EXTOL 43050, 43051, 43052 LED Tube User Manual

EXTOL 43050, 43051, 43052 LED Tube

Introduction

Dear customer, Thank you for the confidence you have shown in the Extol® brand by purchasing this product. This product has been tested for reliability, safety and quality according to the prescribed norms and regulations of the European Union. Contact our customer and consulting centre for any questions at: www.extol.eu [email protected]
Manufacturer: Madal Bal a. s., Průmyslová zóna Příluky 244, 76001 Zlín, Czech Republic Date of issue: 6. 8. 2019

Description – purpose of use

LED tube T8 Extol® Light 43050; Extol® Light 43051; Extol® Light 43052 are intended to serve as a replacement for standard vacuum light tubes T8 with G13 sockets for the purpose of high energy savings (up to 70%), very long lifetime, immediate luminosity and a pleasant light. Unlike standard vacuum light tubes, LED tubes do not have a build-up current, which will be especially welcome when using backup sources of electrical energy.

• The tubes are made from a high quality durable material, which does not reduce the quality of light and models Extol® Light 43051 and Extol® Light 43052 have in addition an aluminium heat sink.
• In the event of a light fixture with a choke coil, to install the LED tube it is sufficient to simply remove the standard fluorescent light tube, remove the light tube starter and in its place, simply install the supplied “LED driver” and then just install the LED tube (this form of installation can be performed by any user themselves without electrical qualifications), see fig. 1.
• In the case of a light fixture with an electronic ballast, to use the LED tube, it is necessary to disconnect the electronic ballast (this must, however, be performed by an electrician with the necessary qualifications).

Technical specifications

LED tube model / Technical parameter| 43050| 43051| 43052
---|---|---|---
Tube type| T8| T8| T8
Luminous flux| 1070 lm| 1975 lm| 2575 lm
Power input| 9,9 W| 18,4 W| 23,4 W
Input voltage| 180-250 V ~ 50/60 Hz
Rated power current| 80 mA| 160 mA| 200 mA
Energy class (EEI)| F| F| F
Length x diameter of the tube| 590 × 26 mm| 1199 × 26 mm| 1499 × 26 mm
Socket| G13| G13| G13
Colour chromaticity| 4000 K

(neutral white)

| 4000 K

(neutral white)

| 4000 K

(neutral white)

Material| Plastic (polycarbonate)| Plastic (polycarbonate) and an aluminium heat sink
Light angle| 320°| 320°| 320°
Colour rendering CRI (Ra)| 82| 82| 82
Risk resulting from blue light| NO, without risk (category RG0)
Dimmability| NO| NO| NO
Operating temperature| -20°C to +40°C| -20°C to +40°C| -20°C to +40°C
IP *)| 20| 20| 20

WARNING
LED tubes are not protected against the damaging ingression of water, humidity and dust (IP20) and thus are intended only for use in dry indoor environments. When LED tubes are used in a wet, humid and/or dusty environment then they must be installed into a light fixture with a sufficient level of IPXY protection.

Installation of an LED tube

LIGHT FIXTURES WITH A CHOKE COIL AND STARTER INSTALLATION OF AN LED TUBE WITHOUT THE REMOVAL OF THE CHOKE COIL

On these types of light fixtures, it is possible to directly replace a standard fluorescent light tube with an LED tube. Simply remove the fluorescent tube starter with the electrical power disconnected and replace it with the supplied „LED driver“ according to the steps described in steps 1 to 8 in fig. 1. This replacement may be performed by a person without the respective electrical qualifications.

Description of steps 1-8 in fig. 1

1. Step 1: turn off (disconnect) the power supply to the light fixture
2. Step 2: turn the tube by  90° to the left
3. Step 3: pull the tube out of the light fixture
4. Step 4: turn the starter to the left and take it out of the light fixture
5. Step 5: Insert the „LED driver“ into the light fixture and secure it in place by turning it to the right
6. Step 6: insert the LED tube into the light fixture
7. Step 7: Secure the LED tube in the light fixture by turning it 90° to the right
8. Step 8: turn on the power supply to light up the LED tube To replace the LED tube, proceed according to steps 2, 3; 6, 7 and 8.

LIGHT FIXTURES WITH A CHOKE COIL AND STARTER

INSTALLATION OF AN LED TUBE WITH THE REMOVAL OF THE CHOKE COIL

• When the tube starter and fluorescent light tube is replaced with an LED tube and LED driver then the choke coil remains installed in the light fixture, which may result in a higher power consumption and may have an effect on effectiveness, and it can also be disconnected as shown in figure 2A to 2C. However, the choke coil may only be removed by an electrician with the necessary electrical qualifications since this constitutes an alteration to the electrical part of the light fixture.
• In this case it is a double-sided LED tube connection.

LIGHT FIXTURES WITH AN ELECTRONIC BALLAST

INSTALLATION OF AN LED TUBE WITH THE REMOVAL OF THE ELECTRONIC BALLAST
In the case of light fixtures that contain an electronic ballast, it is necessary to remove the electronic ballast prior to using the LED tube according to figure 3A to 3C (this task may, however, only be performed by a person with the necessary electrical qualifications. After removing the electronic ballast, it is no longer possible to replace the LED tube with a flu-orescent light tube. Upon disconnection of the electro-nic ballast, the LED tube is connected single-sided.

Energy labels

Pictogram meanings on the LED tube label

• Read the user’s manual before use.
• Dimming is impermissible.
• Protect against the entry of water and high humidity. Can only be used in a dry environment.
• Electrical waste symbol, see below.
• Meets respective EU requirements.

Waste disposal

PACKAGING MATERIALS

• Throw packaging materials into a container for the respective sorted waste.
• According to Directive (EU) 2012/19, an unusable electrical appliance must not be thrown out with communal waste, but rather must be handed over for ecological disposal at an electrical equipment collection point because it contains components that are hazardous to the environ- ment. You can find information about electrical equipment collection points and collection conditions at your local town council office or at your vendor.

Product information sheet according to (EU) 2019/2015

Address of the supplier

| Madal Bal a.s.

Průmyslová zóna Příluky 244 760 01 Zlín

Model identification number| 43050; 43051; 43052
Type of the light source
Used type of the light source| LED
Directional or non-directional light source| Non-directional (NDLS)
Light source socket type (or other electrical interface)| G13
Mains or non-main light source| Mains (MLS)
Connected light source (CLS)| NO
Colour adjustable source| NO
Cover| Tube
Dimmable| NO
Light source with high brightness| NO
Glare guard| NO
General product parameters
El. power consumption in turned on state (kWh/1000 h)| 10 kWh/1000 h (model 43050)

18 kWh/1000 h (model 43051)

23 kWh/1000 h (model 43052)

Useful luminous flux Φuse (lm)

| Φuse1070 (model 43050) Φuse1975 (model 43051) Φuse2575 (model 43052)
Correlated colour temperature (K)| 4000 K (neutral white)

Power input when turned on PON (W)

| 9.9 W (model 43050)

18.4 W (model 43051)

23.4 W (model 43052)

Power input in stand-by mode Psb (W)| –
Power input in stand-by mode when connected to a communications network (Pnet) for CLS (W)| –
Colour rendering index CRI| 82
External dimensions (length × tube diameter)| 590 × 26 mm (model 43050)

1199 × 26 mm (model 43051)

1499 × 26 mm (model 43052)

Spectral composition of radiant flux

in the range 250-800 at full power output

| ****
Information about equivalent power input YES/NO If YES, equivalent power input (W)| NE / – (W)
Trichromatic coordinates (x and y)| 0.4287

0.3851

Directional light source parameters
Maximum luminosity (peak luminosity) (cd)| –
Half-peak divergence angle| –
Parameters for LED and OLED light sources
Colour rendering index value R9| –
Functional reliability factor (survival factor)| 90 % (0.9)
Ageing factor (lumen maintenance factor)| 95.8 %
Parameters for LED and OLED mains light sources
Basic harmonic function power factor (cos φ) (displacement factor)| > 0.7

Colour consistency in multiples of the MacAdams ellipse

| 3.5 (model 43050)

4.1 (model 43051)

4.1 (model 43052)

Claim that the LED light source substitutes for a light bulb without a special power ballast. If YES then claim about substitution (W)| – / – (W)
Flicker evaluation parameter (PstLM)| 0.1
Stroboscopic visibility measure (SVM)| < 0.4

References

• EXTOL - náradie pre remeselníkov, domácich majstrov aj profesionálov
• | Extol.cz
• Extol
• | Extol.hu

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