Technical - Havells Sylvania

406 Product name

406 LED Technology 

410 Lamp Information 

417 Product Specification 

418 Lumen Calculation Data 

420 Emergency Lighting 

422 Luminaire Classifications 

424 IP Ratings 

425 Guide to Symbols 

426 Lighting Glossary 

427 Index 

407 TECHNICAL 

TECHNICAL

Lamp Information 

Throughout the catalogue, lamp boxes provide guidance on lighting performance. Beam angles quoted are usually for either a lamp and reflector combination or a reflector type lamp. Note that beam angles 

quoted are at 50% of the peak intensity. 

In the case of the lamp plus a reflector, the beam angle quoted will indicate the designed performance. However, in the case of the reflector lamp the quoted beam angle will be the ‘bare-lamp’ performance for 

that recommended lamp. The actual performance for a reflector lamp, within a luminaire, will be indicated by a polar curve for the particular lamp/luminaire combination - usually shown on the same page. There 

will sometimes be a small variation between luminaire performance and the lamp in ‘bare-lamp’ configuration. 

Mains Voltage Tungsten Lamps 

Title Sylvania ZVEI ILCOS Ømm Length 

mm 

GLS GLS A60 IA 60 104 25 E27 225 - - 1000 2700 100 1A 

Satin GLS A60 IA 60 104 40 E27 410 - - 1000 2700 100 1A 

Coiled coil GLS A60 IA 60 104 60 E27 700 - - 1000 2700 100 1A 

GLS A60 IA 60 104 75 E27 915 - - 1000 2700 100 1A 

GLS A60 IA 60 104 100 E27 1330 - - 1000 2700 100 1A 

GLS - IA 68 128 150 E27 2150 - - 1000 2700 100 1A 

GLS A60 IA 60 103 60 B22d 700 - - 1000 2700 100 1A 

GLS A60 IA 60 103 75 B22d 915 - - 1000 2700 100 1A 

GLS A60 IA 60 103 100 B22d 1330 - - 1000 2700 100 1A 

Round Round D45 IBP 45 72.5 40 E14 415 - - 1000 2700 100 1A 

Satin Round D45 IBP 45 71 60 E27 700 - - 1000 2700 100 1A 

Single coil 

Pygmy Pygmy CO26 IBS 28 58 15 B22d 100 - - 1000 2700 100 1A 

Clear 

Single coil 

Crown Silvered CS A60-CS IRA 60 104 40 E27 360 - - 1000 2700 100 1A 

Clear CS A60-CS IRA 60 104 60 E27 620 - - 1000 2700 100 1A 

Coiled coil CS A60-CS IRA 68 128 100 E27 1170 - - 1000 2700 100 1A 

Reflector R80 R80 IRR 80 110 40 E27 410 120 80 1000 2700 100 1A 

Pearl R80 R80 IRR 80 110 60 E27 700 200 80 1000 2700 100 1A 

Coiled coil R80 R80 IRR 80 110 75 E27 915 280 80 1000 2700 100 1A 

R80 R80 IRR 80 110 100 E27 1330 410 80 1000 2700 100 1A 

PAR 38 PAR 38 PAR 38 IPAR 124 136 60 E27 700 3400 12 2000 2700 100 1A 

Clear PAR 38 PAR 38 IPAR 124 136 60 E27 700 1200 30 2000 2700 100 1A 

Coiled coil PAR 38 PAR 38 IPAR 124 136 80 E27 915 5400 12 2000 2700 100 1A 

PAR 38 PAR 38 IPAR 124 136 80 E27 915 1800 30 2000 2700 100 1A 

PAR 38 PAR 38 IPAR 124 136 120 E27 1330 9300 12 2000 2700 100 1A 

PAR 38 PAR 38 IPAR 124 136 120 E27 1330 3100 30 2000 2700 100 1A 

410 TECHNICAL 

Watts 

Nominal 

Cap/ 

Base 

Initial 

Lumens 

(IL) 

Peak 

Intensity 

(Cd) 

Beam 

(50%) 

Av. Life 

(Hours) 

Colour 

Temp. 

(ºK) 

Colour 

Rendering 

(Ra) 

Colour 

Rendering 

(Group)


Mains Voltage Tungsten Halogen Lamps 

Note - Permanently dimming halogen lamps shortens lamp life. Dimmed halogen lamps should be run-up to full power at regular intervals to maintain optimum life 


mm 

Quartz halogen Hi-Pin QT14 HSGST/F 14 51 40 G9 460 - - 2000 2800 100 1A 

Matt frosted 

Low pressure 

UV Stop 

Hi-Pin QT14 HSGST/F 14 51 60 G9 790 - - 2000 2800 100 1A 

Quartz halogen - QT18 HEG BT/C 18 86 75 B15d 1100 - - 2000 2900 100 1A 

Clear - QT18 HEG BT/C 18 86 100 B15d 1500 - - 2000 2900 100 1A 

Low Pressure - QT18 HEG BT/C 18 86 150 B15d 2500 - - 2000 2900 100 1A 

UV Stop 

- QT18 HEG BT/C 18 86 250 B15d 4350 - - 2000 2900 100 1A 

Quartz halogen - QT32 HEGT/C 32 105 75 E27 1100 - - 1500 2900 100 1A 

Clear - QT32 HEGT/C 32 105 100 E27 1500 - - 2000 2900 100 1A 

Low Pressure - QT32 HEGT/C 32 105 150 E27 2500 - - 2000 2900 100 1A 

UV Stop 

- QT32 HEGT/C 32 105 250 E27 4350 - - 2000 2900 100 1A 

Quartz halogen - QT32 HEGT/W 32 105 75 E27 1050 - - 1500 2900 100 1A 

Satin - QT32 HEGT/W 32 105 100 E27 1470 - - 2000 2900 100 1A 

Low Pressure - QT32 HEGT/W 32 105 150 E27 2400 - - 2000 2900 100 1A 

UV Stop 

- QT32 HEGT/W 32 105 250 E27 4210 - - 2000 2900 100 1A 

Quartz halogen DLX-T QT32 HEGT/C 33 103 60 E27 840 - - 2000 2800 100 1A 

Clear 230V only DLX-T QT32 HEGT/C 33 103 100 E27 1600 - - 2000 2900 100 1A 

Low Pressure 

UV Stop 

DLX-T QT32 HEGT/C 33 103 150 E27 2550 - - 2000 2900 100 1A 

Quartz halogen DLX-T QT32 HEGT/W 33 103 60 E27 780 - - 2000 2800 100 1A 

Satin 230V only DLX-T QT32 HEGT/W 33 103 100 E27 1525 - - 2000 2900 100 1A 

Low Pressure 

UV Stop 

DLX-T QT32 HEGT/W 33 103 150 E27 2450 - - 2000 2900 100 1A 

Quartz halogen - QT-DE12 HDF 10 78.3 60 R7s 840 - - 2000 2900 100 1A 

Double ended tube K14 QT-DE12 HDF 10 78.3 100 R7s 1600 - - 2000 2900 100 1A 

K12 QT-DE12 HDF 10 78.3 150 R7s 2600 - - 2000 2900 100 1A 

K11 QT-DE12 HDF 8 118.6 200 R7s 3000 - - 2000 2880 100 1A 

K9 QT-DE12 HDF 8 118.6 300 R7s 4800 - - 2000 2900 100 1A 

K11 QT-DE12 HDF 8 118.6 500 R7s 9250 - - 2000 2900 100 1A 

K3 QT-DE12 HDF 12 189.1 750 R7s 15000 - - 2000 2900 100 1A 

K4 QT-DE12 HDF 12 189.1 1000 R7s 22000 - - 2000 2900 100 1A 

K5 QT-DE12 HDF 12 254.1 1500 R7s 33000 - - 2000 2900 100 1A 

K6 QT-DE12 HDF 12 331 2000 Fa4 44000 - - 2000 2900 100 1A 

Halogen PAR16 Hi-Spot ES50 QPAR16 HAGSPAR 50 55 35 GU10 315 800 25 2500 2700 100 1A 

Clear Hi-Spot ES50 QPAR16 HAGSPAR 50 55 50 GU10 525 1300 25 2500 2700 100 1A 

Low Pressure 

UV Stop 

Hi-Spot ES50 QPAR16 HAGSPAR 50 55 50 GU10 525 500 50 2500 2700 100 1A 

Halogen PAR16 

Clear 

Low Pressure 

UV Stop 

Hi-Spot 50 QPAR16 HAPAR 50 77 40 E14 400 950 25 2000 2700 100 1A 

Halogen PAR20 Hi-Spot ES63 QPAR63 HAGSPAR 62 64 50 GU10 525 1500 25 2500 2750 100 1A 

Clear Hi-Spot ES63 QPAR63 HAGSPAR 62 64 75 GU10 980 2500 25 2500 2750 100 1A 

Low Pressure 

UV Stop 

Hi-Spot ES63 QPAR63 HAGSPAR 62 64 75 GU10 980 1000 25 2500 2750 100 1A 

Halogen PAR20 Hi-Spot 63 QPAR20 HAPAR 65 88 50 E27 630 3000 10 2500 2900 100 1A 

Clear 

Low Pressure 

UV Stop 



Clear Hi-Spot 80 QPAR80 HAPAR 81 108 50 E27 630 1100 25 2500 2900 100 1A 

Low Pressure Hi-Spot 80 QPAR80 HAPAR 81 108 75 E27 1050 5500 10 3000 2900 100 1A 

UV Stop 





UV Stop 


Halogen QPAR111 

Clear 

Low Pressure 

UV Stop 

Hi-Spot ES111 QPAR111 HAPAR 111 72 75 GU10 1090 3000 24 2000 2900 100 1A 




UV Stop 


411 TECHNICAL 

Watts 

Nominal 

Cap/ 

Base 

Initial 

Lumens 

(IL) 

Peak 

Intensity 

(Cd) 

Beam 

(50%) 

Av. Life 

(Hours) 

Colour 

Temp. 

(ºK) 

Colour 

Rendering 

(Ra) 

Colour 

Rendering 

(Group)


Low Voltage Tungsten Lamps - 12V 

Note - Permanently dimming tungsten halogen lamps shortens lamp life. Dimmed halogen lamps should be run-up to full power at regular intervals to maintain optimum life 


mm 

Tungsten halogen Capsule LP QT9-LPax HSG/LP 9 33 5 G4 45 - - 1500 2900 100 1A 

Capsule - axial filament Capsule LP QT9-LPax HSG/LP 9 33 10 G4 100 - - 1500 2900 100 1A 

Clear Capsule LP QT9-LPax HSG/LP 9 33 20 G4 260 - - 1500 2900 100 1A 

Low Pressure - QT12-LPax HSG/LP 12 44 20 GY6.35 300 - - 3000 3000 100 1A 

UV Stop 

Capsule LP QT12-LPax HSG/LP 12 44 35 GY6.35 560 - - 1500 2900 100 1A 

Capsule LP QT12-LPax HSG/LP 12 44 50 GY6.35 950 - - 1500 2900 100 1A 

- QT12-LPax HSG/LP 12 44 75 GY6.35 1575 - - 3000 3000 100 1A 

- QT12-LPax HSG/LP 12 44 100 GY6.35 2200 - - 3000 3000 100 1A 

Tungsten halogen Capsule QT9-Uvrax HSG 9 33 35 G4 650 - - 3000 3000 100 1A 

Capsule - axial filament Capsule QT12-Uvrax HSG 12 44 35 GY6.35 650 - - 3000 3000 100 1A 

Clear Capsule QT12-Uvrax HSG 12 44 50 GY6.35 1000 - - 3000 3000 100 1A 

UV Stop 

Capsule QT12-Uvrax HSG 12 44 75 GY6.35 1600 - - 3000 3000 100 1A 

Only use in fixtures with toughened 

front safety glass 

Capsule QT12-Uvrax HSG 12 44 100 GY6.35 2300 - - 3000 2900 100 1A 

Dichroic reflector [MR8] 

Clear front 

QR-CBC25 HRGI 25 26 35 GZ4 - 1400 26 2000 3050 100 1A 

MR16 Dichroic reflector (Superia 35) A60-CS IRA 60 104 60 E27 620 - - 1000 2700 100 1A 

Axial filament - QR-CBC35 HRGI 35.3 37 10 GU4 140 300 38 2000 3000 100 1A 

Clear front M252S QR-CBC35 HRGI 35.3 42 20 GZ4/GU4 320 4500 10 4000 3100 100 1A 

Low pressure M262S QR-CBC35 HRGI 35.3 42 20 GZ4/GU4 320 700 38 4000 3100 100 1A 

UV Stop 

M265S QR-CBC35 HRGI 35.3 42 35 GZ4/GU4 630 7200 10 4000 3100 100 1A 

M170S QR-CBC35 HRGI 35.3 42 35 GZ4/GU4 630 1350 38 4000 3100 100 1A 

PAR 38 PAR 38 IPAR 124 136 60 E27 700 3400 12 2000 2700 100 1A 

(Superia 50) PAR 38 IPAR 124 136 60 E27 700 1200 30 2000 2700 100 1A 

M268S QR-CBC51 HRGI 51 45 20 GX/GU5.3 320 4000 10 5000 2925 100 1A 




412 TECHNICAL 

Watts 

Nominal 

Cap/ 

Base 

Initial 

Lumens 

(IL) 

Peak 

Intensity 

(Cd) 

Beam 

(50%) 

Av. Life 

(Hours) 

Colour 

Temp. 

(ºK) 

Colour 

Rendering 

(Ra) 





- QR-CBC51 HRGI 51 49 75 GX/GU5.3 - 13000 12 3500 3000 100 1A 




MR16 Quartz capsule & aluminium reflector (Coolfit 50) 

Axial filament M69CF QR-C51 HAGI 51 49 20 GX/GU5.3 320 660 38 5000 3000 100 1A 

Clear front M81CF QR-C51 HAGI 51 49 35 GX/GU5.3 630 1200 38 5000 3000 100 1A 

Low pressure M58CF QR-C51 HAGI 51 49 50 GX/GU5.3 1000 1950 38 5000 3000 100 1A 

UV Stop 

M80CF QR-C51 HAGI 51 49 50 GX/GU5.3 1000 900 60 5000 3000 100 1A 

AR70 Quartz capsule & aluminium reflector 

- QR-LP70 HMGI 70 50 50 BA15d 930 12500 8 3000 3000 100 1A 

Axial filament 

Clear front 

Low pressure 

UV Stop 

- QR-LP70 HMGI 70 50 50 BA15d 930 2600 24 3000 3000 100 1A 

AR111 Quartz capsule & aluminium reflector 

SA111 QR-LP111 HMG 111 50 50 G53 930 45000 4 3000 3000 100 1A 

Axial filament SA111 QR-LP111 HMG 111 50 50 G53 930 20000 8 3000 3000 100 1A 

Clear front 

Low pressure 

SA111 QR-LP111 HMG 111 50 50 G53 930 4000 24 3000 3000 100 1A 

UV Stop 

SA111 QR-LP111 HMG 111 50 100 G53 2200 48000 8 3000 3000 100 1A 

SA111 QR-LP111 HMG 111 50 100 G53 2200 8500 24 3000 3000 100 1A 

PAR36 Quartz capsule & aluminiumised reflector 

SA111 QR-LP111 HMG 111 50 100 G53 2200 2800 45 3000 3000 100 1A 

Clear front - PAR 36 IPAR 115 70 50 screw connection - 1300 30 4000 2900 100 1A 

PAR56 Quartz capsule & aluminiumised reflector 

Clear front - PAR 56 IPAR 180 127 300 GX16d - 16000 40 1500 2900 100 1A 

Colour 

Rendering 

(Group)


Compact fluorescent lamps [CFL] 

Title Sylvania ZVEI ILCOS Length 

mm 

413 TECHNICAL 

Watts 

Nominal 

Cap/ 

Base 

Initial 

Lumens 

(IL) 

Av. Life 

(Hours) 

Colour Temp. 

(ºK) 

Colour 

Rendering 

(Ra) 

TC-S Lynx-S TC-S FSD 88 5 G53 250 10000 2700/3000/3500/4000/6500 85 1B 

2 limb, 2 pin [SS] Lynx-S TC-S FSD 115 7 G53 400 10000 2700/3000/3500/4000/6500 85 1B 

Lynx-S TC-S FSD 145 9 G53 600 10000 2700/3000/3500/4000/6500 85 1B 

Lynx-S TC-S FSD 213 11 G53 900 10000 2700/3000/3500/4000/6500 85 1B 

TC-SEL Lynx-SE TC-SEL FSD 89 5 2G7 250 10000 2700/4000 85 1B 

2 limb, 4 pin [HF] Lynx-SE TC-SEL FSD 115 7 2G7 400 10000 2700/4000 85 1B 

Lynx-SE TC-SEL FSD 148 9 2G7 600 10000 2700/4000 85 1B 

Lynx-SE TC-SEL FSD 216 11 2G7 900 10000 2700/4000 85 1B 

TC-D Lynx-D TC-D FSQ 90 10 G24d-1 600 10000 2700/3000/3500/4000/6000/6500 85 1B 

4 limb, 2 pin [SS] Lynx-D TC-D FSQ 118 13 G24d-1 900 10000 2700/3000/3500/4000/6000/6500 85 1B 

Lynx-D TC-D FSQ 132 18 G24d-2 1200 10000 2700/3000/3500/4000/6000/6500 85 1B 

Lynx-D TC-D FSQ 150 26 G24d-3 1800 10000 2700/3000/3500/4000/6000/6500 85 1B 

TC-DEL Lynx-DE TC-DEL FSQ 90 10 G24q-1 600 10000 2700/3000/3500/4000 85 1B 

4 limb, 4 pin [HF] Lynx-DE TC-DEL FSQ 118 13 G24q-1 900 10000 2700/3000/3500/4000 85 1B 

Lynx-DE TC-DEL FSQ 132 18 G24q-2 1200 10000 2700/3000/3500/4000 85 1B 

Lynx-DE TC-DEL FSQ 150 26 G24q-3 1800 10000 2700/3000/3500/4000 85 1B 

TC-T - TC-T FSM 113 13 GX4d-1 900 10000 2700/3000/3500/4000/6500 85 1B 

6 limb, 2 pin [SS] Lynx-T TC-T FSM 100 18 GX4d-2 1200 10000 2700/3000/3500/4000/6500 85 1B 

Lynx-T TC-T FSM 115 26 GX4d-3 1800 10000 2700/3000/3500/4000/6500 85 1B 

TC-TEL - TC-TEL FSM 113 13 GX4q-1 900 10000 2700/3000/3500/4000 85 1B 

6 limb, 4 pin [HF] Lynx-TE TC-TEL FSM 100 18 GX4q-2 1200 10000 2700/3000/3500/4000 85 1B 

Lynx-TE TC-TEL FSM 115 26 GX4q-3 1800 10000 2700/3000/3500/4000 85 1B 



TC-TELI 

6 limb, 4 pin [HF] 

- TC-TELI FSM 178 57 GX24q-5 4300 12000 2700/3000/3500/4000/5000 82 1B 

TC-L Lynx-L TC-L FSL 225 18 2G11 1200 10000 2700/3000/3500/4000/6000 85 1B 

2 limb, 4 pin [HF] Lynx-L TC-L FSL 320 24 2G11 1800 10000 2700/3000/3500/4000/6000 85 1B 

Lynx-L TC-L FSL 415 36 2G11 2900 10000 2700/3000/3500/4000/6000 85 1B 



TC-F Lynx-F TC-F FSM 122 18 2G10 1100 10000 2700/3000/4000 85 1B 

4 limb, 4 pin [HF] Lynx-F TC-F FSM 165 24 2G10 1700 10000 2700/3000/4000 85 1B 

Lynx-F TC-F FSM 217 36 2G10 2800 10000 2700/3000/4000 85 1B 

2D - TC-DD FSF - 16 GR8 1050 10000 2700/3000/6000 82 1B 

8 limb, 2 pin [SS] 

2D - TC-DD FSF - 16 GR10q 1050 10000 2700/3000/4000 82 1B 

8 limb, 4 pin [HF] - TC-DD FSF - 28 GR10q 2250 15000 2700/3000/4000 82 1B 

- TC-DD FSF - 38 GR10q 3000 15000 2700/3000/4000 82 1B 

- TC-DD FSF - 55 GRY10q-3 3900 15000 2700/3000/4000 82 1B 

Micro-Lynx F 

With integral HF gear 

Micro-Lynx F TC-FSE FBC 75Ø 7 GX53 220 6000 3000/4000 85 1B 

TC-DSE Mini-Lynx TC-DSE FSD 140 7 E27 400 15000 2700/6000 85 1B 

With integral HF gear Mini-Lynx TC-DSE FSD 140 11 E27 600 15000 2700/6000 85 1B 

4 limb Mini-Lynx TC-DSE FSD 169 15 E27 900 15000 2700/6000 85 1B 

Mini-Lynx TC-DSE FSD 180 20 E27 1250 15000 2700/6000 85 1B 

TC-TSE Mini-Lynx TC-TSE FSQ 140 15 E27 900 15000 2700/6000 85 1B 

With integral HF gear Mini-Lynx TC-TSE FSQ 158 20 E27 1250 15000 2700/6000 85 1B 

6 limb Mini-Lynx TC-TSE FSQ 169 23 E27 1500 15000 2700/6000 85 1B 

Colour 

Rendering 

(Group)


T5 Fluorescent Lamps 


mm 

414 TECHNICAL 

Watts 

Nominal 

Cap/ 

Base 

Initial 

Lumens 

(IL) 

Max 

Lumens 

at 33-37°C 

Av. Life 

(Hours) 

Colour Temp. 

(ºK) 

(Hours) 

Colour 

Rendering 

(Ra) 

T5 HE (16mm Ø) Luxline FHE T16 FDH 549 14 G5 1230 1350 20000 2700/3000/4000 85 1B 

High Efficiency Luxline FHE T16 FDH 549 14 G5 1140 1250 20000 6000 85 1B 

Triphosphor Luxline FHE T16 FDH 849 21 G5 1910 2100 20000 2700/3000/4000 85 1B 

Luxline FHE T16 FDH 849 21 G5 1775 1950 20000 6000 85 1B 

Luxline FHE T16 FDH 1149 28 G5 2640 2900 20000 2700/3000/4000 85 1B 


Luxline FHE T16 FDH 1449 35 G5 3300 3650 20000 2700/3000/4000 85 1B 


T5 HO (16mm Ø) Luxline FHO T16 FDH 549 24 G5 1700 2000 20000 2700/3000/4000 85 1B 

High Output Luxline FHO T16 FDH 549 24 G5 1570 1850 20000 6000 85 1B 

Triphosphor Luxline FHO T16 FDH 849 39 G5 3220 3500 20000 2700/3000/4000 85 1B 

Luxline FHO T16 FDH 849 39 G5 2990 3250 20000 6000 85 1B 

Luxline FHO T16 FDH 1449 49 G5 4165 4900 20000 2700/3000/4000 85 1B 






T5 (16mm Ø) Standard T16 FD 136 4 G5 140 - 10000 3000/3500 53 3 

Standard Standard T16 FD 136 4 G5 140 - 10000 4300 64 2B 

Halophosphor Standard T16 FD 136 4 G5 115 - 10000 6500 76 2A 

Standard T16 FD 212 6 G5 280 - 10000 3000/3500 53 3 

Standard T16 FD 212 6 G5 280 - 10000 4300 64 2B 

Standard T16 FD 212 6 G5 240 - 10000 6500 76 2A 

Standard T16 FD 288 8 G5 400 - 10000 3000/3500 53 3 



Standard T16 FD 517 13 G5 880 - 10000 3000/3500 53 3 



T5 Circular (16mm Ø) T16-R FSCH 230Ø 22 2GX13 1800 - 16000 2700/3000/4000/6000 85 1B 

High output T16-R FSCH 305Ø 40 2GX13 3200 - 16000 2700/3000/4000/6000 85 1B 

Triphosphor T16-R FSCH 305Ø 55 2GX13 4200 - 16000 2700/3000/4000/6000 85 1B 

T8 Fluorescent Lamps 


mm 

Watts 

Nominal 

Cap/ 

Base 

Initial 

Lumens 

(IL) 

Av. Life 

(Hours) 

Colour Temp. 

(ºK) 

(Hours) 

Colour 

Rendering 

(Ra) 

T8 (26mm Ø) Luxline Plus T26 FD 590 18 G13 1350 20000 2700/3000/3500/4000 85 1B 

Triphosphor Luxline Plus T26 FD 590 18 G13 1300 20000 5000/6000 85 1B 

Luxline Plus T26 FD 1200 36 G13 3350 20000 2700/3000/3500/4000 85 1B 

Luxline Plus T26 FD 1200 36 G13 3250 20000 5000/6000 85 1B 





T8 (26mm Ø) Standard T26 FD 590 18 G13 1150 14000 3000/3500 53 3 

Halophosphor Standard T26 FD 590 18 G13 1100 14000 4000 76 2A 

Standard T26 FD 590 18 G13 1150 14000 4300 64 2B 

Standard T26 FD 590 18 G13 1050 14000 6500 75 2A 

Standard T26 FD 1200 36 G13 2850 14000 3000/3500 53 3 




Standard T26 FD 1500 58 G13 4600 14000 3000/3500 53 3 




Colour 

Rendering 

(Group) 

Colour 

Rendering 

(Group)


HID metal halide - Ceramic arc tube 

Note: Ceramic Metal halide lamps and Electronic Gear 

Lamp warm-up - Ceramic metal halide lamps require approximately 5-12 minutes warm up time to reach full output. Several colour changes are often experienced as part of the 

warm up process. 

Hot Re-strike - Hot lamps must cool down sufficiently until the gear can re-ignite them. Length of time this takes will depend upon the ambient and lamp temperature. 

Timed ignition - Gear will shut down to protect itself when lamps are damaged and at end of lamp life. Constant attempts to strike such lamps would result in a reduction in gear life. 

Once the lamp has been replaced and the gear reset (by switching the unit off at the mains) the gear will operate as normal. 

Thermal protection - Gear will shut down to protect itself when high ambient and internal temperatures are reached that would substantially decrease gear life. Such occurrences may occur in areas with poor 

ventilation or sometimes at the end of lamp life. Once the temperature has reduced to a safe level the gear will automatically re-set itself and operate normally. 


mm 

Metal halide ceramic capsule - HIT-TC-CE MT 14 85 20 G8.5 1700 - - 6000 3000 81 1B 

CDM-TC CMI-TC HIT-TC-CE MT 17 85 35 G8.5 3400 - - 9000 3000 84 1B 

UV Stop 

CMI-TC HIT-TC-CE MT 17 85 70 G8.5 6200 9000 3000 84 1B 

Metal halide ceramic capsule CMI-T HIT-CE MT 20 90 35 G12 3400 - - 9000 3000 83 1B 

CDM-T CMI-T HIT-CE MT 20 90 70 G12 6200 - - 9000 3000 83 1B 

UV Stop 

CMI-T HIT-CE MT 20 90 70 G12 6000 - - 9000 4200 88 1A 

CMI-T HIT-CE MT 20 100 150 G12 13500 - - 9000 3000 83 1B 

CMI-T HIT-CE MT 20 100 150 G12 13000 - - 9000 4200 88 1A 

Metal halide ceramic tubular double ended CMI-TD HIT-DE-CE MD 22 117.6 70 Rx7s 6200 - - 9000 3000 85 1B 

CDM-TD CMI-TD HIT-DE-CE MD 22 117.6 70 Rx7s 6200 - - 9000 4200 90 1A 

UV Stop 

CMI-TD HIT-DE-CE MD 25 135.4 150 Rx7s-24 13500 - - 9000 3000 85 1B 

CMI-TD HIT-DE-CE MD 25 135.4 150 Rx7s-24 12500 - - 9000 4200 90 1A 

Metal halide ceramic tubular - HIT-CE MT 32 156 70 E27 6300 - - 12000 3000 83 1B 

CDM-TT - HIT-CE MT 47 211 150 E40 13500 - - 7000 3000 85 1B 

UV Stop 

- QT32 HEGT/W 32 105 75 E27 1050 - - 1500 2900 100 1A 

Metal halide ceramic elliptical - HIE-CE ME 71 156 70 E27 5900 - - 12000 3000 83 1B 

CDM-ET - HIE-CE ME 91 226 150 E40 13000 - - 7000 3000 85 1B 

UV Stop 

- QT32 HEGT/W 32 105 250 E27 4210 - - 2000 2900 100 1A 

Metal halide ceramic elliptical - HIT-CE ME 54 138 70 E27 5700 - - 9000 3000 87 1B 

HCI-E/P - HIT-CE ME 54 138 70 E27 5600 - - 9000 4200 90 1A 

UV Stop 

- HIT-CE ME 54 141 100 E27 8600 - - 9000 3000 87 1B 

- HIT-CE ME 54 138 150 E27 12500 - - 9000 3000 87 1B 

- HIT-CE ME 54 138 150 E27 12500 - - 9000 4200 90 1A 

Metal halide ceramic reflector - HIPAR20 MR 65 95 35 E27 - 26000 10 9000 3000 81 1B 

CDM-R 

UV Stop 

- HIPAR20 MR 65 95 35 E27 - 5000 30 9000 3000 81 1B 

- HIPAR-L30 MR 97 125 35 E27 - 44000 10 9000 4200 81 1B 

- HIPAR-L30 MR 97 125 35 E27 - 7400 30 9000 3000 81 1B 

- HIPAR-L30 MR 97 125 70 E27 - 68000 10 9000 4200 83 1B 

- HIPAR-L30 MR 97 125 70 E27 - 10000 40 9000 4200 83 1B 

HID metal halide - Quartz arc tube 

Metal halide quartz capsule HSI-T HIT-UVr MT 26 76 70 G12 5200 - - 6000 3000 80 1B 

HQI-T HSI-T HIT-UVr MT 26 76 70 G12 5200 - - 6000 4200 80 1B 

UV Stop 

HSI-T HIT-UVr MT 26 76 150 G12 12000 - - 6000 3000 80 1B 

HSI-T HIT-UVr MT 26 76 150 G12 12500 - - 6000 4200 80 1B 

Metal halide quartz tubular double ended HSI-TD HIT-DE MD 22 117.6 70 Rx7s 5500 - - 9000 3000 80 1B 

HQI-TS HSI-TD HIT-DE MD 22 117.6 70 Rx7s 5800 - - 9000 4200 80 1B 

UV Stop 

HSI-TD HIT-DE MD 22 117.6 70 Rx7s 5400 - - 9000 5600 80 1B 

HSI-TD HIT-DE MD 25 135.4 150 Rx7s-24 13000 - - 9000 3000 80 1B 



HSI-TD HIT-DE-UVr MD 27.5 161.6 250 Fc2 20000 - - 9000 3200 80 1B 



Metal halide quartz tubular HSI-TSX HIT MT 48 260 250 E40 21000 - - 14500 4200 80 1B 

HQI-T 

compatible with HP sodium control gear 

UV Stop 

HSI-TSX HIT MT 63 270 400 E40 40000 - - 14500 4200 80 1B 

Metal halide quartz elliptical 

HQI-E 

clear 


UV Stop 

HSI-SX HIE MT 90 227 250 E40 23500 - - 14500 4100 80 1B 

Metal halide quartz elliptical HSI-SX HIE-P MT 90 227 250 E40 21000 - - 14500 4500 80 1B 

HQI-E 

clear/protected 


UV Stop 

HSI-SX HIE-P MT 120 290 400 E40 42000 - - 14500 4300 80 1B 

Metal halide quartz elliptical 

HQI-E 

Coated 


UV Stop 

HSI-SX HIE MT 90 227 250 E40 23500 - - 14500 3800 80 1B 

Metal halide quartz elliptical HSI-SX HIE-P/c MT 90 227 250 E40 20000 - - 14500 4200 80 1B 

HQI-E 

Coated/protected 


UV Stop 

HSI-SX HIE-P/c MT 120 290 400 E40 40000 - - 14500 4200 80 1B 

415 TECHNICAL 

Watts 

Nominal 

Cap/ 

Base 

Initial 

Lumens 

(IL) 

Peak 

Intensity 

(Cd) 

Beam 

(50%) 

Av. Life 

(Hours) 

Colour 

Temp. 

(ºK) 

Colour 

Rendering 

(Ra) 

Colour 

Rendering 

(Group)


HID metal halide - Quartz arc tube 


mm 

Metal halide quartz tubular HSI-THX HIT MT 48 257 250 E40 20000 - - 14500 4500 80 1B 

HQI-T 

Clear 

UV Stop 

HSI-THX HIT MT 63 270 400 E40 36000 - - 14500 4200 80 1B 

compatible with HP mercury control gear 

Metal halide quartz elliptical HSI-HX HIE MT 90 227 250 E40 23000 - - 14500 4500 80 1B 

HQI-E 

Clear 

UV Stop 

HSI-HX HIE MT 120 290 400 E40 37000 - - 14500 4500 80 1B 

compatible with HP mercury control gear 


Britelux HSI-HX HSI-HX HIE MT 120 290 425 E40 40000 - - 14500 4200 80 1B 

Coated UV Stop 

compatible with sodium control gear 

external ignitor required 100 1A 


HSI-HX 

Coated 

UV Stop 

HSI-HX HIE MT 120 290 400 E40 35200 - - 14500 3800 80 

100 

1B 

1A 

compatible with mercury control gear 87 1B 

with internal ignitor 90 1A 

Metal halide quartz elliptical HSI-MP HIE-P ME 54 138 75 E27 5200 - - 15000 2900 80 1B 

HSI-MP UV Stop 

HSI-MP HIE-P ME 54 138 75 E27 5500 - - 15000 3800 80 1B 





Metal halide quartz reflector ES50 HIPAR51 MR 51 62.5 20 GX10 3300 3500 24 6000 3000 85 1B 

BriteSpot ES50 ES50 HIPAR51 MR 51 62.5 20 GX10 3300 2000 38 6000 3000 85 1B 

UV Stop 

ES50 HIPAR51 MR 51 62.5 20 GX10 3300 1000 60 6000 3000 85 1B 

ES50 HIPAR51 MR 51 62.5 35 GX10 3300 7000 24 6000 3000 90 1A 

ES50 HIPAR51 MR 51 62.5 35 GX10 3300 4000 38 6000 3000 90 1A 

ES50 HIPAR51 MR 51 62.5 35 GX10 3300 2000 60 6000 3000 90 1A 

Metal halide quartz reflector ES50 HIPAR51 MR 51 62.5 35 GX10 3300 7000 24 6000 3000 90 1A 

Dichroic BriteSpot ESD50 ES50 HIPAR51 MR 51 62.5 35 GX10 3300 4000 38 6000 3000 90 1A 

Coolbeam 

Universal 

UV Stop 

ES50 HIPAR51 MR 51 62.5 35 GX10 3300 2000 60 6000 3000 90 1A 

Metal halide quartz reflector ES111 HIPAR111 MR 111 75 35 GX10 3300 4000 8 6000 3000 90 1A 

BriteSpot ES111 UV Stop 

ES111 HIPAR111 MR 111 75 35 GX10 3300 1000 24 6000 3000 90 1A 

ES111 HIPAR111 MR 111 75 35 GX10 3300 3500 45 6000 3000 90 1A 

Metal halide quartz reflector ES111 HIPAR111 MR 111 75 70 GX10 3300 2000 24 6000 3000 90 1A 

Dichroic BriteSpot ESD111 ES111 HIPAR111 MR 111 75 70 GX10 3300 7000 45 6000 3000 90 1A 

Coolbeam Universal UV Stop 

HID Sodium 

High pressure sodium 

ceramic capsule SDW-TG 

- HST-CRI STH 20 96 100 GX12 4800 - - 5000 2550 83 1B 

High pressure sodium 

ceramic capsule SDW-T 

- HST-CRI STH 32 149 100 PG12-1 5000 - - 5000 2500 83 1B 

High pressure sodium ceramic tubular - HST-DE SD 22 117.6 70 Rx7s 6800 - - 26000 2100 23 4 

Double ended NAV-TS - HST-DE SD 25 135.6 150 Rx7s-24 15000 - - 26000 2100 23 4 

High pressure sodium ceramic tubular SHP-T HST ST 39 156 50 E27 3500 - - 15500 2050 25 4 

SON-T SHP-T HST ST 39 156 70 E27 6000 - - 15500 2050 25 4 

SHP-T HST ST 48 211 100 E40 10000 - - 26000 2500 25 4 

SHP-T HST ST 48 211 150 E40 14500 - - 15500 2050 25 4 

SHP-T HST ST 48 260 250 E40 28000 - - 25000 2050 25 4 

SHP-T HST ST 48 292 400 E40 48000 - - 25000 2050 25 4 

High pressure sodium ceramic tubular SHP-TS HST-MF ST 39 156 50 E27 4200 - - 23000 2050 23 4 

SON-T mercury free SHP-TS HST-MF ST 39 156 70 E27 6800 - - 23000 2050 23 4 

SHP-TS HST-MF ST 48 211 100 E40 10000 - - 23000 2050 23 4 




High pressure sodium ceramic elliptical - HSE-I SE 72 165 50 j E27 3500 - - 15500 2050 23 4 

SON with internal ignitor HSE-I SE 72 165 70 j E27 5600 - - 15500 2050 23 4 

High efficacy SON requires external ignitor SHP-S HSE-E SE 72 165 50 u E27 3600 - - 23000 2050 23 4 

SHP-S HSE-E SE 72 165 71 u E27 6800 - - 23000 2050 23 4 

HID Mercury 

High pressure mercury HSL-SC HME QE 56 130 50 E27 2000 - - 29000 3400 60 2B 

quartz elliptical comfort HSL-SC HME QE 71 166 80 E27 4000 - - 29000 3400 60 2B 

MBF/U comfort/super de luxe HSL-SC HME QE 76 178 125 E27 6500 - - 29000 3400 60 2B 

High pressure mercury quartz elliptical HSL-BW HME QE 56 130 50 E27 1800 - - 29000 4000 42 3 

HSL-BW HSL-BW HME QE 71 166 80 E27 3800 - - 29000 4000 42 3 

HSL-BW HME QE 76 178 125 E27 6300 - - 29000 4000 42 3 

HSL-BW HME QE 91 228 250 E40 13000 - - 29000 4000 42 3 

HSL-BW HME QE 122 292 400 E40 22000 - - 29000 3800 42 3 

HSL-BW HME QE 152 357 700 E40 40000 - - 29000 4000 42 3 

HSL-BW HME QE 167 411 1000 E40 58000 - - 29000 4000 42 3 

High pressure mercury quartz elliptical HSB-BW HME-SB QB 76 178 160 E27 3100 - - 16000 3500 42 3 

self-ballasted HSB-BW HME-SB QB 91 233 250 E27 5600 - - 16000 3500 42 3 

HSL-BW HSB-BW HME-SB QB 91 228 250 E40 5600 - - 16000 3500 42 3 

230V HSB-BW HME-SB QB 122 292 500 E40 14000 - - 16000 3500 42 3 

HSB-BW HME-SB QB 76 178 160 E27 3100 - - 16000 3500 42 3 

HSB-BW HME-SB QB 76 178 160 B22d 3100 - - 16000 3500 42 3 

HSB-BW HME-SB QB 91 228 250 E40 5600 - - 16000 3500 42 3 

240V HSB-BW HME-SB QB 122 292 500 E40 14000 - - 16000 3500 42 3 

Low pressure mercury induction elliptical - LMG-IHF FSG 111 181 85 - 6000 - - 60000 2700/3000/4000 80 1B 

QL - LMG-IHF FSG 131 210 165 - 12000 - - 60000 2700/3000/4000 80 1B 

416 TECHNICAL 

Watts 

Nominal 

Cap/ 

Base 

Initial 

Lumens 

(IL) 

Peak 

Intensity 

(Cd) 

Beam 

(50%) 

Av. Life 

(Hours) 

Colour 

Temp. 

(ºK) 

Colour 

Rendering 

(Ra) 

Colour 

Rendering 

(Group)

Product Specification 

Guidance for raising a 

product specification 

In order to create a succinct specification for each 

product, please use the following list to select from. 

The relevant information can be found on either the 

product introduction pages at the beginning of each 

section or on individual product pages. 

1 Product reference code: 

2 Lamp type and quantity: 

3 Gear type: 

4 IP rating: 

5 IK rating: 

6 Test marks/approvals: 

7 Beam angle/Cut off angle/surface brightness: 

8 Adjustment - Tilt/Rotation: 

9 LOR/DLOR/ULOR: 

10 Cutout and recess depth: 

11 Product dimensions: 

12 Material specification/body/diffuser/reflector: 

13 Other 

An example of an ideal 

specification is shown below 

To specify, select in order from the following list: 

1 Product reference code 2035336 

2 Lamp type and quantity 1x70w HIT-CE 

3 Gear type Remote 

4 IP rating IP20 

5 IK rating - 

6 Test marks/approvals F marked, 850ºC, ENEC 

7 Beam angle/Cut off angle/ Beam angle 40º 

surface brightness 

8 Adjustment - Tilt/Rotation 0-35º tilt 

9 LOR/DLOR/ULOR DLOR 0.50 

10 Cutout and recess depth Cut out 160mm x 220mm deep 

11 Product dimensions 170mm x 220mm 

reflector aperture 85mm 

12 Connections/Mounting 3 way terminal block 

13 Material specification/ Reflector super pure specular 

body/diffuser/reflector aluminium, housing die cast 

aluminium powder coated 

textured black RAL 9005 

14 Other - 

417 TECHNICAL 

Page 168 

85 

175 Ceiling ring 

160 

220 

Performance Cones Double Focus Adjustable 

Double Focus Beam Silver Cone 

35w CMI/CDM-T 40º 2035310 2035314 1.32kg 

35w CMI/CDM-T 60º 2035311 2035315 1.32kg 

CMI/CDM-T 

G12 

35w = 3400 lm 

Double Focus Beam Silver Cone 

70w CMI/CDM-T 40º 2035336 2035341 1.32kg 

70w CMI/CDM-T 60º 2035337 2035342 1.32kg 

CMI/CDM-T 

G12 

70w = 6200 lm 

Accessories Order separately Bright Chrome 

Bezel Trim Accessory 2035030 

2 DOWNLIGHTS 

120º 

cd/klm 

90º 

60º 

30º 

1080 

0º 30º 

DLOR = 0.51 

120º 

cd/klm 

90º 

60º 

DLOR = 0.43 

DLOR = 0.46 

DLOR = 0.38 

180º 

180º 

120º 

30º 

540 

0º 30º 

120º 

cd/klm 

90º 

60º 

180º 

90º 

60º 

120º 

30º 

900 

0º 30º 

120º 

cd/klm 

90º 

60º 

180º 

90º 

60º 

120º 

30º 

540 

0º 30º 

90º 

60º 

120º 

90º 

60º 

h 

Emax 

(m) 

(lx) 

1.0 

3370 

2.0 

843 

3.0 

374 

4.0 

211 

5.0 

135 

6.0 

94 

2.0 1.0 0 1.0 2.0 

diameter (m) 

cone 

40º 

= 3400 

lm 

40º 35w 

h 

Emax 

(m) 

(lx) 

1.0 

1776 

2.0 

444 

3.0 

197 

4.0 

111 

5.0 

71 

6.0 

49 

2.0 1.0 0 1.0 2.0 

diameter (m) 

cone 

60º 

= 3400 

lm 

60º 35w 

h 

Emax 

(m) 

(lx) 

1.0 

5550 

2.0 

1388 

3.0 

617 

4.0 

347 

5.0 

222 

6.0 

154 

2.0 1.0 0 1.0 2.0 

diameter (m) 

cone 

40º 

= 6400 

lm 

40º 70w 

h 

Emax 

(m) 

(lx) 

1.0 

1614 

2.0 

403 

3.0 

179 

4.0 

101 

5.0 

65 

6.0 

45 

2.0 1.0 0 1.0 2.0 

diameter (m) 

cone 

60º 

= 3400 

lm 

60º 70w

Calculation Data 

Total Lamp Lumen / Circuit Power 

Initial lumens are based on 100-hour measurements. Efficacy is calculated by dividing the 100-hour lumen output by the rated lamp power. Control gear losses are not taken into account. E.g. 13w TC-D 900 ÷ 

13 = 69 lm/w. For reflector lamps efficacy PAR lamps, use the equivalent rated non-reflector variant e.g. PAR 38 100w use A 60 (GLS) 100w, PAR 30 75w use QT32 75w and CDM-R 35w use CMI/CDM-TC 35w. 

Circuit power is shown for both magnetic (Cu/fe) and electronic ballasts (HF) where applicable - circuit watts for magnetic ballasts are shown in brackets. Data sources; CELMA, GE, Osram, Philips and Sylvania. 

Tungsten Lamps 

A (GLS) 25w 40w 60w 75w 100w 150w 200w 300w 

Total Lamp Lumens (IL) 225 410 700 915 1330 2150 3080 4550 

Total Circuit Power (W) 25 40 60 75 100 150 200 300 

Efficacy (Im/W) 9 10 12 12 13 14 15 15 

Tungsten Halogen Lamps - 240 volts 

QT14 (satin) 40w 60w 

Total Lamp Lumens (IL) 460 790 

Total Circuit Power (W) 40 60 

Efficacy (Im/W) 12 13 

QT18 (clear) 75w 100w 150w 250w 

Total Lamp Lumens (IL) 1100 1500 2500 4350 

Total Circuit Power (W) 75 100 150 250 

Efficacy (Im/W) 15 15 17 17 

QT32 (clear) 75w 100w 150w 250w 



Efficacy (Im/W) 15 15 17 17 

QT-DE12 100w 150w 200w 300w 500w 750w 1000w 1500w 2000w 

Total Lamp Lumens (IL) 1600 2600 3000 5000 9500 15000 22000 33000 44000 

Total Circuit Power (W) 100 150 200 300 500 750 1000 1500 2000 

Efficacy (Im/W) 16 17 16 17 19 20 22 22 22 

Tungsten Halogen Lamps - 12 volts 

QT9 (LV) 5w 10w 20w 

Total Lamp Lumens (IL) 60 140 350 

Total Circuit Power (W) 5 10 20 

Efficacy (Im/W) 12 14 18 

QT12 (LV) 20w 35w 50w 75w 100w 175w 

Total Lamp Lumens (IL) 300 600 950 1575 2200 4900 

Total Circuit Power (W) 20 35 50 75 100 175 

Efficacy (Im/W) 15 17 19 21 22 28 

Compact Fluorescent Lamps 

TC-DD (2D) 16w 28w 38w 55w 


Total Circuit Power (W) 17(23) 29(36) 38(45) 61 

Efficacy (Im/W) 66 80 79 71 

TC-S/SEL 5w 7w 9w 11w 


Total Circuit Power (W) 7(12) 9(14) 11(16) 14(18) 

Efficacy (Im/W) 50 57 67 82 

TC-D/DEL 10w 13w 18w 26w 



Efficacy (Im/W) 60 69 67 69 

TC-T 13w 18w 26w 32w 42w 57w 


Total Circuit Power (W) 14(19) 19(26) 27(34) 36 47 63 

Efficacy (Im/W) 69 67 69 75 76 75 

TC-L 18w 24w 36w 40w 55w 

Total Lamp Lumens (IL) 1200 1800 2900 3500 4800 

Total Circuit Power (W) 19(26) 25(32) 36(43) 45 61 

Efficacy (Im/W) 67 75 81 88 87 

TC-F 18w 24w 36w 


Total Circuit Power (W) 19(26) 25(32) 36(43) 


T5 Circular Lamps 22w 40w 55w 




Compact Fluorescent Lamps 

(Integral HF electronic gear) 

Mini Lynx 2 limb 7w 11w 15w 20w 



Efficacy (Im/W) 57 55 60 63 

Micro-Lynx 3 limb 15w 20w 23w 




Mini Lynx F 7w 

Total Lamp Lumens (IL) 220 

Total Circuit Power (W) 7 

418 TECHNICAL

Calculation Data 

Total Lamp Lumen / Circuit Power 

Linear Fluorescent Lamps 

T5 Triphosphor (HE/FH) 14w 21w 28w 35w 



Efficacy (Im/W) 96 100 104 104 

T5 Triphosphor (HO/FO) 24w 39w 49w 54w 80w 


Total Circuit Power (W) 26 43 55 60 88 

Efficacy (Im/W) 83 90 100 93 77 

T5 Halophosphor 4w 6w 8w 13w 



Efficacy (Im/W) 35 47 50 68 

T8 Triphosphor 18w 30w 36w 58w 



Efficacy (Im/W) 75 77 93 90 

T8 Halophosphor 18w 36w 58w 




High Intensity Discharge (HID) lamps 

QL (LMG-IHF) 85w 165w 


Total Circuit Power (W) 85 165 


CDM-TC (CMI-TC/HIT-TC-CE) 20w 35w 70w 


Total Circuit Power (W) 24 45(47) 80(82) 


CDM-T (CMI-T/HIT-CE) 35w 70w 150w 




CDM-TT (HIT-CE) 70w 150w 


Total Circuit Power (W) 80(82) 162(170) 


CDM-ET (HIE-CE) 70w 150w 




CDM-TD (CMI-TD/HIT-DE-CE) 70w 150w 




HQI-T (HSI-T/HIT-UVr) 35w 70w 150w 250w 400w 


Total Circuit Power (W) 45(47) 80(82) 162(170) (284) (430) 

Efficacy (Im/W) 69 74 80 84 100 

HQI-TS (HSI-TD/HIT-DE) 70w 100w 150w 250w 400w 


Total Circuit Power (W) 80(82) (114) 162(170) (284) (430) 

Efficacy (Im/W) 79 84 87 80 80 

Metalarc (HSI-MP/HIE-P) 75w 100w 150w 


Total Circuit Power (W) (97) (114) (170) 


SDW-TG (HSI-CRI) 70w 



Efficacy (Im/W) 48 

SDW-T (HSI-CRI) 100w 



Efficacy (Im/W) 50 

SON-T (SHP-TS/HST-MF) 50w 70w 100w 150w 250w 400w 


Total Circuit Power (W) (62) (82) (114) (170) (284) (434) 

Efficacy (Im/W) 88 86 100 97 112 120 

SON (SHP-S/HSE-I/E) 50w 70w 


Total Circuit Power (W) (62) (82) 


NAV-TS (HST-DE) 70w 150w 


Total Circuit Power (W) (82) (170) 


MBF/U (HSL-SC/HME) 50w 80w 125w 250w 400w 


Total Circuit Power (W) 59 (91) (137) (270) (420) 

Efficacy (Im/W) 40 50 52 52 55 

419 TECHNICAL

Emergency Lighting 

Emergency lighting is a vital and necessary safety requirement for most building types. The safety it provides for occupants is 

paramount and not negociable. 

Product Safety 

• All Concord fixtures carry the CE mark. This is a legal requirement 

which indicates that it is designed and tested to conform to BS EN 

60.598 2-22 and is manufactured in accordance 

with the quality system BS EN ISO 9001:2000 under certificate number 

FM01687. 

• Any emergency lighting fixture conversion other than by Concord to a 

CE marked fixture invalidates this CE marking and its associated 

legal protection. 

Emergency Lighting Equipment 

This comprises an inverter plus a set of batteries, which conform to BS EN 

60.598 2-22 and may be mounted: 

• Integral within the fixture (self contained – integral). 

• Remote from, but within 1 metre of, the fixture (self contained remote). 

Non-maintained Operation 

In this mode of operation the emergency lighting lamps are not normally 

energized. An automatic monitoring and switching system is provided to 

switch on the emergency lighting if the normal supply is interupted. 

Maintained Operation 

• A single lamp is used for both general and emergency modes. 

• In multi-lamp fixtures only one lamp will be used for the provision of 

emergency illumination. 

• Emergency lighting is provided for at least 3 hours. 

(1 hour duration available to special order). 

Maintained Remote Emergency Control 

The majority of Concord maintained emergency fixtures are supplied with 

integral emergency control gear. Where the housing design precludes 

integral gear a remote control box is provided complete with connection 

cables. 

420 TECHNICAL 

Product Combined Operation (also known as Sustained) 

• Separate lamps provide general and emergency illumination. 

• Emergency lighting is provided for at least 3 hours. (1 hour duration 

available to special order). 

Self-testing 

Automatic self-testing and monitoring of Concord fixtures is available to 

special order on a project basis. 

Central Battery 

Concord fixtures for use with a central battery system are available to 

special order on a 

project basis. 

LED Emergency 

Concord are at the forefront of Emergency LED technology with a broad 

range of product solutions; 

Lytebeam LED Emergency 

See page 287 

Lyteframe Suspended 

LED Emergency fitting 

See page 257 

Lytebeam LED Emergency 

See page 287 

Lytespan 3 LED Emergency 

module 

See page 286

Emergency Lighting 

System Design 

This guide should be read in conjunction with current standars. 

Legislation Changes & Requirements 

The British Standard BS5266 has been revised to conform with the 

European Standard EN1838 (issued in the UK under reference BS EN1838/ 

BS5266 Part 7) which specifies luminous requirements for emergency 

systems installed in premises. It also now calls up the luminaire product 

standard BS EN60598-2-22: 1999. 

Emergency lighting is provided for use when the supply to the normal 

lighting fails and is therefore powered from a source independent of that 

supplying the normal lighting. For the purposes of this standard 

emergency lighting is regarded as a generic term of which there are a 

number of forms. 

Definitions 

EMERGENCY EXIT 

A way out that is intended to be used in an emergency. 

ESCAPE ROUTE 

A route designated for escape in the event of an emergency. 

EMERGENCY ESCAPE LIGHTING 

That part of emergency lighting that provides illumination for the safety of 

people leaving a location or attempting to terminate a potentially 

dangerous process before doing so. 

ESCAPE ROUTE LIGHTING 

That part of emergency escape lighting provided to ensure that the means 

of escape can be effectively identified and safely used when the location 

is occupied. 

421 TECHNICAL 

OPEN AREA LIGHTING 

In some countries this is known as anti-panic lighting. This relates to that 

part of emergency escape lighting provided to avoid panic and provide 

illumination, allowing people to reach a place where an escape route can 

be identified. 

HIGH RISK TASK AREA LIGHTING 

That part of emergency escape lighting that provides illumination for the 

safety of people involved in a potentially dangerous process or situation 

and to enable proper shut down procedures for the safety of the operator 

and other occupants of the premises. 

Areas Covered/Levels of Illumination 

DEFINED ESCAPE ROUTE 

Based on 2m wide on the horizontal plane, preferably 1 lux 

but not less than 0.2 lux on the centre line. The lighting provided should 

operate within 5 seconds of the failure of 

the normal supply. 

OPEN AREA (Sometimes referred to as ‘anti-panic’ lighting) 

Not less than 0.5 lux at floor level of the open space. The ratio of max to 

min illuminance should be greater than 40:1. 

These extracts are provided for guidance purposes. In order 

to fully comply with the many elements of the various 

applicable standards, a full and thorough assessment must 

be made.

Luminaire Classifications 

Compliance to standard 

Quality Registered 

All lighting fixtures produced by Concord:marlin are designed, 

manufactured and tested under a quality assurance system in accordance 

with BS EN ISO 9001:2000, and are designed to comply with EN 60.598 

under certificate number FM 01687. 

Also, the company employs an environmental management system under 

certificate number EMS 39002 that complies 

with BS EN ISO 14001:1996. 

Compliance 

The European Norm Electromechanical Certification 

(ENEC) has been adopted as a common mark of conformity 

with European Standards. A mark issued by any single national 

approbation bodies implies compliance with all seventeen international 

bodies. The ENEC mark now replaces the national test house symbol, and 

is appended by a number indicating from which test house the 

approbation originated. 

marking 

CE marking indicates compliance with the requirements of: 

1. Low voltage directive for electrical safety 

(73/23/EEC as amended by 93/96/EEC 

2. EMC directive for electro magnetic compatibility 

(89/336/EEC as amended by 92/31/EEC) 

Voltage 

Fittings and transformers are supplied primarily for operation on 230/240V 

50 Hz. For alternative electrical specifications contact Technical Support 

Department or Marlin International Department 

Electrical protection 

EN 60.598 

; Class 1 – fittings comply with class 1 (l) earthed electrical 

requirements i.e. functional insulation in all parts and earth termination. 

' Class 2 – fittings comply with class 2 (ll) double insulated electrical 

requirements i.e. complete insulation in all parts without earth 

termination. In the event of an electrical fault, no dangerous voltage can 

reach touchable metal parts. 

\ Class 3 – fittings comply with class 3 (lll) triple insulated electrical 

requirements i.e. Where protection against electrical shock relies on supply 

at safely extra-low (SELV) and in which voltages higher than those of SELV 

are not generated. 

Inflammability of surface protection 

EN 60.598 

t F mark – fittings comply with installation requirements for mounting 

on flammable surfaces. 

422 TECHNICAL 

Radio suppression 

EN 55.015, EN 61.000 & EN 61.547 

Fittings comply with radio interference suppression and electromagnetic 

compatibility (EMC) regulations. 

Degree of protection 

EN 60.529 

The resistive performance of fittings to solids and liquids is indicated by 

the IP (Ingress Protection) prefix followed by two numbers. The first 

number indicates the measure of protection against the ingress of solids. 

The second number indicates the measure of protection against the 

ingress of liquids. 

First identification number 

Protection against the ingress of solids 

Symbol Number Measure of protection Test 

IP2X Against foreign bodies Ball 12mm Ø and 

≥ 12.5mm Ø finger test 

IP3X Against foreign bodies 

≥ 2.5mm Ø 

Steel wire 2.5mm Ø 

IP4X Against foreign bodies 

≥ 1.0mm Ø 

Steel wire 1.0mm Ø 

p IP5X Against harmful dust Talcum powder – 

deposits (dust proof) particles 1 µm Ø 

o IP6X Against any entry of Talcum powder – 

dust (dust tight) particles 1 µm Ø 

Second identification number 

Protection against the ingress of liquids 

Symbol Number Measure of protection Test 

IPX1 Against falling drops Water falling 

of water vertically 

IPX2 Against falling drops Water falling 

of water up to 15 º 

from vertical 

w IPX3 Against spraying Water sprayed at 

water (rain proof) 60 º from vertical 

e IPX4 Against splashed water Water from all 

(splash proof) directions 

ee IPX5 Against jets of water Water from all 

(jet proof) directions projected 

by a nozzle 

IPX6 Against heavy seas or Water from all 

powerful water jets directions projected 

by a nozzle 

IPX7 Against temporary Immersion in water 

immersion effects, and 

not for continuous 

underwater application 

< 1m for 30 minutes 

...m IPX8 Against continuous Immersion in water 

submersion (pressure ≥ 1m for 30 minutes 

water-tight) – max. depth tested 

indicated after symbol

Luminaire Classifications 

Degree of Impact Protection 

EN 50.102 

The resistive performance of fittings to external mechanical 

impacts the IK code prefix followed by two numbers. 

Number Measure of protection 

– impact energy (joules) 

Test 

00 No protection to this standard - 

01 0.15 0.20 kg impact 

02 0.20 0.20 kg impact 

03 0.35 0.20 kg impact 

04 0.50 0.20 kg impact 

05 0.70 0.20 kg impact 

06 1.00 0.50 kg impact from 200mm 




10 20.00 

When higher impact energy 

protection is required 

50 joules is recommended. 

5.00 kg impact from 400mm 

Degree of Temperature Protection 

EN 60.598-2-13 (proposal currently under discussion) 

The maximum permissible surface temperature and static load on the fitting 

for a maximum protrusion above the ground by ground recessed fittings is 

indicated by the ‘C’ prefix followed by one number. All luminaires should 

meet both IP65 and IP67 protection ratings. 

No. Installation Surface Surface Static Protrusion 

Temp – Temp – load above ground 

max. max. max. 

Metal Non-metal 

C1 Circulation areas only 180ºC 180ºC 500kg – 

C2 Areas limited to 

pedestrians and 

pedal cycles only 

75ºC 85ºC 1000kg 25mm 

C3 Areas for automotive 

parking, approach ways, 

carriageways, occasional 

circulation of either 

pedestrians or bicycles 

75ºC 85ºC 2000kg 75mm 

C4 Areas as C3 but 

allowing for the possible 

use of snowploughs 

and/or de-icing agents 

75ºC 85ºC 2000kg 0mm 

C5 Sensitive areas, 

swimming, circulation 

areas, children’s nurseries 

40ºC 40ºC 500kg 25mm 

423 TECHNICAL 

Photometric Data 

Performance Cones 

Cones are for single luminaires 

Performance cones indicate beam spread, ie. a narrow, medium or broad 

beam of light. The illuminance values given (lux/Klm) are the maximum values 

within the beam for horizontal planes at various distances below the 

luminaire. The beam diameter, ie. the approximate size of the light coverage, 

is also given. The cone widths are calculated for an illuminance at the edge of 

the cone of 50% of the maximum. By spacing luminaires at the beam 

diameter for the appropriate height, the combined effect of adjacent cones is 

FIG 4. 

to produce an acceptable uniformity along the centre lines between 

luminaires (figure 1). 

figure 1 

0.50 

x 

Max 

Polar Diagram of luminous intensity distribution 

These provide a graphic representation of the distribution of light from a 

luminaire. Often referred to as polar curves, they indicate the intensity, 

FIG 8. 

measured in candelas (cd) per 1000 lumens. 

C =270 

90˚ 

45˚ 

C =0 

L A M P 

30˚ 15˚ 0 

C =180 

Max Max 

C =90 

The tables provided use luminaire Photometric data that has been measured 

and tested in accordance with British Standard 5225 Parts 1 & 3 ‘Photometric 

Data for Luminaires’. 

Additional photometric data can be provided upon request. 

All data is also available in CIBSE TM14, EULUMDAT and 

IES NA formats. 

A complementary lighting design service is also available, to provide 

guidance and recommendations and to ensure lighting solutions are tailored 

to customer requirements. Supporting this service are the latest computer 

software facilities enabling accurate predictions and performance checks to 

be carried FIG out. 9. 

Lux 

Beam diameter (50%) 

Beam angle 

Distance below lunimaire 

0.50 

x 

Max 

120º 

cd/klm 

90º 

60º 

180º 

120º 

30º 

135 

0º 30º 

DLOR = Downward light output ratio 

ULOR = Upward light output ratio 

90º 

60º

IP Ratings in Damp Areas 

424 TECHNICAL 

Application of IP ratings within damp locations 

BS 7671: section 701 (17th Edition) 

Guidance is provided by the above standard to the selection of luminaires 

within locations containing baths, showers and cabinets that contain a 

shower /and or bath; along with the surrounding areas. 

Zone Equipment permitted IP requirements 

0 No switch gear IPX7 

1 Luminaires IPX4 

IPX5 if water jets are likely 

to be used 

2* Luminaires IPX4 

IPX5 if water jets are likely 

to be used 

* IP ratings in Zone 2 do not apply to shaver supply units, complying with 

BS EN 61558-2-5, located where direct spray from showers is unlikely. 

a) bath tub 

b) shower with basin 

* 

*Zone 1 if the space is accessible without the use of a tool. Spaces under 

the bath, accessible only with the use of a tool are outside the zones. 

c) shower without basin but with permanent fixed partition

Guide to Symbols 

425 TECHNICAL 

Electrical protection 

EN 60.598 

; Class 1 – fittings comply with class 1 (l) earthed electrical 

requirements i.e. functional insulation in all parts and earth termination. 

' Class 2 – fittings comply with class 2 (ll) double insulated electrical 

requirements i.e. complete insulation in all parts without earth 

termination. In the event of an electrical fault, no dangerous voltage can 

reach touchable metal parts. 

\ Class 3 – fittings comply with class 3 (lll) triple insulated electrical 

requirements i.e. designed to connect to an external low voltage supply 

which is the same as the internal operating voltage requirement. In the 

event of an electrical fault, no dangerous voltage can develop. 

Inflammability of surface protection EN 60.598 

360° 

u 

] 

[ 

Suitable for mounting in or on furniture made or semiincombustible 

or normally combustible materials such as wood. 

Fittings made for mounting in or on furniture made of materials 

of unknown properties. 

Passes the 650˚ glow wire test in accordance with IEC 695-2-1. 

Horizontal rotation 

Vertical tilt 

Safety isolating transformer 

Electronic transformer 

Electronic ballast/gear 

HID lamp requires an external ignitor 

Ceiling cut-out – round 

Ceiling cut-out – square 

Trailing edge dimmable (capacitive) 

Leading edge dimmable (inductive) 

Ingress protection 

Impact protection 

Minimum distance in metres permitted from lighted object 

European Norms Electrical Certification 

Suitable for Office applications 

Suitable for Healthcare applications 

Suitable for Education applications 

Suitable for Retail and Display applications 

Suitable for Exterior applications

Lighting Glossary 

Ballast lumen factor BLF (%) 

Refers to the ratio of light output from the lamp on emergency operation 

to the nominal light output. 

Candela (cd) 

The unit of luminous intensity 

Colour rendering index Ra (%) 

A measure of the degree to which the colour rendition of a light source 

differs on average from that of the lamp. At Ra(8) the illuminant 

(perceived) colour shift of eight reference colours is measured to give one 

number. Values of 100 - 90 are very good, 90 - 80 good and lamps with 

Ra’s below 80 should not be used where people are working continuously. 

Colour temperature T(K) 

Black bodies (like most others) when heated to sufficiently high 

temperatures emit red light, when the temperature is increased further the 

emitted light becomes white. 

The colour co-ordinates derived from this heated black body (a full 

spectral, or perfect radiator) when plotted on a diagram lie on a smooth 

curve known as the full radiator locus, and are shown on the CIE 

Chromacity Diagram. 

The colour appearance of a given light source can be compared to a 

position on the full radiator locus by reference to its colour temperature, 

and is generally quoted in degrees Kelvin. 

Glare 

Glare is the discomfort caused by high luminances in the field of vision. 

Light 

Electromagnetic radiation with a wavelength between 380 - 720nm. 

Ultraviolet light has a wavelength of less than 380nm whilst infrared 

light’s is greater than 720nm. 

Lighting level 

The incidence of light flux on a surface per unit of area, measured in lux. 

There is a difference between the vertical and horizontal lighting level. 

Light output ratio (LOR) 

The ratio of the luminaire light output to lamp light output. The efficiency 

of the luminaire. 

Lumen (lm) 

Unit of luminous flux used to describe a quantity of light emitted by a 

source or received by a surface. 

Luminaire efficiency 

How well a luminaire uses the luminous flux of the lamp(s) employed. This 

ratio is calculated by dividing the total luminaire lumens by the total circuit 

watts. 

Luminance 

The measure of brightness with which the eye perceives an illuminated 

surface from a certain direction. The luminous intensity per unit of visible 

surface of a light source (direct) or 

an illuminated surface (reflection). Luminance is indicated in candelas per 

square metre (cd/m2). 

Luminous efficacy (lm/w) 

Indicates how efficiently a lamp converts electrical energy to light. 

Luminous flux (lm) 

The total light output of a lamp measured in lumen. 

Luminous intensity (cd) 

The power of a source or illuminated surface to emit light in a particular 

direction, measured in candela. 

Lux (lux) 

The unit of illuminance, equal to one lumen per square metre (lm/m2). 

426 TECHNICAL 

Maintenance factor 

Lighting levels decrease in time due to soiling and lamp deterioration. 

Mean values are 0.7 or 0.8 for a normal interior, depending on cleaning 

cycles. 

Performance cone 

Shows whether the luminaire emits a narrow or wide beam of light and 

indicates the lighting level measured at the centre of the beam. The beam 

diameter and angle indicate where half the light is measured in relation to 

the centre of the beam. It gives only a rough guide of the size of beams 

narrower than 40°. 

Polar curve 

The graphic representation of the luminous intensity in different directions. 

If two curves are plotted, the distributions are in two vertical planes. The 

value is indicated in candelas per 1000 lumen (cd/klm) and therefore must 

be multiplied by the nominal luminous flux of the lamp(s) used. The polar 

curve graph also indicates luminaire efficiency. 

Room index K 

An index relating to the dimensions of a room influencing the amount of 

light emitted from the fitting onto the working surface. 

(See page 391). 

K = a x b 

h x (a+b) 

where: a = room length 

b = room width 

h = height between the luminaire and working surface 

Shielding angle (º) 

The horizontally measured angle from which the lamp or reflection from it 

in the reflector is no longer visible. It is an important measure of glare and, 

therefore, light comfort. 

Spacing to height ratio (SHR) 

Used to determine the maximum distance between luminaires. The ratio of 

the distance between adjacent luminaires to the the distance between the 

luminaire plane and the horizontal working plane. 

Height 

Spacing 

Uniformity ratio of illuminance 

This indicates the degree of evenness of the light on the 

working surface and is shown as a ratio of the minimum to the mean 

lighting level on a surface. The lower the number the more disturbing the 

light. 

Utilisation factor 

The ratio of the light flux which the reference surface receives 

to the totalled luminous fluxes of the installation lamps. This is influenced 

by the shape of the room and selected luminaire and is expressed in the 

form of UF tables. 

Downward Flux Fraction (DFF) 

The factor of the total LOR, which is downward, taking the combined 

ULOR and DLOR as 100%. Using Cassini as an example, the DLOR is 37% 

and the ULOR is 15% so the combined is 52%. If this is taken as 100% 

LOR, 72% is downward (37% divided by 53%).

427 TECHNICAL 

Index 

0026224 

0026225 

0039102 

0039103 

0039107 

0039108 

0040660 

0045462 

0045463 

0045464 

0045465 

0045466 

0045467 

0045487 

0045488 

0045489 

0045490 

0045491 

0045492 

0045494 

0045495 

0045497 

0045498 

0045550 

0045551 

0045552 

0045553 

0045554 

0045555 

0045556 

0045557 

0045558 

0045559 

0045560 

0045561 

0045562 

0046204 

0046205 

0046206 

0046207 

0046301 

0046302 

0046303 

0046304 

0046382 

0046383 

0046384 

0046385 

0047935 

0049520 

0049525 

0049530 

0049535 

0049540 

0049545 

0049550 

0049555 

0049560 

0049565 

0049570 

0049575 

0049580 

0049585 

0049590 

0049596 

0049601 

0049606 

0049610 

0049615 

0049620 

0049625 

0049630 

0049635 

0049640 

0049645 

0049650 

0049655 

0049665 

0049670 

0049675 

0049680 

0049686 

0049691 

0049696 

0049700 

0049705 

0049710 

0049715 

0049720 

0049725 

0049730 

0049740 

0049745 

0049750 

0049755 

0049760 

0049765 

0049770 

0049776 

0049781 

0049786 

0049790 

0049795 

0049800 

0049805 

0049810 

0049815 

0049820 

0049825 

0049830 

0049835 

0049840 

0049845 

0049866 

0049871 

0049876 

0050220 

0050221 

0050223 

0050224 

0050226 

0050227 

0050229 

0050230 

0050232 

0050233 

0050235 

0050236 

0050238 

0050239 

0050241 

0050242 

0050244 

0050245 

0050247 

0050248 

0050250 

0050251 

0050253 

0050254 

0050256 

0050257 

0050259 

0050260 

0050262 

0050263 

0050265 

0050266 

0050268 

0050269 

0050271 

0050272 

0050274 

0050275 

0050277 

0050278 

0050280 

0050281 

0050283 

0050284 

0050286 

0050287 

0050289 

0050290 

0050292 

0050293 

0050295 

0050296 

0050298 

0050299 

0050301 

0050302 

0050304 

0050305 

0050307 

0050308 

0050310 

0050311 

0050313 

0050314 

0050316 

0050317 

0050319 

0050320 

0050322 

0050323 

0050325 

0050326 

0050328 

0050329 

0050331 

0050332 

0050334 

0050335 

0050337 

0050338 

0050340 

0050341 

0050343 

0050344 

0050346 

0050347 

0050349 

0050350 

0050352 

0050353 

0050355 

0050356 

0050358 

0050359 

0050361 

0050362 

0050364 

0050365 

0050367 

0050368 

0050370 

0050371 

0050373 

0050374 

0050376 

0050377 

0050379 

0050380 

0050382 

0050383 

0050385 

0050386 

0050388 

0050389 

0050391 

0050392 

0050394 

0050395 

0050397 

0050398 

0050400 

0050401 

0050403 

0050404 

0050406 

0050407 

0050409 

0050410 

0050412 

0050413 

0050415 

0050416 

0050418 

0050419 

0050421 

0050422 

0050424 

0050425 

0050427 

0050428 

0050430 

0050431 

0050433 

0050434 

0050436 

0050437 

0050439 

0050440 

0050442 

0050443 

0050445 

0050446 

0050448 

0050451 

0050454 

0050457 

0050460 

0050463 

0050466 

0050469 

0050472 

0050475 

0050478 

0050481 

0050484 

0050487 

0050490 

0050493 

0050496 

0050499 

0050502 

0050505 

0050515 

0050516 

0050518 

0050519 

0050521 

0050522 

0050524 

0050525 

0050527 

0050528 

0050530 

0050531 

0050533 

0050534 

0050536 

0050537 

0050539 

0050540 

0050542 

0050543 

0050545 

0050546 

0050548 

0050549 

0050551 

0050552 

0050554 

0050555 

0050557 

0050558 

0050560 

0050561 

0050563 

0050564 

0050566 

0050567 

0053701 

0053702 

0053703 

0053704 

0053705 

0053706 

0053707 

0053708 

0053709 

0053710 

0053711 

0053712 

0056145 

0056146 

0056147 

0056148 

0056149 

0056150 

0056151 

0056152 

0056155 

0056156 

0056157 

0056158 

0056159 

0056160 

0056161 

0056162 

0056166 

0056167 

0056168 

0056169 

0056170 

0056172 

0056173 

0056174 

0056176 

0056177 

0056178 

0056183 

0056184 

0056185 

0056186 

0056188 

0056189 

0056190 

0056195 

0056196 

0056198 

0056199 

0056200 

0056201 

0056202 

0056206 

0056207 

0056209 

0056210 

0056212 

0056213 

0056215 

0056216 

0056220 

0056221 

0056222 

0056230 

0056231 

0056232 

0056233 

0056234 

0056235 

0056236 

0056241 

0056242 

0056243 

0056245 

0056246 

0056248 

0056249 

0056250 

0056252 

0056253 

0056258 

0056259 

0056260 

0056261 

0056262 

0056263 

0056264 

0056265 

0056266 

0056270 

0056271 

0056272 

0056273 

0056274 

0056275 

0056276 

0056277 

0056278 

0056279 

0056281 

0056282 

0056320 

0056321 

0056322 

0056323 

0056324 

0056325 

0056330 

0056331 

0056332 

0056334 

0056335 

0056340 

0056341 

0056342 

0056343 

0056344 

0056345 

0056346 

0056347 

0056348 

0056355 

0056356 

0056357 

0056358 

0056359 

0056360 

0056361 

0056362 

0057520 

0057521 

0057522 

0057523 

0057524 

0057525 

0057526 

0057527 

0057530 

0057531 

0057532 

0057533 

0057534 

0057535 

0057536 

0057537 

0057538 

0057539 

0057560 

0057561 

0057562 

0057563 

0057571 

0057572 

0057573 

0057580 

0057581 

0057582 

0057583 

0057584 

0057585 

0057590 

0057592 

0057593 

0057594 

0057610 

0057611 

0057612 

0057613 

0057614 

0057640 

0057641 

0057644 

0057650 

0057651 

0057652 

0057900 

0057901 

0057902 

0057903 

0057904 

0057905 

0057906 

0057907 

0057920 

0057922 

0057923 

0057924 

0058130 

0058131 

0058132 

0058133 

0058134 

0058135 

0058136 

0058137 

202855 

2007631 

2007633 

2007633 

2010437 

2010997 

2011283 

2011285 

2011297 

2011299 

2011301 

2011303 

2011303 

2011305 

2011305 

2011345 

2011345 

2011348 

2011379 

2011381 

2011383 

2011833 

2011835 

2011841 

2011999 

2017356 

2017356 

2017356 

2017357 

2017357 

2017357 

2017358 

2017358 

2017358 

2017359 

2017359 

2017359 

2017360 

2017360 

2017360 

2017361 

2017361 

2017361 

2017362 

2017362 

2017362 

2017364 

2017364 

2017364 

2017365 

2017365 

2017365 

2017366 

2017366 

2017366 

2017367 

2017367 

2017367 

2017368 

2017368 

2017368 

2017369 

2017369 

2017369 

2017370 

2017370 

2017370 

2017373 

2017373 

2017373 

2017374 

2017374 

2017374 

2017375 

2017375 

2017375 

2017377 

2017377 

2017377 

2017378 

2017378 

2017378 

2017380 

2017380 

2017380 

2017382 

2017382 

2017382 

2017397 

2017397 

2017397 

2017398 

2017398 

2017398 

2017400 

2017400 

2017400 

2017401 

2017401 

2017401 

2017414 

2017415 

2017418 

2017419 

2017426 

2017428 

2017430 

2017435 

2017436 

2017438 

2017447 

2017453 

2019080 

2019080 

2019080 

2019502 

2019503 

2019504 

2019505 

2019506 

2020177 

2020177 

2020178 

2020178 

2020718 

2020719 

2020720 

2020750 

2020751 

2020751 

2020758 

2020759 

2020760 

2020761 

2020762 

2020763 

2020787 

2020788 

2020789 

2020789 

2020790 

2020792 

2020793 

2020794 

379 

379 

340 

340 

340 

340 

31 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

381 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

30 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

31 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

31 

31 

31 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

30 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

79 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80 

382 

382 

382 

382 

382 

382 

382 

382 

382 

382 

382 

382 

379 

379 

379 

379 

379 

379 

379 

379 

380 

380 

380 

380 

380 

380 

380 

380 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

380 

380 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

379 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

379 

379 

379 

379 

379 

379 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

378 

385 

385 

385 

385 

385 

385 

385 

385 

385 

385 

385 

385 

385 

385 

385 

385 

385 

385 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

384 

386 

386 

386 

386 

386 

386 

386 

386 

386 

386 

386 

386 

24 

24 

24 

24 

25 

25 

25 

25 

265 

311 

308 

311 

149 

328 

308 

308 

308 

308 

308 

308 

308 

308 

308 

308 

308 

308 

308 

308 

308 

308 

308 

328 

328 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

149 

149 

149 

149 

149 

149 

149 

149 

149 

149 

149 

149 

141 

145 

147 

310 

310 

310 

310 

310 

204 

268 

204 

268 

319 

319 

319 

89 

89 

319 

192 

319 

319 

319 

319 

319 

319 

319 

320 

320 

320 

320 

320 

320

428 TECHNICAL 

Index 

2020795 

2020796 

2020797 

2020797 

2020798 

2020799 

2020820 

2021203 

2021204 

2021310 

2021311 

2021312 

2021313 

2021314 

2021315 

2021317 

2021318 

2024492 

2025500 

2025501 

2025502 

2025503 

2025507 

2025508 

2025511 

2025512 

2025513 

2025514 

2025515 

2025516 

2025517 

2025697 

2025697 

2025709 

2025710 

2025711 

2025712 

2025713 

2025729 

2025730 

2025734 

2025735 

2025739 

2025740 

2025908 

2025909 

2025994 

2025995 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027234 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027238 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027239 

2027240 

2027240 

2027240 

2027240 

2027240 

2027240 

2027240 

2027240 

2027240 

2027241 

2027241 

2027241 

2027241 

2027241 

2027244 

2027244 

2027244 

2027244 

2027244 

2027244 

2027245 

2027245 

2027245 

2027245 

2027245 

2027245 

2027246 

2027246 

2027246 

2027246 

2027246 

2027246 

2027341 

2027542 

2027546 

2027546 

2027546 

2027547 

2027547 

2027548 

2027549 

2027549 

2027550 

2027550 

2027551 

2027999 

2028000 

2028001 

2028002 

2028003 

2028004 

2028007 

2028008 

2028009 

2028010 

2028011 

2028012 

2028013 

2028014 

2028017 

2028018 

2028019 

2028020 

2028021 

2028022 

2028023 

2028024 

2028027 

2028029 

2028030 

2028031 

2028032 

2028033 

2028033 

2028034 

2028034 

2028034 

2028034 

2028035 

2028036 

2028036 

2028036 

2028037 

2028037 

2028038 

2028038 

2028038 

2028038 

2028039 

2028040 

2028041 

2028042 

2028043 

2028044 

2028045 

2028046 

2028047 

2028048 

2028049 

2028050 

2028051 

2028052 

2028053 

2028054 

2028059 

2028060 

2028060 

2028060 

2028548 

2028549 

2028549 

2028549 

2028550 

2028551 

2028556 

2028560 

2028561 

2028565 

2028566 

2028570 

2028571 

2028575 

2028576 

2028580 

2028581 

2028581 

2028584 

2028584 

2028585 

2028585 

2028586 

2028586 

2028588 

2028588 

2028589 

2028590 

2028590 

2028591 

2028591 

2028592 

2028599 

2028599 

2028600 

2028600 

2028600 

2028600 

2028601 

2028602 

2028602 

2028602 

2028607 

2028608 

2028608 

2028608 

2028611 

2028612 

2028612 

2028612 

2028613 

2028613 

2028614 

2028614 

2028614 

2028614 

2029028 

2029058 

2029059 

2029063 

2029064 

2029068 

2029871 

2029073 

2029074 

2029078 

2029079 

2029083 

2029084 

2029260 

2029620 

2029621 

2029622 

2029625 

2029861 

2029862 

2030600 

2030601 

2030716 

2030717 

2030718 

2030721 

2030722 

2030723 

2030724 

2030725 

2030726 

2030727 

2030728 

2030731 

2030733 

2030734 

2030736 

2030818 

2030818 

2030818 

2030820 

2030820 

2030821 

2030821 

2030821 

2030822 

2030822 

2030822 

2030823 

2030823 

2030824 

2031517 

2031518 

2031527 

2031528 

2031573 

2031573 

2031573 

2031573 

2031573 

2031573 

2031577 

2031577 

2031577 

2031577 

2031835 

2031836 

2031840 

2031841 

2031844 

2031845 

2031848 

2031850 

2031853 

2031854 

2031857 

2031858 

2032127 

2032127 

2032127 

2032127 

2032127 

2032127 

2032128 

2032128 

2032128 

2032128 

2032128 

2032128 

2032130 

2032131 

2032132 

2032234 

2032317 

2032317 

2032318 

2032318 

2032320 

2032320 

2032321 

2032321 

2032322 

2032322 

2032323 

2032323 

2032324 

2032324 

2032326 

2032326 

2032327 

2032327 

2032330 

2032330 

2032331 

2032331 

2032333 

2032333 

2032334 

2032336 

2032342 

2032342 

2032343 

2032343 

2032344 

2032344 

2032345 

2032345 

2032460 

2032460 

2032460 

2032460 

2032460 

2032460 

2032461 

2032461 

2032461 

2032461 

2032462 

2032462 

2032462 

2032462 

2032462 

2032463 

2032463 

2032463 

2032463 

2032463 

2032464 

2032464 

2032464 

2032464 

2032464 

2032465 

2032465 

2032465 

2032465 

2032468 

2032480 

2032480 

2032480 

2032480 

2032480 

2032480 

2032480 

2032480 

2032480 

2032777 

2033450 

2033450 

2033450 

2033450 

2033450 

2033450 

2033450 

2033461 

2033465 

2034183 

2034183 

2034183 

2034184 

2034184 

2034184 

2034188 

2034190 

2034191 

2034214 

2034215 

2034216 

2034217 

2034218 

2034220 

2034221 

2034222 

2034223 

2034224 

2034225 

2034226 

2034227 

2034228 

2034230 

2034231 

2034232 

2034233 

2034234 

2034235 

2034236 

2034238 

2034241 

2034242 

2034243 

2034244 

2034245 

2034246 

2034247 

2034248 

2034254 

2034255 

2034256 

2034257 

2034261 

2034262 

2034263 

2034264 

2034265 

2034266 

2034267 

2034268 

2034268 

2034270 

2034271 

2034272 

2034273 

2034276 

2034276 

2034277 

2034282 

2034282 

2034282 

2034283 

2034283 

2034283 

2034284 

2034284 

2034284 

2034285 

2034285 

2034285 

2034304 

2034305 

2034306 

2034307 

2034308 

2034310 

2034311 

2034312 

2034313 

2034314 

2034315 

2034316 

2034317 

2034318 

2034320 

2034321 

2034322 

2034323 

2034336 

2034493 

2034493 

2034493 

2034494 

2034494 

2034494 

2034710 

2034711 

2034712 

2034713 

2034714 

2034715 

2034716 

2034717 

2034891 

2034893 

2034894 

2034896 

2034897 

2034900 

2034901 

2034968 

2034990 

2034991 

2034994 

2034995 

2034998 

2035000 

2035014 

2035014 

2035015 

2035015 

2035015 

2035016 

2035016 

2035016 

2035017 

2035017 

2035018 

2035018 

2035018 

2035020 

2035020 

2035020 

2035021 

2035021 

2035022 

2035022 

2035022 

2035023 

2035023 

2035023 

2035024 

2035024 

2035025 

2035025 

2035025 

2035026 

2035026 

2035026 

2035027 

2035027 

2035030 

2035030 

2035030 

2035030 

2035030 

2035030 

2035030 

2035030 

2035031 

2035031 

2035031 

2035032 

2035033 

2035035 

2035036 

2035038 

2035040 

2035042 

2035043 

2035045 

2035046 

2035048 

2035050 

2035270 

2035272 

2035274 

2035276 

2035277 

2035283 

2035284 

2035287 

2035288 

2035290 

2035293 

2035296 

2035298 

2035301 

2035303 

2035304 

2035310 

2035311 

2035314 

2035315 

2035316 

2035320 

2035323 

2035325 

2035327 

2035330 

2035331 

2035336 

2035337 

2035341 

2035342 

2035343 

2035346 

2035350 

2035353 

2035357 

2035358 

2035364 

2035367 

2036010 

2036011 

2036012 

2036013 

2036014 

2036015 

2036016 

320 

320 

320 

320 

320 

320 

266 

12 

12 

320 

320 

320 

320 

320 

320 

320 

320 

106 

319 

319 

319 

319 

320 

320 

320 

320 

320 

320 

320 

320 

320 

320 

323 

310 

310 

310 

310 

310 

264 

264 

264 

264 

264 

264 

157 

157 

311 

311 

170 

187 

189 

204 

207 

207 

215 

233 

235 

249 

268 

271 

271 

281 

284 

284 

284 

285 

295 

170 

187 

189 

204 

207 

207 

215 

249 

268 

271 

271 

281 

284 

284 

284 

285 

295 

170 

187 

189 

204 

207 

207 

215 

233 

235 

249 

268 

271 

271 

281 

284 

284 

284 

285 

295 

188 

188 

189 

204 

207 

249 

268 

271 

285 

204 

249 

268 

271 

285 

204 

207 

249 

268 

271 

285 

204 

207 

249 

268 

271 

285 

204 

207 

249 

268 

271 

285 

207 

320 

320 

320 

323 

320 

323 

320 

320 

323 

320 

323 

320 

110 

110 

110 

110 

110 

110 

111 

111 

108 

108 

108 

108 

108 

108 

109 

109 

106 

106 

106 

106 

106 

106 

107 

110 

111 

110 

111 

106 

161 

88 

95 

107 

161 

106 

88 

95 

107 

106 

161 

88 

95 

107 

161 

108 

109 

108 

109 

108 

109 

108 

109 

108 

109 

108 

109 

108 

109 

108 

109 

106 

88 

95 

107 

106 

88 

95 

107 

265 

265 

265 

265 

265 

265 

265 

265 

265 

265 

265 

273 

201 

266 

201 

266 

201 

266 

201 

266 

202 

266 

266 

202 

266 

202 

266 

266 

106 

161 

88 

95 

107 

161 

106 

88 

95 

107 

106 

88 

95 

107 

106 

88 

95 

107 

106 

161 

88 

95 

107 

161 

107 

269 

269 

269 

269 

269 

269 

269 

269 

269 

269 

269 

269 

133 

146 

146 

146 

146 

110 

111 

146 

146 

107 

107 

106 

109 

109 

108 

108 

111 

111 

110 

110 

106 

318 

318 

318 

200 

201 

266 

200 

201 

200 

201 

266 

200 

201 

266 

146 

150 

150 

158 

158 

158 

158 

156 

156 

157 

157 

160 

160 

204 

268 

281 

285 

269 

269 

269 

269 

269 

269 

269 

269 

269 

269 

269 

269 

204 

207 

249 

268 

271 

285 

204 

207 

249 

268 

271 

285 

159 

159 

146 

59 

59 

68 

59 

68 

59 

68 

59 

68 

59 

68 

59 

68 

59 

68 

59 

68 

59 

68 

59 

68 

59 

68 

59 

68 

68 

59 

59 

68 

59 

68 

59 

68 

59 

68 

201 

204 

207 

268 

271 

285 

204 

207 

268 

271 

204 

207 

268 

271 

285 

204 

207 

268 

271 

285 

204 

207 

268 

271 

285 

204 

207 

268 

271 

285 

204 

207 

268 

271 

281 

284 

284 

284 

285 

266 

204 

207 

215 

249 

268 

271 

295 

200 

200 

95 

99 

103 

95 

99 

103 

95 

99 

103 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

64 

64 

64 

64 

64 

64 

64 

64 

64 

64 

64 

64 

64 

64 

65 

65 

65 

65 

67 

67 

67 

67 

67 

67 

67 

59 

69 

67 

67 

67 

67 

58 

67 

67 

48 

54 

63 

48 

54 

63 

48 

54 

63 

48 

54 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

67 

67 

68 

88 

95 

107 

88 

95 

107 

200 

200 

200 

200 

200 

200 

200 

200 

275 

275 

275 

275 

275 

275 

275 

275 

273 

273 

273 

273 

273 

273 

296 

328 

75 

296 

328 

75 

296 

328 

296 

328 

75 

296 

328 

75 

296 

328 

296 

328 

75 

296 

328 

75 

296 

328 

296 

328 

75 

296 

328 

75 

296 

328 

296 

328 

164 

165 

166 

167 

168 

170 

171 

172 

75 

296 

328 

270 

270 

270 

270 

270 

270 

270 

270 

270 

270 

270 

270 

164 

165 

165 

166 

166 

167 

167 

167 

167 

170 

170 

164 

165 

165 

166 

166 

168 

168 

168 

168 

169 

169 

164 

165 

165 

166 

166 

168 

168 

168 

168 

169 

169 

170 

170 

171 

171 

172 

172 

306 

306 

306 

306 

306 

307 

307

429 TECHNICAL 

Index 

2036017 

2036018 

2036020 

2036021 

2036022 

2036023 

2036024 

2036027 

2036028 

2036370 

2036371 

2036373 

2036374 

2036376 

2036377 

2036380 

2036381 

2036383 

2036384 

2036386 

2036387 

2037234 

2037235 

2037235 

2037270 

2037271 

2037273 

2037274 

2037292 

2037293 

2037294 

2037295 

2037296 

2037297 

2037298 

2037300 

2037301 

2037302 

2037303 

2037304 

2037305 

2037306 

2037307 

2037308 

2037314 

2037315 

2037316 

2037317 

2037318 

2037320 

2037321 

2037322 

2037323 

2037324 

2037325 

2037326 

2037327 

2037328 

2037330 

2037331 

2037332 

2037333 

2037334 

2037335 

2037336 

2037337 

2037338 

2037340 

2037341 

2037342 

2037343 

2037344 

2037345 

2037346 

2037347 

2037348 

2037358 

2037360 

2037361 

2037362 

2037367 

2037368 

2037370 

2037371 

2037376 

2037377 

2037378 

2037380 

2037385 

2037386 

2037387 

2037388 

2037390 

2037391 

2037392 

2037393 

2037398 

2037400 

2037401 

2037402 

2037403 

2037404 

2037405 

2037406 

2037413 

2037414 

2037416 

2037417 

2037420 

2037421 

2037422 

2037423 

2037430 

2037431 

2037432 

2037433 

2037434 

2037435 

2037436 

2037437 

2037438 

2037440 

2037441 

2037442 

2037443 

2037444 

2037445 

2037446 

2037447 

2037448 

2037450 

2037450 

2037451 

2037451 

2037452 

2037452 

2037453 

2037453 

2037454 

2037454 

2037455 

2037455 

2037456 

2037456 

2037457 

2037458 

2037460 

2037461 

2037462 

2037464 

2037464 

2037464 

2037464 

2037464 

2037464 

2037464 

2037464 

2037464 

2037464 

2037464 

2037464 

2037464 

2037464 

2037465 

2037465 

2037465 

2037465 

2037465 

2037465 

2037465 

2037465 

2037465 

2037465 

2037465 

2037465 

2037465 

2037465 

2037466 

2037466 

2037466 

2037467 

2037467 

2037467 

2037836 

2037837 

2037838 

2037840 

2037841 

2037842 

2037843 

2037845 

2037846 

2037847 

2037848 

2037850 

2037851 

2037852 

2037853 

2037854 

2037855 

2037856 

2037857 

2037858 

2037860 

2037861 

2037862 

2037863 

2037864 

2037865 

2038193 

2038193 

2038194 

2038195 

2038196 

2038197 

2038198 

2038200 

2038201 

2038202 

2038203 

2038204 

2038205 

2038206 

2038207 

2038208 

2038210 

2038211 

2038212 

2038213 

2038214 

2038215 

2038216 

2038217 

2038218 

2038220 

2038221 

2038222 

2038223 

2038225 

2038227 

2038228 

2038230 

2038231 

2038232 

2038234 

2038236 

2038237 

2038238 

2038240 

2038241 

2038242 

2038243 

2038244 

2038245 

2038246 

2038247 

2038248 

2038250 

2038252 

2038303 

2038304 

2038305 

2038306 

2038310 

2038311 

2038312 

2038630 

2038631 

2038632 

2038633 

2038634 

2038635 

2038636 

2038637 

2038638 

2038640 

2038641 

2038642 

2038643 

2038644 

2038670 

2038671 

2038676 

2038677 

2038678 

2038680 

2038681 

2038682 

2038683 

2038684 

2038685 

2038686 

2038687 

2038688 

2038689 

2038690 

2038691 

2038692 

2038692 

2038693 

2038693 

2038694 

2038694 

2038695 

2038695 

2038696 

2038697 

2038698 

2038700 

2038701 

2038702 

2038703 

2038704 

2038705 

2038706 

2038707 

2038708 

2038710 

2038711 

2038716 

2038717 

2038718 

2038720 

2038721 

2038722 

2038723 

2038724 

2038725 

2038726 

2038727 

2038728 

2038730 

2038731 

2038732 

2038732 

2038733 

2038733 

2038734 

2038734 

2038735 

2038735 

2038736 

2038737 

2038738 

2038740 

2038741 

2038742 

2038743 

2038744 

2038745 

2038746 

2038747 

2038748 

2038750 

2038751 

2038752 

2038923 

2038924 

2038925 

2038926 

2038927 

2038928 

2038930 

2038931 

2038932 

2038933 

2038934 

2038935 

2038936 

2038937 

2038938 

2038940 

2038941 

2038942 

2038943 

2038944 

2038945 

2038946 

2038947 

2038948 

2038950 

2038951 

2038952 

2038953 

2038954 

2038956 

2038957 

2038958 

2038960 

2038961 

2038962 

2038963 

2038964 

2038965 

2038966 

2038967 

2038968 

2038970 

2038971 

2038972 

2038973 

2038974 

2038975 

2038976 

2038977 

2038978 

2038980 

2038980 

2038980 

2038980 

2038981 

2038981 

2038982 

2038983 

2038983 

2038984 

2038984 

2038984 

2038984 

2038985 

2038985 

2038986 

2038990 

2038990 

2038991 

2038991 

2038992 

2038993 

2038995 

2038996 

2038996 

2038997 

2038997 

2038998 

2039000 

2039001 

2039002 

2039003 

2039004 

2039005 

2039006 

2039007 

2039008 

2039012 

2039013 

2039013 

2039013 

2039014 

2039015 

2039020 

2039021 

2039021 

2039021 

2039022 

2039023 

2039024 

2039025 

2039026 

2039027 

2039028 

2039032 

2039036 

2039038 

2039041 

2039045 

2039047 

2039050 

2039052 

2039054 

2039056 

2039062 

2039062 

2039092 

2039093 

2039094 

2039095 

2039855 

2039855 

2039855 

2039855 

2039855 

2039855 

2039855 

2039855 

2039855 

2039992 

2039993 

2039994 

2039995 

2040247 

2040248 

2040249 

2040250 

2040251 

2040252 

2040253 

2040254 

2040255 

2040256 

2040578 

2040579 

2040710 

2040718 

2040718 

2040718 

2040754 

2040755 

2040756 

2040757 

2040758 

2040759 

2040760 

2040761 

2040762 

2040763 

2040764 

2040765 

2040766 

2040767 

2040768 

2040769 

2040770 

2040774 

2040774 

2040774 

2040812 

2040813 

2040814 

2040815 

2040819 

2040821 

2040822 

2040826 

2040827 

2040828 

2040828 

2040829 

2040830 

2040831 

2040832 

2040833 

2040834 

2040835 

2040836 

2040837 

2040838 

2040839 

2040840 

2040841 

2040842 

2040843 

2040844 

2040845 

2040846 

2040847 

2040848 

2040850 

2040851 

2040858 

2041177 

2041178 

2041179 

2041180 

2041181 

2041182 

2041183 

2041184 

2041185 

2041186 

2041187 

2041188 

2041189 

2041190 

2041191 

2041192 

2041202 

2041206 

2041206 

2041211 

2041212 

2041213 

2041214 

2041215 

2041216 

2041217 

2041218 

2041219 

2041220 

2041221 

2041222 

2041227 

2041228 

2041229 

2041230 

2041231 

2041232 

2041233 

2041234 

2041245 

2041254 

2041255 

2041256 

2041257 

2041258 

2041259 

2041260 

2041261 

2041262 

2041263 

2041264 

2041265 

2041554 

2041555 

2041556 

2041689 

2041690 

2041691 

2041692 

2041693 

2041694 

2041694 

2041695 

2041696 

2041697 

2041698 

2041699 

2041717 

2041718 

2041719 

2041721 

2041722 

2041723 

2041858 

2041859 

2041860 

2041861 

2041862 

2041863 

2041864 

2041865 

2041866 

2041867 

2041868 

2041868 

2041868 

2041868 

2041868 

2041868 

2041868 

2041869 

2041870 

2041871 

2041872 

2041873 

2041874 

2041875 

2041876 

2041877 

2041878 

2041879 

2041880 

2041881 

2041882 

2041883 

307 

307 

307 

307 

307 

307 

307 

308 

308 

270 

270 

270 

270 

270 

270 

270 

270 

270 

270 

270 

270 

148 

148 

150 

272 

272 

272 

272 

283 

283 

283 

283 

12 

12 

12 

12 

283 

283 

283 

283 

281 

281 

281 

281 

280 

280 

280 

280 

282 

282 

282 

282 

281 

281 

281 

281 

284 

284 

284 

284 

284 

284 

284 

284 

284 

284 

284 

284 

286 

286 

286 

286 

287 

287 

287 

287 

288 

288 

288 

288 

288 

288 

288 

288 

288 

288 

288 

288 

290 

290 

290 

290 

290 

290 

290 

290 

289 

289 

289 

289 

289 

289 

289 

289 

274 

274 

274 

274 

136 

136 

136 

136 

280 

280 

285 

285 

285 

285 

285 

285 

285 

285 

285 

285 

285 

291 

291 

291 

291 

291 

286 

287 

286 

287 

286 

287 

286 

287 

286 

287 

286 

287 

286 

287 

285 

285 

285 

285 

285 

280 

281 

281 

282 

283 

283 

284 

284 

286 

287 

288 

290 

291 

291 

280 

281 

281 

282 

283 

283 

284 

284 

286 

287 

288 

290 

291 

291 

289 

290 

291 

289 

290 

291 

291 

322 

322 

322 

322 

322 

322 

322 

328 

328 

323 

323 

323 

323 

323 

323 

323 

323 

323 

323 

323 

323 

323 

323 

323 

323 

59 

68 

65 

65 

65 

65 

66 

66 

67 

67 

66 

66 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

64 

64 

64 

64 

64 

64 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

63 

65 

65 

65 

65 

136 

136 

325 

156 

156 

157 

157 

156 

156 

157 

157 

156 

156 

157 

157 

160 

160 

92 

92 

96 

96 

96 

96 

96 

96 

100 

100 

100 

100 

100 

100 

233 

93 

93 

92 

93 

92 

93 

92 

93 

92 

93 

97 

97 

97 

97 

97 

97 

101 

101 

101 

101 

101 

101 

92 

92 

96 

96 

96 

96 

96 

96 

100 

100 

100 

100 

100 

100 

93 

93 

92 

93 

92 

93 

92 

93 

92 

93 

97 

97 

97 

97 

97 

97 

101 

101 

101 

101 

101 

101 

94 

98 

102 

214 

214 

214 

214 

214 

214 

214 

214 

215 

215 

215 

215 

215 

215 

215 

215 

214 

214 

214 

214 

294 

294 

294 

294 

294 

294 

295 

295 

295 

295 

295 

294 

294 

294 

324 

324 

12 

12 

12 

12 

65 

65 

65 

65 

295 

295 

294 

294 

294 

106 

88 

95 

107 

161 

99 

161 

103 

106 

161 

88 

95 

107 

161 

99 

161 

103 

99 

161 

99 

161 

103 

103 

295 

99 

161 

99 

161 

103 

103 

99 

103 

99 

99 

99 

99 

103 

103 

106 

88 

95 

107 

99 

103 

106 

88 

95 

107 

99 

103 

99 

103 

161 

161 

161 

205 

205 

205 

205 

203 

203 

206 

206 

206 

206 

58 

67 

214 

214 

214 

214 

12 

15 

186 

187 

187 

187 

188 

188 

189 

210 

210 

210 

210 

294 

294 

294 

294 

214 

214 

214 

214 

215 

215 

39 

39 

267 

9 

49 

57 

267 

267 

267 

267 

267 

267 

267 

267 

267 

267 

267 

267 

267 

267 

267 

267 

267 

9 

49 

57 

37 

37 

37 

37 

39 

39 

39 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

75 

75 

75 

74 

75 

75 

75 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

12 

12 

15 

12 

12 

12 

12 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

15 

12 

12 

12 

12 

137 

39 

39 

39 

39 

39 

39 

39 

39 

39 

39 

39 

39 

39 

39 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

21 

100 

100 

100 

101 

101 

101 

186 

189 

189 

188 

188 

186 

189 

189 

188 

188 

186 

187 

187 

187 

188 

188 

189 

186 

189 

189 

188 

188 

186 

189 

189 

188 

188 

258 

258 

258 

258 

258

430 TECHNICAL 

Index 

2041884 

2041891 

2041892 

2041893 

2041894 

2041895 

2041896 

2041897 

2041898 

2041899 

2041900 

2041901 

2041902 

2041903 

2041904 

2041905 

2041906 

2041907 

2041908 

2041980 

2041981 

2041982 

2042740 

2042741 

2042742 

2042743 

2042747 

2042748 

2042749 

2042750 

2042751 

2042776 

2043253 

2043254 

2043255 

2043260 

2043261 

2044138 

2044139 

2044140 

2044141 

2044142 

2044143 

2044144 

2044145 

2044146 

2044147 

2044148 

2044149 

2044376 

2044377 

2044382 

2044383 

2044384 

2044384 

2044385 

2044385 

2044386 

2044386 

2044387 

2044387 

2044388 

2044389 

2044390 

2044391 

2044392 

2044393 

2044394 

2044395 

2044396 

2044397 

2044398 

2044399 

2044400 

2044401 

2044402 

2044403 

2044404 

2044405 

2044406 

2044408 

2044409 

2044410 

2044411 

2044412 

2044413 

2044414 

2044623 

2044624 

2044625 

2044626 

2044627 

2044628 

2044629 

2044630 

2044631 

2044632 

2044633 

2044634 

2045745 

2045807 

2045808 

2045812 

2045813 

2045814 

2045815 

2045816 

2045817 

2045818 

2045819 

2046375 

2046376 

2046377 

2046378 

2046379 

2046381 

2046382 

2046383 

2046384 

2046385 

2046386 

2046387 

2046388 

2046389 

2046390 

2046391 

2046392 

2046393 

2046394 

2046395 

2046396 

2046397 

2046398 

2046399 

2046400 

2046401 

2046402 

2046403 

2046404 

2046405 

2046406 

2046407 

2046408 

2046409 

2046410 

2046411 

2046412 

2046413 

2046414 

2046415 

2046416 

2046417 

2046418 

2046419 

2046420 

2046421 

2046422 

2046423 

2046424 

2046425 

2046426 

2046427 

2046428 

2046429 

2046430 

2046431 

2046432 

2046433 

2046434 

2046435 

2046503 

2046504 

2046505 

2046509 

2046510 

2046511 

2046512 

2046513 

2046514 

2046515 

2046516 

2046517 

2046518 

2046519 

2046520 

2046521 

2046522 

2046523 

2046524 

2046670 

2046671 

2046672 

2046673 

2046674 

2046675 

2046676 

2046677 

2046678 

2046679 

2046680 

2046681 

2046682 

2046683 

2046684 

2046685 

2046686 

2046687 

2046688 

2046689 

2046690 

2046691 

2046692 

2046693 

2046694 

2046695 

2046696 

2046697 

2046698 

2046699 

2046701 

2046702 

2046703 

2046704 

2046705 

2046706 

2046707 

2046709 

2046710 

2046711 

2046712 

2046713 

2047189 

2047193 

2047194 

2047194 

2047194 

2047194 

2047195 

2047195 

2047195 

2047195 

2047196 

2047196 

2047196 

2047196 

2047197 

2047197 

2047197 

2047197 

2047198 

2047198 

2047198 

2047198 

2047199 

2047199 

2047199 

2047199 

2047200 

2047200 

2047200 

2047200 

2047201 

2047202 

2047203 

2047204 

2047205 

2047206 

2047207 

2047208 

2047209 

2047210 

2047211 

2047212 

2047213 

2047214 

2047215 

2047216 

2047217 

2047218 

2047219 

2047220 

2047221 

2047222 

2047223 

2047224 

2047225 

2047226 

2047227 

2047228 

2047229 

2047230 

2047231 

2047232 

2047233 

2047234 

2047235 

2047236 

2047237 

2047238 

2047247 

2047248 

2047249 

2047250 

2047251 

2047252 

2047253 

2047254 

2047255 

2047256 

2047257 

2047258 

2047259 

2047260 

2047261 

2047262 

2047263 

2047264 

2047445 

2047739 

2047740 

2047741 

2047742 

2047743 

2047744 

2047746 

2047753 

2047754 

2047800 

2047801 

2047802 

2047803 

2047804 

2047805 

2047806 

2047807 

2047808 

2047809 

2047810 

2047811 

2047812 

2047813 

2047814 

2047815 

2047816 

2047817 

2047818 

2047819 

2047820 

2047821 

2047822 

2047823 

2047824 

2047825 

2047826 

2047827 

2047828 

2047829 

2047830 

2047831 

2047832 

2047833 

2047834 

2047835 

2047836 

2047837 

2047838 

2047839 

2047840 

2047841 

2047842 

2047843 

2047844 

2047845 

2047846 

2047847 

2047848 

2047849 

2047850 

2047851 

2047852 

2047853 

2047854 

2047855 

2047856 

2047857 

2047858 

2047859 

2047860 

2047861 

2047862 

2047863 

2047864 

2047865 

2047866 

2047867 

2047868 

2047869 

2047870 

2047871 

2047873 

2047874 

2047875 

2047876 

2047877 

2047878 

2047879 

2047880 

2047881 

2047886 

2047887 

2047888 

2047889 

2047890 

2047891 

2047892 

2047893 

2047900 

2047901 

2047902 

2047903 

2047904 

2047905 

2048689 

2048690 

2048690 

2048692 

2048692 

2048693 

2048693 

2048694 

2048694 

2048695 

2048695 

2048696 

2048697 

2048698 

2048700 

2048701 

2048702 

2048703 

2048704 

2048705 

2048706 

2048707 

2048708 

2048710 

2048711 

2048712 

2048713 

2048714 

2048715 

2048716 

2048717 

2048718 

2048719 

2048720 

2048721 

2048722 

2048722 

2048723 

2048724 

2048725 

2048726 

2048727 

2048728 

2048729 

2048730 

2048731 

2048732 

2048733 

2048734 

2048734 

2048735 

2048736 

2048737 

2048739 

2048740 

2048741 

2048742 

2048743 

2048744 

2048746 

2048747 

2048764 

2048765 

2048766 

2048767 

2048768 

2048769 

2048770 

2048771 

2048772 

2048773 

2048774 

2048775 

2048776 

2048777 

2048778 

2048779 

2048780 

2048781 

2048782 

2048783 

2048784 

2048785 

2048786 

2048787 

2048788 

2048789 

2048790 

2048791 

2048792 

2048793 

2048794 

2048795 

2048796 

2048797 

2048798 

2048799 

2048801 

2048802 

2048803 

2048804 

2048805 

2048806 

2048807 

2048809 

2049457 

2049458 

2049459 

2049460 

2049461 

2049462 

2049463 

2049464 

2049465 

2049466 

2049467 

2049468 

2049469 

2049470 

2049471 

2049472 

2049473 

2049474 

2049475 

2049476 

2049477 

2049478 

2049479 

2049480 

2049481 

2049482 

2049483 

2049484 

2049485 

2049486 

2049487 

2049488 

2049489 

2049490 

2049491 

2049492 

2049493 

2049494 

2049495 

2049496 

2049497 

2049498 

2049498 

2049498 

2049498 

2049499 

2049499 

2049499 

2049499 

2049500 

2049501 

2049502 

2049503 

2049504 

2049505 

2049506 

2049507 

2049511 

2049512 

2049513 

2049514 

2049515 

2049516 

2049517 

2049518 

2049519 

2049520 

2049521 

2049522 

2049523 

2049524 

2049525 

2049526 

2049526 

2049527 

2049528 

2049529 

2049530 

2049531 

2049532 

2049533 

2049534 

2049535 

2049536 

2049537 

2049538 

2049539 

2049540 

2049541 

2049542 

2049543 

2049544 

2049545 

2049547 

2049548 

2049549 

2049549 

2049550 

2049551 

2049551 

2049552 

2049553 

2049553 

2049554 

2049555 

2049555 

2049556 

2049557 

2049557 

2049558 

2049559 

2049559 

2049560 

2049561 

2049561 

2049562 

2049563 

2049563 

2049563 

2049564 

2049564 

2049564 

2049565 

2049565 

2049565 

2049566 

2049566 

2049566 

2049567 

2049568 

2049569 

2049569 

2049570 

2049579 

2049579 

2049580 

2049580 

258 

258 

258 

258 

258 

258 

258 

256 

256 

256 

256 

256 

256 

257 

257 

257 

257 

257 

257 

12 

12 

12 

137 

75 

75 

75 

15 

15 

15 

15 

15 

75 

75 

75 

75 

75 

75 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

74 

92 

92 

93 

93 

92 

93 

92 

93 

92 

93 

92 

93 

96 

96 

96 

96 

96 

96 

97 

97 

97 

97 

97 

97 

100 

100 

100 

100 

100 

100 

100 

101 

101 

101 

101 

101 

101 

101 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18 

49 

257 

256 

38 

38 

38 

38 

38 

38 

38 

38 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

233 

247 

247 

247 

248 

248 

248 

247 

247 

247 

248 

248 

248 

247 

247 

247 

248 

248 

248 

247 

247 

247 

248 

248 

248 

37 

37 

37 

187 

187 

187 

187 

187 

187 

187 

187 

187 

187 

187 

187 

187 

187 

187 

187 

250 

250 

250 

250 

250 

250 

251 

251 

251 

251 

251 

251 

250 

250 

250 

250 

250 

250 

251 

251 

251 

251 

251 

251 

254 

254 

254 

254 

254 

254 

254 

254 

254 

254 

254 

254 

253 

253 

253 

253 

253 

253 

253 

255 

170 

196 

252 

255 

170 

196 

252 

255 

170 

196 

252 

255 

170 

196 

252 

255 

170 

196 

252 

255 

170 

196 

252 

255 

170 

196 

252 

255 

235 

235 

235 

235 

235 

235 

235 

235 

235 

235 

235 

235 

235 

235 

235 

235 

235 

235 

8 

8 

8 

8 

8 

8 

8 

8 

8 

8 

8 

8 

8 

8 

8 

8 

9 

9 

9 

9 

9 

9 

9 

9 

8 

8 

8 

8 

9 

9 

9 

9 

8 

8 

8 

8 

8 

8 

9 

9 

9 

9 

9 

9 

9 

9 

9 

9 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

55 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

56 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

55 

56 

56 

56 

56 

56 

56 

57 

57 

58 

58 

58 

58 

58 

58 

58 

58 

235 

233 

235 

233 

235 

233 

235 

233 

235 

233 

235 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

54 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

54 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

48 

49 

58 

58 

240 

240 

240 

240 

240 

240 

242 

242 

242 

242 

242 

242 

240 

240 

240 

240 

240 

240 

242 

242 

242 

242 

242 

242 

240 

240 

240 

240 

240 

240 

241 

241 

241 

242 

242 

242 

242 

242 

242 

243 

243 

243 

240 

58 

240 

240 

240 

240 

240 

241 

241 

241 

242 

242 

242 

242 

242 

242 

243 

243 

243 

192 

193 

192 

193 

192 

193 

192 

193 

192 

193 

192 

193 

192 

193 

192 

193 

194 

195 

194 

195 

194 

195 

194 

195 

240 

241 

242 

243 

193 

195 

242 

243 

56 

56 

56 

56 

48 

48 

54 

54 

144 

144 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

143 

335 

142 

143 

335 

142 

143 

335 

142 

143 

335 

142 

143 

335 

142 

143 

335 

142 

141 

145 

149 

141 

145 

147 

141 

145 

147 

141 

145 

147 

141 

145 

147 

149 

149 

141 

145 

149 

143 

335 

143 

335

431 TECHNICAL 

Index 

2049581 

2049581 

2049582 

2049582 

2049583 

2049583 

2049584 

2049584 

2049585 

2049585 

2049586 

2049587 

2049587 

2049588 

2049589 

2049589 

2049590 

2049591 

2049591 

2049592 

2049593 

2049593 

2049594 

2049595 

2049595 

2049596 

2049597 

2049597 

2049598 

2049598 

2049599 

2049599 

2049600 

2049600 

2049601 

2049601 

2049602 

2049602 

2049603 

2049604 

2049605 

2049606 

2049607 

2049608 

2050650 

2050652 

2050654 

2050656 

2050658 

2050660 

2050661 

2050662 

2050663 

2050664 

2050665 

2050666 

2050667 

2050668 

2050669 

2050670 

2050671 

2050672 

2050673 

2050674 

2050675 

2050676 

2050677 

2050678 

2050679 

2050679 

2050680 

2050680 

2050681 

2050681 

2050682 

2050682 

2050683 

2050683 

2050684 

2050684 

2050685 

2050685 

2050686 

2050686 

2050686 

2050687 

2050687 

2050688 

2050688 

2050688 

2050689 

2050689 

2050690 

2050690 

2050690 

2050691 

2050691 

2050692 

2050692 

2050692 

2050693 

2050693 

2050694 

2050694 

2050694 

2050695 

2050695 

2050696 

2050696 

2050698 

2050699 

2050700 

2050701 

2050702 

2050703 

2050704 

2050705 

2050706 

2050707 

2050708 

2050709 

2050710 

2050711 

2050712 

2050713 

2050714 

2050715 

2050716 

2050717 

2050718 

2050719 

2050720 

2050721 

2050722 

2050723 

2050724 

2050725 

2050726 

2050727 

2050728 

2050729 

2050730 

2050731 

2050732 

2050733 

2050734 

2050735 

2050736 

2050737 

2050738 

2050739 

2050740 

2050741 

2050742 

2050743 

2050744 

2050745 

2050749 

2050752 

2050753 

2050754 

2050755 

2050756 

2050757 

2050759 

2051040 

2051041 

2051042 

2051043 

2051044 

2051045 

2094092 

2426099 

2426100 

2426101 

2426102 

2426103 

2426104 

2426105 

2426106 

2426107 

2426108 

2426109 

2426110 

2426111 

2426112 

2426113 

2426114 

2426115 

2426116 

2426117 

2426118 

2426119 

2426120 

2426121 

2426122 

2426343 

2426344 

2426345 

2426352 

2426357 

2426358 

3004882 

3004882 

3004882 

3004887 

3004887 

3004887 

3004888 

3005130 

3005130 

3005140 

3005140 

3005550 

3005550 

3005570 

3005570 

3005700 

3005700 

3005710 

3005710 

3005720 

3005740 

3005740 

3005740 

3005810 

3005810 

3005960 

3005960 

3005960 

3005964 

3005964 

3005964 

3005970 

3005970 

3005970 

3005974 

3005974 

3005974 

3005980 

3005980 

3005980 

3005980 

3005984 

3005984 

3005984 

3005984 

3005990 

3005990 

3005990 

3005990 

3005994 

3005994 

3005994 

3005994 

3006030 

3006030 

3006030 

3006040 

3006040 

3006040 

3006050 

3006050 

3006050 

3006920 

3006940 

3006940 

3006950 

3006950 

3006960 

3007900 

3007910 

3007920 

3007930 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020010 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020030 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020060 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3020070 

3024812 

3025810 

3025830 

3025840 

3025860 

3025862 

3025880 

3025890 

3025910 

3025912 

3025930 

3025940 

3029280 

3029410 

3029430 

3029570 

3029572 

3029580 

3029582 

3029590 

3029600 

3029610 

3029620 

3030070 

3030170 

3030560 

3030580 

3030740 

3030770 

3030780 

3030790 

3030810 

3031500 

3031510 

3031520 

3031530 

3031550 

3031560 

3031570 

3031580 

3032530 

3032610 

3032630 

3032650 

3032670 

3032710 

3032730 

3033030 

3033032 

3033050 

3033080 

3033082 

3033100 

3033130 

3033132 

3033150 

3033180 

3033182 

3033230 

3033232 

3033250 

3033300 

3033302 

3033310 

3033312 

3033510 

3033520 

3033530 

3033532 

3033560 

3033570 

3033580 

3033582 

3033610 

3033630 

3033632 

3033660 

3033680 

3033682 

3033760 

3033780 

3033782 

3033800 

3033810 

3036111 

3036112 

3036113 

3036118 

3036121 

3036128 

3036161 

3036161 

3036166 

3036166 

3036171 

3036171 

3036176 

3036176 

3036181 

3036181 

3036191 

3036191 

3036200 

3036200 

3036200 

3036200 

3036200 

3036200 

3036201 

3036201 

3036201 

3036201 

3036201 

3036201 

3036202 

3036202 

3036202 

3036202 

3036202 

3036202 

3036203 

3036203 

3036203 

3036203 

3036203 

3036203 

3036212 

3036225 

3036230 

3036291 

3036292 

3036293 

3036294 

3036297 

3036298 

3036299 

3036750 

3036751 

3036752 

3036753 

3036811 

3036811 

3036815 

3036815 

3036816 

3036816 

3036871 

3036871 

3036875 

3036875 

3036876 

3036876 

3042390 

3042390 

3042390 

3042390 

3042660 

3042660 

3042670 

3042670 

3042690 

3042690 

3042700 

3042710 

3042710 

3042720 

3042720 

3057800 

3061210 

3061220 

3061250 

3062330 

3062340 

3063610 

3063620 

3063630 

3063640 

3063650 

3063710 

3063720 

3063730 

3064500 

3064510 

3064520 

3064530 

3078970 

3078970 

3078971 

3078971 

3078972 

3078972 

3078976 

3078976 

3078977 

3078977 

3078978 

3078978 

3079210 

3079212 

3079213 

3079220 

3079222 

3079223 

3079310 

3079312 

3079313 

3079320 

3079322 

3079323 

3094051 

3094052 

3094054 

3094055 

3094057 

3094058 

3094060 

3094061 

3094063 

3094064 

3094071 

3094072 

3094073 

3094074 

3094093 

3094094 

3094095 

3094096 

3094097 

3094098 

3094099 

3094100 

3094101 

3094102 

3094103 

3097110 

3097111 

3097112 

3097113 

3097114 

3097115 

3097116 

3097117 

3097118 

3097119 

3097120 

3097121 

3097122 

3097123 

3097124 

3097125 

3097126 

3097127 

3097128 

3097129 

3097130 

3097131 

3097132 

3097133 

3097134 

3097135 

3097140 

3097141 

3097142 

3097143 

3097144 

3097145 

3097146 

3097147 

3097148 

3097149 

3097150 

3097151 

3097152 

3097153 

3097154 

3097155 

3097156 

3097157 

3097158 

3097159 

3097160 

3097161 

3097162 

3097163 

3097166 

3097167 

3097168 

3097168 

3097168 

3097169 

3097169 

3097169 

3097170 

3097170 

3097170 

3097171 

3097171 

3097171 

3097172 

3097172 

3097172 

3097176 

3097177 

3097178 

3097179 

3097180 

3097181 

143 

335 

143 

335 

143 

335 

143 

335 

143 

335 

142 

143 

335 

142 

143 

335 

142 

143 

335 

142 

143 

335 

142 

143 

335 

142 

143 

335 

143 

335 

143 

335 

143 

335 

143 

335 

143 

335 

149 

149 

149 

149 

149 

149 

334 

334 

334 

334 

334 

334 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

140 

143 

335 

143 

335 

143 

335 

142 

334 

142 

334 

142 

334 

143 

335 

143 

334 

335 

143 

335 

143 

334 

335 

143 

335 

143 

334 

335 

142 

334 

142 

334 

334 

142 

334 

143 

334 

335 

143 

335 

143 

335 

244 

244 

244 

244 

244 

244 

245 

245 

245 

245 

245 

245 

244 

244 

244 

244 

244 

244 

245 

245 

245 

245 

245 

245 

244 

244 

244 

244 

244 

244 

245 

245 

245 

245 

245 

245 

87 

87 

87 

87 

87 

87 

86 

86 

86 

86 

86 

86 

89 

192 

193 

192 

193 

192 

193 

193 

87 

87 

87 

87 

87 

87 

133 

176 

176 

176 

176 

176 

176 

176 

176 

177 

177 

177 

177 

177 

177 

177 

177 

178 

178 

178 

178 

178 

178 

178 

178 

179 

179 

179 

180 

180 

180 

121 

127 

130 

123 

129 

131 

133 

361 

362 

361 

362 

121 

127 

123 

129 

123 

129 

123 

129 

123 

123 

125 

129 

361 

362 

121 

127 

130 

121 

127 

130 

121 

127 

130 

121 

127 

130 

123 

125 

129 

131 

123 

125 

129 

131 

123 

125 

129 

131 

123 

125 

129 

131 

176 

177 

178 

176 

177 

178 

176 

177 

178 

127 

121 

127 

121 

127 

121 

370 

370 

370 

370 

240 

241 

242 

243 

244 

245 

247 

248 

250 

251 

253 

254 

256 

257 

258 

264 

265 

267 

269 

270 

272 

273 

274 

240 

241 

242 

243 

244 

245 

247 

248 

250 

251 

253 

254 

256 

257 

258 

264 

265 

267 

269 

270 

272 

273 

274 

240 

241 

242 

243 

250 

251 

253 

254 

256 

257 

258 

264 

265 

267 

269 

270 

272 

273 

274 

240 

241 

242 

243 

250 

251 

253 

254 

257 

258 

264 

265 

267 

269 

270 

272 

273 

274 

120 

120 

120 

120 

120 

120 

120 

120 

120 

120 

120 

120 

133 

133 

133 

122 

122 

122 

122 

122 

122 

122 

122 

256 

361 

362 

362 

361 

362 

362 

362 

362 

132 

132 

132 

132 

132 

132 

132 

132 

360 

360 

360 

360 

360 

360 

360 

126 

126 

126 

126 

126 

126 

126 

126 

126 

128 

128 

128 

128 

128 

124 

124 

124 

124 

130 

130 

130 

130 

130 

130 

130 

130 

130 

130 

130 

131 

131 

131 

131 

131 

131 

122 

122 

224 

224 

224 

224 

225 

225 

224 

225 

224 

225 

224 

225 

224 

225 

224 

225 

224 

225 

218 

220 

224 

225 

226 

371 

218 

220 

224 

225 

226 

371 

218 

220 

224 

225 

226 

371 

218 

220 

224 

225 

226 

371 

219 

219 

219 

366 

366 

366 

366 

219 

219 

219 

366 

366 

366 

366 

220 

226 

220 

226 

220 

226 

220 

226 

220 

226 

220 

226 

341 

341 

359 

359 

341 

359 

341 

359 

341 

359 

341 

341 

359 

341 

359 

133 

339 

339 

339 

339 

339 

370 

370 

370 

370 

370 

370 

370 

370 

371 

371 

371 

371 

218 

220 

218 

220 

218 

220 

218 

220 

218 

220 

218 

220 

219 

219 

219 

219 

219 

219 

219 

219 

219 

219 

219 

219 

120 

120 

120 

120 

120 

120 

122 

122 

122 

122 

361 

361 

362 

362 

133 

133 

133 

133 

133 

133 

133 

133 

133 

133 

133 

114 

114 

114 

114 

114 

114 

115 

115 

115 

115 

115 

115 

115 

115 

115 

115 

115 

115 

115 

115 

115 

115 

116 

116 

116 

116 

116 

116 

116 

116 

116 

116 

116 

116 

117 

117 

117 

117 

117 

117 

117 

117 

117 

117 

117 

117 

117 

117 

117 

117 

114 

114 

115 

116 

117 

115 

116 

117 

115 

116 

117 

115 

116 

117 

115 

116 

117 

114 

114 

114 

114 

114 

114

432 TECHNICAL 

Index 

3097182 

3097183 

3097184 

3097185 

3097186 

3097187 

3097188 

3097189 

3097190 

3097191 

3097192 

3097193 

3097194 

3097195 

3097196 

3097197 

3097198 

3097199 

4033350 

4037259 

4037277 

4037279 

4037279 

4037280 

4037280 

4037281 

4037281 

4037282 

4037282 

4037283 

4037284 

4037422 

4037857 

4037857 

4037858 

4037958 

4037972 

4038139 

4038141 

4038145 

4038147 

4038205 

4038418 

4038422 

4040710 

4040711 

4040713 

4040714 

4040715 

4040716 

4040716 

4040718 

4040719 

4040721 

4040722 

4040977 

4040979 

4040981 

4040983 

4040984 

4040985 

4040995 

4040999 

4041001 

4041002 

4041003 

4041004 

4041004 

4041005 

4041005 

4041006 

4041007 

4041007 

4041059 

4041060 

4041063 

4041064 

4041088 

4041090 

4041092 

4041093 

4041094 

4041095 

4041096 

4041097 

4041638 

4041639 

4041640 

4041641 

4041642 

4041643 

4041747 

4041748 

4041749 

4041750 

4042725 

4043619 

4043620 

4043621 

4043622 

4043630 

4043631 

4043643 

4043644 

4045975 

4045977 

4045980 

4045981 

4045988 

4045990 

4045997 

4045998 

4046006 

4046007 

4046011 

4046012 

4046016 

4046017 

4046021 

4046023 

4046025 

4046027 

4046028 

4048937 

4048940 

4048951 

4048954 

4049172 

4056592 

4056655 

4056686 

4056720 

4057627 

4057629 

4057630 

4057632 

4058328 

4058329 

4058331 

4058332 

4058334 

4058335 

4058337 

4058338 

4058343 

4058344 

4058346 

4058347 

4058349 

4058350 

4058352 

4058353 

4059869 

4059895 

4059903 

4060726 

4060728 

4061475 

4061476 

4061477 

4061478 

4061479 

4061480 

4061481 

4061482 

4061495 

4061496 

4061497 

4061498 

4061499 

4061500 

4061501 

4061502 

4061700 

4061701 

4061702 

4061703 

4061704 

4061705 

4061706 

4061707 

4061708 

4061709 

4061710 

4061711 

4061712 

4061713 

4061714 

4061715 

4061716 

4061719 

4061720 

4061721 

4061722 

4061723 

4061724 

4061725 

4061726 

4061729 

4061730 

4061731 

4061732 

4061733 

4061734 

4061735 

4061736 

4062818 

4062819 

4062825 

4062826 

4062832 

4062834 

4062835 

4062848 

4062850 

4063645 

4063646 

4063649 

4063650 

4063653 

4063654 

4063655 

4063656 

4063667 

4063668 

4063671 

4063672 

4063673 

4063674 

4063677 

4063678 

4063679 

4063680 

4063693 

4063694 

4063695 

4063696 

4063697 

4063698 

4063701 

4063702 

4063703 

4063704 

4063966 

4064161 

4064162 

4064163 

4064164 

4064201 

4064481 

4064482 

4064483 

4064484 

4064485 

4064486 

4064487 

4064488 

4064489 

4064535 

4064536 

4064537 

4064538 

4064670 

4064672 

4064674 

4064676 

4064678 

4064680 

4064785 

4064786 

4064787 

4064788 

4064789 

4064790 

4064843 

4065211 

4065212 

4065213 

4065214 

4065215 

4065216 

4065217 

4065218 

4065219 

4065220 

4065221 

4065222 

4065223 

4065224 

4065225 

4065226 

4065257 

4065258 

4065259 

4065260 

4065261 

4065262 

4065269 

4065270 

4065271 

4065272 

4065273 

4065274 

4065275 

4065276 

4065277 

4065278 

4065279 

4065280 

4065281 

4065282 

4065283 

4065284 

4065451 

4065452 

4065453 

4065454 

4065455 

4065456 

4065457 

4065458 

4065459 

4065460 

4065461 

4065462 

4065463 

4065464 

4065465 

4065466 

4065467 

4065468 

4065469 

4065470 

4065471 

4065472 

4065473 

4065474 

4065601 

4065602 

4065603 

4065604 

4065605 

4065606 

4065607 

4065608 

4065609 

4065610 

4065611 

4065612 

4065621 

4065622 

4065623 

4065624 

4065625 

4065626 

4065627 

4065628 

4065629 

4065630 

4065631 

4065632 

4065633 

4065634 

4065635 

4065636 

4065637 

4065638 

4065639 

4065640 

4065641 

4065642 

4065643 

4065644 

4065645 

4065646 

4065647 

4065648 

4065661 

4065662 

4065663 

4065664 

4067551 

4067552 

4067553 

4067554 

4067555 

4067556 

5039120 

5039121 

5039122 

5039123 

5045510 

5045511 

5045512 

5045513 

5045514 

5045515 

5045516 

5045840 

5045841 

5045843 

5045850 

5046208 

5046210 

5046211 

5046212 

5046988 

5046994 

5046995 

5046996 

5046997 

5046998 

5046999 

5050568 

5050571 

5050574 

5050577 

5050580 

5050583 

5050586 

5050589 

5050592 

5050595 

5050598 

5050601 

5050604 

5050610 

5050613 

5050616 

5050619 

5050622 

5050625 

5050628 

5054686 

5056807 

5056808 

5056809 

5056810 

5056811 

5056812 

5056813 

5056828 

5056829 

5056830 

5056831 

5056832 

5056833 

5056834 

5057540 

5057541 

5057542 

5057543 

9129175 

9129176 

9129180 

9129180 

9129180 

9129181 

9129181 

9129181 

9137867 

9139060 

9139061 

9141248 

9141552 

9147909 

9147910 

9148808 

9148808 

9148808 

SBMCD1806 

SBMCD1806S 

SBMCD1812 

SBMCD1812S 

SBMCD3506 

SBMCD3506S 

SBMCD3512 

SBMCD3512S 

SBMCF1806 

SBMCF1806S 

SBMCF1812 

SBMCF1812S 

SBMCF3506 

SBMCF3506S 

SBMCF3512 

SBMCF3512S 

SBMLD1806 

SBMLD1806S 

SBMLD1812 

SBMLD1812S 

SBMLD3506 

SBMLD3506S 

SBMLD3512 

SBMLD3512S 

SBMLF1806 

SBMLF1806S 

SBMLF1812 

SBMLF1812S 

SBMLF3506 

SBMLF3506S 

SBMLF3512 

SBMLF3512S 

115 

115 

116 

116 

116 

116 

117 

117 

117 

117 

115 

115 

116 

117 

117 

115 

115 

116 

352 

402 

402 

402 

402 

402 

402 

402 

402 

402 

403 

402 

402 

353 

352 

353 

354 

352 

352 

353 

353 

353 

353 

354 

353 

354 

397 

397 

397 

397 

397 

393 

397 

397 

397 

397 

397 

402 

402 

402 

402 

402 

402 

402 

402 

402 

402 

402 

402 

402 

402 

402 

402 

402 

402 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

345 

345 

345 

345 

345 

345 

397 

397 

397 

397 

345 

397 

397 

397 

397 

402 

402 

393 

393 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

404 

397 

397 

397 

397 

403 

352 

352 

352 

353 

358 

358 

358 

358 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

353 

353 

353 

358 

358 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

393 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

397 

352 

352 

353 

353 

353 

353 

353 

354 

354 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

400 

21 

403 

403 

403 

403 

400 

401 

401 

401 

401 

401 

401 

401 

401 

353 

401 

401 

401 

401 

18 

18 

18 

18 

18 

18 

401 

401 

401 

401 

401 

401 

21 

348 

348 

348 

348 

349 

349 

349 

349 

348 

348 

348 

348 

349 

349 

349 

349 

18 

18 

18 

18 

18 

18 

348 

348 

348 

348 

349 

349 

349 

349 

348 

348 

348 

348 

349 

349 

349 

349 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

383 

355 

355 

355 

355 

355 

355 

355 

355 

355 

355 

355 

355 

349 

349 

349 

349 

349 

349 

349 

349 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

338 

354 

354 

354 

354 

393 

393 

393 

393 

393 

393 

340 

340 

340 

340 

382 

382 

382 

382 

382 

382 

382 

382 

382 

382 

382 

384 

384 

384 

384 

382 

382 

382 

382 

382 

382 

382 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

81 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

380 

385 

385 

385 

385 

69 

69 

48 

54 

63 

48 

54 

63 

322 

66 

66 

173 

173 

173 

173 

9 

49 

57 

396 

396 

396 

396 

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Technical - Havells Sylvania

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