High intensity discharge control gear

Transcription

1 High intensity discharge control gear Philips Lighting produces the widest possible selection of control gear for High- Intensity Discharge lamps, including electronic and electromagnetic ballasts, controllers, ignitors and capacitors. Lamps and Gear High intensity discharge control gear 3.1

2 Introduction Electronic HID control gear The application of fully electronic control gear for running HID lamps is growing apace. Such gear is already available for specific types of metal halide (such as MASTERColour CDM) and lowand high-pressure sodium lamps. It offers important advantages, including a higher frequency ( Hz) circuit, resulting in a total absence of lamp flickering. What is more, lamp life is extended, starting behaviour improved and color stability enhanced. Given the benefits that they bring, the lines of electronic control gear for other types of HID lamps will be extended in the near future. HID control gear Satisfying all the relevant IEC lamp standards, a broad selection of electromagnetic control gear is offered.this program embraces, among other things, ballasts for ignitor systems such as the semiparallel (impulser) and series (superimposed) versions. What is more, high-quality HID-HighPower ballasts are available for wattage ratings of 1000 W and above. HID ignitors A full program of electronic ignitors for metal halide and highand low-pressure sodium lamps is detailed. Semi-parallel ignitors should be used in combination with the appropriate semi-parallel Philips ballasts (with an ignitor terminal connection). Series ignitors can operate with these same ballasts (where the ignitor connection is then not used) or with Philips series ballasts or those from other CENELEC-approved manufacturers. Considerations on HID lamp circuits In HID lamp circuits using electromagnetic control gear, various issues arise that warrant closer consideration. Various ballast designs The different applications distinguish the three ranges of Philips HID ballast: - HID-Heavy Duty, encapsulated ballasts suitable for outdoor situations inside luminaires, poles or posts under humid conditions, also for high-end indoor applications (offering the lowest hum-levels); - HID-Basic, impregnated ballasts for indoor or outdoor use in enclosed applications; the ballasts should not be exposed to humid environments; - HID-HighPower, suitable for large-scale applications with power ratings of 1000 W and above; these ballasts are designed for the most rigorous demands. Ignitor systems for HID lamp circuits For the ignition of lamps like high-pressure sodium and metal halide lamps, there is normally a choice between two systems: - Semi-parallel (also called impulser (IMP)) or - Series (also called superimposed (SIP)). In many cases, the two systems are interchangeable. However, on close comparison, numerous differences are evident: - Semi-parallel: - Control gear can be installed remotely (see below); - Fewer design restrictions, such as cable capacitance sensitivity, non-self-heating circuit; - Lower watt losses; - Protected against possible damage from lamp arcing; - Absence of ignitor hum. - Series: - Lengthy cabling is possible with ignitor installed close to the lamp; - Lamp ignition operates independent of the ballast. Remote control gear By using semi-parallel ignitors, applications are possible where the control gear is located remotely.this means that the gear components (ballast, ignitor, capacitor) are installed at some physical distance from the lamp, which in some situations (such as floodlighting) can simplify installation considerably. What is more, temperature-sensitive components can be placed away from potential heat sources. Refer to the tables of data to confirm the required cable capacitances (based on a typical value of 100 pf/m). In practice, the specification of the cable used will need to be checked. Thermo-protected gear Keeping in mind the latest European legislation (September 2001), it will be highly advisable to use so-called thermoprotected ballasts, i.e. ballasts with built-in thermal switches, when operating high-pressure sodium or metal halide lamps. Philips Lighting has a complete range of thermo-protected ballasts (see TS in the type name) available for all the relevant lamp types. Anti-cycling digital ignitors Digital ignitors are highly recommended because they detect faulty lamps in an early stage and prevent unneccesary stress on the system. Especially when it may be expected that defect lamps are not replaced immediately these digital ignitors will extend the system lifetime largely. - For high-pressure sodium lamps, which require some 2-5 minutes for re-ignition; and (see T5 in the type name) - For metal halide and compact HID lamps, which need about minutes (see T15 in the type name). Lifetime of ballasts and ignitors All electromagnetic ballasts have been designed for a problemfree lifetime of 10 years continuous operation where the tw has not been exceeded. Under normal circumstances, the ignitor actually functions for just a few cycles each day when the lighting is switched on. However, ignitor life can be seriously jeopardised when an inoperative lamp remains in an energised lampholder for extended periods of time. In such instances, the ignitor could be pulsing from 8-24 hours per day, depending on the application. For this reason, it is advisable to use ignitors that limit the ignition attempts and therefore extend system life. Compensation of circuits Where electromagnetic ballasts are employed, the power factor in the circuit usually needs to be corrected. In each table of data accompanying the product information, the value of capacitor is given to correct the power factor to a level of 0.9. In such situations, this capacitor is connected across the mains supply input. Rating of t For all electromagnetic ballasts, the maximum permissible temperature of the ballast winding (tw) is laid down at 130 ºC. The change in temperature ( t) is the rise under normal operating conditions, while the maximum ambient temperature is derived from tw minus t. 3.2 High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.3

3 High intensity discharge control gear Lamps and gear table HID Recommended system for the best performance Alternative gear system for good performance Commercial name Technical lamp type Gear Dimming Gear Ignitor Capacitor MASTERColour CDM-R W HID-PV C 035/2*035 CDM N BMH35 SN58(T15) 6uF/250V CDM-R W HID-PV C 070 CDM N BMH70 SN58(T15) 6uF/250V CDM-R 35W HID-PV C 035/2*035 CDM N BMH35 SN58(T15) 6uF/250V CDM-R 70W HID-PV C 070 CDM N BMH70 SN58(T15) 6uF/250V CDM-TT/ET 70W HID-PV C 070 CDM N BSN70 SN58(T15) 12uF/250V CDM-TT/ET 150W HID-PV C 150 CDM N BSN150 SN58(T15) 18uF/250V CDM-TT 250W HID-PV C 250 CDM N BSN250 SN58(T15) 32uF/250V CDM-TT 400W NA N BSN400 SN58(T15) 45uF/250V CDM-TM 20W HID-PV C 20/S CDM N N/A NA N/A CDM-T 35W HID-PV C 035 CDM / EHS 2*035 CDM N BMH35 SN58(T15) 6uF/250V CDM-T 70W/830 HID-PV C 070 CDM N BMH70 SN58(T15) 12uF/250V CDM-T 70W/942 HID-PV C 070 CDM N BMH70 SN58(T15) 12uF/250V CDM-T 150W/830 HID-PV C 150 CDM N BSN150 SN58(T15) 18uF/250V CDM-T 150W/942 HID-PV C 150 CDM N BSN150 SN58(T15) 18uF/250V CDM-T 250W/830 HID-PV 250 CDM N BSN250 SN58(T15) 32uF/250V CDM-TC 35W/830 HID-PV C 035 CDM / HID-PV C 2*035 CDM N NA NA N/A CDM-TC 70W/830 HID-PV C 70 CDM N NA NA N/A CDM-TP 70W/830 HID-PV C 70 CDM N BMH70 SN58(T15) 12uF/250V CDM-TP 70W/942 HID-PV C 70 CDM N BMH70 SN58(T15) 12uF/250V CDM-TP 150W/830 HID-PV C 150 CDM N BSN150 SN58(T15) 18uF/250V CDM-TP 150W/942 HID-PV C 150 CDM N BSN150 SN58(T15) 18uF/250V CDM-TD 70W/830 HID-PV C 70 CDM N BMH70 SN58(T15) 12uF/250V CDM-TD 70W/942 HID-PV C 70 CDM N BMH70 SN58(T15) 12uF/250V CDM-TD 150 W/830 HID-PV C 150 CDM N BSN150 SN58(T15) 18uF/250V CDM-TD 150W/942 HID-PV C 150 CDM N BSN150 SN58(T15) 18uF/250V Mini White Son SDW-T 35W NA N BSL35 CSLS35 6uF/250V SDW-T 50W NA N BSL50 CSLS50 9uF/250V SDW-T 100W NA N BSL100 CSLS100 14uF/250V SDW-TG 50W HID-PV 50/S SDW-TG N NA NA NA SDW-TG 100W HID-PV 100/S SDW-TG N NA NA NA Metal halide HPI Plus, HPI-T Plus HPI(T) 250W BU/BU-P NA N BSN250/BHL250 SN58(T5)/SI51 32uF/250V HPI(T) 400W BU/BU-P NA N BSN400/BHL400 SN58(T5)/SI51 45uF/250V HPI(T) 400W BUS/BUS-P NA N BSN400/BHL400 NA 45uF/250V Metal halide low wattage MHN-TD 70W NA N BMH70 SN58(T15) 12uF/250V MHN-TD 150W NA N BSN150 SN58(T15) 18uF/250V MHN-TD 250W NA N BSN250 SN58(T15) 32uF/250V CosmoPolis CPO TWhite 60W HID-PV 60 CPO-TW* Y NA NA NA CPO TWhite 140W HID-PV 140 CPO-TW* Y NA NA NA High pressure sodium SON/E/-T PIA Plus 50W NA N BSN50 SN57 10uF/250V SON 50W I NA N BSN50 NA 10uF/250V SON/E/-T PIA Plus 70W EH-S 070 SON N BSN70 SN57 12uF/250V SON/PIA Plus 70W I NA N BSN70 NA 12uF/250V SON/-T PIA Plus 100W NA N BSN100 SN58(T15) 12uF/250V SON/Comfort/Hg /-T PIA Plus 150W EH-S 150 SON N BSN150 SN58(T15) 18uF/250V SON/Comfort/Hg /-T PIA Plus 250W NA N BSN250 SN58(T15) 32uF/250V SON/Comfort/Hg /-T PIA Plus 400W NA N BSN400 SN58(T15) 45uF/250V SON-T PIA Plus 600W NA N BSN600 SN58(T15) 45uF/250V SON/-T 1000W NA N BSN1000 SN56 100uF/250V SON-H 110W NA N BHL125 NA 10uF/250V SON-H 220W NA N BHL250 NA 18uF/250V SON-H 350W NA N BHL400 NA 15uF/250V Quartz metal halide HPI PLUS BU / BU-P /-T 250W NA N BSN250 / BHL250 SN58 / SI 51 32uF/250V HPI PLUS BU / BUS / BU-P / PUS-P / HOR /-T 400W NA N BSN400 / BHL400 SN58 / SI 51 45uF/250V MASTER MHN, HPI-T MHN-SA 1800W/230V/956 NA N BMH1800 SU50 200uF/250V MHN-SA 1800W/400V/956 NA N BMH1800 SU52 200uF/250V MHN-SA 1800W/230V/956 NA N BMH1800 SN56/59 200uF/250V MHN-SA/SB 2000W/400V/956 NA N BMH2000 SU52 70uF/450V MHN-LA 1000W/956 NA N BSN1000 SN56 125uF/450V MHN-LA 2000W/842 NA N BMH2000 SU52 65uF/250V HPI-T 1000W NA N BHL1000 SI 52 / SI 51 65uF/250V HPI-T 2000W/380V NA N BHL2000 SI uF/450V HPI-T 2000W/220V NA N BMH2000 SU52 35uF/450V 3.4 High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.5

4 High intensity discharge control gear Lamps and gear table HID Recommended system for the best performance Alternative gear system for good performance Commercial name Technical lamp type Gear Dimming Gear Ignitor Capacitor MH-NaSc low wattage MH 70W NA N BMH70 SN58(T5) 12uF/250V MH 700/P NA N BMH70 SN58(T5) 12uF/250V MH 100W NA N BSN100 SN58(T5) 14uF/250V MH 100W/P NA N BSN100 SN58(T5) 14uF/250V MH 150W NA N BSN150 SN58(T5) 14uF/250V MH-NaSc medium wattage MH 175 W/C/U NA N CKN175 H400 NA NA MH 175 W/U NA N CKN175 H400 NA NA MH 250 W/U NA N CKN250 H400 NA NA MH 250 W/C/U NA N CKN250 H400 NA NA MH 400 W/U NA N CKN400 H400 NA NA MH 400 W/C/U NA N CKN400 H400 NA NA * Dimmable gear will be available at the end of Recommended system for the best performance Alternative gear system for good performance Commercial name Technical lamp type Gear Capacitor Dimming Gear Ignitor Capacitor Quartz metal halide ArtColor Art Colour MH-T 400W Red/Green/Violet/Red NA NA N BHL400 SI51 25uF/250V High pressure mercury HPL-N/Comfort 50 W NA NA N BHL50 NA 8uF/250V HPL-N/Comfort 80 W NA NA N BHL80 NA 8uF/250V HPL-N/Comfort 125 W NA NA N BHL125 NA 10uF/250V HPL-N/Comfort 250 W NA NA N BHL250 NA 18uF/250V HPL-N/Comfort 400 W NA NA N BHL400 NA 28uF/250V HPL-N 1000 W NA NA N BHL1000 NA 65uF/250V Low pressure sodium SOX-E 18W NA NA N BSX18 L81/82 SX26 4uF/250V SOX-E 26W NA NA N BSX26 L81/82 SX26 6uF/250V SOX-E 36W EXC 036 S/50 NA N BSX55H26 / BSX36H66 SX72 4.4uF/300V SOX-E 66W EXC 066 S/50 NA N BSX90 H26 SX70 7.6uF/300V SOX-E 91W EXC 091 S/50 NA N BSX91 H96 SX74 5.2uF/300V SOX-E 131W NA NA N BSX131 H96 SX uF/650V SOX 35W EXC 035 S/50 NA N BSX35 / BSX355 SX26 8uF/250V SOX 55W EXC 055 S/50 NA N BSX355 L32 SX72 6uF/250V SOX 90W NA NA N BSX90 SX76 10uF/250V SOX 135W NA NA N BSX135 H96 SX74 6.8uF/420V SOX 180W NA NA N BSX180 H96 SX73 4.4uF/650V QL QL 55W HF-Generator 55W V/ V +Power coupler 55W NA Y NA NA NA QL / -R 85W HF-Generator 85W V/ V +Power coupler 85W NA Y NA NA NA QL 85W / 830 HF-Generstor 85W V/ V +Power coupler 85W NA Y NA NA NA HID-Basic Naming BMH 70 L 300 ITS SN SON SD SON dim SL White SON SX SOX MH Metal Halide HL High Pressure Mercury HA HPA Lamp power(s) Inductive circuit Number of electrical terminals TS thermoswitch I Ignitor tap 0 220V 50Hz 1 220V 60Hz 2 230V 50Hz 4 240V 50Hz 7 230/240V 50Hz 8 220/240V 50Hz V 50/60Hz /240/250V 50Hz 0 standard screw contacts 2 insert contacts 3.6 High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.7

5 Electronics HID-DynaVision SON and CDO Electronics HID-DynaVision SON and CDO HID-DV Product Description Compact, one-piece, electronic dimming ballast for built-in or stand-alone applications with high-pressure sodium (SON) and metal halide lamps (CDO) Features and Benefits 1-10V input for dim-control signal Independent of mains-voltage V Low-frequency, electronic, dimmable operation for stable and flicker-free operation; depending on the application, this will increase lamp life between 20% and 30% SON Lamps can be dimmed between 100% - 35% of power; (100-20% light output) CDO-TT/ET lamps can be dimmed between % of power; (100-50% light output) Self-stopping facility prevents cycling of old lamps Full protection of ballast and installation against fault conditions such as end of lamp life Road/tunnel lighting Residential lighting Suitable for indoor and outdoor applications Compliances and approvals HID-gear HID-electronics Safety EN /2-3/2-9 Performance EN60927 / EN60929 RFI EN55015 / EN55022 Harmonic current emissions EN EMC immunity EN61547 Approval marking KEMA/VDE CE-marking Environmental standard ISO Product ID A1 A2 A3 B1 B2 B3 C1 150 SON/CDO SON/CDO SON/CDO With strain relief Technical data Ballast type For lamps System Lamp T case T ambient Max. power Min. power Max. power Min. power Max. lumen Min. lumen max. range W W W W % % C C HID-DV 150 SON SON 150 W HID-DV 100 SON SON 100 W HID-DV 70 SON SON 70 W HID-DV 150 CDO CDO-TT/ET 150 W HID-DV 100 CDO CDO-TT/ET 100 W HID-DV 70 CDO CDO-TT/ET 70 W Technical data for installation Mains operation Rated mains voltage V With tolerances for performance: V With tolerances for operation: V Mains frequency 50/60 Hz Operation frequency (typical) 130 Hz Power factor 100% > 0.98 Power factor (35%, SON) (60%, CDO) > 0.93 Earth leakage current (per ballast) < 0.5 ma Ignition voltage 3-4 kv Cable capacity* SON = 1 nf CDO = 200 pf * EMC attention should be given with cable > 3mtr Control potentiometer (to be connected on 1-10V input) kohm Control voltage input 1-10 V Input is fully protected against mains voltage connection Dimming fading rates are implemented to guarantee optimal lamp Behavior for SON Lamps: Run up time before dimming* 5 minutes Fade down time* (100%-20%) < 1.5 minutes Fade up time* (20%-100%) < 1 minute Power indication % Corresponding light level (see graph) 20% - 100% Dimming fading rates are implemented to guarantee optimal lamp Behavior for CDO Lamps: Run up time before dimming* 10 minutes Fade down time* (100%-60%) < 1.5 minutes Fade up time* (60%-100%) < 1 minute Power indication % Regulating light level (see graph) 50% - 100% * Run-up time, and fading down/up rates are determined to guarantee reliable lamp operations. Notes: With three-phase mains supply, neutral should never be disconnected; otherwise circuitry could be damaged. Wiring inside luminaire should be straight and as short as possible: mains wires should not run parallel to lamp wires. Ballast should be mounted in luminaire > min. IP 23. Thermo-protected circuit incorporates self-resetting facility; ignition attempts stop after 7 min.; mains supply must be switched off and on to reset ballast. Overvoltage protection Automatic restart after voltage dip Mains current at 230V 48 hrs at 320 Vac 2 hrs at 350 Vac 5 min. at 380 Vac Ballast Nominal current (A) HID-DV 150 SON - DV 150 CDO 0.74 HID-DV 100 SON - DV 100 CDO 0.51 HID-DV 70 SON - DV 70 CDO 0.36 Inrush current Ballast Max. quantity of Inrush current ballast per 1/2 value time Miniature Circuit at typical mains Breaker impedance Type B 16 A HID-DV 150 SON - DV 150 CDO 6 50 A / 450 µs HID-DV 100 SON - DV 100 CDO 6 50 A / 450 µs HID-DV 70 SON - DV 70 CDO 6 50 A / 450 µs Conversion table for max.quantities of ballasts on other types of Miniature Circuit Breaker MCB type Rating Relative number of ballasts B 16 A 100% (see table above) B 10 A 63% C 16 A 170% C 10 A 104% L, I 16 A 108% L, I 10 A 65% G, U, II 16 A 212% G, U, II 10 A 127% K, III 16 A 254% K, III 10 A 154% Notes: 1. Data is based on a mains supply with an impedance of 400 m (equal to 15 m cable of 2.5 mm 2 and other 20 m to the middle of the power distribution), under worst case conditions.with an impedance of 800 m the number of ballasts can be increased by 10%. 2. Measurements will be verified in real installations; therefore data are subject to change. 3. In some cases the maximum number of ballasts is not determined by the MCB but by the maximum electrical load of the installation. 4. Note that the maximum number of ballasts is given when these are all switched on at the same moment, i.e. by a wall switch. 5. Measurements were carried out on single-pole MCB s. For multi-pole MCB s it is advisable to reduce the number of ballasts by 20%. 6.The maximum number of ballasts which can be connected to one Residual Current Detector of 30mA is High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.9

6 Electronics HID-DynaVision SON and CDO Electronics HID-PrimaVision CDM Tcase (degrees) , Failure rate % per 1000h Relationship between temperature and failure rate Max. temp Temp % control voltage Typical relationship between light output and control voltage for SON lamps Lumen Power Product Description Compact, lightweight, one-piece electronic ballasts (Standard, Independent or Compact PCB version) Features and Benefits Elimination of all visible lamp flicker Reduction in colour differences from lamp and initial lumen spread No hum Independent of mains-voltage V Increase life of CDM lamps up to 30% Simple installation and cabling, cage clamp terminals Wiring diagram BALLAST - DC + ~ ~ V mains 4 kv HID-DV 1-10V HID-PV C 035/S CDM or HID-PV C 070/S CDM Accent and decorative, shops and retail, indoor public places, lobbies and offices, high ceilings, indoor theatre/stage Climatic suitability: restricted to built-in situations where relative humidity is limited. For outdoor applications, please consult Philips office. Connecting wiring is greatly simplified by the use of cage clamp contacts with push buttons. Lampwires should be appropiately isolated from ground during ignition. Wire cross-section: On the mains side: mm 2 On the lamp side: mm 2 Strip length: 6 mm Ordering and packing data Relatioship between light output and control voltage (for CDO lamps) HID-PV C 035/I CDM HID-PV C 070/I CDM HID-PV C 035/P CDM HID-PV C 070/P CDM Compliances and approvals HID-electronics Safety EN /2-3/2-9 Performance EN60927 / EN60929 RFI EN55015 / EN55022 Harmonic current emissions EN EMC immunity EN61547 Approval marking KEMA/VDE CE-marking Environmental standard ISO Ballast Ordering Single unit Bulk packing number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg HID-DV 1-10V 150 SON x 20 x HID-DV 1-10V 100 SON x 20 x HID-DV 1-10V 70 SON x 20 x HID-DV 1-10V 150 CDO x 20 x HID-DV 1-10V 100 CDO x 20 x HID-PV C 035/F CDM HID-PV C 070/F CDM HID-PV C 150/S CDM HID-DV 1-10V 70 CDO x 20 x High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.11

7 Electronics HID-PrimaVision CDM Electronics HID-PrimaVision CDM Technical data for installation Mains operation Rated mains voltage V With tolerances for performance: +6% -8% V With tolerances for safety: V Mains frequency 50/60 Hz Operation frequency (typical) 130 Hz Power factor > 0.95 Ignition voltage 3-5 kv Mains current at 230V* Ballast Nominal current HID-PV C 035/S or /P or /I CDM 0.19 EH-S 235/S or /P or /I CDM 0.38 HID-PV C 070/S or /P or /I CDM 0.34 HID-PV C 150/S or /I CDM 0.73 * For electronic HID gear run-up current < nominal current A1 A2 A3 A4 B1 B2 B3 B4 C1 F1 Product ID max. max. max. max. max. max. max. max. max. max. HID-PV C 035/S and 070/S CDM HID-PV C 035/P and 070/P CDM HID-PV C 035/I and 070/I CDM HID-PV C 035/F and 070/F CDM EH-S 235/S CDM EH-S 235/P CDM EH-S 235/I CDM HID-PV C150/S CDM HID-PV 150/S CDM (with strain relief) Technical data in relation to energy saving Ballast type For lamps System Lamp T case T case T ambient power power life max. range* W W ºC C C HID-PV C 035/S or /P or /I CDM CDM 35W HID-PV C 235/S or /P or /I CDM 2x CDM 35W HID-PV C 070/S or /P or /I CDM CDM 70W HID-PV 150/S or /I MH/CDM CDM 150W * More information on thermal behaviour can be found on Air and creepage distance from any (metal) part that may become live, to earthed environment (class I) or test finger (class II) Earth leakage current Cable capacity HID-PV C 035/S or P or I CDM HID-PV C 070/S or P or I CDM HID-PV C 150/S CDM EH-S 235/S or P or I CDM > 5 mm < 0.5 ma per ballast Max. 120 pf Max. 120 pf Max. 200 pf Max. 120 pf / per lamp Notes: With three-phase mains supply, neutral should never be disconnected; otherwise circuitry could be damaged. For proper EMC, wiring inside luminaire should be as straight and as short as possible; mains wires should not run parallel to lamp wires. Thermo-protected circuit incorporates self-resetting facility; ignition attempts stop after 18 min.; mains supply must be switched off and on to reset ballast. Overvoltage protection 48 hrs at 320 Vac 2 hrs at 350 Vac 5 min. at 380 Vac Automatic restart after lamp replacement or voltage dip, lamp may take up to 18 min. to restart. Insulation resistance test: 500 Vdc from Line/Neutral to Earth (not between Line and Neutral) Note: Ensure that the Neutral is reconnected again after abovementioned test is carried out and before the installation is put into operation. Inrush current Ballast Max. quantity of Inrush current ballast per Miniature 1/2 value time at Circuit Breaker typical mains Type B 16 A impedance HID-PV C 035/S or /P or /I CDM 24 t.b.d. EH-S 235/S or /P or /I CDM 14 t.b.d. HID-PV C 070/S or /P or /I CDM 14 t.b.d. HID-PV C 150/S or /I CDM 6 50 A / 450 µs Conversion table for max. quantities of ballasts on other types of Miniature Circuit Breaker MCB type Relative number of ballasts B 16 A 100% (see table above) B 10 A 63% C 16 A 170% C 10 A 104% L, I 16 A 108% L, I 10 A 65% G, U, II 16 A 212% G, U, II 10 A 127% K, III 16 A 254% K, III 10 A 154% Notes: 1.Data is based on a mains supply with an impedance of 400 m (equal to 15 m cable of 2.5 m 2 and other 20 m to the middle of the power distribution), under worst case conditions.with an impedance of 800 m the number of ballasts can be increased by 10%. 2.Measurements will be verified in real installations; therefore data are subject to change. 3.In some cases the maximum number of ballasts is not determined by the MCB but by the maximum electrical load of the installation. 4.Note that the maximum number of ballasts is given when these are all switched on at the same moment, i.e. by a wall switch. 5.Measurements were carried out on single-pole MCB s. For multi-pole MCB s it is advisable to reduce the number of ballasts by 20%. 6.The maximum number of ballasts wich can be connected to one Residual Current Detector of 30 ma is High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.13

8 Electronics HID-PrimaVision CDM Electronics HID-PrimaVision mcdm Wiring diagram HID-PV C 35/70/150 BALLAST Connection wiring is greatly simplified by the use of cage-clamp contacts with push buttons. Wire cross-section: On the mains side: mm 2 On the lamp side: mm 2 ~ U mains ~ 4kV EH-S 2X35 HID-PV m 1X020/S CDM LPF Product Description Miniature, one-piece electronic ballast for Philips minimaster CDM- Tm 20W ceramic metal halide lamps Developed together with the minimaster CDM-Tm lamps for optimum system performance Features and Benefits: Choice of versions: standard version (/S) with full polycarbonate/abs housing with 2x strain relief (/I) for stand alone applications PCB version (/P) for integration in luminaire Advantages in luminaire miniaturization and cable ratings due to low-rated ignition voltage (<1.5 kv) compared with higher-wattage CDM lamps (<5 kv) Microprocessor-controlled operation plus state-of-the-art software based on Philips' expertise in compact HID lamp operation Strip length: 8-10 mm Ordering and packing data Ballast Ordering Single unit Bulk packing number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg HID-PV C 035/S CDM x 21.5 x HID-PV C 035/P CDM x 21.5 x HID-PV C 035/I CDM x 16.3 x HID-PV C 035/F CDM x 39.6 x HID-PV C 070/S CDM x 21.5 x HID-PV C 070/P CDM x 21.5 x HID-PV C 070/I CDM x 16.3 x HID-PV C 070/F CDM x 39.6 x HID-PV C 150/S CDM x 21.9 x EH-S 2X035/S CDM x 21.9 x EH-S 2X035/P CDM x 21.9 x EH-S 2X035/I CDM x 16.3 x EH-S 2X035/F CDM x 39.6 x HID-PV m 020/P LPF HID-PV m 020/I CDM LPF : Retail premises Offices Public buildings Lobbies Outdoor applications with limited relative humidity and vibration levels Recommended luminaire classification IP54 or higher Philips quality This assures optimum quality regarding: System supplier As manufacturers of lamps and electronic control gear, Philips ensures that, from the earliest development stage, optimum lamp/ballast performance is maintained European standards Philips HID electronic ballasts comply with all relevant international rules and regulations. HID-PV Compliances and approvals Harmonics: EN Immunity: EN Safety: EN / EN / VDE 0712/ 14,22 Performance: EN / EN Approval marks: KEMA CE marking Environmental standard: ISO A1 A2 B1 B2 C1 Product ID max. max. max. max. max. HID-PVm High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.15

9 Electronics HID-PrimaVision mcdm Electronics HID-PrimaVision mcdm Technical data Wiring diagram Ballast type For lamps System Lamp T case T case T ambient Power Power life max. range W W C C C HID-PV m 1X020/S or /I CDM-Tm 20W HID-PV m 1X020/P CDM-Tm 20W Technical data for installation Mains operation Rated mains voltage 230V With tolerances for performance: -10%/+6% V With tolerances for operation: V Mains frequency 50/60Hz Mains power factor 0.5 Lamp operation Operation frequency (typical) 100Hz Ignition voltage 1.25kV Air & creepage distance from any (metal) part that may come live, to earthed environment (class I) or test finger (class II) >2.5 mm Cable capacity Max. 120 pf Notes: For proper EMC wiring inside luminaire should be straight and as short as possible: mains wires should not run parallel to lamp wires. Thermo-protected circuit incorporates self-resetting facility; ignition attempts stop after 20 min; mains supply must switched off and on to reset ballast. Overvoltage protection 48 hrs at 275 Vac 2 hrs at 320 Vac Automatic restart after lamp replacement or voltage dip, lamp may take up to 20 min to restart. Mains current at 230 V Ballast Nominal current HID-PV m 20/S or /P or /I 0,21 Inrush current Ballast Max. quantity of Inrush current ballast per 1/2 value time Miniature Circuit at typical mains Breaker impedance Type B 16 A HID-PV m 1X020/S, /I, /G or /P CDM A / 400 µs. Conversion table for max. quantities of ballasts on other types of Miniature Circuit Breaker MCB type Rating Relative number of ballasts B 16 A 100% (see table above) B 10 A 63% C 16 A 170% C 10 A 104% L, I 16 A 108% L, I 10 A 65% G, U, II 16 A 212% G, U, II 10 A 127% K, III 16 A 254% K, III 10 A 154% Notes: 1.Data is based on a mains supply with an impedance of 400 m (equal to 15 m cable of 2.5mm 2 and other 20m to the middle of the power distribution), under worst-case conditions.with an impedance of 800m the number of ballasts can be increased by 10%. 2.Measurements will be verified in real installations; therefore data are subject to change. 3.In some cases the maximum number of ballasts is not determined by the MCB but by the maximum electrical load of the installation. 4.Note that the maximum number of ballasts is given when these are all switched on at the same moment, i.e. by a wall switch. 5.Measurements were carried out on single-pole MCB s. For multi-pole MCB s it is advisable to reduce the number of ballasts by 20%. 6.The maximum number of ballasts which can be connected to one Residual Current Detector of 30mA is 60. Connection wiring is greatly simplified by the use of cage-clamp contacts with push buttons. Wire cross-section: On the mains side: 0, mm 2 advised rating: Uo/U = 250/250V On the lamp side: 0, mm 2 advised rating: Uo/U = 250/250V Strip length: 8 mm Ordering and packing data Ballast Ordering Single unit Bulk packing number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg HID-PV m 020/S x 11.5 x HID-PV m 020/I x 20.3 x HID-PV m 020/P x 11.5 x High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.17

10 Electronics HID-PrimaVision SDW-TG Electronics HID-PrimaVision SDW-TG HID-PV 050/S SDW-TG or HID-PV 100/S SDW-TG Product Description Compact, one-piece, electronic ballasts for built-in (/S) or stand-alone applications with 50 W and 100 W mini WhiteSON SDW-TG lamps Features and Benefits Improved colour stability through micro-processor Colour- Control which compensates for colour shifts due to mains and lamp-voltage variations Electronic, low-frequency operation (typically 130 Hz), eliminates all visible lamp flicker Elimination of influence of mains voltage variations Long cable length allowed, typically 2 m More stable operation and faster run-up time Optimum end-of-lamp life protection including stopping circuitry and thermal cut-off Metal base and PC/ABS cover housing for easy design and wiring of class I or class II luminaires Simple strain relief ( cord grip ) for independent use Shops, retail premises, offices, public buildings, lobbies Also theatre/stage, outdoor architectural applications Suitable for indoor and outdoor applications Compliances and approvals HID-electronics Safety EN /2-3/2-9 Performance EN60927 / EN60929 RFI EN55015 / EN55022 Harmonic current emissions EN EMC immunity EN61547 Approval marking KEMA/VDE CE-marking Environmental standard ISO Technical data Ballast type For lamps System Lamp T case T case T ambient power power life max. range** W W ºC C C HID-PV 50/ SDW-TG SDW-TG 50 W HID-PV 100/ SDW-TG SDW-TG 100 W Technical data for installation Rated mains voltage V With tolerances for performance: +6% V With tolerances for operation: V Mains frequency 50/60 Hz Operation frequency (typical) 130 Hz Power factor > 0.95 Ignition voltage 3-4 kv Air and creepage distance from any (metal) part that may become live, to earthed environment (class I) or test finger (class II) Earth leakage current Cable capacity HID-PV 50 or 100 SDW-TG > 4 mm < 0,5 ma per ballast Max. 200 pf Notes: With three-phase mains supply, neutral should never be disconnected; otherwise circuitry could be damaged. For proper EMC wiring inside luminaire should be straight and as short as possible: mains wires should not run parallel to lamp wires. Thermo-protected circuit incorporates self-resetting facility; ignition attempts stop after 6 min.; mains supply must be switched off and on to reset ballast. Overvoltage protection 48 hrs at 320 Vac 2 hrs at 350 Vac 5 min. at 380 Vac Automatic restart after lamp replacement or voltage dip, lamp may take up to 6 min to restart. Insulation resistance test: 500 V DC from line/neutral to Earth (not between Line and Neutral) Note: Ensure that the Neutral is reconnected again after above mentioned test is carried out and before the installation is put into operation. Mains current at 230 V* Ballast Nominal current HID-PV 50 SDW-TG 0.26 HID-PV 100 SDW-TG 0.50 * For electronic HID gear run-up current < nominal current Inrush current Ballast Max. quantity of Inrush current ballast per Miniature 1/2 value time Circuit Breaker at typical mains Type B 16 A impedance HID-PV 50 SDW-TG A / 500 µs HID-PV 100 SDW-TG A / 500 µs Conversion table for max. quantities of ballasts on other types of Miniature Circuit Breaker MCB type Rating Relative number of ballasts B 16 A 100% (see table above) B 10 A 63% C 16 A 170% C 10 A 104% L, I 16 A 108% L, I 10 A 65% G, U, II 16 A 212% G, U, II 10 A 127% K, III 16 A 254% K, III 10 A 154% B1 B2 A2 B3 A1 A2 A3 B1 B2 B3 C1 Product ID max. max. max. max. max. max. max. 50W W * using strain relief A3 C1 A High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.19

11 Electronics HID-PrimaVision SDW-TG Electronics Notes: 1. Data is based on a mains supply with an impedance of 400 m (equal to 15 m cable of 2.5 mm 2 and other 20 m to the middle of the power distribution), under worst case conditions.with an impedance of 800 m the number of ballasts can be increased by 10%. 2. Measurements will be verified in real installations; therefore data are subject to change. 3. In some cases the maximum number of ballasts is not determined by the MCB but by the maximum electrical load of the installation. 4. Note that the maximum number of ballasts is given when these are all switched on at the same moment, i.e. by a wall switch. 5. Measurements were carried out on single-pole MCB s. For multi-pole MCB s it is advisable to reduce the number of ballasts by 20%. 6.The maximum number of ballasts wich can be connected to one Residual Current Detector of 30 ma is 30. Wiring diagram Wiring is greatly simplified by the use of contacts with push buttons. Wire cross-section: On the mains side: mm 2 On the lamp side: mm 2 Strip length: mm Ordering and packing data Ballast Ordering Single unit Bulk packing number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg HID-PV 50/S SDW-TG x 16 x HID-PV 100/S SDW-TG x 16 x HID-PV 3.20 High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.21

12 Electronics HID-PrimaVision SON and CDO Electronics HID-PrimaVision SON and CDO HID-PV Product Description Compact, one-piece, electronic ballasts for high-pressure sodium (SON) and metal halide (CDO) lamps. Features and Benefits Independent of mains-voltage V Constant power regulation over lamp life Elimination of all visible lamp flicker Increase lamp life up to 30% Self-stopping facility prevents cycling of old lamps Full protection of ballast and installation against fault conditions Rugged design for outdoor use Simple installation and cabling Road/tunnel lighting Residential lighting Suitable for outdoor applications, recommended luminaire classification > IP 23 Technical data Ballast type For lamps System Lamp T case T ambient power power max. range W W C C HID-PV 150 SON/CDO SON/CDO 150 W HID-PV 100 SON/CDO SON/CDO 100 W HID-PV 70 SON/CDO SON/CDO 70 W Technical data for installation Mains operation Rated mains voltage V With tolerances for performance: V With tolerances for operation: V Mains frequency 50/60 Hz Operation frequency (typical) 130 Hz Power factor > 0.98 Earth leakage current (per ballast) < 0.5 ma Ignition voltage 3-4 kv Cable capacity* SON= 1 nf, CDO= 200pF * EMC attention should be given with cable > 3mtr Mains current at 230V Ballast Nominal current (A) HID-PV 150 SON/CDO 0.74 HID-PV 100 SON/CDO 0.51 HID-PV 70 SON/CDO 0.36 Inrush current Ballast Max. quantity of Inrush current ballast per 1/2 value time Miniature Circuit at typical mains Breaker impedance Type B 16 A HID-PV 150 SON/CDO 6 50 A / 450 µs HID-PV 100 SON/CDO 6 50 A / 450 µs HID-PV 70 SON/CDO 6 50 A / 450 µs Compliances and approvals HID-gear HID-electronics Safety EN /2-3/2-9 Performance EN60927 / EN60929 RFI EN55015 / EN55022 Harmonic current emissions EN EMC immunity EN61547 Approval marking KEMA/VDE CE-marking Environmental standard ISO A1 A2 A3 B1 B2 B3 C1 Product ID max. max. max. max. max. max. max. 150 SON/CDO SON/CDO SON/CDO With strain relief Notes: With three-phase mains supply, neutral should never be disconnected; otherwise circuitry could be damaged. Wiring inside luminaire should be straight and as short as possible: mains wires should not run parallel to lamp wires. Ballast should be mounted in luminaire > min. IP 23. Thermo-protected circuit incorporates self-resetting facility; ignition attempts stop after 7 min.; mains supply must be switched off and on to reset ballast. Overvoltage protection Automatic restart after voltage dip 48 hrs at 320 Vac 2 hrs at 350 Vac 5 min. at 380 Vac Conversion table for max.quantities of ballasts on other types of Miniature Circuit Breaker MCB type Rating Relative number of ballasts B 16 A 100% (see table above) B 10 A 63% C 16 A 170% C 10 A 104% L, I 16 A 108% L, I 10 A 65% G, U, II 16 A 212% G, U, II 10 A 127% K, III 16 A 254% K, III 10 A 154% Notes: 1. Data is based on a mains supply with an impedance of 400 m (equal to 15 m cable of 2.5 mm 2 and other 20 m to the middle of the power distribution), under worst case conditions.with an impedance of 800 m the number of ballasts can be increased by 10%. 2. Measurements will be verified in real installations; therefore data are subject to change. 3. In some cases the maximum number of ballasts is not determined by the MCB but by the maximum electrical load of the installation. 4. Note that the maximum number of ballasts is given when these are all switched on at the same moment, i.e. by a wall switch. 5. Measurements were carried out on single-pole MCB s. For multi-pole MCB s it is advisable to reduce the number of ballasts by 20%. 6.The maximum number of ballasts which can be connected to one Residual Current Detector of 30mA is High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.23

13 Electronics HID-PrimaVision SON and CDO Electronics Wiring diagram Tcase (degrees) , Failure rate % per 1000h Max. temp Temp BALLAST ~ U mains ~ 4kV Relationship between temperature and failure rate Connecting wiring is greatly simplified by the use of cage clamp contacts with push buttons. Lampwires should be appropiately isolated from ground during ignition. Wire cross-section: On the mains side: mm 2 On the lamp side: mm 2 Strip length: 6 mm Ordering and packing data Ballast Ordering Single unit Bulk packing number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg HID-PV 150 SON/CDO x 20 x HID-PV 100 SON/CDO x 20 x HID-PV 70 SON/CDO x 20 x High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.25

14 Electronics EH-Standard for SON lamps Electronics EH-Standard for SON lamps EH-PREMIUM Definition Compact, one piece, electronic ballasts for built-in or stand-alone applications with high-pressure sodium (SON) lamps. Description Lamp Lamp advantages Electronic Ballast Single-unit. Self-stopping facility prevents cycling of old lamps. Road/tunnel lighting Residential lighting Suitable for outdoor applications, recommended luminaire classification > IP 23 Technical data For lamps System Lamp T case T ambient power power max. range W W C C EH-S 150 SON SON 150 W EH-S 070 SON SON 070 W Technical data for installation Mains operation Rated mains voltage V With tolerances for performance: V With tolerances for operation: V Mains frequency 50/60 Hz Operation frequency (typical) Hz Power factor > 0.98 Earth leakage current (per ballast) < 0.7 ma Ignition voltage SON-T kv SON-T kv Mains current Ballast Nominal current (A) EH-S 150 SON 0.82 EH-S 070 SON 0.41 Inrush current Ballast Max. quantity of Inrush current ballast per 1/2 value time Miniature Circuit at typical mains Breaker impedance Type B 16 A EH-S 150 SON 6 50 A / 300 µs EH-S 070 SON 6 36 A / 200 µs Philips quality This assures optimum quality regarding: System supplier As manufacturers of lamps and electronic control gear, Philips ensures that, from the earliest development stage, optimum lamp/ballast performance is maintained International standards Philips HID electronic ballasts comply with all relevant international rules and regulations. Compliances and approvals RFI < 30 HMZ EN Harmonics EN Immunity EN Vibration & bump tests IEC FC IEC Eb Quality standard ISO 9001 Environmental standard ISO Cable capacity* * EMC attention should be given with cable > 3mtr Notes: With three-phase mains supply, neutral should never be disconnected; otherwise circuitry could be damaged. Wiring inside luminaire should be straight and as short as possible: mains wires should not run parallel to lamp wires. Ballast should be mounted in luminaire > min. IP 23. Thermo-protected circuit incorporates self-resetting facility; ignition attempts stop after 7 min.; mains supply must be switched off and on to reset ballast. Wiring diagram Red Notes: 1. Data is based on a mains supply with an impedance of 400 m (equal to 15 m cable of 2.5 mm 2 and other 20 m to the middle of the power distribution), under worst case conditions.with an impedance of 800 m the number of ballasts can be increased by 10%. 2. Measurements will be verified in real installations; therefore data are subject to change. 3. In some cases the maximum number of ballasts is not determined by the MCB but by the maximum electrical load of the installation. 4. Note that the maximum number of ballasts is given when these are all switched on at the same moment, i.e. by a wall switch. 5. Measurements were carried out on single-pole MCB s. For multi-pole MCB s it is advisable to reduce the number of ballasts by 20%. 6.The maximum number of ballasts which can be connected to one Residual Current Detector of 30mA is 30. Blue Black White L W H M1 M2 Product ID max. max. max. max. max. 70W W Relationship between temperture and failure rate Ordering and packing data Ballast Ordering Single unit Bulk packing number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg EH-S 150 SON x 20.8 x EH-S 150 SON x 20.8 x High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.27

15 HID Step-dimming HID Step-dimming Definition Impregnated electromagnetic ballasts, of copper/iron construction, for use in combination with an external ignitor, for HID lamps.the dimming is realized by switching to a lower wattage in non peak hours to save electricity cost. For application with SON, SON-T (Plus) and SON T PIA PLUS lamps mainly in road lighting and some public lighting. The applied environments shall have distinct and obvious differences between peak and non-peak hours in terms of traffic. HID basic ballasts should be restricted to built-in situations where relative humidity is limited. Fig.B Lamp control gear Ignitor Controller Benefits 130 degrees working temperature and low Delta T ensures ballast lifetime and performance. Ballasts are equipped with ThermoSwitch for protection against end of life phenomena. Dual input voltage and dual wattage can have wide application in APR, as can help OEM customers with less stock and more flexibility. Flexibility to adjust time frames from 4, till 8 hours.the 5 different time frames can bring customers convenience and flexibility and help them fit all kind of weather conditions and latitudes. Significant saving on electrically bills without sacrificing traffic safety and pubic security. Philips step dimming system helps to reduce light pollution, energy consumption and the lifetime of the whole system is prolonged. Fig.A Fig.C Product ID L1 L2 W H Fig Step-dimming BSD 400W A BSD 250W A * Lamp wattage step down when dimmed. Multi-wattage BSD 400/250W A BSD 250/150W A * Maximum energy saving when dimmed. SU41-S B ESC C Approbations Step dimming ballast CCC, CE, ENEC( safety and performance), CB report Ignitor CQC, CE, ENEC (safety and performance), CB report Controller CE, KEMA-KEUR (safety), CB report Capacitor CQC, CE 3.28 High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.29

16 HID Step-dimming HID Step-dimming Technical data Step Dimming (Before Dim) Ballast Mains Capacitor Lamp Lamp Lamp Correction Ballast Tw=130C Ballast Tw=130C vol./freq. uf/v Wattage Current cos Loss under t Loss under t 220V/50Hz 220V/50Hz W A W ºC W ºC BSD250L406TS 220/230/50 32/250 SON-250W > BSD400L406TS 220/230/50 45/250 SON-400W > Our controller has five time frames from 4 to 8 hours.the 5 different time frames can provide alternatives and flexibility with varied weather, latitudes and traffic situations. Step Dimming (After Dim) Ballast Mains Capacitor Lamp Lamp Lamp Correction Ballast Tw=130C Ballast Tw=130C vol./freq. uf/v Wattage Current cos Loss under t Loss under t 220V/50Hz 220V/50Hz W A W ºC W ºC BSD250L406TS 220/230/50 32/250 SON-250W > BSD400L406TS 220/230/50 45/250 SON-400W > Wiring diagram: step dimming system connection Fig. D Multi-Wattage (Before Dim) Ballast Mains Capacitor Lamp Lamp Lamp Correction Ballast Tw=130C Ballast Tw=130C vol./freq. uf/v Wattage Current cos Loss under t Loss under t 220V/50Hz 220V/50Hz W A W ºC W ºC BSD250/150L406TS 220/230/50 32/250 SON-250W > BSD250/150L406TS 220/230/50 32/250 SON-150W > BSD400/250L406TS 220/230/50 45/250 SON-400W > BSD400/250L406TS 220/230/50 45/250 SON-250W > Multi-Wattage (After Dim) Ballast Mains Capacitor Lamp Lamp Lamp Correction Ballast Tw=130C Ballast Tw=130C vol./freq. uf/v Wattage Current cos Loss under t Loss under t 220V/50Hz 220V/50Hz W A W ºC W ºC BSD250/150L406TS 220/230/50 32/250 SON-250W > BSD250/150L406TS 220/230/50 32/250 SON-150W n.a. n.a. > 0.85 n.a. n.a. n.a. n.a. BSD400/250L406TS 220/230/50 45/250 SON-400W > BSD400/250L406TS 220/230/50 45/250 SON-250W n.a. n.a. > 0.85 n.a. n.a. n.a. n.a. * Use SU 41-S ignitor and ESC 01 Controller Ordering and packing data Ballast Ordering Weight Box packing Pallet number net Qty. Dimensions Weight unit l x w x h gross kg pcs cm kg cartons/pcs BSD400L406TS x 19.5 x BSD250L406TS x 19.5 x BSD400/250L406TS x 19.5 x BSD250/150L406TS x 19.5 x SU41-S x 20.2 x ESC x 23.3 x Technical data Ballast Lamp Mains T cut Tcase Tambient Max. Peak Max lamp Max.power Max.cable Circuit Volt Freq. out max. range cab cap Voltage current losses length V Hz min. C C nf kv A W m Fig. SU41-S SON, SON-T / <3 I I SON-TPIAPLUS ESC / < High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.31

17 HID-Basic Semi-Parallel ballasts for SON/CDM/MHN HID-Basic Semi-Parallel ballasts for SON/CDM/MHN BSN/BMH Definition Impregnated (HID standard) electromagnetic ballasts, of copper/iron construction, for use in combination with an external ignitor, for HID lamps. Description Orthocyclic winding process results in limited ballast coil volume and reduced weight, with minimum watt losses. Ballasts standard equipped with screw terminal blocks Earthing while-mounting facility (HID Standard ballasts) Simple installation and cabling. For application with SON, HPI (PLUS) which are used in road lighting, public lighting, industry lighting For application with MHN/CDM lamps which are used on shop lighting, exhibition, lobby, city beautification lighting. HID basic ballasts should be restricted to built-in situations where relative humid is limited. Compliances and approvals Safety EN Performance EN Quality standard ISO 9001 Environmental standard ISO CE, CCC marking L1 L2 W H Product ID max. max. max. max. BMH 35W, 70W BSN 35W, 70W, 100W BSN 150W BSN 250/400W BSN 400W, 600W Preferred selection Data valid for typical lamps Ballast For lamps Ignitor Mains Witout PF Correction With PF Correction Ballast Tw=130C voltage/freq. Current cos Cap. Mains Current Losses T Nom Max. Nom. V/Hz A uf/v A A W ºC BMH35L301ITS CDM 35W SN58(T15) 220/ / BMH35L302ITS CDM 35W SN58(T15) 230/ / BMH35L304ITS CDM 35W SN58(T15) 240/ / BSN50L300ILT SON 50W SN57 220/ / BSN50L301ITS SON 50W SN57 220/ / BSN70L300I SON 70W SN57 220/ / BSN70L300ITS SON 70W SN57 220/ / BSN70L301I SON 70W SN57 220/ / BSN70L302I SON 70W SN57 230/ / BSN70L304I SON 70W SN57 240/ / BMH70L302ITS CDM 70W SN58(T15) 230/ / MHN 70W SN58(T15) BMH70L301ITS CDM 70W SN58(T15) 220/ / MHN 70W SN58(T15) BMH70L304ITS CDM 70W SN58(T15) 240/ / MHN 70W SN58(T15) BSN100L300I SON 100W SN58(T5) 220/ / BSN100L300ITS SON 100W SN58(T5) 220/ / BSN100L301I SON 100W SN58(T5) 220/ / BSN100L302I SON 100W SN58(T5) 230/ / BSN100L304I SON 100W SN58(T5) 240/ / BSN150L300I SON 150W SN58(T5) 220/ / BSN150L301I SON 150W SN58(T5) 220/ / BSN150L301ITS SON 150W SN58(T5) 220/ / CDM 150W SN58(T15) MHN 150W SN58(T15) BSN150L302I SON 150W SN58(T5) 230/ / BSN150L302ITS SON 150W SN58(T5) 230/ / CDM 150W SN58(T15) MHN 150W SN58(T15) BSN150L304I SON 150W SN58(T5) 240/ / BSN150L304ITS SON 150W SN58(T5) 240/ / CDM 150W SN58T15 MHN 150W SN58(T15) BSN250L300I SON 250W SN58(T5) 220/ / BSN250L300I HPL-Plus 250W SN58 220/50 t.b.a / t.b.a. BSN250L301I SON 250W SN58(T5) 220/ / BSN250L301I HPL-Plus 250W SN58 220/60 t.b.a / t.b.a. BSN250L302I SON 250W SN58(T5) 230/ / HPL-Plus 250W SN58 230/50 t.b.a / t.b.a. BSN250L304I SON 250W SN58(T5) 240/ / HPL-Plus 250W SN58 240/50 t.b.a / t.b.a. BSN400L300I SON 400W SN58(T5) 220/ / BSN400L300I HPL-Plus 400W SN58 220/50 t.b.a / t.b.a. BSN400L301I SON 400W SN58(T5) 220/ / HPL-Plus 400W SN58 220/60 t.b.a / t.b.a. BSN400L302I SON 400W SN58(T5) 230/ / HPL-Plus 400W SN58 230/50 t.b.a / t.b.a. BSN400L304I SON 400W SN58(T5) 240/ / HPL-Plus 400W SN58 240/50 t.b.a / t.b.a. BSN600L301ITS SON 600W SN58(T5) 220/ / High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.33

18 HID-Basic Semi-Parallel ballasts for SON/CDM/MHN Wiring diagram For full information on ignitors mentioned, please refer to separate product data sheet. Ordering and packing data Ballast Ordering Single unit Carton packing Qty.per pallet number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg purchase BMH35L301ITS x 14.8 x BMH35L302ITS x 14.8 x BMH35L304ITS x 14.8 x BSN50L300ILT x 14.8 x BSN50L300ITS x 14.8 x BSN70L300I x 14.8 x BSN70L300ITS x 14.8 x BSN70L301I x 14.8 x BSN70L302I x 14.8 x BSN70L304I x 14.8 x BMH70L302ITS x 14.8 x BMH70L301ITS x 14.8 x BMH70L304ITS x 14.8 x BSN100L300I x 14.8 x BSN100L300ITS x 14.8 x BSN100L301I x 14.8 x BSN100L302I x 14.8 x BSN100L304I x 14.8 x BSN150L300I x 15.0 x BSN150L301I x 15.0 x BSN150L301ITS x 15.0 x BSN150L302I x 15.0 x BSN150L302ITS x 15.0 x BSN150L304I x 15.0 x BSN150L304ITS x 15.0 x BSN250L300I x 17.5 x BSN250L301I x 17.5 x BSN250L302I x 17.5 x BSN250L304I x 17.5 x BSN250L300I x 19.0 x BSN400L301I x 19.0 x BSN400L302I x 19.0 x BSN400L304I x 19.0 x BSN600L300ITS x 19.0 x High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.35

19 HID-Parallel ballasts for HPL and HPI (PLUS) lamps HID-Parallel ballasts for HPL and HPI (PLUS) lamps HID-Basic BHL Definition Impregnated (HID standard) electromagnetic ballasts, of copper/iron construction, for use in combination with an external ignitor, for HID lamps. Description Orthocyclic winding process results in limited ballast coil volume and reduced weight, with minimum watt losses. Ballasts standard equipped with screw terminal blocks Simple installation and cabling. For application with HPL, HPI and HPI (plus) lamps such as: industry lighting, flood lighting, sports lighting, shop lighting, public lighting, road lighting HID basic ballasts should be restricted to built-in situations where relative humid is limited. Compliances and approvals Safety EN Performance EN Quality standard ISO 9001 Environmental standard ISO CE, CCC marking Preferred selection Data valid for typical lamps Ballast For lamps Ignitor Mains Witout PF Correction With PF Correction Ballast Tw=130C Wiring voltage/freq. Current cos Cap. Mains Current Losses T diagram Nom Max. Nom. V/Hz A uf/v A A W ºC Fig. BHL 125L200 HPL 125W N.A. 220/ / BHL 125L202 HPL 125W N.A. 230/ / BHL 125L204 HPL 125W N.A. 240/ / BHL 250L200 HPL 250W N.A. 220/ / HPI 250W SI51 220/ / BHL 250L201 HPL 250W N.A. 220/ / HPI 250W SI51 220/ / BHL 250L202 HPL 250W N.A. 230/ / HPI 250W SI51 230/ / BHL 250L204 HPL 250W N.A. 240/ / HPI 250W SI51 240/ / BHL 250L204LT HPL 250W N.A. 240/ / HPI 250W SI51 240/ / BHL 400L200 HPL 400W N.A. 220/ / HPI 400W SI51 220/ / BHL 400L201 HPL 400W N.A. 220/ / HPI 400W SI51 220/ / BHL 400L202 HPL 400W N.A. 230/ / HPI 400W SI51 230/ / BHL 400L204 HPL 400W N.A. 240/ / HPI 400W SI51 240/ / Wiring diagram Fig. 1 Fig. 2 For full information on ignitors mentioned, please refer to separate product data sheet. L1 L2 W H Product ID max. max. max. max. BLH 125W BLH 250W BLH 400W Ordering and packing data Ballast Ordering Single unit Carton packing Qty.per pallet number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg pcs BHL 125L x 14.8 x BHL 125L x 14.8 x BHL 125L x 14.8 x BHL 250L x 15.0 x BHL 250L x 15.0 x BHL 250L x 15.0 x BHL 250L x 15.0 x BHL 250L204LT x 17.5 x BHL 400L x 17.5 x BHL 400L x 17.5 x BHL 400L x 17.5 x BHL 400L x 17.5 x High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.37

20 HID-High Power ballasts for HPL and HPI lamps HID-High Power ballasts for HPL and HPI lamps Definition Impregnated (HID standard) electromagnetic ballasts, of copper/iron construction, for use in combination with an external ignitor, for HID lamps. Description Orthocyclic winding process results in limited ballast coil volume and reduced weight, with minimum watt losses. Ballasts standard equipped with screw terminal blocks Earthing while-mounting facility (HID Standard ballasts) Simple installation and cabling. Preferred selection Data valid for typical lamps Ballast For lamps Ignitor Mains Witout PF Correction With PF Correction Ballast Tw=130C Wiring voltage/freq. Current cos Cap. Mains Current Losses T diagram Nom Max. Nom. V/Hz A uf/v A A W ºC Fig. BHL 1000 L202 HPL 1000 N.A. 230/ / HPI 1000 SI52 230/ / HPI 2000 SI52 230/ / Wiring diagrams Fig. 1 Fig.2 HID-Basic BHL For application with HPL, HPI and HPI (plus) lamps such as: industry lighting, flood lighting, sports lighting, shop lighting, public lighting, road lighting HID basic ballasts should be restricted to built-in situations where relative humid is limited. Compliances and approvals Safety EN Performance EN Quality standard ISO 9001 Environmental standard ISO CE, CCC marking Fig. 3 For full information on ignitors mentioned, please refer to separate product data sheet. Ordering and packing data Ballast Ordering Single unit Carton packing Qty.per pallet number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg pcs BHL 1000 L x 12.0 x L1 L2 W H Product ID max. max. max. max. BHL 1000 L High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.39

21 HID-High Power ballasts for SON lamps HID-High Power ballasts for SON lamps Definition Impregnated (HID standard) electromagnetic ballasts, of copper/iron construction, for use in combination with an external ignitor, for HID lamps. Description Orthocyclic winding process results in limited ballast coil volume and reduced weight, with minimum watt losses. Ballasts standard equipped with screw terminal blocks Earthing while-mounting facility (HID Standard ballasts) Simple installation and cabling. Preferred selection Data valid for typical lamps Ballast For lamps Ignitor Mains Witout PF Correction With PF Correction Ballast Tw=130C voltage/freq. Current cos Cap. Mains Current Losses T Nom Max. Nom. V/Hz A uf/v A A W ºC BSN 1000 L302I SON-T 1000 SN56 230/ / Wiring diagram HID-Basic BHL For application with SON, which are used in road lighting, public lighting, industry lighting HID basic ballasts should be restricted to built-in situations where relative humid is limited. Compliances and approvals Safety EN Performance EN Quality standard ISO 9001 Environmental standard ISO CE, CCC marking For full information on ignitors mentioned, please refer to separate product data sheet. Ordering and packing data Ballast Ordering Single unit Carton packing Qty.per pallet number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg pcs BSN 1000 L302I x 12.5 x L1 L2 W H Product ID max. max. max. max. BSN 1000 L302I High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.41

22 HID-High Power ballasts for MH lamps HID-High Power ballasts for MH lamps Definition Impregnated (HID standard) electromagnetic ballasts, of copper/iron construction, for use in combination with an external ignitor, for HID lamps. Description Orthocyclic winding process results in limited ballast coil volume and reduced weight, with minimum watt losses. Ballasts standard equipped with screw terminal blocks Earthing while-mounting facility (HID Standard ballasts) Simple installation and cabling. Preferred selection Data valid for typical lamps Ballast For lamps Ignitor Mains Witout PF Correction With PF Correction Ballast Tw=130C voltage/freq. Current cos Cap. Mains Current Losses T Nom Max. Nom. V/Hz A uf/v A A W ºC BMH 1800L 202 MHN-SA 1800W SU50 230/ / BMH 2000L 2050 MHN-LA 2000W SU52 380/ / MHN-LA 2000W SU52 380/ / MHN-SA 1800W SU52 380/ / Wiring diagram HID-Basic For application with MHN lamps such as: sports lighting, public lighting, shopping centre lighting, flood lighting HID basic ballasts should be restricted to built-in situations where relative humid is limited. Compliances and approvals Safety EN Performance EN Quality standard ISO 9001 Environmental standard ISO CE, CCC marking For full information on ignitors mentioned, please refer to separate product data sheet. Ordering and packing data Ballast Ordering Single unit Carton packing Qty.per pallet number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg pcs BMH 1800L x 12.5 x BMH 2000L x 12.5 x L1 L2 W H Product ID max. max. max. max. BMH 1800L BMH 2000L High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.43

23 HID ballasts BSX (SOX) HID ballasts BSX (SOX) BSX BSX Product Description Impregnated electromagnetic ballasts of copper-iron construction, for use in combination with an external ignitor Features and Benefits Compact dimensions and light weight with minimal watt losses, thanks to orthocyclic winding process Ballasts for alternative mains voltages/frequenices on request Equipped with double-insert contacts Simple installation and cabling Similar to those of the related lamps Climatic suitability: use in luminaires or poles under normal humid conditions (not drip-proof) Compliances and approvals HID-gear HID-em Safety EN Performance EN60923 RFI EN55015 Harmonic current emissions EN EMC immunity EN61547 Approval marking ENEC CE-marking Environmental standard ISO Preferred selection Data valid for typical lamps (may vary per type) Type For lamps Ignitor Mains PF Cap. Lamp Ballast Current Current Max. cable Tw=130 voltage/freq. Power losses nominal max. length dt V/Hz uf/v W W A A m ºC BSX 18 L80 SOX-E 18W SX /50 4.5/ BSX 18 L81 SOX-E 18W SX /50 4.5/ BSX 18 L82 SOX-E 18W SX /50 4.5/ BSX 26 L80 SOX-E 26W SX /50 6/ BSX 26 L81 SOX-E 26W SX /50 6/ BSX 26 L82 SOX-E 26W SX /50 6/ BSX 35 L80 SOX 35W SX /50 8/ BSX 35 L81 SOX 35W SX /50 8/ BSX 35/55 L204 SOX 35W SX /50 8/ SOX 55W SX /50 6/ BSX 35/55 L82 SOX 35W SX /50 8/ SOX 55W SX /50 8/ ) Other voltages and frequencies on request Ordering and packaging data Ballast 1 Piece Bulk packing EAN code Weight Qty. Dimensions (cm) Volume Weight kg pcs. L W H m 3 kg BSX 18 L BSX 18 L BS X18 L BSX 26 L BSX 26 L BSX 26 L BSX 35 L BSX 35 L BSX 35/55 L BSX 35/55 L Technical data for installation Mains operation With tolerances for performance -8% +6% With tolerances for operation % Operation frequency (typical) 50 Hz Power factor with specified capacitor (minimum) 0.85 Wiring diagram A1 A2 B1 C1 A3/A4 W2 B2 Product ID max. max. max. max. max. max. max. xx L8x /55 L2xx Wire cross-section: On the mains side: mm 2 Strip length: 6 mm 3.44 High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.45

24 HID-Constant wattage BSX (SOX) HID-Constant wattage BSX (SOX) BSX Product Description Constant-wattage (potted) electromagnetic ballasts of copper-iron construction, for use in combination with an external ignitor Features and Benefits Compact dimensions and light weight with minimal watt losses, thanks to orthocyclic winding process Series capacitor required in circuits with constant-wattage ballasts Equipped with screw terminal blocks Simple installation and cabling Similar to those of the related lamps Climatic suitability: restricted to built-in situations where relative humidity is limited Compliances and approvals HID-gear Safety EN Performance EN60923 RFI EN55015 Harmonic current emissions EN EMC immunity EN61547 Approval marking ENEC CE-marking Environmental standard ISO Preferred selection Type For lamps Ignitor Mains Series cap. Lamp Ballast Current Current Max. cable Tw=130 voltage/freq. +/-4% Power losses nominal max. length dt V/Hz uf/v W W A A m ºC BSX 55 H26 SOX-E 36W SX /50 4.4/ BSX 36 H66 SOX-E 36W SX /50 4.4/ BSX 55 H26 SOX 55W SX /50 5.7/ BSX 90 H26 SOX-E 66W SX /50 7.6/ SOX 90W SX /50 9.6/ BSX 91 H96 SOX-E 91W SX /50 5.2/ BSX 131 H96 SOX-E 131W SX /50 3.4/ BSX 135 H96 SOX 135W SX /50 6.8/ BSX 180 H96 SOX 180W SX /50 4.4/ ) Other voltages and frequencies on request Ordering and packaging data Ballast 1 Piece Bulk packing EAN code Weight Qty. Dimensions (cm) Volume Weight kg pcs. L W H m 3 kg BSX 55 H BSX 36 H BSX 90 H BSX 91 H BSX 131 H BSX 135 H BSX 180 H Technical data for installation Mains operation With tolerances for performance -8% +6% With tolerances for operation % Operation frequency (typical) 50 Hz Power factor with specified capacitor (minimum) 0.85 Wire cross-section: On the mains side: mm 2 Strip length: 6 mm L N B C I La A Wiring diagrams SX70-SX74 L B I L a A1 A2 B1 B2 C1 D1 Product ID max. max. max. max. max. max. BSX 36, BSX BSX 91, BSX BSX SX73-SX131 SX72 N 3.46 High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.47

25 Ignitors HID ignitors Ignitors HID ignitors Ignitor Definition Electronic ignitors for(ceramic discharge) metal halide and high pressure sodium lamps. Description lmpulser(semi-parallel) and parallel versions available SN 58T5 and SN 58T15 Types incorporate timer to switch off ignitor circuit to prevent cycling at lamp failure lgnitors ensure reliable and smooth starting behaviour lgnitors standard equipped with screw terminal blocks Compact dimensions and light in weight Simple screw or click-fit mounting for rapid assembly. The applications will be similar to those of the related lamps and ballasts. Compliances and approvals Safety EN Performance EN Quality standard ISO 9001 Environmental standard ISO CE marking Preferred selection Data valid for typical lamps Ballast For lamp Mains t cut T case Tambient Max. Peak Max lamp Max.poer Max.cable volt freq. out max. range cab cap voltage current losses length V Hz min. C C uf kv A W m Semi-parallel (Impulser) IMP SN56 SON/MH W / SN57 SON W / SN58 SON W / CDM/MH W SN58T5 SON W / SN58T15 CDM/MH W / Parallel PAR SI51 PLUS HPI W / SI52 HPI W / * For maximum load capacity of the combination ballast/ignitor, please consult the relevant ballast data. Wiring diagrams Fig. 1 Fig.2 Ordering and packing data Ballast Ordering Single unit Carton packing Qty.per pallet number Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg pcs SN x 22.3 x SN x 18.0 x SN x 18.0 x SN58T x 18.0 x SN58T x 18.0 x SI51 PLUS x 18.0 x SI x 18.0 x L1 L2 W H Product ID max. max. max. max. SN SN57, 58, 58T5, 58T15, SI51 PLUS, SI High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.49

26 Ignitors HID-SDU for regulating systems Ignitors HID-SDU for regulating systems SDU Product Description Interface for two-level control of electronic ballasts with 1-10V dim input with 230V switched line signal Features and Benefits HF-Regulator for Fluorescent lamps: dimming from 100 to 50% HID-DynaVision for SON lamps: dimming from 100 to 50% When SDU is connected the dim-input of the electronic ballast is not galvanically isolated anymore! SDU in synthetic standard ignitor house with M8 stud, screw connectors for wiring Public lighting where two-level dimming is required combined with the advantages of electronic operation Compliances and approvals HID-gear HID-electronics Safety EN /2-3/2-9 Performance EN60927 / EN60929 RFI EN55015 / EN55022 Harmonic current emissions EN EMC immunity EN61547 Approval marking KEMA/VDE CE-marking Environmental standard ISO Preferred selection Controller For lamps Dimming ballast Control Lumen T case T ambient type type signal output max. range V % ºC ºC SDU 01S TL, PL HF-R SON/CDO-TT HID-DV SDU 11S TL, PL HF-R SON/CDO-TT HID-DV Technical data for installation Mains operation With tolerances for performance -8% +6% 220/240 V Control voltage V Max input current 160 ma Operation frequency 50/60 Hz Strip length: 6 mm Ordering and packaging data Type 1 Piece Bulk packing EAN code Weight Qty. Dimensions (cm) Volume Weight kg pcs. L W H m 3 kg SDU 01S SDU 11S SDU Wire cross-section: On the mains side: mm 2 A (L1) B (L2) C (W) D (H) L3 W2 Product ID max. max. max. max. max. max. SDU 01S, 11S High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.51

27 Capacitors Capacitors for HID lamp circuits Capacitors Capacitors for HID lamp circuits C8 Typical application Compensating capacitors are AC capacitors designed for individual correction of the power factor of transformers and magnetic ballasts in discharge lamps (e.g. fluorescent lamps, halogen and metal vapour lamps, high-pressure mercury vapour lamps, sodium lamps) in mains with a frequency of 50 or 60Hz.This allows for an improvement of the luminary s power factor to cos >0.9. Reference standards GB (eqv. IEC ) GB/T (eqv. IEC ) Approval CQC Certifcate General technical data Rated voltage 250Vac 50/60Hz Capacitance tolerance +/-10% (+/-5% available on request) Temperature range -40ºC~85ºC (Tmax on capacitor surface) Test class 40/85/10 Service Continuous Class Type A (self-healing parallel capacitor) Case Plastic or Aluminum Filling material None, dry type Limit values of relative humidity 65% annual means, 85% maximum value on 30 days, 75% on all other days Condensation Not permitted Test voltage between terminals 500Vac, 10S Test voltage between terminal 2000Vac, 60S to case Max admitted voltage 275Vac Nominal RMS current(in) *Cn ( F, 50Hz), *Cn ( F, 60Hz) Max admitted RMS current 1.3*In Safety Protection IP00 Terminals Push in connector Connect wire Insulated rigid leads 0.5~1.0mm2, approx. 6~7mm of insulation should be stripped from the wires Dielectric Polypropylene film Plates Self-healing metal layer Mounting M8 stud mounting Permitted torque of mounting 4Nm stud M8 Max altitude 2200m Ordering and packing data Cap. D1 D2 L1 L2 Product ID ( F) ±1.0 ±1.0 ±3.0 ±3.0 CP04BN CP05BN CP06BQ CP08BQ CP010BQ CP012BQ CP15BU CP18CU CP20CU CA25ER CA30ET CA32ET CA50GV Type Ordering Single unit Carton packing number Housing Weight Qty. Dimensions Weight net l x w x h gross kg pcs cm kg CP04BN28LR Plastic x 25 x CP05BN28LR Plastic x 25 x CP06BQ28LR Plastic x 25 x CP08BQ28LR Plastic x 25 x CP10BQ28LR Plastic x 25 x CP12BQ28LR Plastic x 25 x CP15BU28LR Plastic x 25 x CP18CU28LR Plastic x 25 x CP20CU28LR Plastic x 25 x CP25ER28LR Plastic x 25 x CP30ET28LR Plastic x 25 x CP32ET28LR Plastic x 25 x CP37ET28LR Plastic x 25 x CP50ET28LR Plastic x 25 x CP45ET28LR Plastic x 25 x High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.53

28 Controllers HID-CSLS Control system for SDW Controllers HID-CSLS Control system for SDW Product Description CSLS electronic control unit with impregnated (HID BASIC ) or encapsulated (HID Heavy Duty ) electromagnetic ballasts Features and Benefits Electronic control unit ensures reliable starting and stabilizes lamp power for optimum performance (minimum colour deviation) Ballasts and electronic control units equipped with screw terminal blocks; other contact possibilities for ballasts on request Earthing-while-mounting facility (HID BASIC ballasts); separate earth terminal (HID Heavy Duty ) Simple installation and cabling Compliances and approvals HID-gear HID-em Safety EN Performance EN60923 RFI EN55015 Harmonic current emissions EN EMC immunity EN61547 Approval marking ENEC CE-marking Environmental standard ISO Preferred selection HID-ignitors Safety EN Performance EN60927 RFI EN55015 Harmonic current emissions EN EMC immunity EN61547 Approval marking ENEC CE-marking Environmental standard ISO CSLS Similar to those of the related lamps Climatic suitability: CSLS + HID BASIC : restricted to built-in situations under normal conditions CSLS + HID Heavy Duty : use in luminaires under humid conditions (not drip-proof) Box packing Type Qty. Dimensions Weight EAN code L W H gross pcs. cm kg For lamp SDW-T 35W CSLS BSL 35 L BSL 35 L BSL 35 L For lamp SDW-T 50W CSLS BSL 50 L BSL 50 L BSL 50 L BSL Heavy Duty BSL Basic BSL 50 L BSL 50 L BSL 50 L For lamp SDW-T 100W CSLS BSL 100 L BSL 100 L BSL 100 L BSL 100 L A1 A2 B1 B2 C1 D1 Product ID max. max. max. max. max. max. For lamp SDW-T 35W CSLS BSL 35 L BSL 35 L BSL 35 L For lamp SDW-T 50W CSLS BSL 50 L BSL 50 L BSL 50 L BSL 50 L BSL 50 L BSL 50 L327 For lamp SDW-T 100W CSLS BSL 100 L BSL 100 L BSL 100 L BSL 100 L BSL 100 L BSL 100 L BSL 100 L327 BSL 100 L BSL 100 L BSL 100 L Control unit type Mains Ignition Cable Losses Test point Ambient pulse cap. temperature temperature Voltage Freq. voltage Tc max. max. V Hz kv pf W C C CSLS / CSLS / CSLS / High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.55

29 Controllers HID-CSLS Control system for SDW Preferred selection Ballast Without PF correction With PF correction type Control Mains Current Cos ϕ Cap. Mains current Losses Tw t unit Voltage Freq. Nom. Max. Nom. V Hz A µf/v A A W C C For lamp SDW-T 35W HID-Basic BSL 35 L307 CSLS / / For lamp SDW-T 35W HID-HeavyDuty BSL 35 L40 CSLS / BSL 35 L327 CSLS / For lamp SDW-T 50W HID-Basic BSL 50 L202 CSLS / BSL 50 L201 CSLS / BSL 50 L307 CSLS / / For lamp SDW-T 50W: HID-HeavyDuty BSL 50 L11 CSLS / BSL 50 L40 CSLS / BSL 50 L327 CSLS / For lamp SDW-T 100W: HID-Basic BSL 100 L200 CSLS / BSL 100 L202 CSLS / BSL 100 L307 CSLS / / For lamp SDW-T 100W: HID-HeavyDuty BSL 100 L11 CSLS / BSL 100 L30 CSLS / BSL 100 L40 CSLS / BSL 100 L32 CSLS / EXC 3.56 High intensity discharge control gear Lamps and Gear Lamps and Gear High intensity discharge control gear 3.57