QTP-OPTIMAL 2X18…40

Product family benefits
  • Long lamp life
  • No adverse effect from frequent on/off switching
  • Automatic restart after lamp replacement
  • Perfect lamp start for applications with motion sensors
  • VDE/VDE EMC certified system
  • Very high energy efficiency due to cut-off technology
Areas of application
  • Emergency lighting systems acc. to EN 50172 / DIN VDE 0108-100
  • Industry
  • Open-plan offices, corridors and storage rooms
  • Public buildings
  • Sports halls and factories
  • Strip lighting
  • Suitable for emergency lighting (DC operation)
  • Modernization of existing systems
  • Suitable for luminaires of protection classes I and II

Technical Data

Electrical data

Input voltage AC

198…264 V

Nominal voltage

220…240 V

Mains frequency

50…60 Hz

Input voltage DC

176…276 V

Maximum output power

2 x 40 W

Efficiency in full-load

91 %

at 230 V, 50 Hz

Operating frequency

40…50 kHz

Max. ECG no. on circuit breaker 10 A (B)

12

Type B

Max. ECG no. on circuit breaker 16 A (B)

19

Type B

Inrush current

37 A

Light technical data

Starting time

1.5 s

If there is a temporary interruption in the power supply (< 0.5 s), the lamp will start within 0.3 s

Dimensions & weight

Length

360.0 mm

Width

30.0 mm

Height

21.0 mm

Mounting hole spacing, length

350.0 mm

Product weight

243.70 g

Temperatures & operating conditions

Ambient temperature range

-20…+50 °C

Permitted rel. humidity during operation

5…85 %

Maximum 56 days/year at 85 %

Lifespan

ECG lifetime

100000 h

At Tcase = 65°C at Tc point / 10% failure rate

Additional product data

Suitable for lamp power (2 lamps)

18…40 W

Predecessor EAN

4008321117885

Capabilities

End of lamp life safety shutdown

EOL T.2

Suitable for fixtures with prot. class

I / II

Max. cable length to lamp/LED module

2.0 m / 1.0 m

Dimmable

No

Intended for no-load operation

No

Certificates & standards

Approval marks – approval

EL / VDE / ENEC 10 / VDE-EMC

EEI – Energy Label

A2 BAT

Standards

Acc. to IEC 61347-2-3 / App. J/Acc. to EN 55015:2006 + A1:2007 + A2:2009/Acc. to IEC 61000-3-2/Acc. to IEC 61547

Type of protection

IP20

Protection class

I

Logistical data

Commodity code

850410809000

Environmental information


Information according Art. 33 of EU Regulation (EC) 1907/2006 (REACh)

Date of Declaration

14-04-2022

Primary Article Identifier

4008321873767

Candidate List Substance 1

Lead

CAS No. of substance 1

7439-92-1

Safe Use Instruction

The identification of the Candidate List substance is sufficient to allow safe use of the article.

Declaration No. in SCIP database

66bc942e-183d-4517-a112-8e4f7383573b

Packaging information

EAN

Unit

Piece

Dimension l x w x h

Weight

Volume

4008321873767 UNV

Unpacked

1 360mm x 30mm x 21mm 244.00g 0.23dm³
4008321873774 VS

Shipping box

20 385mm x 160mm x 100mm 5145.00g 6.16dm³

Downloads

Lamp-ECG Combination
DULUX F 24 W

Nominal current

0.23 A

Nominal wattage + Power loss

50.00 W

Power factor λ [PIM]

0.98

Luminous flux at 35 °C

1650 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

50 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

50 °C

ECG_2.2 Tc point temperature for lifespa

60 °C

ECG_2.3 Tc point temperature for lifespa

65 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

100000 h

ECG_3.3 Temperature dependent lifespan

90000 h

DULUX F 36 W

Nominal current

0.30 A

Nominal wattage + Power loss

67.00 W

Power factor λ [PIM]

0.98

Luminous flux at 35 °C

2700 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

50 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

55 °C

ECG_2.2 Tc point temperature for lifespa

60 °C

ECG_2.3 Tc point temperature for lifespa

70 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

100000 h

ECG_3.3 Temperature dependent lifespan

70000 h

DULUX L 18 W

Nominal current

0.16 A

Nominal wattage + Power loss

36.00 W

Power factor λ [PIM]

0.95

Luminous flux at 35 °C

1150 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

50 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

50 °C

ECG_2.2 Tc point temperature for lifespa

60 °C

ECG_2.3 Tc point temperature for lifespa

65 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

100000 h

ECG_3.3 Temperature dependent lifespan

90000 h

DULUX L 24 W

Nominal current

0.23 A

Nominal wattage + Power loss

53.00 W

Power factor λ [PIM]

0.98

Luminous flux at 35 °C

1750 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

50 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

50 °C

ECG_2.2 Tc point temperature for lifespa

60 °C

ECG_2.3 Tc point temperature for lifespa

70 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

100000 h

ECG_3.3 Temperature dependent lifespan

80000 h

DULUX L 36 W

Nominal current

0.30 A

Nominal wattage + Power loss

70.00 W

Power factor λ [PIM]

0.98

Luminous flux at 35 °C

2800 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

50 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

55 °C

ECG_2.2 Tc point temperature for lifespa

60 °C

ECG_2.3 Tc point temperature for lifespa

70 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

100000 h

ECG_3.3 Temperature dependent lifespan

70000 h

DULUX L 40 W

Nominal current

0.37 A

Nominal wattage + Power loss

88.00 W

Power factor λ [PIM]

0.99

Luminous flux at 35 °C

3500 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

60 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

60 °C

ECG_2.2 Tc point temperature for lifespa

65 °C

ECG_2.3 Tc point temperature for lifespa

75 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

90000 h

ECG_3.3 Temperature dependent lifespan

50000 h

HO 24 W

Nominal current

0.24 A

Nominal wattage + Power loss

49.20 W

Power factor λ [PIM]

0.98

Luminous flux at 35 °C

1750 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

50 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

50 °C

ECG_2.2 Tc point temperature for lifespa

60 °C

ECG_2.3 Tc point temperature for lifespa

70 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

100000 h

ECG_3.3 Temperature dependent lifespan

80000 h

HO 39 W

Nominal current

0.24 A

Nominal wattage + Power loss

82.90 W

Power factor λ [PIM]

0.99

Luminous flux at 35 °C

3100 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

60 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

60 °C

ECG_2.2 Tc point temperature for lifespa

65 °C

ECG_2.3 Tc point temperature for lifespa

75 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

90000 h

ECG_3.3 Temperature dependent lifespan

50000 h

L 18 W

Nominal current

0.17 A

Nominal wattage + Power loss

39.00 W

Power factor λ [PIM]

0.95

Luminous flux at 35 °C

1350 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

50 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

50 °C

ECG_2.2 Tc point temperature for lifespa

60 °C

ECG_2.3 Tc point temperature for lifespa

65 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

100000 h

ECG_3.3 Temperature dependent lifespan

80000 h

L 23 W

Nominal current

0.26 A

Nominal wattage + Power loss

57.70 W

Luminous flux at 25 °C

1900 lm

Number of lighting outlets

1

L 30 W

Nominal current

0.28 A

Nominal wattage + Power loss

63.00 W

Power factor λ [PIM]

0.98

Luminous flux at 35 °C

2850 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

50 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

55 °C

ECG_2.2 Tc point temperature for lifespa

60 °C

ECG_2.3 Tc point temperature for lifespa

70 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

100000 h

ECG_3.3 Temperature dependent lifespan

70000 h

L 36 W

Nominal current

0.30 A

Nominal wattage + Power loss

71.00 W

Power factor λ [PIM]

0.98

Luminous flux at 35 °C

3200 lm

Number of lighting outlets

2

ECG_1.1 Ambient temperature for lifespan

40 °C

ECG_1.2 Ambient temperature for lifespan

50 °C

ECG_1.3 Ambient temperature for lifespan

60 °C

ECG_2.1 Tc point temperature for lifespa

55 °C

ECG_2.2 Tc point temperature for lifespa

65 °C

ECG_2.3 Tc point temperature for lifespa

70 °C

ECG_3.1 Temperature dependent lifespan

100000 h

ECG_3.2 Temperature dependent lifespan

100000 h

ECG_3.3 Temperature dependent lifespan

70000 h

L 36 W -1

Nominal current

0.30 A

Nominal wattage + Power loss

71.00 W

Power factor λ [PIM]

0.98

Luminous flux at 35 °C

3100 lm

Number of lighting outlets

2

Information about Family

QUICKTRONIC PROFESSIONAL OPTIMAL, available in several variants, is a great option if your professional lighting installation includes fluorescent lamps and / or compact fluorescent lamps. This high performance, energy efficient ECG gives you lamp start with optimum filament preheating, auto shutdown of failed lamps and at end of life, and can be used for emergency lighting (DC operation). Use it with luminaires of protection classes I and II for open plan office lighting, strip lighting, public buildings, sports halls and industrial lighting including factories. You can also use it for ECG installation in the modernization of existing systems. Benefits of the QUICKTRONIC PROFESSIONAL OPTIMAL include long lamp life, the ability to withstand frequent on / off switching, auto restart after lamp replacement and perfect lamp start for systems with motion sensors. Its cutoff technology makes this ECG highly energy efficient.
Product family features
  • Supply voltage: 220…240 V
  • Line voltage: 198…264 V
  • Line frequency: 0 Hz | 50 Hz | 60 Hz
  • Lamp start with optimum filament preheating
  • Lifetime: up to 100,000 h (temperature at Tc = 65 °C, max. 10 % failure rate)
  • Energy Efficiency Index EEI: A2 BAT
  • Automatic shutdown of defective lamps and at end of life (EoL T.2)
  • Safety: to EN 61347-2-3
  • Lamp operation: to EN 60929
Ecodesign regulation information:
Separate control gear and light sources must be disposed of at certified disposal companies in accordance with Directive 2012/19/EU (WEEE) in the EU and with Waste Electrical and Electronic Equipment (WEEE) Regulations 2013 in the UK. For this purpose, collection points for recycling centres and take-back systems (CRSO) are available from retailers or private disposal companies, which accept separate control gear and light sources free of charge. In this way, raw materials are conserved and materials are recycled.

Products

Sort by:
Product
Height
Dimmable
ECG lifetime
Length
Width
Data sheet
QTP-OPTIMAL 1X18…40
21.0 mm No 100000 h 280.0 mm 30.0 mm
QTP-OPTIMAL 1X54…58
21.0 mm No 100000 h 280.0 mm 30.0 mm
QTP-OPTIMAL 2X18…40
21.0 mm No 100000 h 360.0 mm 30.0 mm
QTP-OPTIMAL 2X54…58
21.0 mm No 100000 h 360.0 mm 30.0 mm