4( ettin)s

Re!t ettin)s

&s ettin)s

(omm ettin)s

Figure 1.1 Settings page

1. t t#e MNMEN% a)e, ress X or Y to se$e!t t#e ettin)s men", and ress EN- to !on'irm. &stem wi$$ t#en

romt &o" to in"t t#e assword.

2. n"t t#e !orre!t assword and ress EN- to enter t#e ettin)s a)e. Press X or Y to s!ro$$ to t#e oeration a)e

&o" need.

%sers wit# di''erent assword $eve$ #ave di''erent a"t#orities. ee -ab$e 1.2.

*a+le 1.2 Different pass(ord le3els and rele3ant different aut5orities

+eve$ "t#orit& 4e'a"$t assword

%ser (on'i)"ration o' )enera$ arameters 1

En)ineer %serCs a"t#orit&, $"s resettin) s&stem, resettin) assword and modi'&in) s&stem t&e 2

dministrator En)ineerCs a"t#orit&, $"s modi'&in) assword o' a$$ $eve$s, !ontro$in) a$arm vo$"me,

browsin) s&stem arameters !on'i)"red b& #ostD>0265

On!e &o" enter t#e !orre!t assword, &o" never need to enter t#e assword a)ain d"rin) t#e oeration.


31/76


1. t t#e MNMEN% a)e, ress X or Y to se$e!t t#e Maintenan!e men", and ress EN- to !on'irm. -#e s&stem

wi$$ romt &o" to in"t t#e assword w#en t#e batter& mana)ement mode is set to Man"a$ ?see 4.7.2Battery

Settings@.

2. n"t t#e !orre!t assword and ress EN- to enter t#e Maintenan!e a)e. Press X or Y to s!ro$$ to t#e oeration

a)e &o" need.

>.2.6 Ener)& avin) Pa)e

-#e Ener)& avin) a)e is a s"bmen" o' t#e MNMEN%, as s#own in Ai)"re 1.1. t is "sed to ener)& re$evant

arameters.

ave Enab$e/ N

(&! Period/ 1D8#

Re!t 8VHE-

(aa!it&/ D00#

Figure 1.1 Fast Settings page

1. t t#e MNMEN% a)e, ress X or Y to se$e!t Aast ettin)s, and ress EN- to !on'irm. -#e s&stem wi$$ romt

&o" to in"t t#e assword.

2. n"t t#e !orre!t assword and ress EN- to enter t#e Aast ettin)s a)e. Press X or Y to se$e!t t#e arameters

&o" need.

>.3 F"er&in) &stem Main n'ormation

DC, system operation state, &attery state an) energy management mo)e in(ormation-

t an& s&stem in'ormation a)e, ress X or Y reeated$& to se$e!t t#e 'irst s&stem in'ormation a)e. t ot#er a)es,

ress E( reeated$& to ret"rn to t#e 'irst s&stem in'ormation a)e. 4( vo$ta)e and !"rrent, s&stem oeration state,

batter& state and batter& mana)ement mode are dis$a&ed in t#e 'irst s&stem in'ormation a)e, as s#own in Ai)"re

1.1.

2009323

53.5V 125

A$oat

Norma$ "to

Figure 1.1 First system information page

-#e date and time are dis$a&ed at t#e interva$ o' 2s. &stem oeration state !ontains No $arm and $arm. Batter&

mana)ement mode in!$"des "to and Man"a$. Batter& state in!$"des A$oat !#ar)e, -em (om, Boost !#ar)e, (&!$i!

Boost, Batt. -est, #ort-est and -ime-est.



32/76

2D (#ater > %se O' Monitorin) Mod"$e

Sa"e state, re'ti(ier output power an) Cy' %C A(ter in(ormation

t t#e ( in'ormation a)e, ress Y to enter t#e 'o$$owin) a)e. -#e s&stem wi$$ dis$a& t#e ave tat, &s %sed

and (&! B( 'ter in'ormation, as s#own in Ai)"re 1.1.

ave tat/ I

&s %sed/ 80.0Q

(&! B( 'ter/2>00#

Figure 1.1 Sys >sed and ,yc B, After information page

-#e 'irst $ine dis$a&s t#e save state. -#e se!ond $ine dis$a&s t#e er!enta)e between t#e o"t"t ower and rated

ower o' t#e re!ti'ier. -#e $ower $ine dis$a&s t#e B( romt in'ormation, t#e& wi$$ be di''erent 'or di''erent states o'

t#e s&stem, in!$"din)/

1. Promt t#e time o' t#e net (&!$i! B( a!!ordin) to t#e batter& state.

2. ' B( is )oin) on or ro#ibited, C wi$$ be romted.

%attery in(ormation

t t#e 'irst s&stem in'ormation a)e, ress Y to ="er& t#e batter& in'ormation, as s#own in Ai)"re 1.1.

Batt1/ 0

Remain/ 100Q

Batt2/ 0

Remain/ 100Q

Figure 1.1 Battery information page

s s#own in t#e re!edin) a)e, t#e& reresent rese!tive$& t#e !"rrent o' t#e batter& t#at batter& s#"nt 1 and s#"nt

2 is !onne!ted to. Be!a"se t#e #"nt (oe'' o' batter& )ro" is set to No, t#e batter& in'ormation a)e is not

!onne!ted and no a!t"a$ !aa!it& wi$$ be dis$a&ed.

-#e remainin) batter& !aa!it& !an be dis$a&ed in t#e mode o' er!enta)e, remainin) # or remainin) time. -#e

de'a"$t is t#e er!enta)e.

AC in(ormation

t t#e batter& in'ormation a)e, ress Y to dis$a& ( in'ormation a)e, as s#own in t#e 'o$$owin) a)e. -#e s&stem

wi$$ dis$a& ( vo$ta)e o' t#e , B and ( #ases, as s#own in Ai)"re 1.1.

( 1 Vo$t

P#ase / 0V

P#ase B/ 0V

P#ase (/ 0V

( 2 Vo$t

P#ase / 0V

P#ase B/ 0V

P#ase (/ 0V

Figure 1.1 A, information page

System temperature in(ormation

t t#e &s %sed a)e, ress Y to enter t#e s&stem temerat"re in'ormation a)e. ' a temerat"re sensor is

!on'i)"red, t#e s&stem wi$$ dis$a& a a)e on Bat. -em and mb. -em, as s#own in Ai)"re 1.1.

Bat.-em/

25℃

mb.-em/

50℃

Figure 1.1 Bat. *emp and Am+. *emp page

' t#e temerat"re sensor is not !onne!ted or is 'a"$t&, t#e s&stem wi$$ romt C. Meanw#i$e, a$arm in'ormation a)e

wi$$ dis$a& -emerat"re sensor not !onne!ted or -emerat"re sensor 'ai$"res. ' t#e monitorin) mod"$e bans B( and

no temerat"re sensor is !on'i)"red, t#is a)e wi$$ not be dis$a&ed.



33/76


>.> F"er&in) Re!ti'ier tat"s

5- Note

"f the monitoring module has not detected rectifiers# you cannot )uery the rectifier information.

-#e re!ti'ier in'ormation in!$"des t#e re!ti'ier seria$ No., vo$ta)e, !"rrent, !"rrent $imit, ( in"t vo$ta)e, mainssit"ation, re!ti'ier ower $imit and temerat"re ower $imit.

t t#e --% a)e ?see >.2.> 1Ai)"re 1.1@, ress X or Y to se$e!t t#e Re!ti'iers s"bmen", as s#own in Ai)"re

1.1. Press EN- to !on'irm.

Re!t 1/

4/ 010D060058>

O"t Vo$t/ 53.5V

O"t ("rr/ 38.5

("rr +imit/ 110Q

n Vo$t/ 220V

( tate/ On

4( tate/ On

( 4erated/ N

-em 4erated/ I

Figure 1.1 =ectifier information page

-#e in'ormation o' ever& re!ti'ier is dis$a&ed in t#ree a)es. Press [ to s!ro$$ to t#e net a)e, or Z to ret"rn to t#e

$ast.

t most 2> ie!es o' re!ti'ier in'ormation !an be dis$a&ed. .5 F"er&in) $arms

Io" !an ="er& #istori!a$ a$arms and a!tive a$arms t#ro")# t#e +(4 o' t#e monitorin) mod"$e.

>.5.1 F"er&in) !tive $arm

/26/50

Man"a$ Mode

Observation

Figure 1.1 Acti3e alarm page

-#e re!edin) a)e in!$"des a$arm seria$ No., a$arm name, a$arm $eve$ and time. -#e a$arm raisin) time determines

t#e se="en!e it is dis$a&ed, wit# t#e $atest a$arm dis$a&ed 'irst. %se X or Y to view a$$ a!tive a$arms.


34/76


*a+le 1.2 Acti3e alarm

No. $arm t&e $arm 4es!rition

1

Re!ti'ier

Re!t ( Aai$

Press [ to browse t#e 'a"$t re!ti'ier seria$ No.

2 Re!t Over tem

3 Re!t Aa"$t

> Re!t Prote!t

5 Re!t Aan Aai$s

D Re!t 4erated

6 Re!t Not Resond

8 Re!ti'ier +ost

9 M"$tiRe!t $armPress [ to !on'irm t#e a$arms. ' &es, t#e inter'ered re!ti'iers are red"!ed, &o"

!an !$ear t#is a$arm man"a$$&

1

(

( P4 Aa"$t ( P4 'a"$t is t#e a$arm o' 4i)ita$ 1

2 4i)ita$ $arm

3 ( i)#

> ( +O<

5 ( P Aai$

D Mains Aai$"re

1

4(

4( Vo$t i)#L , 4(

Vo$t i)#

2 4( Vo$t +ow

3 4( Vo$t +ow

> Batt Over tem

5Batt -em i)#

$arm

DBatt -em +ow

$arm

6 mbient -em

i)# $arm

8 mbient -em +ow

$arm

9 -1 No Probe

10 -2 No Probe

11 ensor 1 Aa"$t

12 ensor 2 Aa"$t

13 +V4

1> B+V4

15 +oad A"se $arm 1 1D +oad A"se $arm 2

16 +oad A"se $arm 3

18 +oad A"se $arm >

19 +oad A"se $arm 5

20 +oad A"se $arm D

21 +oad A"se $arm 6

22 +oad A"se $arm 8

23 +oad A"se $arm 9

2> " +oad Aai$s

25 Batt A"se $arm 1

2D Batt A"se $arm 2

26 Batt A"se $arm 3

28 Batt A"se $arm >

29 Batt 1 ("rr i)#

1

Batter&

mana)ement

Non A$oat tat"s

2 Batt 4is!#ar)e

3 +oad s#are $arm

> Batt -est Aai$Press [ to romt &o" to !$ear t#is a$arm

5 #ort -est Aai$

D ave Power

6 ave Power Aa"$t

1

Monitorin)

se$'dete!t

e$'4ete!t Aai$

2 Man"a$ Mode

3 Vo$t 4is!rean!&

> Maintain $arm

5 $arm B$o!k

>.5.2 F"er&in) istor& $arm

1. t t#e --% a)e ?see >.2.> 1Ai)"re 1.1@, ress X or Y to se$e!t istor& $arm men". Press EN- to !on'irm.

1@ ' t#ere is no #istor& a$arm, t#e s&stem !annot enter t#e $ower $eve$ men".



35/76


2@ ' t#ere is #istor& a$arm, t#e dis$a& wi$$ be $ike t#e a)e s#own in Ai)"re 1.1.

199 420D600058>

061213 16/30/05

Re!t1 Aa"$t

061213 1>/26/50

Figure 1.1 0istory alarm page

' t#e a$arm is a re!ti'ier re$ated a$arm, t#e 'irst $ine in Ai)"re 1.1 wi$$ dis$a& t#e $atter 10 n"mber o' t#e re!ti'ier 4.

-#e #istor& a$arms o' t#e monitorin) mod"$e are stored in !&!$i! order. % to 200 a$arms wi$$ be re!orded. bove t#at,

t#e ear$iest a$arm wi$$ be !$eared a"tomati!a$$&.

2. %se X or Y to view ot#er #istor& a$arms.

3. t an& istor& $arm a)e, ress E( reeated$& to ret"rn to t#e 'irst s&stem in'ormation a)e.

>.D Maintenan!e

6- Note

&e careful> &,-D operations may result in power interruption.

1. t t#e batter& basi! arameter settin) a)e ?see >.6.2 1Ai)"re 1.2@, !#an)e t#e batter& mana)ement mode 'rom

"to to Man"a$. Press EN- to !on'irm. Aor t#e detai$ed ro!ed"res, see Basi! arameters in 4.7.2Battery Settings.

2. t t#e MNMEN% a)e, ress X or Y to se$e!t t#e Maintenan!e men". Press EN- and t#e s&stem wi$$ romt

&o" to enter t#e assword.

3. n"t t#e assword and ress EN- to enter t#e Maintenan!e a)e, as s#own in Ai)"re 1.1.

Maintenan!e

tart/ A(

Batt/ Re(onne!t

+oad/ 4is(onn

Re!t-rim/ 53.5V

Re!t+imit/ 121Q

Re!t 1/ 4( On

Re!t 1/ ( On

Re!t 1/ Reset

Figure 1.1 Maintenance page

>. %se Z or [ to se$e!t t#e needed a!tion. 'ter t#e in"t, ress EN- to !on'irm or E( to !an!e$.

1@ tart/ -#e otions in!$"de A(, B( and -est. Press Z or [ to se$e!t t#e needed a!tion. ' t#ere is ( ower o''

a$arm, or t#e b"sbar vo$ta)e is too $ow, t#e B( and batter& test !ontro$ wi$$ not be ee!"ted b& t#e s&stem. No batter&

test !ontro$ !an be !ond"!ted w#en t#e re!ti'ier !omm"ni!ation is interr"ted. Aina$$&, a'ter t#e batter& test, t#e

batter& mana)ement mode wi$$ be !#an)ed 'rom Man"a$ to "to a"tomati!a$$&.

2@ Batter&/ -#e otions in!$"de Re!onne!t and 4is!onne!t. ' t#ere is a batter& a$arm, t#e batter& oerations wi$$ be

inva$id.

3@ +oad/ -#e otions in!$"de Re!onne!t and 4is!onne!t.>@ Re!t-rim/ Ran)e/ >2V J 58V. ' t#e va$"e o' t#is arameter !annot e!eed t#e overvo$ta)e a$arm oint, ot#erwise,

t#e arameter wi$$ be inva$id.

5@ Re!t+imit/ Ran)e/ 10Q J 121Q.

D@ Re!t N/ -#e maintenan!e oerations over a sin)$e re!ti'ier in!$"de/ 4( ONHOAA, ( ONHOAA and Reset.

-#e Oeration met#od/

1@ %se X or Y to se$e!t t#e re!ti'ier arameter, and Z or [ to !#an)e t#e re!ti'ier seria$ No. -#en ress EN- to

!on'irm. -#e bottom $ine o' t#e a)e dis$a&s t#e re!ti'ier 4.

2@ %se X or Y to move t#e !"rsor to t#e maintenan!e oeration area ?t#at is 4( On in Ai)"re 1.1@, and Z or [ to

se$e!t t#e va$"e.

' t#e re!ti'ier vo$ta)e is too #i)#, &o" !an se$e!t Reset to restore t#e o"t"t vo$ta)e o' t#at re!ti'ier to norma$.5. Press E( to ret"rn to t#e MNMEN% a)e and !#an)e t#e batter& mana)ement mode 'rom Man"a$ to "to. nd

t#en ress E( to ret"rn to t#e s&stem in'ormation a)e.



36/76


>.6 ettin) &stem Parameters

-#e s&stem arameters are divided into seven kinds/ a$arm, batter&, (, 4(, re!ti'ier, s&stem and !omm"ni!ation

arameters.


37/76


-#e a$arm de'a"$t va$"e o' t#e monitorin) mod"$e is $isted in -ab$e 1.2.

*a+le 1.2 Alarm setting parameter description

No. $arm 4es!rition $arm $eve$Re$ated

re$a&

Re$ated

arameter

1 P4 Aa"$t P4 'ai$"re Maor None

2 4

4e'ined t#e a$arm name b& "ser, at most 10 $etters. n

t#is s&stem, ei)#t 4s !an be de'ined. mon) w#i!#, t#e

'irst 4 is de'ined as P4 Aa"$t, t#e remained seven 4

!an be de'ined 'ree$&

No a$arm

None

3 ( Vo$ta)e i)# ( in"t vo$ta)e #i)#er t#an t#e settin) o' ( in"t over

vo$ta)e a$arm ointCMaor

None Over

vo$ta)e

a$arm

> ( Vo$ta)e +ow ( in"t vo$ta)e $ower t#an t#e settin) o' ( in"t

"nder vo$ta)e a$arm ointCMaor

None +ow vo$ta)e

a$arm

5 Mains Aai$"re $$ t#e ( in"t vo$ta)es 'rom t#e re!ti'ier are $ess t#an

80V(riti!a$

1

D 4( Vo$t i)#4( o"t"t vo$ta)e #i)#er t#an t#e settin) o' 4( o"t"t

over vo$ta)e a$arm ointCMaor

2 Over

vo$ta)e

a$arm

6 4( Vo$t +ow4( o"t"t vo$ta)e $ower t#an t#e settin) o' 4( o"t"t

$ow vo$ta)e a$arm ointCMaor

2 +ow vo$ta)e

a$arm

8 4( Vo$t %nder 4( o"t"t vo$ta)e $ower t#an t#e settin) o' 4( o"t"t

"nder vo$ta)e a$arm ointCNo a$arm

None %nder

vo$ta)e

a$arm

9 Batt Over -em Batter& temerat"re #i)#er t#an t#e settin) o' -em (riti!a$None Over -em

a$arm oint

10Batt -em i)#

$armBatter& temerat"re #i)#er t#an t#e settin) o' -em Observation

None i)# -em

a$arm oint

11Batt -em +ow

$armBatter& temerat"re $ower t#an t#e settin) o' -em Observation

None +ow -em

a$arm oint

12 mbient -em

i)# $arm mbient temerat"re #i)#er t#an t#e settin) o' -em Observation

None i)# -em

a$arm oint

13 mbient -em

+ow $arm mbient temerat"re $ower t#an t#e settin) o' -em Observation

None +ow -em

a$arm oint

1> -1 No Probe (on'i)"red wit# temerat"re sensor 1 b"t not !onne!ted Maor None

15 -2 No Probe (on'i)"red wit# temerat"re sensor 2 b"t not !onne!ted Maor None

1D ensor 1 Aa"$t-emerat"re sensor 1 meas"res "nreasonab$e

temerat"reMaor

None

16 ensor 2 Aa"$t-emerat"re sensor 2 meas"res "nreasonab$e

temerat"reMaor

None

18 +V4 1 +oad $ow vo$ta)e dis!onne!ts Maor 5 ++V4

enab$ed

19 +V4 2 Batter& $ow vo$ta)e dis!onne!ts Maor > B+V4

enab$ed

20+oad A"se $arm

1 J 9

+oad 'ai$"re !a"sed b& over$oad, s#ort !ir!"it, man"a$

dis!onne!t, and a$arm !ir!"it 'ai$"reMaor

None

21 " +oad Aai$s -#e $ast $oad '"se 'ai$"re Maor None

22Batt A"se $arm

1 J >

Batter& 'ai$"re !a"sed b& over$oad, s#ort !ir!"it, man"a$

dis!onne!t, and a$arm !ir!"it 'ai$"reMaor None

23 Batt 1 ("rr i)# (#ar)in) !"rrent o' batter& strin) 1 #i)#er t#an t#esettin) o' OverC ?(#ar)in) over !"rrent $imit@

Observation None

Over ?over

!"rrentoint@

2> Batt 2 ("rr i)#(#ar)in) !"rrent o' batter& strin) 2 #i)#er t#an t#e

settin) o' OverC ?(#ar)in) over !"rrent $imit@Observation None

Over ?over

!"rrent

oint@

25 Re!t ( Aai$ ( in"t vo$ta)e o' t#is re!ti'ier $ower t#an $ow vo$ta)e

a$arm oint(riti!a$

3

2D Re!t Over -em -#e interna$ temerat"re o' t#e re!ti'ier is #i)#er t#an 90 Observation 3

26 Re!t Aai$"re -#e re!ti'ier vo$ta)e is #i)#er t#an "er $imit vo$ta)e Maor 3

28 Re!t Prote!t Re!ti'ier er'orms se$' rote!tion and #as no o"t"t Observation 3

29 Re!t Aan Aai$s Re!ti'ier 'an 'ai$s (riti!a$ 3

30 Re!t 4erated Re!ti'ier $imits its o"t"t ower Observation 3

31 Re!t Not ResondRe!ti'ier does not !omm"ni!ate wit# t#e monitorin)

mod"$e(riti!a$

3

32 V4 Re!ti'ier s#"t down "nder #i)# vo$ta)e 3

33 M"$tiRe!t $arm More t#an two re!ti'iers a$arm Maor None 3> e$'dete!t Err ardware e$'dete!t Error No a$arm None

35 Man"a$ Mode Batter& mana)ement is in man"a$ !ontro$ mode No a$arm None

3D Non A$oat tat"s Batter& is not "nder '$oat stat"s No a$arm None



38/76


No. $arm 4es!rition $arm $eve$Re$ated

re$a&

Re$ated

arameter

36 Batt 4is!#ar)e Batter& is dis!#ar)in) No a$arm None

38 +oad s#are $arm

n t#e s&stem wit# $oad !"rrent s#"nt, t#e sam$ed $oad

!"rrent $"s batter& !"rrent di''ers )reat$& 'rom re!ti'ier

!"rrent

No a$arm

3

39 Batt -est Aai$ Batter& dis!#ar)in) time s#orter t#an ee!ted Observation None

>0 #ort -est Aai$

n s#ort test, batter& dis!#ar)in) !aa!it& is bi))er t#an

settin) va$"e Observation

None

>1 Vo$t 4is!rean!&

!t"a$ o"t"t vo$ta)e is di''erent 'rom bot# t#e meas"red

4( b"s vo$ta)e and di''erent 'rom t#e vo$ta)e reorted b&

t#e re!ti'ier to monitorin) mod"$e. -#e error is bi))er t#an

1V

Observation

None

>2 Maintain $arm -ime to maintain s&stem Observation None

>3 Re!ti'ier +ost-#e monitorin) mod"$e #as dete!ted a red"!tion in t#e

n"mber o' r"nnin) re!ti'iersMaor

None

>> ave Power -#e s&stem is r"nnin) "nder ener)& savin) stat"s No a$arm None

Setting alarm 'ontrol

t t#e $arm ettin)s a)e, ress X or Y to se$e!t $arm (ontro$ men". -#en ress EN- to enter t#e $arm (ontro$ a)e, as

s#own in Ai)"re 1.1.

$arm (ontro$

Voi!e i)n/ Oen

($ear/ ist $arm

Figure 1.1 Alarm ,ontrol page

Voi!e i)n otion/ oenH o''H 3minH 10minH 1#H >#. Io" !an set a!!ordin) to &o" re="irement.

($ear/ is $armC otion/ is $arm, Re!t +ost, -estAai$, #ort-est, EaveAai$ and Maintain. Press EN- to !$ear t#e

saved a$arm in'ormation in t#e monitorin) mod"$e.

D+ settings

t t#e $arm ettin)s a)e, ress X or Y to se$e!t 4 ettin)s men". -#en ress EN- to enter t#e 4 ettin)s a)e,

as s#own in Ai)"re 1.1.

4 ettin)s

4 NO/ 1

P4 $arm

!tive/ i)#

Figure 1.1 D9 Settings page

Press X or Y to se$e!t t#e needed otion. Press Z or [ to se$e!t t#e arameter va$"e and ress EN- to !on'irm.

Press X or Y to modi'& t#e n"mber and $etter o' 4 name on t#e t#ird $ine a'ter ressin) t#e EN- to !on'irm, ress Z

or [ to move t#e !"rsor $e't or ri)#t and in"t \C to end. Aina$$&, ress EN- to !on'irm.

%se X or Y to !#an)e t#e n"mber, and Z or [ to move t#e !"rsor $e't or ri)#t. Press EN- to !on'irm.

-#e va$"e des!rition o' t#e arameter is $isted in -ab$e 1.2.

*a+le 1.2 Alarm setting parameter description

Parameter Ran)e Aa!tor& settin) Va$"e des!rition

4 No. 1 J 8 8-#e ei)#t# !orresondin) !onne!tin) termina$s, ="e"ed " in t#e

order t#at t#e #ardware swit!#es are "t

4 NameAi)"res or $etters,

10 at mostP4


39/76


>.6.2 Batter& ettin)s

Batter& arameters are ver& imortant, 'or t#e& are re$ated to t#e $i'e o' batter&.

t t#e ettin)s a)e, ress X or Y to se$e!t Bat. ettin)s men". -#en ress EN- to enter t#e B- ettin)s a)e, as


B- ettin)s

Basi! ettin)

+V4 ettin)s

(#ar)e

Batter& -est-em. (om

Figure 1.1 BA* Settings page

-#e batter& arameters are divided into 5 kinds/ basi!, +V4, !#ar)in) mana)ement, batter& test and temerat"re

!oe''i!ient arameters.

%asi' parameters

1. t t#e B- ettin)s a)e, ress X or Y to se$e!t Basi! ettin) men". -#en ress EN- to enter t#e batter& basi!

arameter settin) a)e, as s#own in Ai)"re 1.2.

&s Mode/ "to

Bat. A"se/ 0

(aa!it&/ D00#

Bat. #"nt 1/ I

Bat. #"nt 2/ N

#"nt (oe''/

("rrent/ 500

Vo$t/ 65mV

Figure 1.2 Battery +asic parameter setting page

2. Press X or Y to se$e!t one a)e or one o' t#e arameters, and Z or [ to se$e!t t#e arameter va$"e. -#en ress

EN- to !on'irm and save.

-#e va$"e des!rition o' t#e basi! batter& arameters is $isted in -ab$e 1.2.

*a+le 1.2 Basic +attery parameters descriptions


&s Mode "to, Man"a$ "to

n t#e "to mode, &o" !an mana)e t#e s&stem t#ro")# t#e

monitorin) mod"$e.

n t#e Man"a$ mode, &o" !an mana)e t#e s&stem man"a$$&,

as we$$ as !a$!"$ate batter& B( time rote!tion and !aa!it&

a"tomati!a$$&. %on t#e s&stem 4( "ndervo$ta)e a$arm,

s&stem !an a"tomati!a$$& swit!# to t#e "to mode

Bat. A"se 0 J > >Io" s#o"$d set t#is arameter a!!ordin) to t#e a!t"a$ batter&

!on'i)"ration

(aa!it&50# J

5000#300#

-#e !aa!it& o' t#e tota$ batter& strin)s. Io" s#o"$d set t#is

arameter a!!ordin) to t#e a!t"a$ batter& !on'i)"ration

Bat. #"nt1I, N

I

Io" !an set s#"nt arameters w#en &stem -&eC is E-

Bat. #"nt2 N

#"nt (oe''

("rrent1 J 5000

P>8300>H 2900 P>83D02H 1800 wit# two

re!ti'ier s"bra!ks/ 300

P>83D02H 1800 wit#

one re!ti'ier s"bra!k/

150

#"nt (oe'' Vo$t 1mV J 500mV 25mV

$D parameters

t t#e B- ettin)s a)e, ress X or Y to se$e!t +V4 ettin) men". -#en ress EN- to enter +V4 settin)s a)e, as




40/76

3> (#ater > %se O' Monitorin) Mod"$e

+V41 Enab$e/ I

+V42 Enab$e/ I

+V41 Vo$t/ >>.0V

+V42 Vo$t/ >3.2V

Figure 1.1 LVD settings page

Press X or Y to se$e!t t#e arameter, and Z or [ to se$e!t t#e arameter va$"e. -#en ress EN- to !on'irm.

+V41 means t#e monitorin) mod"$e oens t#e ++V4 !onta!tor, so t#at t#e nonriorit& $oad wi$$ be owered o''. n

t#is wa&, t#e batter& remainin) !aa!it& !an s"stain t#e riorit& $oad $on)er.

+V42 means t#e monitorin) mod"$e oens t#e B+V4 !onta!tor. n t#is wa&, t#e batter& wi$$ sto owerin) t#e $oad,

reventin) overdis!#ar)e.

-#e va$"e des!rition o' t#e +V4 arameters is $isted in -ab$e 1.2.

*a+le 1.2 LVD parameters description

Parameter Ran)eAa!tor&

settin)Va$"e des!rition

+V41 Enab$eI, N

I e$e!t IC to enab$e +V41H +V42 '"n!tion

e$e!t NC to disab$e t#e +V41H +V42 '"n!tion+V42 Enab$e I+V41 Vo$t

>0V J D0V

>>.0V e$e!t Vo$ta)e, w#en t#e monitorin) mod"$e dete!ts t#at t#e batter&

vo$ta)e is $ower t#an t#e reset +V41 Vo$t, t#e $oad wi$$ be

dis!onne!ted, and so is t#e batter& w#en t#e batter& vo$ta)e is $ower

t#an t#e reset +V42 Vo$t

+V42 Vo$t >3.2V

Carge management parameters

t t#e B- ettin)s a)e, ress X or Y to se$e!t (#ar)e men". -#en ress EN- to !on'irm.

-#ere are 'ive a)es, as s#own in Ai)"re 1.1.

A$oat/ 53.5V

Boost/ 5D.>V

+imit/ 0.100(10Over/ 0.300(10

,"to Boost/

Enab$e/ Ies

("rrent/ 0.0D0((a/ 80.0Q

(onst Boost/

("rrent/ 0.010(

-ime/ 180min

(&! Boost/

Enab$e/ Ies

Period/ 2>00#

-ime/ 620min

Boost +imit -ime/

1080min

Figure 1.1 ,5arge management settings page


-#e !#ar)in) mana)ement arameter va$"e des!rition is $isted in -ab$e 1.2.

*a+le 1.2 ,5arging management parameter 3alue description



A$oat

>2V J 58V

53.5Vn t#e A( state, a$$ re!ti'iers o"t"t vo$ta)e

a!!ordin) to t#e set A$oat -#e Boost m"st be

#i)#er t#an t#e A$oatBoost 5D.>V

n t#e B( state, a$$ re!ti'iers o"t"t vo$ta)e

a!!ordin) to t#e set Boost

+imit ?!"rrent $imit

oint@

0.1(10 J

0.25(100.1(10


41/76




"tomati! Boost

("rrent

0.050(10 J

0.080(100.0D(10

-#e monitorin) mod"$e wi$$ !ontro$ t#e s&stem enter t#e B( state w#en

t#e batter& !aa!it& de!reases to t#e va$"e o' -o Boost (aa!it&, or

w#en t#e !#ar)e !"rrent rea!#es t#e -o Boost ("rrent. -#e !#ar)e

vo$ta)e wi$$ be t#e Boost

"tomati! Boost

(a10Q J 99Q 80Q

(onst Boost

("rrent

0.002(10 J

0.02(100.01(10 -#e s&stem in t#e B( state wi$$ enter t#e A( state w#en t#e !#ar)e

!"rrent de!reases to t#e (onstant B( ("rr and a'ter t#e 4"ration. -#e

batter& !#ar)e vo$ta)e t#en wi$$ be t#e A$oat(onst Boost -ime30min J

1>>0min180min

(&!$i! Boost Enab$e I, N Ie$e!t IC to enab$e t#is '"n!tion

e$e!t NC to disab$e t#is '"n!tion

(&!$i! Boost Period >8# J 86D0# 2>00# e$e!t IC, and t#e monitorin) mod"$e wi$$ !ontro$ t#e s&stem to enter

t#e (&!$i! Boost w#en t#e A( time rea!#es t#e (&!$i! Boost nterva$.

-#e batter& !#ar)in) vo$ta)e is t#e reset Boost, and t#e time is t#e

reset (&!$i! Boost -ime

(&!$i! Boost -ime30min J

2880min620min

Boost +imit -imeD0min J

2880min1080min

-o ens"re sa'et&, t#e monitorin) mod"$e wi$$ 'or!e'"$$& !ontro$ t#e

s&stem to enter t#e A( state i' d"rin) t#e B( state, t#e B( time

rea!#es t#e Boost +imit, or abnorma$ities o!!"r ?s"!# as ( 'ai$"re,

batter& ro"te 'a"$t&, and re!ti'ier !omm"ni!ation 'ai$"re@

-#e B(HA( swit!#over dia)ram is s#own in Ai)"re 2.1.

Batter& !#ar)e !"rrentbi))er t#an ]-o B( ("rrent]

Batter& !aa!it& sma$$er t#an ]-o B( (aa!it&]

bnorma$ sit"ation ?s"!# as ( 'ai$"re,

A( B(

(onstant B(time"

(#ar)e !"rrentsma$$er t#an](onstant B(("rr]

(onstantB(

B( time $on)er t#an]B( +V4 -ime]

A( time $on)er t#an ]!#ed"$ed B( nterva$]

batter& ro"te 'a"$t&, and re!ti'ier !omm"ni!ation 'ai$"reOver

-em in batter& !omartment@.

B( time $on)er t#an ](&!$i! B( time]

Figure 2.1 B,&F, s(itc5o3er diagram

%attery test parameters

1. t t#e B- ettin)s a)e, ress X or Y to se$e!t Batter& -est men". -#en ress EN- to !on'irm.

-#ere are 'ive a)es, as s#own in Ai)"re 1.1.



42/76

3D (#ater > %se O' Monitorin) Mod"$e

End -est/

Vo$t/ >5.2V

-ime/ 300min

(a/ 0.60(

(&! -est En/ N

(&! -est -ime/

010100/00

0>0100/00

060100/00

100100/00

#ort -est/

Enab$e/ No

,$arm/ 10,

Period/ 620#

-ime/ 5min

tab$e -est

Enab$e/ No

("rrent/ 9999,

Figure 1.1 Battery test settings page

2. Press X or Y to se$e!t one a)e or one o' t#e arameters, and Z or [ to se$e!t t#e arameter va$"e. -#en ress

EN- to !on'irm and save.

-#e monitorin) mod"$e !an do batter& test, and re!ord 10 sets o' test data ?a!!essib$e on$& t#ro")# t#e #ost@. -#e

batter& test #as to be started man"a$$&, t#en t#e monitorin) mod"$e wi$$ !ontro$ t#e re!ti'ier o"t"t vo$ta)e, make it

$ower t#an t#e batter& vo$ta)e, and t#e batter& dis!#ar)e wi$$ be)in. -#e monitorin) mod"$e wi$$ sto t#e test i' t#e

batter& vo$ta)e rea!#es t#e Batter& -est Vo$ta)e, or t#e dis!#ar)e time rea!#es Batter& -est -ime, or t#e batter&!aa!it& rea!#es -est End (a. 'terwards, it wi$$ restore t#e re!ti'ier o"t"t vo$ta)e to t#e norma$ A( vo$ta)e, be)in

t#e batter& !#ar)e and swit!# t#e s&stem to batter& a"tomana)ement.

Meanw#i$e t#e test start timeHvo$ta)e and end timeHvo$ta)e and batter& remainin) !aa!it& wi$$ be re!orded. -#e

re!ords !an be ="eried t#ro")# t#e #ost. 4"rin) t#e batter& test, i' abnorma$ities o!!"r, t#e monitorin) mod"$e wi$$

sto t#e batter& test a"tomati!a$$&.

-#e va$"e des!rition o' t#e arameters is $isted in -ab$e 1.2.

*a+le 1.2 Battery test parameters description


End -est Vo$t>3.1V J

56.9V>5.2V

-#e monitorin) mod"$e wi$$ sto t#e test and !#an)e to A( i' t#e batter&

vo$ta)e rea!#es t#e Batter& -est Vo$ta)e, or t#e dis!#ar)e time rea!#esBatter& -est -ime, or t#e batter& !aa!it& rea!#es -est End (a

End -est -ime

5min J

1>>0min 300min

End -est (a0.01(10 J

0.95(100.6(10

(&! -est En I, N Ie$e!t IC to enab$e t#is '"n!tion

e$e!t NC to disab$e t#is '"n!tion

(&! -est -imeMont#, da&,

time

010100/00


43/76


emperature 'oe((i'ient

1. t t#e B- ettin)s a)e, ress X or Y to se$e!t -em. (om men". -#en ress EN- to !on'irm.

-#ere are two a)es, as s#own in Ai)"re 1.1.

(enter -em/ 25°

(oe''/ 62mVH°

-em1/ No

-em2/ No

(

(

Batt - 2/ 50°

Batt - 1/ 50°

Batt - +1/ 0°

(

(

(

Figure 1.1 *emp. ,omp settings page

2. Press X or Y to se$e!t t#e arameter, and Z or [ to se$e!t t#e arameter va$"e. -#en ress EN- to !on'irm and

save.


*a+le 1.2 *emperature compensation coefficient parameters description


(enter

-em10( J >0( 25(


44/76


>.6.> 4( ettin)s

t t#e ettin)s a)e, ress X or Y to se$e!t 4( ettin)s men". -#en ress EN- to enter t#e 4( ettin)s a)e, as


Over Vo$t 2/ 58.5V

+ow Vo$t 1/ 58.0V

+ow Vo$t 1/ >5.0V

+ow Vo$t 2/ >5.0V

+#"nt En/ N

#"nt (oe''/

("rrent/ 500

Vo$t/ 65mV

Figure 1.1 D, Settings page



*a+le 1.2 D, setting parameter description



Over Vo$t

>0V J D0V

58.5V-#e 4( Over Vo$ta)e a$arm wi$$ be raised w#en t#e s&stem

4( o"t"t vo$ta)e is #i)#er t#an t#e va$"e o' Over Vo$t

-#e va$"es o'

t#ese t#ree

arameters

s#o"$d be/

Over Vo$t `

+ow Vo$t 1 `

+ow Vo$t 2

+ow Vo$t 1 >5.0V-#e 4( $ow vo$ta)e a$arm wi$$ be raised w#en t#e s&stem

4( o"t"t vo$ta)e is $ower t#an t#e va$"e o' +ow Vo$t 1

+ow Vo$t 2 >5.0V

-#e 4( "nder vo$ta)e a$arm wi$$ be raised w#en t#e

s&stem 4( o"t"t vo$ta)e is $ower t#an t#e va$"e o' +ow

Vo$t 2

+#"nt I, N N ettin) a!!ordin) to t#e a!t"a$ instan!e

#"nt (oe''

("rrent1 J 5000

-#e& !an be reset w#en t#e s#"nt otions are E-C in t#e s&stem wit# $oad

s#"nt#"nt (oe''

Vo$t1mV J 500mV

>.6.5 Re!ti'ier ettin)s

t t#e ettin)s a)e, ress X or Y to se$e!t Re!t ettin)s men". -#en ress EN- to !on'irm.

-#ere are t#ree a)es, as s#own in Ai)"re 1.1.

Position En/ I

V4/ 59.0V

4e'a"$t V/ 53.5V

RPosi/ 11

8V J 58V 53.5V 4e'a"$t o"t"t vo$ta)e w#en !omm"ni!ation interr"ted. M"st be $ower t#an



45/76




t#e V4 vo$ta)e


46/76

>0 (#ater > %se O' Monitorin) Mod"$e


-#e assword !an be D di)its $on) at most. ' it is s#orter t#an D

di)its, end it wit# a \. %se X or Y to !#an)e t#e n"mber, and

Z or [ to move t#e !"rsor $e't or ri)#t. Press EN- to !on'irm.

dm P.6.6 (omm"ni!ation ettin)s

t t#e ettin)s a)e, ress X or Y to se$e!t (omm ettin)s men". -#en ress EN- to enter t#e (omm"ni!ation

ettin)s a)e, as s#own in Ai)"re 1.1.

ddress/ 1

(omm Mode/ R232

Ba"dRate/ 9D00

PH"bnetHGate/

192.1D8.1.2

255.255.255.0

192.1D8.1.1

(a$$ba!k-ime/ 3

P#one N"mber/

......

......

......

Figure 1.1 ,ommunication Settings page

1-#e addresses

Documents

Emerson PS48300-4 NetSure 701