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<!-- V01;1250;1400;2025;1,6;100;40;98,1;165,2;%;2;0;2;8;8;0;0;180;0;0;WOLF PAWO F7;0;0;3;0,258;40600;-;40;IP21;0,5;0; -->

<!-- zli;[Allgemeines] 
Sprache=1
ZETALIFT-Version=20210802
ZETALIFT-Compiler= VB,NET
InterneAuslegung=False
Projekt=-
Datum=14,09,2021
[Anlagedaten]
Nennlast_Q=1250
Fahrkorbgewicht_F=1400
Gegengewicht_G=2025
Nenngeschwindigkeit_v*=1,60
Motordrehzahl_n*=191
Netzspannung=400
Netzphasen=3
Aufhaengung_is=2
Treibscheibendurchmesser_Dtr=320
TD_CNT=0
[Antriebsdaten]
Motortyp=SM200
Motortypreihe=SM
MotorBG=200
MotorFE=45
MotorZusatz1=
MotorZusatz2=E
ReglerTyp=4CS
Getriebeuebersetzung_i1=1
Getriebeuebersetzung_i2=1
Getriebetyp=SM 200,45
Getriebebezeichnung=SM 200,45E
Bemessungsspannung=360
Bemessungsfrequenz=32
Bemessungsdrehzahl=192
Bemessungsleistung=14,3
Bemessungsstrom=36
Statorwiderstand=0,6
maxBeschleunigung=1,43
maxVerzoegerung=1,43
Wirkleistungsfaktor=0,90
Gebertyp=ECN 1313-2048Endat
Geberaufloesung=2048
Bremschopper/-Widerstand Typ=BR50-3
Art der DC-Ableitung REC oder BR=BR
BR-Mittlere Leistung=1586,0
BR-Max, Leistung=13249,1
[Treibscheibe] 
Treibscheibendurchmesser=320
Teilenummer=0
A-Rill=Sitzrille
A-UWI=90
A-KWI=30
C-SD=8
D-RA=14
D-RZ=8

[Konfiguration] 
Konfignummer=
Anlage-Q=1250
Anlage-F=1400
Anlage-G=2025
Anlage-V=1,6
Anlage-A=2
Anlage-FH=40
Motor-Typ=SM
Motor-BG=200
Motor-FE=45E
Motor-PZ=20
Motor-Mr=710
Motor-nr=192
Motor-Ur=360
Geber-Typ=ECN1313ENDAT
Bremse-Typ=RTW800
Bremse-Einkreismoment=800
Bremse-Anzahlkreise=2
Bremse-Handlueftung=mit Handlueftung
Bremse-Zubehoer=ohne
Bremse-Spannung=207
Bremse-Einschaltspannung=207
Bremse-Lueftueberwachung=Mikroschalter
Treibscheibe-D=320
Treibscheibe-b=122
Treibscheibe-H=
Treibscheibe-KWI=30
Treibscheibe-OWI=30
Treibscheibe-RZ=8
Treibscheibe-RD=8
Treibscheibe-RDx10=80
Treibscheibe-SD=8
Treibscheibe-SDx10=80
Treibscheibe-RF=Sitzrille
Treibscheibe-UWI=90
Treibscheibe-RIA=14
Treibscheibe-Seiltyp=WOLF PAWO F7
Treibscheibe-Umschlingung=180
Motor-Zusatz1=

Motor-Zusatz2=E
Motor-FE=45E
Motor-FE=45
Motor-nr=192
Seilschutz-Einbaulage=
Motor-Fan=without fan blower 
Motor-IP=IP21
Safue=1
Motor-Pr=14,3
Motor-Prx10=143
Getriebe-AL=3600
Getriebe-Mr=799
Getriebe-Typ=SM 200,45E
Getriebe-I1=1
Getriebe-I2=1
Getriebe-BBUS=207
Getriebe-TSeite=vorne
Getriebe-Einbaulage=horizontal
Regler-Typ=ZAdyn 4CS032
Seilschutz-Motorfuss=unten
Seilschutz-Seilabgang=unten
Seilschutz-Winkel=180
Getriebe-ZGEAR=Gearless
; -->

<!-- SD;Spalte~s~s200~s80~s60~s50~s50~s500 ~z
b~s~s6~ttx_1\ - 20210802 - \tx_162\ GBt_210014_113830---1250-160-SM 200.45E- ~z
b~s~s4~t~s2~tZIEHL-ABEGG SE ~z
b~s~s4~t~s2~tKünzelsau, Germany ~z
b~s~s4~ttx_2\ \tx_206~s2~tGBtr 14.09.2021 ~z
b~s20~s6~ttx_12 ~z
~s10~s1~ttx_13~s2~tQ~s1~tkg~s2~t1250 ~z
~s~s1~ttx_14~s2~tF~s1~tkg~s1~t1400~s1~t (1365 - 2492kg) ~z
~s~s1~ttx_15~s2~tG~s1~tkg~s1~t2025~s1~t (50%) ~z
~s~s1~ttx_16~s1~tv~s1~t  (V_3=) ~s1~t m/s ~s2~t1,60 ~z
~s~s1~ttx_17~s2~tH~s1~tm~s2~t40,0 ~z
~s~s1~ttx_18~s3~tis~s2~t2 : 1 ~z
~s~s6~ttx_19\ ,\tx_1421\ ~z
~s~s1~ttx_24~s2~tetaS~s1~t%~s2~t82 ~z
~s~s4~ttx_25~s2~t3 ~z
~s~s1~ttx_27~s5~tWOLF PAWO F7 ~z
~s~s1~ttx_28~s3~tz~s2~t8 ~z
~s~s1~ttx_29~s2~tds~s1~tmm~s2~t8 ~z
~s~s1~ttx_30~s2~ts~s1~tkg~s1~t82~s1~t(0,258 kg/m) ~z
~s~s1~ttx_31~s2~tsu~s1~tkg~s2~t165 ~z
~s~s1~ttx_32~s2~tHK~s1~tkg~s2~t10 ~z
~s~s1~ttx_33~s2~tR~s1~tkg~s2~t0 ~z
~s~s1~ttx_35~s2~tB~s1~tN~s2~t40600 ~z
~s~s1~ttx_36~s2~tDtr~s1~tmm~s2~t320 ~z
~s~s3~ttx_90~s1~tmm~s1~t122~s1~ttx_165\  (8) ~z
~s~s3~ttx_89~s1~tmm~s1~t14,0~s1~ttx_293 ~z
~s~s4~ttx_37~s2~t180 ~z
~s~s4~ttx_39~s2~t90 ~z
~s~s1~ttx_40~s2~tb~s1~tmm~s2~t5,66 ~z
~s~s4~ttx_41~s2~t30 ~z
~s~s6~ttx_8 ~z
Spalte~s~s250~s700 ~z
b~s20~s2~ttx_48 ~z
~s10~s2~ttx_51 ~z
~s~s1~t~s1~t1,7060 &lt;= 1,7866   ~z
~s~s2~ttx_54 ~z
~s~s1~t~s1~t1,5707 &lt;= 1,7866   ~z
~s~s2~ttx_57 ~z
~s~s1~t~s1~t  6,71 &lt; 9,00 N/mm&sup2;   ~z
~s10~s2~ttx_61 ~z
~s~s1~ttx_62~s1~t1,4327 &lt;= 1,8119   (2) ~z
~s~s1~ttx_63~s1~t1,5585 &lt;= 1,5688   (2)  ~z
~s~s2~ttx_76\0,500 ~z
~s~s1~ttx_64~s1~t11,777 &gt;  3,2830   (4)  ~z
~s10~s2~ttx_65 ~z
~s~s1~t~s1~t 23,44 &gt;     12      ~z
~s10~s2~ttx_66\ (0), Basis 0 ~z
~s~s2~ttx_68\320\tx_69\0\tx_70\2 ~z
~s~s2~ttx_71\nue = 23,4 &gt; 16,4 (minSF)    ~z
~s~s2~ttx_1398\ EN81 ~z
~s20~s2~ttx_250 ~z
~s~s2~ttx_252 ~z
Spalte~sbr~s300~s650 ~z
th ~z
b~s~s2~ttx_1\ - 20210802 - \tx_78\ GBt_210014_113830---1250-160-SM 200.45E- ~z
b~s20~s2~ttx_84 ~z
~s10~s2~ttx_85\Ziehl-Abegg ~z
~s~s1~ttx_86~s1~tSM 200.45E   \GmartGS_1 ~z
~s~s2~ttx_87\TexDat_55\    *      ~z
~s~s1~ttx_88~s1~t mm     320 /122/14,0/8x8/U90 ~z
~s~s1~ttx_98~s1~t Nm     604 (max. 799) ~z
~s~s1~ttx_101~s1~t kg     2507 (max. 3600) ~z
~s~s2~tTexDat_0 ~z
~s~s2~tTexDat_0 ~z
b~s20~s2~ttx_178 ~z
~s~s2~ttx_1396\ Mayr ROBA-twinstop RTW800, 2x800 Nm, EU-BD 1112 ~z
~s~s2~tTexDat_53 ~z
~s~s2~t(498 Nm, 0,72 m/s&sup2;, 2 m, 23460 J, 264 W) ~z
~s~s2~tTexDat_171 ~z
~s~s2~tTexDat_0 ~z
b~s20~s2~ttx_107 ~z
~s10~s1~ttx_108~s1~tkW     9,5 ~z
~s~s2~ttx_109\30,6 A, \tx_112\53,7\tx_111\ 0,80 m/s&sup2;   ~z
~s~s1~ttx_112~s1~t50,5\tx_111\ 0,7 m/s&sup2; ~z
~s~s1~ttx_110~s1~t1,78 kW = 6407,55 kJ/h ~z
~s~s1~ttx_114~s1~trpm    191 ~z
~s~s1~ttx_115~s1~tNm     604,3(eff. 475,0)  ~z
~s~s1~ttx_116~s1~tkgm&sup2;   33,09 ~z
~s~s2~t240\tx_117\, 40\tx_303 ~z
~s~s2~ttx_106\ 21487 N, \tx_105\ 1,60 m/s ~z
Spalte~s~s350~s50~s110~s390 ~z
b~s20~s4~ttx_118 ~z
~s10~s4~ttx_119\SM200.45E-20 - \MMArtMotor_1\   ~z
~s~s1~t~s2~ttx_1411~s1~ttx_1412 ~z
~s~s1~ttx_121~s1~tV~s2~t   360   ~z
~s~s1~ttx_122~s1~tHZ~s1~t    32  ~s1~t(    31,8) ~z
~s~s1~ttx_123~s1~tNm~s1~t   710  ~s1~t(   604,3) ~z
~s~s1~ttx_124~s1~ttx_306~s1~t   192  ~s1~t(   191,0) ~z
~s~s1~ttx_125~s1~tkW~s1~t    14,3~s1~t(    12,1) ~z
~s~s1~ttx_126~s1~tA~s1~t    36  ~s1~t(    30,6) ~z
~s~s1~ttx_127~s1~tNm~s1~t  1200  ~s1~t(  1200  ) ~z
~s~s1~ttx_128~s1~tA~s1~t    74  ~s1~t(    74  ) ~z
~s~s1~ttx_138~s1~tkgm&sup2;~s2~t     0,350 ~z
~s~s1~ttx_139~s1~tm/s&sup2;~s2~t     1,43 ~z
~s~s4~t(MKmax=480,0 Nm) ~z
~s~s4~ttx_301\ [PTC]   (68) ~z
~s~s4~ttx_146\A-M-6762\tx_147\IMB3 ~z
~s~s4~ttx_150\Motor with encoder ECN 1313-2048Endat ~z
Spalte~s~s1850 ~z
b~s20~s1~ttx_305 ~z
~s10~s1~ttx_152\ZAdyn 4CS032, \tx_158\32 A  ~z
~s~s1~ttx_1394\22,2 A, 400 V, 14,6 kW, Max. 0,92 m/s&sup2;, \tx_184\ 1,88 (934 Nm) ~z
~s~s1~tTexDat_25\ ; \TexDat_26\  ~z
~s~s1~t\tx_388\ BR50-3 ~z
~s~s1~ttx_290\ohne ~z
Spalte~sbr~s350~s600 ~z
th ~z
b~s~s2~ttx_1\ - 20210802 - \tx_380\ GBt_210014_113830---1250-160-SM 200.45E- ~z
b~s20~s2~ttx_12 ~z
~s20~s1~ttx_402~s1~t1250kg-1,60m/s-2:1-40m ~z
~s~s1~ttx_307~s1~t864,00 ~z
~s~s1~ttx_309~s1~t26,00 ct/kWh    ~z
~s~s1~ttx_310~s1~t80,00 %         ~z
~s~s1~ttx_312~s1~t350,00 W         ~z
~s~s1~ttx_382~s1~ttx_1036 ~z
~s~s1~ttx_381~s1~ttx_1035 ~z
~s~s1~ttx_313~s1~t40,00 W         ~z
~s~s1~ttx_352~s1~t16,00 W         ~z
~s~s1~ttx_316~s1~t11,00 W         ~z
~s~s1~ttx_356~s1~t264,00 W         ~z
b~s20~s2~ttx_364 ~z
~s~s1~ttx_372~s1~ttx_376 ~z
~s~s1~ttx_118~s1~tSM200.45E-20-14kW-710Nm-191rpm ~z
~s~s1~ttx_321~s1~t9515,57 W         ~z
~s~s1~ttx_322~s1~t11187,05 W         ~z
~s~s1~ttx_349~s1~t0,70 ~z
~s~s1~ttx_347~s1~t0,50 ~z
b~s20~s~ttx_367~s~t ~z
~s~s1~ttx_365\tx_369~s1~t1603,27 Euro      ~z
~s~s1~ttx_365\tx_370~s1~t111,60 Euro      ~z
~s~s1~ttx_365\tx_371~s1~t1714,87 Euro      ~z
~s~s1~ttx_336~s1~t6596 kWh       ~z
~s~s1~ttx_359~s1~t111,73 Wh        ~z
~s~s1~ttx_363~s1~t0,782 mWh/kg/m  ~z
~s~s1~ttx_378~s1~t0,837 mWh/kg/m  ~z
~s~s1~ttx_366\tx_369~s1~tB ~z
~s~s1~ttx_366\tx_370~s1~tB ~z
~s~s1~ttx_366\tx_371~s1~tB ~z
b~s20~s1~ttx_368~s1~tZArec4C 026 + BR14A ~z
~s~s1~ttx_341~s1~t6736,94 W         ~z
~s~s1~ttx_343~s1~t13207,38 W         ~z
~s~s1~ttx_344~s1~t21,18 A         ~z
~s~s1~ttx_365\tx_369~s1~t949,26 Euro      ~z
~s~s1~ttx_365\tx_370~s1~t133,52 Euro      ~z
~s~s1~ttx_365\tx_371~s1~t1082,78 Euro      ~z
~s~s1~ttx_336~s1~t4165 kWh       ~z
~s~s1~ttx_359~s1~t66,16 Wh        ~z
~s~s1~ttx_363~s1~t0,463 mWh/kg/m  ~z
~s~s1~ttx_378~s1~t0,528 mWh/kg/m  ~z
~s~s1~ttx_366\tx_369~s1~tA ~z
~s~s1~ttx_366\tx_370~s1~tB ~z
~s~s1~ttx_366\tx_371~s1~t</td><td>A ~z
Spalte~sbr~s400~s550 ~z
th ~z
b~s~s2~ttx_1\ - 20210802 - GBt_210014_113830---1250-160-SM 200.45E- ~z
b~s20~s2~ttx_12 ~z
~s10~s1~ttx_402~s1~t1250kg-1,60m/s-2:1-40m ~z
~s~s1~ttx_86~s1~tSM 200.45E ~z
~s~s1~ttx_88~s1~t320/122/14,0/8x8/U90 ~z
~s~s1~ttx_193\tx_88~s1~t 0,843 kgm&sup2; ~z
b~s20~s2~ttx_178 ~z
~s10~s2~tMayr ROBA-twinstop RTW800, 1600 Nm, EU-BD 1112, 30 ms, 60 ms, 100 ms   ~z
~s~s2~tTexDat_0\TexDat_171 ~z
b~s20~s2~ttx_180 ~z
b~s10~s2~ttx_204 ~z
~s~s1~ttx_174~s1~t 0,050 m ~z
~s~s1~ttx_175~s1~t 50 ms ~z
~s~s1~ttx_183~s1~t 0,000 m/s ~z
b~s20~s2~ttx_201 ~z
Spalte~s~s20~s55~s5~s50~s5~s50~s5~s50~s5 ~z
~s~s9~t  ~z
~scenter~s1~t~s1~ta[m/s&sup2;]~s1~t|~s1~ts[m]~s1~t|~s1~tv[m/s]~s1~t|~s1~tt[s]~s1~t| ~z
~scenter~s1~t1:~s1~t4,34~s1~t|~s1~t0,05~s1~t|~s1~t0,66~s1~t|~s1~t0,15~s1~t| ~z
~scenter~s1~t2:~s1~t4,34~s1~t|~s1~t0,09~s1~t|~s1~t0,88~s1~t|~s1~t0,20~s1~t| ~z
~scenter~s1~t3:~s1~t1,49~s1~t|~s1~t0,12~s1~t|~s1~t0,92~s1~t|~s1~t0,23~s1~t| ~z
~scenter~s1~t4:~s1~t0,75~s1~t|~s1~t0,14~s1~t|~s1~t0,94~s1~t|~s1~t0,25~s1~t| ~z
~scenter~s1~t5:~s1~t-0,40~s1~t|~s1~t0,15~s1~t|~s1~t0,93~s1~t|~s1~t0,26~s1~t| ~z
~scenter~s1~t6:~s1~t-0,81~s1~t|~s1~t0,68~s1~t|~s1~t0,00~s1~t|~s1~t1,42~s1~t| ~z
Spalte~s~s500~s450 ~z
~s20~s1~ttx_200~s1~t0,287 m, \tx_190 ~z
~s~s1~ttx_194~s1~t0,684 m, \tx_190 ~z
~s~s1~ttx_194~s1~t 0,382 m, \tx_191 ~z
~s~s1~ttx_185~s1~t 0,238 m, \tx_190 ~z
~s~s1~ttx_192\(v= 0,150m/s)~s1~t 0,099 m, \tx_190 ~z
~s~s1~ttx_192\(v= 0,150m/s)~s1~t 0,091 m, \tx_191 ~z
~s~s1~ttx_192\(a= 2,000 m/s&sup2;)~s1~t 0,304 m, \tx_190 ~z
~s~s1~ttx_192\(a= 2,000 m/s&sup2;)~s1~t 0,304 m, \tx_191 ~z
Spalte~s~s950 ~z
b~s20~s1~ttx_177 ~z

; -->
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<head><title>ZETALIFT</title></head><body>
<table style='font-family:courier new; font-size:12px; border-Collapse: collapse;'>
<col style="width:200px"><col style="width:80px"><col style="width:60px"><col style="width:50px"><col style="width:50px"><col style="width:500px">
<tr><td colspan="6"><b>ZAlift  - 20210802 - calculation  GBt_210014_113830---1250-160-SM 200.45E-</b></td></tr>
<tr><td colspan="4"> </td><td colspan="2"><b> ZIEHL-ABEGG SE </b></td></tr>
<tr><td colspan="4"> </td><td colspan="2"><b> K&uuml;nzelsau, Germany </b></td></tr>
<tr><td colspan="4"><b>Elevator calculation       acc. EN81-20/50   </b></td><td colspan="2"><b>GBtr 14.09.2021</b></td></tr>
<tr style='height:20px'><td colspan="6"><b>Elevator data </b></td></tr>
<tr style='height:10px'><td>Nominal load </td><td colspan="2"> Q </td><td> kg </td><td colspan="2">1250</td></tr>
<tr><td>Car weight </td><td colspan="2"> F </td><td> kg </td><td>1400</td><td>(1365 - 2492kg)</td></tr>
<tr><td>Counterweight </td><td colspan="2"> G </td><td> kg </td><td>2025</td><td>(50%)</td></tr>
<tr><td>Travelling speed </td><td> v </td><td>  (V_3=) </td><td> m/s </td><td colspan="2">1,60</td></tr>
<tr><td>Travel distance </td><td colspan="2"> H </td><td> m </td><td colspan="2">40,0</td></tr>
<tr><td>Suspension/roping </td><td colspan="3"> is </td><td colspan="2">2 : 1</td></tr>
<tr><td colspan="6">Machine at the top, above , without deflection pulley</td></tr>
<tr><td>Shaft efficiency </td><td colspan="2"> etaS </td><td> % </td><td colspan="2">82</td></tr>
<tr><td colspan="4">Number of pulleys     (ball bearing) </td><td colspan="2">3</td></tr>
<tr><td>Type of rope </td><td colspan="5">WOLF PAWO F7</td></tr>
<tr><td>Number of ropes </td><td colspan="3"> z </td><td colspan="2">8</td></tr>
<tr><td>Rope diameter </td><td colspan= "2"> ds </td><td> mm </td><td colspan="2">8</td></tr>
<tr><td>Rope weight </td><td colspan="2"> s </td><td> kg </td><td>82</td><td>(0,258 kg/m)</td></tr>
<tr><td>Compensation rope weight</td><td colspan="2"> su </td><td> kg </td><td colspan="2">165</td></tr>
<tr><td>Car cable weight </td><td colspan="2"> HK </td><td> kg </td><td colspan="2">10</td></tr>
<tr><td>Rope span weight </td><td colspan="2"> R </td><td> kg </td><td colspan="2">0</td></tr>
<tr><td>Min. rope breaking load </td><td colspan="2"> B </td><td> N </td><td colspan="2">40600</td></tr>
<tr><td>Traction sheave diameter</td><td colspan="2"> Dtr </td><td> mm </td><td colspan="2">320</td></tr>
<tr><td colspan="3">Sheave width                                 </td><td> mm </td><td>122</td><td>number of grooves   (8)</td></tr>
<tr><td colspan="3">Groove distance </td><td> mm </td><td>14,0</td><td>Minimum distance</td></tr>
<tr><td colspan="4">Angle of wrap minimum          min.          deg    </td><td colspan="2">180</td></tr>
<tr><td colspan="4">Undercutangle                                deg    </td><td colspan="2">90</td></tr>
<tr><td>Undercutwidth </td><td colspan="2"> b </td><td> mm </td><td colspan="2">5,66</td></tr>
<tr><td colspan="4">Groove angle                                 deg    </td><td colspan="2">30</td></tr>
<tr><td colspan="6">Sheave profile: circular undercut groove </td></tr>
</table>
<table style='font-family:courier new; font-size:12px;'>
<col style="width:250px"><col style="width:700px">
<tr style='height:20px'><td colspan="2"><b>Traction, rope pressure, rope safety </b></td></tr>
<tr style='height:10px'><td colspan="2">Traction empty,on top, accelerating </td></tr>
<tr><td></td><td>1,7060 &lt;= 1,7866  </td></tr>
<tr><td colspan="2">Traction 150% nominal load, below, not moving      </td></tr>
<tr><td></td><td>1,5707 &lt;= 1,7866  </td></tr>
<tr><td colspan="2">Rope pressure k &lt; permissible rope pressure              </td></tr>
<tr><td></td><td>  6,71 &lt; 9,00 N/mm&sup2;  </td></tr>
<tr style='height:10px'><td colspan="2">Conditions according to EN81: </td></tr>
<tr><td>Load 125%          </td><td>1,4327 &lt;= 1,8119   (2)</td></tr>
<tr><td>Emergency stop     </td><td>1,5585 &lt;= 1,5688   (2) </td></tr>
<tr><td colspan="2">with deceleration [m/s²] 0,500</td></tr>
<tr><td>Blocked car        </td><td>11,777 &gt;  3,2830   (4) </td></tr>
<tr style='height:10px'><td colspan="2">Real safety factor > Minimum safety factor for ropes </td></tr>
<tr><td></td><td> 23,44 &gt;     12     </td></tr>
<tr style='height:10px'><td colspan="2">Rope safety factor according to EN81:  (0), Basis 0</td></tr>
<tr><td colspan="2">Pulleys >= 320 mm, pulleys NPR = 0 NPS = 2</td></tr>
<tr><td colspan="2">Rope safety  nue = 23,4 &gt; 16,4 (minSF)   </td></tr>
<tr><td colspan="2">Rope certification EN81</td></tr>
<tr style='height:20px'><td colspan="2">Traction conditions are fulfilled.</td></tr>
<tr><td colspan="2">Rope safety conditions are fulfilled.</td></tr>
</table><P style="page-break-after:always"></p><br/>
<table style='font-family:courier new; font-size:12px;'><col style="width:300px"><col style="width:650px">
<tr><th colspan="2"></th></tr>
<tr><td colspan="2"><b>ZAlift  - 20210802 - Machine dimensioning  GBt_210014_113830---1250-160-SM 200.45E-</b></td></tr>
<tr style='height:20px'><td colspan="2"><b>Mechanical drive data  </b></td></tr>
<tr style='height:10px'><td colspan="2">Machine manufactured by Ziehl-Abegg</td></tr>
<tr><td>Machine type       </td><td>SM 200.45E   Gearless synchronous</td></tr>
<tr><td colspan="2">Machine version    ZAtop    *     </td></tr>
<tr><td>Traction sheave </td><td> mm     320 /122/14,0/8x8/U90</td></tr>
<tr><td>Permissible load output torque               </td><td> Nm     604 (max. 799)</td></tr>
<tr><td>Real statical axle load                      </td><td> kg     2507 (max. 3600)</td></tr>
<tr><td colspan="2">-</td></tr>
<tr><td colspan="2">-</td></tr>
<tr style='height:20px'><td colspan="2"><b>Brake data</b></td></tr>
<tr><td colspan="2">brake Mayr ROBA-twinstop RTW800, 2x800 Nm, EU-BD 1112</td></tr>
<tr><td colspan="2">Dual circuit disc brake,  DC supply necessary</td></tr>
<tr><td colspan="2">(498 Nm, 0,72 m/s&sup2;, 2 m, 23460 J, 264 W)</td></tr>
<tr><td colspan="2">207 V brake, with hand release, microswitch</td></tr>
<tr><td colspan="2">-</td></tr>
<tr style='height:20px'><td colspan="2"><b>Machine load data in the installation</b></td></tr>
<tr style='height:10px'><td>Typical motor operating power                </td><td>kW     9,5</td></tr>
<tr><td colspan="2">Typ. operating current 30,6 A, Start. Current 53,7 A at acceleration 0,80 m/s&sup2;  </td></tr>
<tr><td>Start. Current </td><td>50,5 A at acceleration 0,7 m/s&sup2;</td></tr>
<tr><td>Average power losses                         </td><td>1,78 kW = 6407,55 kJ/h</td></tr>
<tr><td>Output speed                                 </td><td>rpm    191</td></tr>
<tr><td>Load torque                                  </td><td>Nm     604,3(eff. 475,0) </td></tr>
<tr><td>Inertia of installation                      </td><td>kgm&sup2;   33,09</td></tr>
<tr><td colspan="2">240 Starts per hour   , 40 % required duty cycle at elevator operation </td></tr>
<tr><td colspan="2">Max. static load pulleys 21487 N, pulley speed 1,60 m/s</td></tr>
</table>
<table style='font-family:courier new; font-size:12px;'>
<col style="width:350px"><col style="width:50px"><col style="width:110px"><col style="width:390px">
<tr style='height:20px'><td colspan="4"><b>Selected ZIEHL-ABEGG motor    </b></td></tr>
<tr style='height:10px'><td colspan="4">Motor type SM200.45E-20 - gearless  </td></tr>
<tr><td></td><td colspan="2">Nameplate data</td><td>(Operating data)</td></tr>
<tr><td>Rated voltage                  </td><td> V </td><td colspan="2">   360  </td></tr>
<tr><td>Rated frequency                </td><td> Hz </td><td>    32  </td><td>(    31,8)</td></tr>
<tr><td>Rated torque                   </td><td> Nm </td><td>   710  </td><td>(   604,3)</td></tr>
<tr><td>Rated speed                    </td><td>rpm  </td><td>   192  </td><td>(   191,0)</td></tr>
<tr><td>Rated output power             </td><td> kW </td><td>    14,3</td><td>(    12,1)</td></tr>
<tr><td>Rated current                  </td><td> A </td><td>    36  </td><td>(    30,6)</td></tr>
<tr><td>Maximum torque                 </td><td> Nm </td><td>  1200  </td><td>(  1200  )</td></tr>
<tr><td>Current at maximum torque      </td><td> A </td><td>    74  </td><td>(    74  )</td></tr>
<tr><td>Inertia of motor               </td><td> kgm&sup2; </td><td colspan="2">     0,350</td></tr>
<tr><td>Possible accelleration         </td><td> m/s&sup2; </td><td colspan="2">     1,43</td></tr>
<tr><td colspan="4">(MKmax=480,0 Nm)</td></tr>
<tr><td colspan="4">Without cooling  [PTC]   (68)</td></tr>
<tr><td colspan="4">Dimension sheet A-M-6762, Motor construction type IMB3</td></tr>
<tr><td colspan="4">Motor with encoder ECN 1313-2048Endat</td></tr>
</table>
<table style='font-family:courier new; font-size:12px;'>
<col style="width:1850px">
<tr style='height:20px'><td><b>Selected frequency inverter </b></td></tr>
<tr style='height:10px'><td>Inverter ZAdyn 4CS032, Rated inverter current 32 A </td></tr>
<tr><td>mains current 22,2 A, 400 V, 14,6 kW, Max. 0,92 m/s&sup2;, F_amax 1,88 (934 Nm)</td></tr>
<tr><td>Radio interference filter, integrated ; Line reactor, integrated </td></tr>
<tr><td>Braking resistance BR50-3</td></tr>
<tr><td>Brake control module ohne</td></tr>
</table><P style="page-break-after:always"></p><br/>
<table style='font-family:courier new; font-size:12px;'><col style="width:350px"><col style="width:600px">
<tr><th colspan="2"></th></tr>
<tr><td colspan="2"><b>ZAlift  - 20210802 - Energy calculation GBt_210014_113830---1250-160-SM 200.45E-</b></td></tr>
<tr style='height:20px'><td colspan="2"><b>Elevator data </b></td></tr>
<tr style='height:20px'><td>Elevator</td><td>1250kg-1,60m/s-2:1-40m</td></tr>
<tr><td>Total trips per day</td><td>864,00</td></tr>
<tr><td>Energy cost</td><td>26,00 ct/kWh   </td></tr>
<tr><td>Average load of machine, typical 70-90%</td><td>80,00 %        </td></tr>
<tr><td>Travel demand</td><td>350,00 W        </td></tr>
<tr><td>Contactor to switch off inverter and recuperation</td><td>No</td></tr>
<tr><td>Inverter and recuperation with standby-function</td><td>Yes</td></tr>
<tr><td>Standby demand</td><td>40,00 W        </td></tr>
<tr><td>Standby demand inverter</td><td>16,00 W        </td></tr>
<tr><td>Standby demand regeneration</td><td>11,00 W        </td></tr>
<tr><td>Power for brake release</td><td>264,00 W        </td></tr>
<tr style='height:20px'><td colspan="2"><b>Calculation according VDI4707</b></td></tr>
<tr><td>Usage category</td><td>4 (3.0h VDI 4707)</td></tr>
<tr><td>Selected ZIEHL-ABEGG motor    </td><td>SM200.45E-20-14kW-710Nm-191rpm</td></tr>
<tr><td>Load power</td><td>9515,57 W        </td></tr>
<tr><td>Power consumption</td><td>11187,05 W        </td></tr>
<tr><td>Load factor</td><td>0,70</td></tr>
<tr><td>Counterweight balance factor</td><td>0,50</td></tr>
<tr style='height:20px'><td><b>without recuperation</b></td><td><b></b></td></tr>
<tr><td>Energy cost per year Travel</td><td>1603,27 Euro     </td></tr>
<tr><td>Energy cost per year Standby</td><td>111,60 Euro     </td></tr>
<tr><td>Energy cost per year Total</td><td>1714,87 Euro     </td></tr>
<tr><td>Nominal demand per year</td><td>6596 kWh      </td></tr>
<tr><td>Energy consumption reference trip </td><td>111,73 Wh       </td></tr>
<tr><td>Specific travel demand</td><td>0,782 mWh/kg/m </td></tr>
<tr><td>Total specific energy demand</td><td>0,837 mWh/kg/m </td></tr>
<tr><td>Energy efficiency class Travel</td><td>B</td></tr>
<tr><td>Energy efficiency class Standby</td><td>B</td></tr>
<tr><td>Energy efficiency class Total</td><td>B</td></tr>
<tr style='height:20px'><td><b>with recuperation</b></td><td><b>ZArec4C 026 + BR14A</b></td></tr>
<tr><td>Regeneration power</td><td>6736,94 W        </td></tr>
<tr><td>max recuperation power</td><td>13207,38 W        </td></tr>
<tr><td>max recuperation current</td><td>21,18 A        </td></tr>
<tr><td>Energy cost per year Travel</td><td>949,26 Euro     </td></tr>
<tr><td>Energy cost per year Standby</td><td>133,52 Euro     </td></tr>
<tr><td>Energy cost per year Total</td><td>1082,78 Euro     </td></tr>
<tr><td>Nominal demand per year</td><td>4165 kWh      </td></tr>
<tr><td>Energy consumption reference trip </td><td>66,16 Wh       </td></tr>
<tr><td>Specific travel demand</td><td>0,463 mWh/kg/m </td></tr>
<tr><td>Total specific energy demand</td><td>0,528 mWh/kg/m </td></tr>
<tr><td>Energy efficiency class Travel</td><td>A</td></tr>
<tr><td>Energy efficiency class Standby</td><td>B</td></tr>
<tr><td>Energy efficiency class Total</td><td>A</td></tr>
<tr><td colspan="2">All data subject to measuring on site!</td></tr>
</table><P style="page-break-after:always"></p><br/>
<table style='font-family:courier new; font-size:12px;'><col style="width:400px"><col style="width:550px">
<tr><th colspan="2"></th></tr>
<tr><td colspan="2"><b>ZAlift  - 20210802 - GBt_210014_113830---1250-160-SM 200.45E-</b></td></tr>
<tr style='height:20px'><td colspan="2"><b>Elevator data </b></td></tr>
<tr style='height:10px'><td>Elevator</td><td>1250kg-1,60m/s-2:1-40m</td></tr>
<tr><td>Machine type       </td><td>SM 200.45E</td></tr>
<tr><td>Traction sheave </td><td>320/122/14,0/8x8/U90</td></tr>
<tr><td>InertiaTraction sheave </td><td> 0,843 kgm&sup2;</td></tr>
<tr style='height:20px'><td colspan="2"><b>Brake data</b></td></tr>
<tr style='height:10px'><td colspan="2">Mayr ROBA-twinstop RTW800, 1600 Nm, EU-BD 1112, 30 ms, 60 ms, 100 ms  </td></tr>
<tr><td colspan="2">-207 V brake, with hand release, microswitch</td></tr>
<tr style='height:20px'><td colspan="2"><b> Calculation of unintended movement</b></td></tr>
<tr style='height:10px'><td colspan="2"><b>Values of elevator controller</b></td></tr>
<tr><td>Detection distance</td><td> 0,050 m</td></tr>
<tr><td>Dead time</td><td> 50 ms</td></tr>
<tr><td>V Detector</td><td> 0,000 m/s</td></tr>
<tr style='height:20px'><td colspan="2"><b>Without short-circuit motor braking</b></td></tr>
</table>
<table style='font-family:courier new; font-size:12px;'><col style="width:20px"><col style="width:55px"><col style="width:5px"><col style="width:50px"><col style="width:5px"><col style="width:50px"><col style="width:5px"><col style="width:50px"><col style="width:5px">
<tr style='text-align:center'><td></td><td> a[m/s&sup2;] </td><td> | </td><td> s[m] </td><td> | </td><td> v[m/s] </td><td> | </td><td> t[s] </td><td> | </td></tr>
<tr style='text-align:center'><td>1:</td><td>4,34</td><td> | </td><td>0,05</td><td> | </td><td>0,66</td><td> | </td><td>0,15</td><td> | </td></tr>
<tr style='text-align:center'><td>2:</td><td>4,34</td><td> | </td><td>0,09</td><td> | </td><td>0,88</td><td> | </td><td>0,20</td><td> | </td></tr>
<tr style='text-align:center'><td>3:</td><td>1,49</td><td> | </td><td>0,12</td><td> | </td><td>0,92</td><td> | </td><td>0,23</td><td> | </td></tr>
<tr style='text-align:center'><td>4:</td><td>0,75</td><td> | </td><td>0,14</td><td> | </td><td>0,94</td><td> | </td><td>0,25</td><td> | </td></tr>
<tr style='text-align:center'><td>5:</td><td>-0,40</td><td> | </td><td>0,15</td><td> | </td><td>0,93</td><td> | </td><td>0,26</td><td> | </td></tr>
<tr style='text-align:center'><td>6:</td><td>-0,81</td><td> | </td><td>0,68</td><td> | </td><td>0,00</td><td> | </td><td>1,42</td><td> | </td></tr>
</table>
<table style='font-family:courier new; font-size:12px;'><col style="width:500px"><col style="width:450px">
<tr style='height:20px'><td>Stopping distance (without traction influence) </td><td>0,287 m, empty up</td></tr>
<tr><td>Max. stopping distance (traction depending)</td><td>0,684 m, empty up</td></tr>
<tr><td>Max. stopping distance (traction depending)</td><td> 0,382 m, full down</td></tr>
<tr><td>Max. stopping distance (inverter off, empty)</td><td> 0,238 m, empty up</td></tr>
<tr><td>Max. test stopping distance(v= 0,150m/s)</td><td> 0,099 m, empty up</td></tr>
<tr><td>Max. test stopping distance(v= 0,150m/s)</td><td> 0,091 m, full down</td></tr>
<tr><td>Max. test stopping distance(a= 2,000 m/s&sup2;)</td><td> 0,304 m, empty up</td></tr>
<tr><td>Max. test stopping distance(a= 2,000 m/s&sup2;)</td><td> 0,304 m, full down</td></tr>
</table>
<table style='font-family:courier new; font-size:12px;'><col style="width:950px">
<tr style='height:20px'><td><b>We assume no liability for calculation results!</b></td></tr>
</table></body></html>