Lighting Havells Application Lamp Product No. Of Lamp Mounting Type Ballast Type Source Version Lamp Wattage ignitor Type Type

Transcription

1 Havells Item ogic ighting Havells Application Product o. Of Mounting Source Version Wattage ignitor H C C B = C = Commercial D = Domestic E = Emergency F = Flood ight G = Control Gear Box I = Industrial R = Roadway S = Sources V = Vapour Proof W = Well Glass Y = Spare Parts B = Blended MV C = CF F = Flourescent G = HPMV H = Tungsten Halogen = GS M = Metal Halide S = Sodium Vapour T = T5 FT W = Elliptical HID only Y = Tubular HID only Z = Both E/T HID To Choose from Commercial range mirror optic AS series 36W with multiple variables. Variables on Category louvres, ormal EM on Category louvres, 6.0W EM 1 Category ouvres, 6.0W EM 2 Category louvres, HF individual < 33% HCCC Category louvres, HF individual < 10% HCCC13361 A = MS white painted CAT III reflector (1) B = Specular finish Al. CAT III reflector (1) C = Specular finish Al. CAT II reflector (2) = on Category ouvre P = Polycarbonate ouvre HCC HCC HCCB = 1 2 = 2 3 = 3 4 = 4 CF s 09 = 9W CF 11 =11W CF 13 = 13W CF 18 = 18W CF/FP/FT 26 = 26W CF 36 = 36W FP/FT FT / T5 s 02 = 20W FT 04 = 40W FT 08 = 8W T5 FT 14 = 14W T5 FT 21 = 21W T5 FT = W T5 FT 54 = 54W T5 FT HID s 70 = 70W SV/MH 80 = 80W MV 12 = 125W MV 15 = 150W SV/MH 25 = 250W MV/SV/MH 40 = 400W MV/SV/MH 60 = 600W SV 10 = 1000W SV/MH For Commercial Fixture 1 = Armstrong ceiling 2 = Gypsum Board 3 = Recess mounting 4 = Surface mounting 6 = uxlon ceiling 7 = Pendent mounting For HID uminaires A = Short distance Ignitor suitable for SV only B = ong distance Ignitor suitable for SV/MH C = Super Imposed Ignitor D = Short distance Ignitor suitable for SV/MH For Fixture Fitted With 3 = 2700K 4 = 4000K 5 = 5000K 6 = 6500K FT/ FP OCB 07 = 2V, 18/20W FT/FP OCB 09 = 2V, 36/40W FT/FP OCB 11 = V, 36/40W FT/FP OCB 15 = V, 18/20W FT/FP OCB CF OCB 17 = 7/9/11W CF OCB 18 = 13W CF OCB 20 = 18W CF OCB 21 = 26W CF OCB Electronic s 26 = 1X36/40W FT EB THD<33% 27 = 2X36/40W FT EB THD<33% 32 = 1XW T5 FT EB THD<33% 33 = 2XW T5 FT EB THD<33% = 1X36/40W FT DB THD 10% 29 = 2X36/40W FT DB THD<10% 50 = 1XW T5 FT DB THD<10% 51 = 2XW T5 FT DB THD<10% 6

2 Guide to Symbols 7

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4 A high intensity discharge lamp generally shows peculiar negative resistance characteristic, while striking the lamp it exhibits a very high impedance thus drawing no current. As starter circuit ignites, the arc establishes the current path between two electrodes. The impedance reduces fast and current rises. Unless this inrush current is controlled, lamp arc tube may lead to active failure. normally ensures that this current supplied to lamp is limited and established to desired level. Often therefore it is called current limiting device. popular in India are of two types : a) Electromagnetic b) Electronic. While electromagnetic ballast offer low power factor and compensating circuits are needed to improve it, electronic ballast invariably offer better power factor and are ideal for reliable ignition especially even at low voltage areas. Electromagnetic Selection of proper ballast not only ensures prolonging maintenance cycle but also helps optimization of lamp performance. A ballast like most electrical components, generates heat due to its ohmic resistance and magnetic losses. It is the temperature of the choke coil during operation that is important. The max permissible coil temperature tw is required to be marked on ballast. A tw value of 120 C is achieved with coil insulating class E. Under the specified conditions average ballast life of ten years may be expected for a continuous operations at coil temperature specified in tw C. However a 10 C temperature rise above tw C value will halve its expected life. A 20 C above tw value, a ballast life of not more than 2.5 years of continuous operation be expected. If ballast has no tw marking, a maximum of 105 C is assumed for the coil temperature. (Class A insulation tw is 105 C, Class E insulation tw is 120 C and for Class F insulation tw is 150 C.) Another value to be marked on any ballast is the coil temp rise Dt. This is differentiation between the absolute coil temp and ambient temp in standard condition. (This is measured as specified in IEC 920 (E 60920). Common values for Dt are from 50 C to 70 C in steps of 5 C). A ballast selected therefore marked with say tw 120 and Dt 70 will have specified 10 years average life in continuous operation at standard condition at an ambient temperature of 120 C-70 C = 50 C. If ambient around ballast is higher, shorter ballast life will result unless adequate air circulation in cooling is applied within gear compartment. The ambient temperature of 50 C indicated is not a room temperature or environmental temperature but is a temperature of the microenvironment of the ballast. in luminaire or control gear, the air temperature around it is higher than outside ambient temperature. Therefore higher temperature has to be added to coil temperature rise Dt to find absolute coil temperature tc = t2 + Dt. losses published are maximum cold values. Published Dt & tw ratings are for standard conditions and shall vary differently in different enclosures if measured. For perennial low voltage areas ballast lower tappings rating can be used. A caution is however needed if voltage shows tendancy to rise beyond the rated voltage in late night hours, if used in lower tapping; premature failure of ballast may be inevitable. Electronic To over come the heat, ignition at low voltage and circuit compensation problems, it is prudent to select more refined yet energy saving ballast commonly available for fluorescent and selectively available for low wattage HID circuits. The vagaries of Indian mains supply across the country must protect the ballast from malfunction. Multiple types of ballasts are available in market. A guidance therefore is necessary for unsuspecting purchaser, following are few of the tips: Instant start EB is essentially cold start ballast and do inflict damage to filament of FT if used in multi switching (>3 cycles/ day) installation. life is reduced. Rapid start EB is (pre-heat) warm start ballast and prolongs the life of FT to its declared life and is ideal for multi switching installation. Circuit protection to be built-in are: In-rush current protection a must in Instant Start EB, while Rapid Start it is not warranted. Source aging protection will lead to safety of the ballast during aging of lamp. Over voltage auto shut off circuit. It will ensure that the circuit shuts off in case of mains voltage over shoots the specified designed voltage (0 - V) Preheat current in warm start EB should be reduced to minimum once the filament temperature reaches 700K. Else the continuous pre-heat current leads to premature failure of filament. Published series in this catalogue of industrial and domestic electronic ballast confirm to relevant standards. Our digital ballast series are Active Circuits (APFC) and are constant wattage output ballast for wide range of mains voltage variance ( V). The service life of our Digital ballast in standard condition is in excess of hours with failure rate of less than 2 for every 100 ballast installed in 3 phase 4 wire balanced circuit installations. Our complete range of electronic ballasts operate at >40 KHz and are immune to infra-red remote operations. These are designed for complete hum and flicker free operations for your safety. Published data is as per specified test procedures laid in relevant BIS & IEC publications. These are measured in stand alone condition at 2V, 50Hz for domestic products and V, 50Hz for industrial products at perfect sinusoidal wave form. At actual working environment due to variance in mains supply wave form and frequency this publish data may show changes if THD and frequency level of the utility supply is not as per the norms. ote: All types of ballast especially HID and electronic, are exposed to premature failure if these are run with the lamps reaching its end of service life. It is advisable therefore to ensure that lamps/tubes are replaced at the end of its service life rather than awaiting lamp failure to occure. 9

5 Deep Drawn Pack Out door heavy duty Deep Drawn (DD) body control gear box housing suitable for single High Pressure Sodium Vapour/ Metal Halide lamp upto 250W. Deep drawn from EDD grade MS body housing with powder coated in siemen s grey shade. Built in tray facilitates housing of ballast, ignitor and capacitor mounting. 3 knock-outs provided help loop-in-loop out connections if required (change the mains i/c connector to proper circuit amp. rating). Fixed with quick release side toggels help secure weather proof cover in normal operation. Hooked in connection for cover ensures easy maintenance of components Mounting brackets at back helps rigid fi xing of CG box on to structure. Bottom knock-out for cable entry for terminating in improved quality glass fi lled connectors. Pre wired with power factor improvement capacitor and impulse ignitor for reliable ignition upto terminal block, copper wound ferromagnetic ballast supplied separately be wired as per instruction. 85±2 113±1 198±2 Ø19 225±2 Front View Capacitor Value (mfd) Cap R Y lgn B mtrs. HGW02170B99 HBW HGW02115B99 HBW HGW02125B99 HBW x70W SV/MH 1x150W SV/MH 1x250W SV/MH For HPSV/ MH lamp with impulse ignitor - HW17000B99 10

6 Deep Drawn Pack Out door heavy duty Deep Drawn (DD) body control gear box housing suitable for single High Pressure Sodium Vapour/ Metal Halide lamp upto 400W. 168±1 Aerodynamic shaped deep drawn from EDD grade MS body housing with powder coated in siemen s grey shade. Built in tray facilitates housing of ballast, ignitor and capacitor mounting. 3 knock-outs provided help loop-in-loop out connections if required (change the mains i/c connector to proper circuit amp. rating). Fixed with quick release side toggels help secure weather proof cover in normal operation. Hooked in connection for cover ensures easy maintenance of components Mounting brackets at back helps rigid fi xing of CG box on to structure. Bottom knock-out for cable entry for terminating in improved quality glass fi lled connectors. Pre wired with power factor improvement capacitor and impulse ignitor for reliable ignition upto terminal block, copper wound ferromagnetic ballast supplied separately be wired as per instruction. 290±1 126±2 Ø19 201±2 Front View HGW02140B99 HBW Capacitor Value (mfd) 1x400W SO/MH Cap R Y lgn For HPSV/ MH lamp with impulse ignitor - HW17000B99 B mtrs. 11

7 Cast-Aluminium Pack Out door heavy duty cast aluminium (CA) body control gear box housing suitable for single High Pressure Sodium Vapour/ Metal Halide lamp upto 250W. Die-cast aluminium body housing with textured powder coated siemen s grey shade. Body mounted ballast, ignitor and capacitor helps better heat dissipation. 3 knock-outs at bottom help loop-in-loop out connections if required (change the mains i/c connector to proper circuit amp. rating). Good quality hardware ensures long life maintenability. Built in mounting arrangement in body housing ensures rigid 1 fi xing on mounting structure. Pre wired with power factor improvement capacitor and impulse ignitor for reliable ignition upto terminal block, copper wound ferromagnetic ballast supplied separately be wired as per instruction. 85±2 90±1 186±2 Ø17 222±2 Front View Capacitor Value (mfd) Cap R Y lgn B mtrs. HGW04170B99 HBW HGW04115B99 HBW HGW04125B99 HBW x70W SO/MH 1x150W SO/MH 1x250W SO/MH For HPSV/ MH lamp with impulse ignitor - HW17000B99 12

8 Cast-Aluminium Pack Out door heavy duty cast aluminium (CA) body control gear box housing suitable for single High Pressure Sodium Vapour/ Metal Halide lamp upto 400W. Die-cast aluminium body housing with textured powder coated siemen s grey shade. Body mounted ballast, ignitor and capacitor helps better heat dissipation. 3 knock-outs at bottom help loop-in-loop out connections if required (change the mains i/c connector to proper circuit amp. rating). Good quality hardware ensures long life maintenability. Built in mounting arrangement in body housing ensures rigid 1 fi xing on mounting structure. Pre wired with power factor improvement capacitor and impulse ignitor for reliable ignition upto terminal block, copper wound ferromagnetic ballast supplied separately be wired as per instruction ±2 1±2 Ø17 Cap 220±2 Front View R Y lgn For HPSV/ MH lamp with impulse ignitor - HW17000B99 B mtrs. HGW03140B99 HBW Capacitor Value (mfd) 1x400W SO/MH

9 CA Pack for Double Out door heavy duty cast aluminium (CA) body control gear box housing suitable for double High Pressure Sodium Vapour/ Metal Halide lamps upto 400W. Die-cast aluminium body housing with textured powder coated siemen s grey shade. Body mounted ballast, ignitor and capacitor helps better heat dissipation. 3 knock-outs at bottom help loop-in-loop out connections if required (change the mains i/c connector to proper circuit amp rating). Good quality hardware ensures long life maintenability. Built in mounting arrangement in body housing ensures rigid 1 fi xing on mounting structure. Pre wired with power factor improvement capacitor and impulse ignitor for reliable ignition upto terminal block, copper wound ferromagnetic ballast supplied separately be wired as per instruction ±2 160±2 2±2 Ø17 3±2 Front View Capacitor Value (mfd) mtrs. HGW04225B99 HBW HGW04B99 HBW x250W SO/MH 2x400W SO/MH x33.0 2x42.0 Cap R Y lgn B For HPSV/ MH lamp with impulse ignitor - HW17000B99 14

10 Composite Gear Unit Compact encapsulated electromagnetic copper wound integrated CGU for reliable ignition of 70/150W HID SO/MH lamps for indoor use. Compact size encapsulated copper wound gear integrated with Short distance ignitor and power factor improvement capacitor. Electrical grade steel and double insulated grade enamel wire ensures long and reliable operation. Built in capacitor eliminates external wiring of compensation circuits. Designed for only indoor/ shielded out door environments. Hazardous if used in exposed out door conditions. Designated mains and lamp terminals for ease of direct wiring. Dimension Details ength ( in mm) Width (W in mm) Height (H in mm) (in mm) 1x70W SO/MH 1x150W SO/MH 190±2 210±2 78±2 78±2 65±2 65±2 176±1 194±1 Front View Capacitor Value (mfd) HGW41170D36 HGW41115D36 1x70W SO/MH 1x150W SO/MH * for indore use only. Distance limit between CGU & - 5mtr. AMP CGU MAIS AMP 15

11 ugget Compact encapsulated in engineering plastic FR grade cover, electromagnetic copper wound integrated gear unit for reliable ignition of 70/150W HID SO/MH lamps for indoor use. Cover made-up of heat resistant engg. plastic FR grade to prevent fi re Compact size encapsulated copper wound gear integrated with Short distance ignitor and power factor improvement capacitor Electrical grade steel and double insulated grade enamel wire ensures long and reliable operation Built in capacitor eliminates external wiring of compensation circuits Designed for only indoor/ shielded out door environments. Hazardous if used in exposed out door conditions Designated mains and lamp terminals for ease of direct wiring Dimension Details ~M 68.3± x70W SO/MH 1x150W SO/MH ength ( in mm) 176±2 176±2 Width (W in mm) 81±2 81±2 Height (H in mm) 68.5±2 68.5±2 (in mm) 162±1 162±1 176 Front View Capacitor Value (mfd) HGW42170D36 HGW42115D36 1x70W SO/MH 1x150W SO/MH MAIS CGU AMP AMP 16

12 Open Construction (OC) Industrial grade vaccum impregnated (VPIT) ballast designed to be operated at 220V-V/50Hz mains supply. Suitable for HPMV/SV/MH lamps. Compact in size Designed for V/ 50Hz., AC supply ow loss silicon steel lamination Super enamelled copper wire Vaccum impregnated (VPIT) open construction ow watt loss Better heat dissipation Hum free operation 0 Maximum winding temp. tw- 1 C, Temp. rise., t C ong life Conforms to IS: , IEC 922 & IEC 923 Dimension Details ength ( in mm) Width (W in mm) Height (H in mm) (in mm) H 1x35W MT/MH 1x70W SO/MH 1x150W SO/MH 1x250W SO/MH EW 1x400W SO/MH 1x125W HPMV 1x250W HPMV 1x400W HPMV 117±1 112±1 147±2 147±2 147±2 147±2 147±2 147±2 60±1 64±1 64±1 102±2 102±2 102±2 102±2 102±2 52±1 57±1 57±1 91±2 91±2 91±2 91±2 91±2 92±1 92±1 1±1 134x80 134x80 134x80 134x80 134x80 Front View Connector W Side View 5mtrs. Cap For HPSV/ MH lamp with impulse ignitor - HM05000D99/ HW07000A99 mtrs. Cap R R Y lgn Y lgn B B HBM HBW HBW HBW * HBW HBG HBG HBG x35W MT/MH 1x70W SO/MH 1x150W SO/MH 1x250W SO/MH EW 1x400W SO/MH 1x125W HPMV 1x250W HPMV 1x400W HPMV * Base plate & stack design as per 400W SO/MH OC ballast >0.45 >0.36 >0.41 >0.39 >0.43 >0.52 >0.53 >0.55 For HPSV/ MH lamp with impulse ignitor - HW17000B99 5mtrs. Cap B lgn p For HPSV/ MH lamp with super imposed ignitor - HW27000C99 17

13 Electronic Industrial electronic HID ballast suitable for 35W/70W/150W ceramic Metal Halide lamp. Suitable for 220-V/ 50Hz Ignition time <2 secs Crest (CF) <1.70 Output Frequency >150Hz High power factor (PF) Total Harmonic Distortion (THD) <10% IR radiation immune, hum free operation Advantages: Optimal lamp control & operation Micro processor control & monitoring of operation status Comfortable operation onger lamp life Push-fit type connector ow energy consumption with low heat generation Conforms to IEC 61547/ IEC Programmed APFC regulated high frequency ballast for multiple switching cycle Dimension Details U-OUT=350V AMP H H W 1x35W CMI 1x70W CMI 1x150W CMI ength ( in mm) 110±2 110±2 165±2 Width (W in mm) 75±2 75±2 91±2 Height (H in mm) 33±1 33±1 39±1 (in mm) 96±1 96±1 157x74 Front View Wattloss (W) HBI HBI HBI x35W CMI 1x70W CMI 1x150W CMI

14 Copper Industrial grade vaccum impregnated (VPIT) ballast designed to be operated at 220V-V/ 50Hz mains supply. Also available in low loss (ACCURA) version. Compact in size Designed for V/ 50Hz., AC supply ow loss silicon steel lamination Super enamelled copper wire Vaccum impregnated (VPIT) open construction ow watt loss (less than12w) Better heat dissipation Hum free operation Maximum winding temp. tw C, Temp. rise., Dt C ong life Conforms to IS: 1534(Part1) of 1977 W Dimension Details ength ( in mm) Width (W in mm) Height (H in mm) (in mm) H 1x18/20W FT/FP- 1x36/40W FT/FP- 1x26W P-C 137±2 137±2 137±2 41±1 41±1 41±1 33±1 33±1 33±1 115±1 115±1 115±1 Side View Cap For Single tube of 18/20/36/40W FT with universal starter (FSU) Cap S HBF HBF HBC x18/20W FT/FP- 1x36/40W FT/FP- 1x26W P-C Wattloss (W) >0.42 >0.52 >0.50 S For twin tubes of 18/20W FT with 110V starter (FS2) S 19

15 CF Electronic Compact, high frequency, energy effi cient electronic ballast suitable for 2 pin & 4 pin CF. 2 Pin/4 Pin CF electronic ballast: Economical solution for energy saving in low voltage areas of rural India. Suitable for non-retrofi t CF. Rated Voltage : V/ 50Hz (PF) : >0.55 Crest (CF) : <1.80 Output Frequency : KHz Total Harmonic Distortion (THD) : <140% 4 Pin 86±1 2 Pin 99±2 tc 45±0.5 4 Pin CF electronic ballast: Economical solution for energy saving in low voltage areas of rural India. Suitable for non-retrofi t CF. Rated Voltage : V/ 50Hz (PF) : >0.90 Crest (CF) : <2.0 Output Frequency : KHz Total Harmonic Distortion (THD) : <50% Advantages: Compact in size, energy effi cient and with universal mounting holes for easy replacement of electromagnetic ballast. Ideal for areas of low voltage pick-ups ±0.5 Side View Wattloss (W) 4Pin CF EB HBC07115 HBC * HBC Pin/4Pin CF EB HBC07114 HBC x9/11/13W CF 1x18W CF 1x26W CF 1x9/11/13W CF 1x18W CF >0.90 >0.90 >0.55 >0.55 >0.55 4Pin Pin * ot suitable for FP- 20

16 Industrial Electronic - High Performance Industrial electronic ballast suitable for single or twin T12/ T10/ T8/ T5 linear fl uorescent lamps. In-built preheat start and cut-off circuits ensure enhanced lamp life with failure resistant ballast. Suitable for 220-V/ 50Hz Ignition time <2 secs Crest (CF) <1.90 Output Frequency >40KHz High power factor (PF) >0.95 Total Harmonic Distortion (THD) <33% IR radiation immune, hum free operation Circuit designed for higher (0V) mains voltage & ageing protection W H Advantages: onger lamp life Push-fi t type connector Striation free operation ow energy consumption with low heat generation Programmed warm start (pre-heat) circuit enables lamps for multiple switching cycles Conforms to E 609 & E Dimension Details Side View 1x14W T5 FT 2x14W T5 FT 1xW T5 FT 2xW T5 FT 1x54W T5 FT 1x36/40W FT 2x36/40W FT 2x18/20W FT 1x24W FT 2x24W FT ength ( in mm) Width (W in mm) Height (H in mm) (in mm) 254±1 254±1 E BAAST Wattloss (W) E For Single BAAST HBT HBT # HBT HBT # HBT HBF HBF # HBF HBT01124 HBT01234 # 1x14W T5 FT 2x14W T5 FT 1xW T5 FT 2xW T5 FT 1x54W T5 FT 1x36/40W FT 2x36/40W FT 2x18/20W FT 1x24W FT 2x24W FT >0.95 >0.95 >0.95 >0.95 >0.95 >0.95 >0.95 >0.95 >0.95 >0.95 For Twin # Independent lamp opration feature available in electronic ballast suitable for twin FT. 21

17 Olympian Electronic Compact, high frequency, energy effi cient ballast suitable for single T12/T8 linear fl uorescent lamp or 18/36W FP-. Available in basic circuit or with over voltage and end of life protection circuits. Olympian electronic ballast: Suitable for domestic/ indusrial application. Suitable for linear fl uorescent (FT) lamp/ fl uorescent parallel lamp (FP-). Designed to protect from high voltage surge (0-315V) and ageing protection. Rated Voltage : 220-V/ 50Hz (PF) : >0.94 Crest (CF) : <1.90 Output Frequency : KHz Total Harmonic Distortion (THD) : <33% 115±2 Advantages: is pre-wired, compact in size, energy effi cient and with universal mounting holes for easy replacement of electromagnetic ballast. Ideal for areas of low voltage pick-ups. ±1 40±2 33±2 1±2 Side View Electronic Wattloss (W) HBF x36/40W FT >0.94 For 1x18/20/36/40W FT Electronic For 1x36W FP- 22

18 Industrial Electronic - Digital PerformanceIndustrial electronic digital performance ballast suitable for single or twin T12/T10/T8/T5 linear fluorescent lamps. Designed for specific hum-free application areas where much lower harmonic distortion desirable. Suitable for 220-V/ 50Hz Ignition time <2 secs Crest (CF) <1.75 Output Frequency >40KHz High power factor (PF) Total Harmonic Distortion (THD) <10% IR radiation immune, hum free operation Circuit designed for higher (0V) mains voltage & ageing protection W H Advantages: onger lamp life Push-fit type connector Striation free operation ow energy consumption with low heat generation Programmed APFC regulated high frequency ballast perfect for multiple switching cycles Conforms to E 609 & E Dimension Details Side View 2x14W T5 FT 2x24W T5 FT HO 1xW T5 FT 2xW T5 FT SIM 2xW T5 FT 1x36/40W FT 2x36/40W FT ength ( in mm) Width (W in mm) Height (H in mm) (in mm) 355±1 254±1 254±1 E BAAST Voltage (V) Current (A) Wattloss (W) E For Single BAAST HBT HBT02242 HBT HBT HBT HBF HBF x14W T5 FT 2x24W T5 FT HO 1xW T5 FT 1xW T5 FT SIM 2xW T5 FT 1x36/40W FT 2x36/40W FT For Twin 23

19 Analog Dimmable Energy saving HF electronic analog dimmable ballast suitable for dimming single or twin T8/T5/FP- fl uorescent lamps. Designed for use with Aura Energy Management systems for dimming applications. Dimmable Analog (1-10V DC) HF Electronic ballast Rated Voltage : 2V/V AC, 50Hz Control input : 1 10V DC, 0.5mA (PF) : 0.98 Total Harmonic Distortion (THD) : < 15% ong service life Complies with IEC /2-3, IEC /3, E60929, E55015, E ±1 Advantages Energy savings by dimming capabilities (1-100% T8, 3-100% T5, 5-100% FP-) 50% onger lamp life than with conventional ballasts Desired illumination levels creating effi cient working conditions Auto reset after lamp replacement comforms to E 609 & E dimmable Electronic Analog Dimmable Ord. : ACUBT ±1.3±1 360±2 Front View Voltage (V) Dimming evel ACUBP ACUBP0504 ACUBT ACUBT ACUBF ACUBF x18,, 36W T8 FT 1x18, 24, 36, 40W FP- 2x18,, 36W T8 FT 2x18, 24, 36, 40W FP- 1x14, 21,, 35W T5 2x14, 21,, 35W T5 1x54W T5 1x58W T8 2x54W T5 2x58W T %-100% 5%-100% 1%-100% 5%-100% 3%-100% 3%-100% 3%-100% 3%-100% 3%-100% 3%-100% 24

20 Ignitors Electronic ignitors for variety of gas discharge lamps of multiple wattages. Wiring Diagram Designed to give reliable initial ignition voltage pulse to facilitate the discharge in HID arc tubes. Active until the lamp current sets in Designed voltage peak occur at the correct phase angle for ignition HF pulses can be transfered only over short distance as per the Approved load capacity of Ign (pf) guidance below Distance(m) = Actual supply line capacity (pf) Impulse (semi - parallel) & Superimposed pulse SIP (series/parallel) versions available. Seperate wired lead for direct ballast terminations eliminates voltage (pulse) drops at multiple junctions. Short and long distance versions ensure quick and reliable ignition to most of HID lamps under 220/2/V, 50Hz mains supply conditions. For hard strike lamps (aged lamps /MH) higher pulse amplitude may be necessary. Complies with E (safety) and E (Performance) HM05000D99/ HM07000D99 Dimension Details Description ength () Dia (D) HM05000D99 3 lead ignitor (SD) Upto 400W HPSV/MH HW17000B99 3 lead ignitor (D) Upto 400W HPSV/MH HW27000C99 S.I 3 lead ignitor with stud (Al. Can) Upto 400W HPSV/MH HM05000E99 S.I 2 lead ignitor with stud Upto 400W HPSV/MH HM07000D99 D type 3 lead ignitor with stud Upto 400W HPSV/MH Description Suitable upto Distance (in mtrs) o. of Pulses Pulse height (in Kv) HM05000E99 HM05000D99 HW17000B99 HW27000C99 HM05000E99 HM07000D99 3 lead ignitor (SD) 3 lead ignitor (D) S.I 3 lead ignitor with stud (Al. Can) S.I 2 lead ignitor with stud D type 3 lead ignitor with stud Upto 400W HPSV/MH Upto 400W HPSV/MH Upto 400W HPSV/MH Upto 400W HPSV/MH Upto 400W HPSV/MH 5 mtrs mtrs 5 mtrs 5 mtrs 5 mtrs 1 per cycle 3 per 5 cycle 6 per cycle 5 per cycle 1 per cycle Kv Kv Kv Kv Kv 25

21 Capacitors Housing made up of PVC Film used is MPP (Metallised Poly Propylene) With in-built resistant for protection Wire-end soldered for easy connections Wire open 12.5mm each Wire should be soldered 180mm length black wire 0.5mm2 multi stand 16/0.20mm CAPACITOR IS: MFD ± 10% 250 V AC 50 Hz -10/85/21 MPP.SP. HAVES IDIA TD. D ength ( in mm) Dia (D in mm) Tolerance HZF HZF HZZ HZZ HZZ HZZ HZZ MFD 8 MFD 10 MFD 15 MFD 20 MFD 33 MFD 42 MFD Ø Ø Ø35 Ø35 Ø40 Ø40 Ø ±10% ±10% ±10% ±10% ±10% ±5% ±5% 26