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Dimensions in mm

Fluorescent electronic

EB-PRIMALUME

EB-PRIMALUME

DefinitionSlim, lightweight high-frequency (> 42kHz) electronic ballast for TLD fluorescent lamps at 220 – 240V 50/60Hz.

Features & Benefits:

Applications

TYPE A B C D E

Up to 25% reduction in energy consumption at constant luminous flux compared with conventional gear. The combination of EB-P and Master TL-D lamps offer low energy consumption resulting in reduced cost of ownership. Piece of mind by excelling the current industry standard for electronic ballast, the ballast offers power factor is more than 0.97 and Total Harmonic Distortion THD is < 10%.System reliability for ignition and operation is achieved with the programmed start: (warm start) ignition method. Preheating the lamp electrodes; this enables the lamps to be switched on and off without reducing useful life.Up to50% longer lamp life than using conventional ballasts.EB-P is Equipped with electrode heating cut-off circuit, ensuring optimal lamp operation with respect to lumen curve of the lamp and reduction in system energy losses.Smart power: offering a constant light output, independent of mains voltage fluctuations.Unit is protected against excessive mains voltages and incorrect connections.Automatic stop circuit is activated within five seconds in case of lamp failure (Safety stop); once the lamp has been replaced, the ballast resets automatically.

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Typical areas of application include:• Department stores, Malls, Shops, Hyper-and Supermarkets• Office buildings, Banks, government ministries• Industrial premises

Philips qualityThis assures optimum quality regarding:• System supplier

As manufacturer of lamps, electronic control gear and lighting control equipment, Philips ensures that, from the earliest development stage, optimum lamp/ballast performance is maintained.

• International standards Philips Electronic Ballast’s complies with all relevant international standards and regulations.

E

B

D

EB-P 118 TLD ICC 265 280 30 28 4.2

EB-P 218 TLD ICC 265 280 30 28 4.2

EB-P 3/418 TLD ICC 265 280 39 28 4.2

EB-P 136 TLD ICC 265 280 30 28 4.2

EB-P 236 TLD ICC 265 280 30 28 4.2

EB-P 336 TLD ICC 265 280 39 28 4.2

EB-P 158 TLD ICC 265 280 30 28 4.2

EB-P 258 TLD ICC 265 280 30 28 4.2

TECHNOLOGY

S&E

2

Compliances and approvals

• RFI<30 MHz EN 55015 (EMC)• RFI>30 MHz EN 55015 Ed 7.1 * * Note: ballast range will comply to Ed. 7.1 per mid 2008 Mandatory per Aug 2010.• Harmonics IEC 61000-3-2• Immunity EN 61547 IEC 61000-4-4 Class3 IEC 61000-4-5 Class3 IEC 61000-4-11• Safety IEC 61347-2-3• Performance IEC 60929: 2006 IEC 60081 (Program start)• Vibration & bump tests EN 60068-2-6-FC EN 60068-2-29-Eb

• Quality standard ISO 9001• Environmental standard ISO 14001 RoHS compliant Humidity IEC 61347-1 EMI CISPR 15• Approval marks ENEC, EMV-VDE AS/NZS C-Tick CCC• Temp. declared

thermally protected EN 61347-1 • CE marking

110

Technical data in relation to energy saving (all typical values at Vmains =230V)

tbc = to be confirmed

tbc = to be confirmed

Lamp Qty. of Ballast System Lamp Ballast CELMA THD

Lamps Power Power Losses

W W W EEI

Lamp Qty. of Ballast Power Ballast Oper Wiring

Lamps Factor Lumen Freq diagram

Factor (nom) kHz fig.

Technical data for installation Mains operationRated mains voltage 220-240 VWith tolerances for performance -8% +6% 202-254 VWith tolerances for safety: +/- 10% 198-264 V (3)

(3) Ignition and operation possible between 176-276 V Mains frequency 50/60 Hz

DC voltage operation during emergency back-up YesFor limited time (48Hrs) only: Required battery voltage for guaranteed ignition 198V - 254V Required battery voltage for burning lamps 176V - 254V

Notes:1. For continuous DC application, an external fuse should be used in the luminaires2. Continuous low DC voltages (<198V) can influence the lifetime of the ballast

TL-D 18W 1 EB-P 118 TLD ICC 0,95 1.00 46 1

TL-D 18W 2 EB-P 218 TLD ICC 0,98 1.05 46 2

TL-D 18W(tbc) 3 EB-P 3/418 TLD ICC (0,98) (0.95-1.05) (42) (3)

TL-D 18W(tbc) 4 EB-P 3/418 TLD ICC (0,98) (0.95-1.05) (42) (4)

TL-D 36W 1 EB-P 136 TLD ICC 0,98 1.00 46 1

TL-D 36W 2 EB-P 236 TLD ICC 0,98 1.00 46 2

TL-D 36W(tbc) 3 EB-P 336 TLD ICC (0,98) (0.95-1.05) (42) (3)

TL-D 58W 1 EB-P 158 TLD ICC 0,99 1.00 46 1

TL-D 58W 2 EB-P 258 TLD ICC 0,99 1.00 46 2

Fluorescent electronic EB-PRIMALUME

TL-D 18W 1 EB-P 118 TLD ICC 19 16.0 3.0 A2 10%

TL-D 18W 2 EB-P 218 TLD ICC 36 32.5 3.5 A2 10%

TL-D 18W (tbc) 3 EB-P 3/418 TLD ICC (57) (49.0) (8.0) A2 10%

TL-D 18W (tbc) 4 EB-P 3/418 TLD ICC (75) (65.5) (9.5) A2 10%

TL-D 36W 1 EB-P 136 TLD ICC 36 32.5 3.5 A2 10%

TL-D 36W 2 EB-P 236 TLD ICC 72 64.5 7.5 A2 10%

TL-D 36W (tbc) 3 EB-P 336 TLD ICC (108) (97) (11.0) A2 10%

TL-D 58W 1 EB-P 158 TLD ICC 55 50.5 4.5 A2 10%

TL-D 58W 2 EB-P 258 TLD ICC 108 100 8.0 A2 10%

3

Technical data for installation Earth leakage current < 0.5 mA per ballast

Total Harmonic Distortion (THD) < 10%

Ignition time Typically 1.6 sec.

Constant light operation In case of AC mains voltage fluctuations, within 202-254 V, the luminous flux Changes by a maximum of 5 %

Overvoltage protection 48 hrs at 320 V AC 2 hrs at 350 V AC

Cable Capacity Max 200pF between lamp wires lp-lp Max 200pF between lamp wires and earth lp-gnd EMI precautions have to be taken (7)

Dual fixture: master-slave Possible, in general a maximum of 2m lamp wires between ballast and lamp is allowed

Automatic restart after lamp yes: tested with a dip down to 30% replacement or voltage dip with a duration of 10 mains cycles

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 in operation

Lamp current crest factor < 1.7

Mains current at 220/230V/240VBallast Input current 220 / 230 / 240V

A

EB-P 118 TLD ICC (1x18W TL-D) 0.09 / 0.09 / 0.07

EB-P 218 TLD ICC (2x18W TL-D) 0.17 / 0.16 / 0.14

EB-P 3/418 TLD ICC (3x18W TL-D) (tbc) / (0.25)/ (0.22)

EB-P 3/418 TLD ICC (4x18W TL-D) (tbc) / (0.33) / (0.30)

EB-P 136 TLD ICC (1x36W TL-D) 0.18 / 0.16 / 0.15

EB-P 236 TLD ICC (2x36W TL-D) 0.34 / 0.32 / 0.29

EB-P 336 TLD ICC (3x36W TL-D) (tbc) / (0.47) / (0.44)

EB-P 158 TLD ICC (1x58W TL-D) 0,27 / 0.23 / 0.22

EB-P 258 TLD ICC (2x58W TL-D) 0.51 / 0.48 / 0.44

Inrush currentballast Max. quantity of Inrush current

ballast per ½ value

Miniature Circuit time at typical

Breaker mains

Type B16 A impedance

EB-P 118 TLD ICC 1x18W TL-D 28 25A/200 µS


EB-P 3/418 TLD ICC 3x18W TL-D 28 25A/200 µS

EB-P 3/418 TLD ICC 4x18W TL-D 12 35A/250 µS






Conversion table for max. quantities of ballasts on other types of Miniature Circuit BreakerMCB Type Relative quantity of

ballasts

B 16A 100% (see table above)

B 10A 63%

C 16A 170%

C 10A 104%

L, I 16A 108%

L, I 10A 65%

G, U, II 16A 212%

G, U, II 10A 127%

K, III 16A 254%

K, III 10A 154%

Data is based on a mains supply with an impedance of 400 mΩ (equal to 15 m cable of 2.5mm2 and another 20m to the middle of the power distribution), under worst case conditions. With an impedance of 800 mΩ the number of ballasts can be increased by 10%.Measurements will be verified in real installations; therefore data are subject to change. In some cases the maximum number of ballasts is not determined by the MCB but by the maximum electrical load of the lighting installation. Note that the maximum number of ballasts is given when these are all switched on the same moment, i.e. by a wall switch. 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%.The maximum number of ballasts which can be connected to one Residual Current Detector of 30mA is 30.The average cable capacity Lp-Gnd is 100pF per meter for standard installation wire Diameter 1.0 mm (bundled lamp wiring situation). For more information regarding this. subject consult the Philips Application guide to fluorescent lamp control gear (3222 635 59771 *May 2006)

Notes1.

2.

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6.

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4

Technical data for design and mounting in fixturesTemperaturesTemperature range to ignite lamp -25° to +50 °Cwith ignition aid

Storage Temperature -40° to +50 °CLifetime 50,000 HrsFailure rate less than 0.2% per 1000hrs of operation Max t case 70 °C

Lifetime of a ballast depends on the temperature of the ballast. This means there is a relation between the Tc point on the ballast and its lifetime. For more information regarding this subject consult the Philips Application guide to fluorescent lamp control gear (3222 635 59771 *May 2006)

Hum and noise level inaudible (< 30 dBa at 1 meter)

Outdoor use Ballast IP=23, in outdoor applications the Luminaires has to be sufficient IP rated. Permitted humidity is tested according to IEC 61347-1 par 11 Note that no moisture or condensation may Enter the ballast.

Connector type:Connection wiring is greatly simplified through use of insert contacts with pushbuttons. Earth connection can be made via housing.

Wire lengths:For optimal performance, note that following wires need to be kept short:For one lamp circuits keep wires to terminals 1 and 2 shortFor two lamp circuits keep wires to terminals 1, 2, 5 and 6 shortFor triple and quad lamp circuits keep wires to terminals 1, 2, 5, 6, 9 and 10 short

Wire cross-section:Mains 0.5 mm – 1.5 mm2

Lamp(s) connector 0.5 mm – 1.5 mm2

Strip length 9.0 – 10.0 mm

Wiring diagrams

Figure 1 Figure 2

Ordering and packing dataBallast Ordering weight Bulk packing

Number Qty. Dimensions Volume Weight EAN code EOC

LxWxH Gross

kg. pcs cm m3 kg

EB-P 118 TLD ICC 9137 130 20266 0.20 12 32.8x20.6x8.7 0.0058 2.9 8710163062389 871016306238930

EB-P 218 TLD ICC 9137 130 20366 0.20 12 32.8x20.6x8.7 0.0058 3.2 8710163062402 871016306240230

EB-P 3/418 TLD ICC 9137 130 20466 tbc 10 32.8x22.1x8.7 0.0063 3.1 XXXXXXXXXX41 XXXXXXXXXX130

EB-P 136 TLD ICC 9137 130 20666 0.20 12 32.8x20.6x8.7 0.0058 3.0 8710163062426 871016306242630

EB-P 236 TLD ICC 9137 130 20766 0.20 12 32.8x20.6x8.7 0.0058 3.0 8710163062440 871016306244030

EB-P 336 TLD ICC 9137 130 20866 tbc 10 32.8x22.1x8.7 0.0063 3.1 XXXXXXXXXX40 XXXXXXXXXXX30

EB-P 158 TLD ICC 9137 130 20966 0.20 12 32.8x20.6x8.7 0.0058 3.2 8710163062464 871016306246430

EB-P 258 TLD ICC 9137 130 21066 0.25 12 32.8x20.6x8.7 0.0058 3.3 8710163062488 871016306248830

Earthing Earthing of the ballast in a luminaires is necessary for EMC (Electromagnetic Compatibility)

The ballasts that are thermally protected use a protective method of another type providing equivalent thermal protection.


Dimensions in mm

EB-SELECTALUME

EB-SELECTALUME

TYPE A B C D E

DefinitionWhite plastic housing, high frequency (> 42kHz) electronic ballast for TLD fluorescent lamps at 220 –230V 50/60Hz.

Features & Benefits:• Up to 25% reduction in energy consumption at constant luminous

flux compared with conventional gear.• Less strain on the eyes improves productivity as the electronic

ballast with higher operating frequency (>42kHz) does not cause the lamp to flicker at 50Hz operation.

• Up to 30% longer lamp life than using conventional ballasts.• Automatic stop circuit is activated within five seconds in case of

lamp failure (Safety stop).

ApplicationsTypical areas of application include:• Department stores, Malls, Shops, Hyper-and Supermarkets• Office buildings, Banks, government ministries• Industrial premises

Philips qualityThis assures optimum quality regarding:• System supplier

As manufacturer of lamps, electronic control gear and lighting control equipment, Philips ensures that, from the earliest develop-ment stage, optimum lamp/ballast performance is maintained.

• International standards Philips Electronic Ballast’s complies with all relevant international standards and regulations.

Compliances and approvals• EMI CISPR 15• RFI<30 MHz EN 55015 (EMC)• RFI>30 MHz EN 55015 • Harmonics IEC 61000-3-2• Immunity EN 61547• Safety IEC 61347-2-3• Vibration & bump tests EN 60068-2-6-FC, EN 60068-2-29-Eb• Quality standard ISO 9001• Environmental standard ISO 14001, RoHS compliant• Approval marks CE, CCC, C-Tick

E

B

D

S&E

EB-S 118 TLD 140 150 40 28 4.2

EB-S 218 TLD 210 200 40 30 4.2

EB-S 136 TLD 140 150 40 28 4.2

EB-S 236 TLD 210 200 40 38 4.2


2

Technical data for installation Mains operationRated mains voltage 220-230 VWith tolerances for safety: ± 10% 198-253 V (3)

(3) Ignition and operation possible 176-264 V betweenMains frequency 50/60 Hz

DC voltage operation during Noemergency back-upFor limited time (48Hrs) only:

Required battery voltage for 198V - 254Vguaranteed ignition Required battery voltage for 176V - 254V burning lamps

Notes:1. For continuous DC application, an external fuse should be used in

the luminaires2. Continuous low DC voltages (<198V) can influence the lifetime of

the ballast

Earth leakage current < 0.5 mA per ballast

Total Harmonic Distortion (THD) < 15%

Ignition time Typically 1.6 sec.

Constant light operation In case of AC mains voltage fluctuations, within 202-254 V, the luminous flux Changes by a maximum of ± 5%

Overvoltage protection 48 hrs at 270 V AC

Cable Capacity Max 120pF between lamp wires lp-lp Max 120pF between lamp wires and earth lp-gnd

Dual fixture: master-slave Possible, in general a maximum of 2m lamp wires between ballast and lamps are allowed

Automatic restart after lamp No replacement

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 in operation

Lamp current crest factor < 1.7

Technical data in relation to energy saving (all typical values at Vmains =230V)Lamp Qty. of Ballast System Lamp Ballast CELMA THD

Nominal* Lamps Power Power Losses

W W W W EEI

TL-D 18W 1 EB-S 118 TLD 19 16.0 3.0 A3 15%

TL-D 18W 2 EB-S 218 TLD 37 32.0 4.0 A3 15%

TL-D 36W 1 EB-S 136 TLD 37 32.0 4.0 A3 15%

TL-D 36W 2 EB-S 236 TLD 72 64.0 8.0 A3 15%

Lamp Qty. of Ballast Power Ballast Oper Wiring

Lamps Factor Lumen Freq diagram

kHz fig.

TL-D 18W 1 EB-S 118 TLD 0.98 1.00 44 1

TL-D 18W 2 EB-S 218 TLD 0.98 1.00 44 2

TL-D 36W 1 EB-S 136 TLD 0.98 1.00 44 1

TL-D 36W 2 EB-S 236 TLD 0.98 1.00 44 2

Mains current at 220/230V/240VBallast Input current at 220 / 230 / 240

A

EB-S 118 TLD (1x18W TL-D) 0.08 / 0.09 / 0.07

EB-S 218 TLD (2x18W TL-D) 0.17 / 0.18 / 0.14

EB-S 136 TLD (1x36W TL-D) 0.16 / 0.17 / 0.15

EB-S 236 TLD (2x36W TL-D) 0.31 / 0.32 / 0.29

Inrush current Max. quantity of ballast per Inrush current ½ value

Miniature Circuit Breaker time at typical mains

Type B16 A impedance

EB-S 118 TLD (1x18W TL-D) 24 25A/200 µS

EB-S 218 TLD (2x18W TL-D) 24 25A/200 µS

EB-S 136 TLD (1x36W TL-D) 24 25A/200 µS

EB-S 236 TLD (2x36W TL-D) 24 25A/200 µS

EB-SELECTALUMEFluorescent electronic

Conversion table for max. quantities of ballasts on other types of Miniature Circuit BreakerMCB Type Relative quantity of ballasts

B 16A 100%(see table above)

B 10A 63%

C 16A 170%

C 10A 104%

L, I 16A 108%

L, I 10A 65%

G, U, II 16A 212%

G, U, II 10A 127%

K, III 16A 254%

K, III 10A 154%

3

Notes:1. Data is based on a mains supply with an impedance of 400 mΩ

(equal to 15 m cable of 2.5mm2 and another 20m to the middle of the power distribution), under worst case conditions. With an impedance of 800 mΩ 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 lighting installation.

4. Note that the maximum number of ballasts is given when these are all switched on 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.

7. The average cable capacity Lp-Gnd is 100pF per meter for standard installation wire Diameter 1.0 mm (bundled lamp wiring situation). For more information regarding this subject consult the Philips Application guide to fluorescent lamp control gear.

Technical data for design and mounting in fixturesTemperaturesTemperature range to ignite lamp -55 C to +50 Cwith ignition aid

Storage Temperature -40 C to +50 CLifetime 30,000 HrsFailure rate less than 0.2% per 1000hrs of operation Max t case 65 C

Lifetime of a ballast depends on the temperature of the ballast. This means there is a relation between the Tc point on the ballast and its lifetime. For more information regarding this subject consult the Philips Application guide to fluorescent lamp control gear (3222 635 59771 *May 2006)

Hum and noise level inaudible (< 30 dBa at 1 meter)

Outdoor use Ballast IP=23, in outdoor applications the Luminaires has to be sufficient IP rated. Permitted humidity is tested according to IEC 61347-1 par 11 Note that no moisture or condensation may Enter the ballast.

Earthing Earthing of the ballast in a luminaires is necessary for EMC (Electromagnetic Compatibility)

The ballasts that are thermally protected use a protective method of another type providing equivalent thermal protection.


Connector type:Connection wiring is greatly simplified through use of insert contacts with push buttons. Earth connection can be made via housing.

Wire lengths:For optimal performance, note that following wires need to be kept short;For one lamp circuits keep wires to terminals 1 and 2 short;For two lamp circuits keep wires to terminals 1,2,3 and 4 short.

Wiring diagrams

Fig. 1 Fig. 2

Wire cross-section:Mains 0.5mm – 1.5mm2

Lamp(s) connector 0.5mm – 1.5mm2

Strip length 9.0 – 10.0 mm

EB-SEB-S

4

Ordering and packing dataBallast Ordering weight Packing

Number Qty. Dimensions Volume Weight EAN code EOC

L x W x H Gross

kg pcs cm m3 kg

EB-S 118 TLD 9137 130 21314 0.160 12 32.8x20.6x8.7 0.0058 2.9 8710163063928 871016306393530

EB-S 218 TLD 9137 130 21414 0.250 12 32.8x20.6x8.7 0.0058 3.2 8710163063966 871016306396630

EB-S 136 TLD 9137 130 21514 0.160 12 32.8x20.6x8.7 0.0058 3.0 8710163063942 871016306395930

EB-S 236 TLD 9137 130 21614 0.250 12 32.8x20.6x8.7 0.0058 3.0 8710163063980 871016306399730



EB-CERTALUME TLD

EB-CERTALUME

Type A B C D E

DefinitionCompact, lightweight, high-frequency electronic ballasts for TLDfluorescent lamps, for applications with 220V mains voltage.

Description• Up to 20% reduction in energy consumption at equal luminous

flux compared with conventional gear• Flicker-free, rapid start, no ignitor needed• Safe & reliable, up to 20,000hrs longer life• Multi-voltage ballast• Automatic stop circuit is activated in case of lamp failure• EMI CISPR 15 compliance, lower electromagnetic interference• Lower Harmonic, GB 17625.1 compliance

ApplicationsTypical areas of application include:• Department stores, shops, supermarkets, convenient stores and

public areas• Industrial premises, office buildings• Corridors, lighting boxes

Ideal for areas with low switching frequency (maximum 3 times aday)

Philips qualityThis implies 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.

• CCC compliance

Compliances and approvals• RFI<30MHz CISPR 15• Harmonic GB 17625.1• Safety GB 19510.4, GB 19510.1• Quality standard ISO 9001• Environmental standard ISO 14001• CCC

EB-CertaLume 118 TLD 220V 140 150 40 28 4.2




Dimensions in mm

E

B

D

S&E

Fluorescent electronic EB-CERTALUME

Technical data in relation to energy savingLamp Qty. of Ballast System Lamp Ballast Wiring

Lamps Power Power Losses Diagram

W W W fig.

TLD 18W I EB-CertaLume 118 TLD 220V 18 16 2 1

TLD 18W 2 EB-CertaLume 218 TLD 220V 36 16 4 2

TLD 36W I EB-CertaLume 136 TLD 220V 36 32 4 1

TLD 36W 2 EB-CertaLume 236 TLD 220V 72 32 8 2

Lamp Qty. of Ballast Power Ballast THD Oper

Lamps factor Lumen Freq

Factor KHz

TL-D 18W 1 EB-CertaLume 118 TLD 220V > 0.95 0.95 < 25% > 42




2

Hum and noise level < 30dB at 1m distance

Permitted humidity is tested according to IEC 61347-2-3.Note: that no moisture or condensation may enter the ballast.

Technical data for installation

Mains current at 220VBallast Input current

A

EB-CertaLume 118 TLD 220V 0.09




Inrush currentBallast Max. quantity of ballast

per Miniature Circuit

Breaker Type B16A

EB-CertaLume 118 TLD 220V 18




Mains operation Rated mains voltage 220 V With tolerance for safety: +10% -10% 198 - 242 V With tolerance for performance 165 - 253 V Mains frequency 50/60 Hz

Earth leakage currcent < 0.7 mA per ballast

Ignition time < 1.6 s

Over voltage protection 48 hrs at 276 V AC

Cable capacity max,120 pF between lamp wires and earth

Dual fixture: master-slave operation possible, in general max 2m length of lamp wires between ballast and lamp

Automatic restart after lamp no, manual restart replacement required

Insulation resistance test 500V 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.

Technical data for design and mounting EB-E ballasts in fixtures Temperatures Temperatures range to -10°C to 50°C ignite lamp with ignition aid Max tcase 65°C

Lifetime 20,000 hrs Failure rate < 0.4% per 1000 hrs

Notes:1. Data is based on a mains supply with an impedance of 400mΩ, under

worst case conditions. With an impedance of 800mΩ the number of ballasts can be increased by 10%.

2. Measurements will be verified in real installations; therefore data is 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 lighting 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 advised 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.

Technical data for installation

Fluorescent electronic EB-CERTALUME

Fig. 1 Fig. 2 Wiring diagrams

EB-CERTALUMEBallast

EB-CERTALUMEBallast

Ordering and packing dataBallast Ordering Number Weight Bulk packing Pallet

Qty. Dimensions Weight packing

L x W x H Gross carton / ballast

kg pcs cm kg pcs

EB-CertaLume 118 TLD 220V 9137 131 99014 0.08 20 30 x 20 x 7 2.0 120/2400




3

Connection wiring is greatly simplified by the use of insert contacts with push buttons.

Wire cross-section:On the mains side: 0.5 - 1.5mm2

On the lamp side: 0.5 - 1.5mm2

Strip length: 9 - 10mm

Caution:After finishing system installation, please check carefully before you turnthe power on.1. Check whether lamp, ballast model and wiring are compatible

according to Philips EB-E Certalume datasheet.2. Be sure the ground terminal of ballast are connected with metal

luminaries or batten and earthed.3. Keep wires to terminals 1.2 & 3,4 short.

ii.

Comparison convensional Ballast cost consuming with Electronic Ballast cost consuming

Electromagnetic ballast BTA

Electronic ballast EBP

VS

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