Description ECL310 A333_3 V02 V1.54 (7878) (modify description)
ECL 310B System Information 0873050 !" Version 1.54(7878) " E !eri#$ no. 1154%8 App$ic#tion A333.3 V02 &#te 4'11'2010 740 A
ECA 32 0873202 !eri#$ no. 115%47 !" Version 1.4% " A
Values Flow temperature_1 11175 e#t c*r+e 11177 emp! min! 1117& emp! ma'! 11253 &es. f$o, 11400 /1 11)01 *" 11)0" *3 11)03 *) 11)0) *, 11)0, *+
2.5 "0 #C 70 #C 70 C 75 C +" #C +0 #C &0 #C ), #C )0 #C
$10% $(0%
$+0% $,0% $),% $)0% $"&%
-eturn limit_1 #e 1 '
11031 11032 11033 11034 11035 1103% 11037 11085 11255
i - o*t 1 Lo, $imit /1 Lo, - o*t 2 i $imit /2 6nf$. m#. 6nf$. min. Ad#pt. time riority !5 !ensor reference
15 C 40 C 15 C %0 C 0 0 25 s 0 50 C
Flow . /ower limit_1 1110 11110 11111 11112 11113 11115 1111% 11117 11118 1111
6np*t type Act*#$ Limit Ad#pt. time i$ter const#nt 9nits i $imit /2 Lo, $imit /1 Lo, - o*t 2 i - o*t 1
10 0 . 0s 10 0 . . 15 C 15 C
ptimiation_1 11011 11012 11013 11014 11021 1102% 1117
A*to s#+in :oost <#mp =ptimi>er -ot#$ stop restop !*mmer? c*to*t
15 C 0; 0m 0 1 20 C
Control /arameter_1 11174 otor pr. 11184 p 11185 -n 111&7 2
m 80 @ 30 s " $3%
4pplication_1 11010 11017 11023 11052 11077 11078 1103 11141 11142 11500
ECA #ddr. &em#nd offset eercise &" priority frost e#t rost pr. Et. inp*t Et. mode !end desired -
0 0@ 0 0 2 C 20 C 10 C 0 0 1
emp monitorin5_1 #e 2 '
11147 11148 1114 11150
9pper difference Lo,er difference &e$#y Lo,est temp.
0@ 0@ 180 s 30 C
Sc6eule_1 $3110% &#y ond#y -*esd#y "ednesd#y -*rsd#y rid#y !#t*rd#y !*nd#y
!t#rt1 00 00 00 00 00 00 00
!top1 1200 1200 1200 1200 1200 1200 1200
!t#rt2 1800 1800 1800 1800 1800 1800 1800
!top2 2200 2200 2200 2200 2200 2200 2200
!t#rt3 !top3 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400
8oliay1_1 $10700% ode
!t#rt End 1 1 2014 1 1
2014
8oliay"_1 $10707% ode
!t#rt End 1 1 2014 1 1
2014
8oliay3_1 $1071)% ode
!t#rt End 1 1 2014 1 1
2014
8oliay)_1 $107"1% ode
!t#rt End 1 1 2014 1 1
2014
4larm1_1 11%14 A$#rm i 11%15 A$#rm $o, 11%17 A$#rm timeo*t
25 #r 0 #r 10 m
9eneral_1 )"01 :oe 10500 in =*tdoor -emp
12 C
#e 3 '
10501 in o*r -ime 10502 in in*te -ime 10505 # =*tdoor -emp 1050% # o* -ime 10507 # in*te -ime 10510 =*tdoor -rend 11100 =*tdoor #cc. 11180 &es. - comfort 11181 &es. - s#+in 11201 !1 sensor 11330 "#Be *p $e+e$ 11331 !$eep $e+e$ 11332 !$eep mode time 11333 :oost 11501
0 0 12 C 7 18 0 12 C 20 C 1% C 12 C 40 ; 20 ; 10 s 5; 70 C
Control /arameter_" 121%5 121%7 12184 12185 12187 1217 12322
V o*t m#. V o*t min. p -n > -d ress*re? diff.
100 ; 0; 10 #r 5s 1 #r 0s 1.5 #r
9eneral_" 12%14 A$#rm i 12%15 A$#rm $o, 12%17 A$#rm timeo*t 4212 Circ*it 2 st#t*s
25 #r 0 #r 10 m
Control /arameter_3 131%5 131%7 13184 13185 13187 1317
V o*t m#. V o*t min. p -n > -d
100 ; 0; 25 #r 25 s 0.4 #r 0s
9eneral_3 13511 Co$d ,#ter cons*mption i 0 m3 p#rt 13512 Co$d ,#ter cons*mption $o, 0 m3 p#rt 13513 *$se +#$*e 10 $ 13514 reset 0 13%14 A$#rm i 25 #r 13%15 A$#rm $o, 0 #r 13%17 A$#rm timeo*t 10 m 4213 Circ*it 3 st#t*s
#e 4 '
9eneral_) 14%14 A$#rm i 14%15 A$#rm $o, 14%17 A$#rm timeo*t 4214 Circ*it 4 st#t*s
25 #r 0 #r 10 m
Input_confi5 4100 Confi type !7 4101 Confi type !8 4102 Confi type ! 4103 Confi type !10 4104 Confi type !11 4105 Confi type !12 410% ECA 32 Confi type !13 )107 EC4 3" Confi5 type S1) )10& EC4 3" Confi5 type S1, )10( EC4 3" Confi5 type S1+ 4110 ECA 32 Confi type !17 )111 EC4 3" Confi5 type S1& 4120 Confi option !7 4121 Confi option !8 4122 Confi option ! 4123 Confi option !10 4124 Confi option !11 4125 Confi option !12 412% ECA 32 Confi option !13 4127 ECA 32 Confi option !14 4128 ECA 32 Confi option !15 412 ECA 32 Confi option !1% )130 EC4 3" Confi5 option S17 4131 ECA 32 Confi option !18
2 2 2 2 2 2 2 1 1 1 5 + 0 0 0 0 0 0 0 0 0 0 1 0
$0% $0% $0% $0%
$0%
/ump control_1 11022 11310 11311 11312 11313 11314 1131% 11322
eercise
0s 0m 7 12 50 s 15 s 0 1.5 #r
-efill water_1 11318 1131 11320 11321 11323 11325 1132% 12311 1231% 12341 13322
#. press*re #. press. diff. eercise ress*re? des. -imeo*t V#$+e de$#y o. of p*mps C#ne? d*r#tion A$#rm #nd$in -ime $eft ress*re? diff.
40 #r 0.5 #r 0s 3 #r 10 m 1s 1 7 0 70 1.5 #r
#e 5 '
-efill water_" 1%113 1%14 1%15 1%350 1%353 1%%07 1%%08 1%%0 1%%10
i$ter const#nt !top difference !t#rt difference Le+e$? desired Le+e$ Lo, i Lo, / i /
2 0.5 m 0.5 m 3m 0m 2V 10 V 0m 15 m
/ressure1 11%00 ress*re 11%07 Lo, 11%08 i 11%0 Lo, / 11+10 8i56 * 17113 i$ter const#nt
3.1 #r 2V 10 V 0 #r 1+ ;ar $",% 2
/ressure" 14113 14%00 14%07 14%08 14%0 14%10
i$ter const#nt ress*re Lo, i Lo, / i /
4 0 #r 2V 10 V 0 #r 25 #r
/ressure3 12113 i$ter const#nt 12%00 ress*re 12%07 Lo, 12%08 i 12%0 Lo, / 1"+10 8i56 *
2 3.% #r 2V 10 V 0 #r 1+ ;ar $",%
/ressure) 13113 13%00 13%07 13%08 13%0 13%10
i$ter const#nt ress*re Lo, i Lo, / i /
4 0 #r 2V 10 V 0 #r 25 #r
Control /arameter_, 15113 i$ter const#nt 15352 osition
2 75 ;
#e % '
1,+07 Low < 15%08 i 15%0 Lo, / 15%10 i /
0 V $"% 10 V 0; 100 ;
9eneral_, 15%15 A$#rm $o, 15%17 A$#rm timeo*t 4215 Circ*it 5 st#t*s
0 #r 10 s
4larm1_+ 1%%14 A$#rm i 1%%15 A$#rm $o, 1%%17 A$#rm timeo*t
25 m 0m 15 s
9eneral_+ 421% Circ*it % st#t*s
9eneral_7 1710 17110 17114 17115 17%07 17%08 17%0 17%10
6np*t type Act*#$ *$se 9nits Lo, i Lo, / i /
10 0 0 0 2V 10 V 0 1000
ECL_alarm 1024 1025 1032 1033 20 52 20 54
A$#rm fie$d 2 A$#rm fie$d 1 A$#rm c$e#r 2 A$#rm c$e#r 1 !ensor moni tor +#$id m#sB1 !ensor moni tor error m#sB1
0 0 0 0 0 0
ECL_system 1 !ystem Comm#nd 8 :*i$d no. 1 Code no. 34 #rd,#re 35 !oft,#re 3% !eri#$ no. 38 od*s #ddr. 3( Bau
0 7878 3050 17%%7 310 1154%8 1 3& $0%
#e 7 '
2048 ECL 485 #ddr. 204 od*s i#s. 2050 L#n*#e 207 "inB 20 rod*ction ,eeB 1018 A*t. d#y$it %0058 :#cB$it %005 Contr#st
15 0 1 0 3%21 1 5 3
ECL_E'tension 2150 !er+ice pin 2151 Et. reset
0 0
Et6ernet 258 Address type 278 6 1 282 D#te,#y 6 1 28% et #sB 1 21%0 ECL ort#$ 21%1 Connection st#t*s 21%2 ort#$ st#t*s "1+, Ser=er name> c6ar 1 2230 #ss,ord? c#r 1 "")0 D2S I/1 1 "")) D2S I/" 1
1 12.1%8.1.100 12.1%8.1.1 255.255.255.0 0 0 0 ecl!portal!anfoss!com 1("!1+&!1!1 "0&!+7!"""!"""
-aw_sensor 10201 10202 10203 10204 10205 1020% 10207 10208 1020 10210 10211 10212 10213 1021% 1021 10220 10221 10222 10223 10224
!1 sensor !2 sensor !3 sensor !4 sensor !5 sensor !% sensor !7 sensor !8 sensor ! sensor !10 sensor !11 sensor !12 sensor
12 C 78.%% C %.7 C 12 C %7.%3 C %4 C 0V 0V 3.85 V 3.57 V 7.52 V 0V 12 C 12 C 0V 12 C 12 C %4 C 0 0 >
SC4D4_o=errie 103 !c#d# -imeo*t 10)00 Scaa utoor temperature 10401 !c#d# e#t offset 1 10402 !c#d# e#t offset 2 10403 !c#d# e#t offset 3
3 1(" $0% 0 0 0
#e 8 '
10404 !c#d# e#t offset 4 10405 !c#d# oi$er ctr$ 1 1040% !c#d# oi$er ctr$ 2 10407 !c#d# oi$er ctr$ 3 10408 !c#d# oi$er ctr$ 4 10)0( SC4D4 sla=e re?uest 10 410 !CA&A res *$tin refer ence
0 0 0 0 0 @+) $0% 70
utput_status 35 3% 37 4000 4001 4002 4003 4004 4005 400% 4007 4008 400 4010 4011 4012 4013 4014 4015 401% 4017 4018
Estim#ted otor osition 1 Estim#ted otor osition 2 Estim#ted otor osition 3 -ri#c 1 -ri#c 2 -ri#c 3 -ri#c 4 -ri#c 5 -ri#c %
0; 0; 0; 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 75.% 0 100
utput_o=errie )0++ -elay 1 )0+7 -elay " )0(+ EC43" 41 Value
1 $0% 1 $0% +0 $0%
:@;us Confi5 54 55 5% 57 58 5
D" Comm#nd re*est D" !t#te D" -e$er#m si>e :#*d Comm#nd !t#te
0 3 0 0 0 3
ECL_system_e' 423% Acc*m*$#ted*$se 1 4238 Acc*m*$#ted*$se 2 4240 Acc*m*$#ted*$se 3
0 0 0
#e '
