Buy Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 CB, LLB 8 W Neutral white (Ø x L) 28 mm x 603 mm 1 pc(s)

There is a Conrad shop in your region. You can shop in your own language, have access to your local customer service and enjoy local transport for your purchase.

Go to local shop

Conrad
To search for the product, enter a catchphrase, an article number, an EAN or a part number
My account

Log in / Register
Shopping cart

Subscribe to the newsletter and receive a €5 voucher Subscribe to the newsletter and receive a €5 voucher
Procurement

Order & eProcurement

All order and procurement services
Services

All Services
Offers %

A white Philips fluorescent tube with a blue ring at the end is shown horizontally.

Product data sheet

Datasheet (PDF)

Unavailable

Sales and shipping:

Conrad Electronic Terms & Conditions

Report legal concerns

Highlights & Details

LED tube G13 8 W Neutral white EEC: E (A - G) T8 CB, LLB

Power= 8 W
Colour temperature= 4000 K
Neutral white

Variants(All information is without VAT, plus shipping costs)

Length

Power

Operated via

Luminous flux

Power range

Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 CB, LLB 8 W Neutral white (Ø x L) 28 mm x 603 mm 1 pc(s)

Item no:2189255

This article

603 mm

8 W

CBLLB

1050 lm

7.5 W - 9.9 W

Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 Electronic ballast, CB, LLB 18 W Cool white (Ø x L) 28 mm x 1213 mm 1 pc(s)

Item no:2189141

1213 mm

18 W

Electronic ballastCBLLB

2000 lm

10 W - 19.9 W

Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 Electronic ballast, CB, LLB 23 W Cool white (Ø x L) 28 mm x 1515 mm 1 pc(s)

Item no:2189145

1515 mm

23 W

Electronic ballastCBLLB

2700 lm

20 W - 39.9 W

Philips LED LED tube EEC: D (A - G) G13 Tube shape T8 CB, LLB 14 W Neutral white (Ø x L) 28 mm x 1214 mm 1 pc(s)

Item no:2189157

1214 mm

14 W

CBLLB

2100 lm

10 W - 19.9 W

Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 Electronic ballast, CB, LLB 23 W Neutral white (Ø x L) 28 mm x 1514 mm 1 pc(s)

Item no:2189169

1514 mm

23 W

Electronic ballastCBLLB

2700 lm

20 W - 39.9 W

Philips LED LED tube EEC: D (A - G) G13 Tube shape T8 CB, LLB 20.5 W Neutral white (Ø x L) 28 mm x 1513 mm 1 pc(s)

Item no:2189175

1513 mm

20.5 W

CBLLB

3100 lm

20 W - 39.9 W

Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 CB, LLB 8 W Warm white (Ø x L) 28 mm x 603 mm 1 pc(s)

Item no:2189179

603 mm

8 W

CBLLB

1000 lm

7.5 W - 9.9 W

Philips LED LED tube EEC: D (A - G) G13 Tube shape T8 CB, LLB 20.5 W Warm white (Ø x L) 28 mm x 1513 mm 1 pc(s)

Item no:2189185

1513 mm

20.5 W

CBLLB

2900 lm

20 W - 39.9 W

Philips LED LED tube EEC: D (A - G) G13 Tube shape T8 CB, LLB 14 W Cool white (Ø x L) 28 mm x 1214 mm 1 pc(s)

Item no:2189194

1214 mm

14 W

CBLLB

2100 lm

10 W - 19.9 W

Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 Electronic ballast, CB, LLB 18 W Neutral white (Ø x L) 28 mm x 1214 mm 1 pc(s)

Item no:2189201

1214 mm

18 W

Electronic ballastCBLLB

2000 lm

10 W - 19.9 W

Documents & Downloads

Datasheet

Datasheet 2189255 Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 CB, LLB 8 W Neutral white (Ø x L) 28 mm x 603 mm 1 pc(s)

User & Safety Instructions

User & Safety Instructions 2189255 Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 CB, LLB 8 W Neutral white (Ø x L) 28 mm x 603 mm 1 pc(s)

Conformity certificate

Conformity certificate 2189255 Philips LED LED tube EEC: E (A - G) G13 Tube shape T8 CB, LLB 8 W Neutral white (Ø x L) 28 mm x 603 mm 1 pc(s)

Description

The Philips MASTER Value LEDtube KVG/VVG is an excellent alternative for conventional T8 fluorescent lamps on the KVG/VVG and enables significant energy savings. There are versions in two different light current classes to meet even the most demanding requirements: High Output (HO): Up to 3,100 lumens | Ultra Output (UO): Up to 3,700 lumens.

This text is machine translated.

Scope of delivery

A LEDtube replacement starter is included in the commercial packaging of the KVG/VVG versions.

Hints

When switching to LEDtube, it must be checked whether the illumination levels required in the regulations are being complied with. We point out that the energy performance and light distribution of a plant are determined by the design of the plant.