Lineco TMS022 GMS022 1/2 18 R. Odbłyśniki. Danych wyrobów

Transkrypt

1 Lihtin Linec TMS022 GMS022 1/2 18 dbłyśni Oprawa TMS022 t funcjnalna i eniczna bela ntażwa d 1 lub 2 świetlówe TL-D. Oferuje wybór dwóch dbłyśniów, d świetlenia syetryczne i asyetryczne. Instalacja jest prsta i nie wyaa zastswania narzędzi. Mżliwść ziany płżenia sti przyłączeniwej użliwia elastyczne płączenie wejście ablwe centralnie lub przez zaślepi na ńcach. Dstępny jest szeri asrtyent eleentów ddatwych. Danych wyrbów Infracje pdstawwe Liczba źródeł światła Mc źródła światła Odbłyśnii Prduct Faily Cde 1/2 [ 1 lub 2 sztui] 18 W [ dbłyśni] GMS022 [ GMS022] EAN/UPC - Prdut Kd zaówienia Nueratr - Liczba sztu w pawaniu paczce 1 Nueratr Liczba pacze w pawaniu zewnętrzny 5 Materiał Nr 12NC Dane techniczne prdutu Pełny d prdutu Waa nett szt Nazwa prdutu na zaówieniu GMS022 1/2 18 Dane wrótce uleną zianie

2 M M T P T P +P P+ y= =T =O T O M +P P PM yy O= = =O + P PO y yo O+ O= =T =P == P Py yp OO OM =T P PM yy OT OM =P = + = +P PT P yp Oy =+ = PT P= y+ Oy =P = T P PO y yo OO OM =+ =y +M Py yt yo OO =+ =O +M PP yp ym O+ Oy O +M Py y= Oy =+ = +M PP PM yy ym OO O + PP PM yo OT OM =T O + PP P yp OT Oy O= T = +M PP y y= OT OO OM + M +y P PP yt yy ym O+ Oy += P+ P yy ym O+ O= O + P+ P= y+ y= OO T = +M PP yt yo Oy O + M +P P PP yy TM +T += P PM yp O+ OO T = + P PM y+ yo Cne P y O = = M Cne P y O = = M P M yytt yy O++ OO =+PM =M= +P = OO PyO yt y+t O O=OM =y ==== =+ +T +ypt +POP ++y= +PT PO + PPP TMM P M OOy OTyO =y =+ OTP O++T PMP P TMMM yp+ ymo+ ym y=+ y==t ymo PPP+ yo y= y y== yo yp== y+t PMP P +TPT hrnn eflnnn Ceilinnunted nviewednendwise nviewedncrsswise nparallelntnviewinndir hrnn eflnnn Ceilinnunted nviewednendwise nviewedncrsswise nparallelntnviewinndir Linec TMS022 ysuni techniczne GMS022/028 Dane ftetryczne TMS022 1xTL-D58W HFS +GMS022 TMS022 1xTL-D58W HFS +GMS022 Tnxnynl Plarnintensityndiara T /cd,nlh T LOnT M= M uantitynestiatinndiara nrnfnluinaires P T T O hrnn eflectancesngngn MaintenancenfactrnT Ceilinnunted =nlx nlx nlx T = M Utilisatinnfactrntable / H UGndiara T P P T LuinancenTable Plar.intensity.diara x.5.l Lihtnutputnrati T Servicenupward Servicendwnward T CIEnfluxncde S,Hnrati crsswise lenthwise +=nomnmtnnt axnt axnt UGcenn/PHxHGnHH O UTE=TTT TGnUnT eflectancesnfrnceilingnwallsnandnwrinnplanen/cieh /cd,h 30 2 cd/0.l 0 L.O..= LVN==P Ceilinnunted T=T LVN IFGU1_TMS0221xTL-D58WHFS+GMS022 IFPC1_TMS0221xTL-D58WHFS+GMS022 TMS022 2xTL-D18W HFS +GMS022 TMS022 2xTL-D18W HFS +GMS022 nxnt+nl Plarnintensityndiara T M uantitynestiatinndiara nrnfnluinaires P hrnn eflectancesngngn MaintenancenfactrnT Ceilinnunted =nlx nlx nlx UGndiara T 90 Plar.intensity.diara x.13.l Hcd,nls T LOn=+ M= T T = M Utilisatinnfactrntable H s P P T LuinancenTable Lihtnutputnrati =+ Servicenupward Servicendwnward =+ CIEnfluxncde S,Hnrati crsswise lenthwise Pyn==nMynn=+ axnt= axnto UGcennHPHxHGnHs + UTE=TTT =+GnUnT eflectancesnfrnceilingnwallsnandnwrinnplanenhcies Hcd,s 30 2 cd/0.l 0 L.O..= LVN== Ceilinnunted T=T LVN IFGU1_TMS0222xTL-D18WHFS+GMS022 IFPC1_TMS0222xTL-D18WHFS+GMS022 2 Dane wrótce uleną zianie

3 M MT =T PT M 4 T4 T4 T P4 y4,tt,,ot +,TT +,OT P,TT y,tt O,TT 4 T4 T4 T P4 y4 4+y 4P+ 4= 4= 4 4MT T,=M T,3P 4+y 4P+ 4= 4== 4= 4MT 4PT 4P= 4y+ 4= 4=O 4= T,P T,O T,= T,= 4PT 4P= 4y+ 4O 4= 4+P 4P 4PM 4=M 4y 4 T,O T,3y 4+P 4P 4PM 4=M 4P 4 4 4PT 4P 4yP 4yM 4OO 4=M T,yy T,3+ 4 4PT 4P= 4yP 4yM 4OO 4=P 4=M 4P 4PO 4O 4== T,P T,O 4P 4PO 4=P 4== 4O 4+M 4=P T,=O 4O 4+M 4OO 4=P 4 4+M 4PM 4O 4Oy 4=+ T, PM 4Oy 4= 4T 4 4+P 4P 4y+ 4O 4T 4 4+P 4P 4O P 4 4O T, T,P T,y T,yO T,O T,OO T,O T,= P 4yy 4 4O 4T 4 4+P 4P 4OO 4T 4 4+M 4OO 4TM 4O 4+ 4P 4yy 4yM T,P T,O 4TM 4O 4+T 4+= 4P 4yy Cne Py4 4 yy4 4 Oy4 =4 =y4 4 y4 M4 Cne yo,t OT,T OO,T =T,T =O,T 3T,T 3O,T T,T O,T MT,T Cne Py4 4 yy4 4 Oy4 =4 =y4 4 y4 M4 4 Py4 M4 Py+T PTO y yo+p ymom OPO O=y= O PM= PO PTP P+M P=y MT yyt ym O+M yy M== M+ =O O=+ +P ++ TMOT TyM T,T yo,t MT,T M+ 3M= My= MT 3TT= P333 PTMM ymt O3P Myy =yyp PMy 3TP =T PMM ++ 3MTT 3PP+ =M3 4 Py4 M4 +MT P PyyP P=MM y+m yp TO +MM= + + +yy += PT PP+ P=yM ytym P=TT +=y ++ O TM M TMOP T=+T TP++ MMM hrn4n eflnnn4 Ceilinnunted nviewednendwise nviewedncrsswise nparallelntnviewinndir4 hrc+,c eflccc CeilinCunted CviewedCendwise CviewedCcrsswise CParallelCtCviewinCdir, hrn4n eflnnn4 Ceilinnunted nviewednendwise nviewedncrsswise nparallelntnviewinndir4 Linec TMS022 Dane ftetryczne TMS022 1xTL-D36W +GMS022 TMS022 1xTL-D36W +GMS022 Tnxn++nl Plarnintensityndiara T Hcd,nls T L4O44n M= M uantitynestiatinndiara nr4nfnluinaires P T hrn4n eflectancesnnn4 MaintenancenfactrnT4 Ceilinnunted =nlx nlx nlx T = M Utilisatinnfactrntable H s UGndiara TO4 T4 4 P4 P4 4 T4 TO4 LuinancenTable Plar.intensity.diara x.33.l Lihtnutputnrati Servicenupward Servicendwnward CIEnfluxncde S,Hnrati crsswise lenthwise +=nomnmnn ax4n4 ax4nt4m UGcennHPHxHn4Hs UTE=TTT GnGnT eflectancesnfrnceilinnwallsnandnwrinnplanenhcies Hcd,s 30 2 cd/0.l 0 L.O..= LVN== Ceilinnunted T=T LVN IFGU1_TMS0221xTL-D36W+GMS022 IFPC1_TMS0221xTL-D36W+GMS022 TMS022 2xTL-D58W +GMS022 TMS022 2xTL-D58W +GMS022 +CxCO+TTCl PlarCintensityCdiara +T T +T OT TT OT +TT MT =T uantitycestiatincdiara nr,cfcluinaires = + hrc+,c eflectancesccc MaintenanceCfactrC,T CeilinCunted 3OTClx OTTClx UGCdiara =,T +,T,T 90 PlarOintensityOdiara OxO5Ol scdtttcl6 TT T PTT T L,O,,C MT+3T PT y PTTClx T T PT OT 3T MT UtilisatinCfactrCtable + s 6 y,t y,t,t +,T =,T LuinanceCTable LihtCutputCrati ServiceCupward ServiceCdwnward CIECfluxCcde SHCrati crsswise lenthwise yoc33cmocttc3t ax,c,3 ax,c,= UGcenCsyHxHCT,H6 UTE3+ GCGCT eflectancescfrcceilincwallscandcwrincplanecscie6 scd cd/0ol 0 L.O..=O LVN333TTT CeilinCunted +T3T++ LVN IFGU1_TMS0222xTL-D58W+GMS022 IFPC1_TMS0222xTL-D58W+GMS022 TMS022 1xTL-D18W +GMS022 TMS022 1xTL-D18W +GMS022 TnxnT+nl Plarnintensityndiara T Hcd,nls T L4O44n M= M uantitynestiatinndiara nr4nfnluinaires P hrn4n eflectancesnnn4 MaintenancenfactrnT4 Ceilinnunted =nlx nlx nlx T = M Utilisatinnfactrntable H s UGndiara TO4 T4 4 P4 P4 4 T4 TO4 LuinancenTable Plar.intensity.diara x.13.l Lihtnutputnrati Servicenupward Servicendwnward CIEnfluxncde S,Hnrati crsswise lenthwise +=nomnmtnn ax4n4t ax4nt4 UGcennHPHxHn4Hs UTE=TTT GnGnT eflectancesnfrnceilinnwallsnandnwrinnplanenhcies Hcd,s 30 2 cd/0.l 3 0 L.O..= LVN== Ceilinnunted T=T LVN IFGU1_TMS0221xTL-D18W+GMS022 IFPC1_TMS0221xTL-D18W+GMS022 3 Dane wrótce uleną zianie

4 M M M T P T P 4 T4 T4 T P4 y4 PT P= y+ Oy =P = T PT P= y+ Oy =P = T 4+y 4P+ 4= 4= 4 4MT + PP PM y+ O= OM + PP PM y+ O= OM 4PT 4P= 4y+ 4= 4=O 4= P PO y y= O =T =O = P PO y y= O =T =O = 4+P 4P 4PM 4=M 4y 4 +M Py yp O= =T =+ +M Py yp O= =T =+ 4 4PT 4P 4yP 4yM 4OO 4=M +T + P+ P y OT O= O +T + P+ P y OT O= O 4P 4PO 4O 4== O + P+ P= yp OT OO O + P+ P= yp OT OO 4O 4+M 4=P O += P+ P= y+ y= ym O+ Oy O += P+ P= y+ y= ym O+ Oy 4 4+M 4PM 4O 4Oy 4=+ +P +M P+ yp y= OT O+ +P +M P+ yp y= OT O+ 4T 4 4+P 4P 4y+ 4O += P PO y yo += P PO y yo P 4 4O +M P+ PM y+ yo +M P+ PM y+ yo 4T 4 4+P 4P 4OO T = += PT P= yt yy OT T = += PT P= yt yy OT 4TM 4O 4+ 4P 4yy 4yM Cne P y O = = M Cne P y O = = M Cne Py4 4 yy4 4 Oy4 =4 =y4 4 y4 M4 P M =PP =+ =+T =P+ =+M= = yot y PO =MT =+ =T== =y= OMy OMOM =My ytom PT =T=M =T= =OM OMMy Oy OOM= OPy y PM= P M =PP =+ =+T =P+ =+M= = yot y PO =MT =+ =T== =y= OMy OMOM =My ytom PT =T=M =T= =OM OMMy Oy OOM= OPy y PM= 4 Py4 M4 Py+T PTO y yo+p ymom OPO O=y= O PM= PO PTP P+M P=y MT yyt ym O+M yy M== M+ =O O=+ +P ++ TMOT TyM hrdd eflddd Ceilindunted dvieweddendwise dvieweddcrsswise dparalleldtdviewinddir hrdd eflddd Ceilindunted dvieweddendwise dvieweddcrsswise dparalleldtdviewinddir hrn4n eflnnn4 Ceilinnunted nviewednendwise nviewedncrsswise nparallelntnviewinndir4 Linec TMS022 Dane ftetryczne TMS022 2xTL-D36W HFS +GMS022 TMS022 2xTL-D36W HFS +GMS022 dxd++dl Plardintensityddiara T M uantitydestiatinddiara nrdfdluinaires TO T hrdd eflectancesdgdgd MaintenancedfactrdT Ceilindunted =dlx dlx dlx UGddiara T 90 Plarintensitdiara x33l /cd,dlh T LOd=T M= P T = M Utilisatindfactrdtable / H P P T LuinancedTable Lihtdutputdrati =T Servicedupward Serviceddwnward =T CIEdfluxdcde S,Hdrati crsswise lenthwise Pyd==dMydd=T axdt= axdto UGcend/PHxHGdHH P UTE=TTT =TGdUdT eflectancesdfrdceilingdwallsdanddwrindplaned/cieh /cd,h 30 2 cd/0l 0 L.O..= LVN== Ceilindunted T=T LVN IFGU1_TMS0222xTL-D36WHFS+GMS022 IFPC1_TMS0222xTL-D36WHFS+GMS022 TMS022 2xTL-D36W +GMS022 TMS022 2xTL-D36W +GMS022 dxd++dl Plardintensityddiara T M uantitydestiatinddiara nrdfdluinaires TO T hrdd eflectancesdgdgd MaintenancedfactrdT Ceilindunted =dlx dlx dlx UGddiara T 90 Plarintensitdiara x33l /cd,dlh T LOd=T M= P T = M Utilisatindfactrdtable / H P P T LuinancedTable Lihtdutputdrati =T Servicedupward Serviceddwnward =T CIEdfluxdcde S,Hdrati crsswise lenthwise Pyd==dMydd=T axdt= axdto UGcend/PHxHGdHH P UTE=TTT =TGdUdT eflectancesdfrdceilingdwallsdanddwrindplaned/cieh /cd,h 30 2 cd/0l 0 L.O..= LVN== Ceilindunted T=T LVN IFGU1_TMS0222xTL-D36W+GMS022 IFPC1_TMS0222xTL-D36W+GMS022 TMS022 1xTL-D36W HFS +GMS022 TMS022 1xTL-D36W HFS +GMS022 Tnxn++nl Plarnintensityndiara T Hcd,nls T L4O44n M= M uantitynestiatinndiara nr4nfnluinaires P T hrn4n eflectancesnnn4 MaintenancenfactrnT4 Ceilinnunted =nlx nlx nlx T = M Utilisatinnfactrntable H s UGndiara TO4 T4 4 P4 P4 4 T4 TO4 LuinancenTable Plar.intensity.diara x.33.l Lihtnutputnrati Servicenupward Servicendwnward CIEnfluxncde S,Hnrati crsswise lenthwise +=nomnmnn ax4n4 ax4nt4m UGcennHPHxHn4Hs UTE=TTT GnGnT eflectancesnfrnceilinnwallsnandnwrinnplanenhcies Hcd,s 30 2 cd/0.l 3 0 L.O..= LVN== Ceilinnunted T=T LVN IFGU1_TMS0221xTL-D36WHFS+GMS022 IFPC1_TMS0221xTL-D36WHFS+GMS022 4 Dane wrótce uleną zianie

5 M MT =T PT M 4 T4 T4 T P4 y4,tt,,ot +,TT +,OT P,TT y,tt O,TT T P 4+y 4P+ 4= 4== 4= 4MT T,=M T,3P +P P+ y= =T =O T O M 4PT 4P= 4y+ 4O 4= T,P T,O T,= T,= P PO y yo O+ O= =T =P == 4+P 4P 4PM 4=M 4P 4 T,O T,3y P PM yy OT OM =P = + = 4 4PT 4P= 4yP 4yM 4OO 4=P 4=M T,yy T,3+ PT P= y+ Oy =P = T 4P 4PO 4=P 4== T,P T,O +M Py yt yo OO =+ =O 4O 4+M 4OO 4=P T,=O +M Py y= Oy = PM 4Oy 4= T, + PP PM yo OT OM =T 4T 4 4+P 4P 4O T = +M PP y y= OT OO OM P 4yy 4 4O T, T,P T,y T,yO T,O T,OO T,O T,= += P+ P yy ym O+ O= 4T 4 4+M 4OO T = +M PP yt yo Oy O 4TM 4O 4+T 4+= 4P 4yy T,P T,O TM +T += P PM yp O+ OO Cne Py4 4 yy4 4 Oy4 =4 =y4 4 y4 M4 Cne yo,t OT,T OO,T =T,T =O,T 3T,T 3O,T T,T O,T MT,T Cne P y O = = M 4 Py4 M4 +MT P PyyP P=MM y+m yp TO +MM= + + +yy += PT PP+ P=yM ytym P=TT +=y ++ O TM M TMOP T=+T TP++ MMM T,T yo,t MT,T M+ 3M= My= MT 3TT= P333 PTMM ymt O3P Myy =yyp PMy 3TP =T PMM ++ 3MTT 3PP+ =M3 P M yytt yy O++ OO =+PM =M= +P = OO PyO yt y+t O O=OM =y ==== =+ +T +ypt +POP ++y= +PT PO + PPP TMM hrn4n eflnnn4 Ceilinnunted nviewednendwise nviewedncrsswise nparallelntnviewinndir4 hrc+,c eflccc CeilinCunted CviewedCendwise CviewedCcrsswise CParallelCtCviewinCdir, hrnn eflnnn Ceilinnunted nviewednendwise nviewedncrsswise nparallelntnviewinndir Linec TMS022 Dane ftetryczne TMS022 1xTL-D18W HFS +GMS022 TMS022 1xTL-D18W HFS +GMS022 TnxnT+nl Plarnintensityndiara T Hcd,nls T L4O44n M= M uantitynestiatinndiara nr4nfnluinaires P hrn4n eflectancesnnn4 MaintenancenfactrnT4 Ceilinnunted =nlx nlx nlx T = M Utilisatinnfactrntable H s UGndiara TO4 T4 4 P4 P4 4 T4 TO4 LuinancenTable Plar.intensity.diara x.13.l Lihtnutputnrati Servicenupward Servicendwnward CIEnfluxncde S,Hnrati crsswise lenthwise +=nomnmtnn ax4n4t ax4nt4 UGcennHPHxHn4Hs UTE=TTT GnGnT eflectancesnfrnceilinnwallsnandnwrinnplanenhcies Hcd,s 30 2 cd/0.l 0 L.O..= LVN== Ceilinnunted T=T LVN IFGU1_TMS0221xTL-D18WHFS+GMS022 IFPC1_TMS0221xTL-D18WHFS+GMS022 TMS022 2xTL-D58W HFS +GMS022 TMS022 2xTL-D58W HFS +GMS022 +CxCO+TTCl PlarCintensityCdiara +T T +T OT TT OT +TT MT =T uantitycestiatincdiara nr,cfcluinaires = + hrc+,c eflectancesccc MaintenanceCfactrC,T CeilinCunted 3OTClx OTTClx UGCdiara =,T +,T,T 90 PlarOintensityOdiara OxO5Ol scdtttcl6 TT T PTT T L,O,,C MT+3T PT y PTTClx T T PT OT 3T MT UtilisatinCfactrCtable + s 6 y,t y,t,t +,T =,T LuinanceCTable LihtCutputCrati ServiceCupward ServiceCdwnward CIECfluxCcde SHCrati crsswise lenthwise yoc33cmocttc3t ax,c,3 ax,c,= UGcenCsyHxHCT,H6 UTE3+ GCGCT eflectancescfrcceilincwallscandcwrincplanecscie6 scd cd/0ol 0 L.O..=O LVN333TTT CeilinCunted +T3T++ LVN IFGU1_TMS0222xTL-D58WHFS+GMS022 IFPC1_TMS0222xTL-D58WHFS+GMS022 TMS022 1xTL-D58W +GMS022 TMS022 1xTL-D58W +GMS022 Tnxnynl Plarnintensityndiara T /cd,nlh T LOnT M= M uantitynestiatinndiara nrnfnluinaires P T T O hrnn eflectancesngngn MaintenancenfactrnT Ceilinnunted =nlx nlx nlx T = M Utilisatinnfactrntable / H UGndiara T P P T LuinancenTable Plar.intensity.diara x.5.l Lihtnutputnrati T Servicenupward Servicendwnward T CIEnfluxncde S,Hnrati crsswise lenthwise +=nomnmtnnt axnt axnt UGcenn/PHxHGnHH O UTE=TTT TGnUnT eflectancesnfrnceilingnwallsnandnwrinnplanen/cieh /cd,h 30 2 cd/0.l 3 0 L.O..= LVN==P Ceilinnunted T=T LVN IFGU1_TMS0221xTL-D58W+GMS022 IFPC1_TMS0221xTL-D58W+GMS022 5 Dane wrótce uleną zianie

6 M T P +P P PM yy O= = =O + P Py yp OO OM =T +P PT P yp Oy =+ = P PO y yo OO OM =+ =y +M PP yp ym O+ Oy O = +M PP PM yy ym OO O O + PP P yp OT Oy O= + M +y P PP yt yy ym O+ Oy O + P+ P= y+ y= OO + M +P P PP yy T = + P PM y+ yo Cne P y O = = M P M OOy OTyO =y =+ OTP O++T PMP P TMMM yp+ ymo+ ym y=+ y==t ymo PPP+ yo y= y y== yo yp== y+t PMP P +TPT hrnn eflnnn Ceilinnunted nviewednendwise nviewedncrsswise nparallelntnviewinndir Linec TMS022 Dane ftetryczne TMS022 2xTL-D18W +GMS022 TMS022 2xTL-D18W +GMS022 nxnt+nl Plarnintensityndiara T M uantitynestiatinndiara nrnfnluinaires P hrnn eflectancesngngn MaintenancenfactrnT Ceilinnunted =nlx nlx nlx UGndiara T 90 Plar.intensity.diara x.13.l Hcd,nls T LOn=+ M= T T = M Utilisatinnfactrntable H s P P T LuinancenTable Lihtnutputnrati =+ Servicenupward Servicendwnward =+ CIEnfluxncde S,Hnrati crsswise lenthwise Pyn==nMynn=+ axnt= axnto UGcennHPHxHGnHs + UTE=TTT =+GnUnT eflectancesnfrnceilingnwallsnandnwrinnplanenhcies Hcd,s 30 2 cd/0.l 0 L.O..= LVN== Ceilinnunted T=T LVN IFGU1_TMS0222xTL-D18W+GMS022 IFPC1_TMS0222xTL-D18W+GMS Philips Lihtin Hldin B.V. Wszelie prawa zastrzeżne. Dane ą ulec zianie bez uprzednie pwiadienia. Zna twarwy jest własnścią Philips Lihtin Hldin B.V. lub dpwiednich pditów , Wrzesień 8 - Dane wrótce uleną zianie