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10 / 2020

INSTALLATION GUIDE

GENERAL INFORMATION ABOUT ASSEMBLING LEDIL PRODUCTS

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 2

LEDiL Installation Guide

READ THE FOLLOWING INSTRUCTIONS BEFORE USING

LEDIL PRODUCTS TO ENSURE RELIABLE ASSEMBLY.

CONTENTS

MATERIALS 3

PMMA & PC 3

Silicone (as a lens material) 3

Heat durability of different materials 4

CHEMICALS 6

Glues / adhesives / potting / thread lock 6

Chemical resistance 7

Silicone 7

PMMA 7

PC 8

STRESS CRACKING 15

UV-RESISTANCE 16

Plexiglas guarantee 16

Silicone 16

PC 16

FIRE RATING 17

Fire ratings 17

Hot Wire Ignition (HWI) 18

High Amp Arc Ignition (HAI) 18

Outdoor suitability 18

LEDiL materials fire rating 19

TENSILE STRENGTH 20

TOLERANCES 21

INSTALLATION 23

Tape 23

Screw 24

Glue 25

Potting 25

Press-fit 25

Holder 25

Profiles 26

PCB design 27

LED assembly 27

LED chip positions 28

LED compatibility tolerances 2

Distance between lenses 28

Sealing and ingress protection of LEDiL optics 29

THERMAL MANAGEMENT 30

Heat sink machining 31

Thermal interface materials 31

Thermal measurements 32

METAL COATING 33

Vacuum Evaporation PVD 34

HMDS 34

STORAGE 35

LINKS TO USEFUL INFORMATION 35

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 3

LEDiL Installation Guide

PMMA:

• Rigid and hard

• Average chemical resistance

• Good UV-resistance (naturally UV-stable

technology)

• Good light transmission

PC:

• Very tough with excellent physical properties

• Good chemical resistance

• Good heat resistance

• Average UV-resistance (LEDiL uses

UV-stabilized clear PC-grade)

In general, PMMA is harder and more fragile than PC, which has greater resistance to impact and

heat. LEDiL uses many different types of PC in its products and the information given here is only valid

for Makrolon 2407. Although other types of PC offer similar properties their performance should be

verified separately.

Transparent polymers can reflect, absorb and refract visible light. Absorption causes the temperature

to increase in a lens and this should be taken into consideration during heat simulations. In general,

PMMA lenses have higher light transmission rates meaning less light is absorbed. PC on the other

hand has better heat resistance, but thicker parts can absorb more light resulting in increased internal

temperatures. LEDiL uses UV-stabilized clear PC for optics and all materials are f1-rated (UL746C-

standard is suitable for outdoor applications and meets UV and water exposure demands).

Silicone has excellent optical properties, great

impact strength, durability and high thermal

stability. Silicone’s elasticity allows complex

optical and functional forms and low viscosity

makes microstructural design possible. Silicone

has high stability in ultraviolet light and ozone

and can be used with UV LEDs where even UV

stabilized plastics are unsuitable.

MATERIALS

PMMA & PC (TRANSPARENT PLASTIC POLYMERS IN OPTICS)

SILICONE (AS A LENS MATERIAL)

Silicone:

• Excellent optical properties with even

better efficiency than glass

• Elasticity allows complex optical and

functional forms

• High thermal and UV stability

• Great impact strength

• Lightweight design (lighter than glass)

As part of our continuous research and improvement processes LEDiL reserves the right of changing material grades

without further notice to ensure best possible quality and availability of our products.

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 4

LEDiL Installation Guide

HEAT DURABILITY OF DIFFERENT MATERIALS

Sources of heat

Choosing the right material

LED lighting consumes much less power compared to other light sources such as bulbs, fluorescent

or energy saving lamps. These tiny light sources are at the focal point of worldwide continuous

improvement constantly pushing the edge of heat resistance and luminous output.

If in the early days of LED lighting the power consumption produced around 80°C or 90°C of heat,

today the extremely large COBs can produce around 150°C. This direction has led to a situation

where luminaire materials need to handle and dispose of more and more heat to ensure safe operation.

As a general rule 1/3 of an LED’s power consumption is turned into visible light and 2/3 into heat.

There are three sources that produce heat in LED lighting: conduction, convection and radiation. All of

these are extremely important when a new luminaire design is made but there are also other things to

consider regarding heat generation.

Some materials absorb more light than others. This means that an optic’s efficiency has a direct link

to how hot the lens will get. All sorts of dirt, dust and grease on the optical surface block some of the

light rays generating more heat inside the luminaire. During the product lifetime both of these effects

tend to increase and therefore speed up the aging process. Every luminaire element and component

that stops or reflects some of the light such as protective glass and shades, may also increase heat

inside the luminaire and therefore speed up the aging process.

Careful consideration should be given to all of these areas when designing a luminaire to ensure a

safe and long product lifetime. LEDiL products are designed and manufactured to meet high efficiency

values to help extend the product lifetime.

On the following page you can find a list of materials and recommended maximum service temperatures.

Please note that because of the complex nature and numerous variables involved in luminaire design

and manufacturing that affect the final product heat control, LEDiL cannot take responsibility for third

party solutions and designs we can’t control. It is always the customer’s responsibility to determine

and verify there is sufficient cooling and maintenance in the final product and its components.

“L a, V0 9 0 x74 0 Q has ‘1 \v“ x0

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 5

LEDiL Installation Guide

100

120

140

160

180

130

105 110 110 125 110 110

150

120

Same as base material

1.5 - 3

> 1.5

1.5

> 1.5

1.7

1.5

> 0.75

1.5

> 0.75

> 1

Max recommended service temperature (°C) Specimen thickness (mm) (UL Specification)

MATERIAL

LINK TO DATASHEETS

MAX RECOMMENDED

SERVICE TEMPERATURE (°C)

SPECIMEN THICKNESS (MM)

(UL SPECIFICATION)

ABS 70 1.5 - 3

HTPC APEC 1695 130 > 1.5

HRPC1)

70 1.5

HRPC2) (ANGELA, ANGELINA, BARBARA, MIRELLA-G2) 105 > 1.5

PA66GF15 110 1.7

PA66GF30 110 1.5

PBT 125 > 0.75

PC LEXAN 123R 90 (LONG TERM) 110 (SHORT TERM) > 0.75

PC MAKROLON 2407 90 (LONG TERM) 110 (SHORT TERM) > 0.75

PMMA (PLEXIGLAS 8N/ALTUGLAS V040) 80 1.5

POLYPROPYLENE 55 > 0.75

POM 85 > 0.75

SILICONE LENSES & SEALS 150 > 1

TAPE 120

METALLIZATION METHODS PRODUCT FAMILIES

PVD + LACQUER

(METALLIZED REFLECTORS) 80 ANGELETTE-WAS, BARBARA, BLONDIE, BOOM,

BOOMERANG, BRIDGET, BRITNEY, BRITNEY-TE, BROOKE,

LENA, LENINA, MINNIE, MIRELLA, REGINA, VENLA

HMDS METALLIZATION SAME AS BASE MATERIAL ANGELA, ANGELETTE, ANGELINA, BARBARA-XX-PF,

BROOKE-G2, MIRELLA-G2, BARBARA-G2, TYRA, TYRA2, TYRA3

(LISA2, RITA-A, RITA-B, RITA-WAS, BRITNEY-XW,

BOOM-MC-XW, LENINA-XW, LAURA-R-XW, LENA-

XWAS, TINA2-R-CLIP16, LEILA-R-CLIP16 LEILA, MINNIE-

XW, MINNIE-LT-XW, SAGA-FRAME, MIRELLAXW,

MIRELLA-40-XW, MIRELLA-50-XW, MIRELLA-50-WW-PF,

REBECCA-RGB-HLD, BROOKE-XW, BARBARA-XW)

COLD TEMPERATUES

Please note that in cold temperatures plastics tend to be harder,

stiffer and more brittle. Both PMMA and silicone optics can be

used in -40°C, but please note that while PC optics can also be

used in cold temperatures its impact strength decreases gradually.

E.g. in -30°C polycarbonate impact strenght is equal to PMMA.

Charpy notched

impact strength (kJ/m2)

-30°C

23°C

PC 2407

”IIIIIIIIIIIIIIIIIIIIIIIIIII’I’IIIII’I’III ”IIIIIIIIIIIIIIIIIIIIIIIIIII’I’IIIII’I’III

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 6

LEDiL Installation Guide

General instructions of use

We strongly recommend that every customer fully tests and takes the necessary precautions to ensure

there is complete chemical compatibility with each particular product, LEDs and other components.

Testing and verifying adhesives, potting agents, coatings and their combinations are always the

responsibility of the customer. Please also see sealing and ingress protection chapter on page 29.

All surfaces where adhesive is applied must be clean, dry and free from grease and dirt. If the PCB

surfaces need to be cleaned, please follow the LED manufacturer cleaning instructions carefully – this

is important as cleaning should, under no circumstances, damage LEDs or other electronic components

on the PCB. Please note optical components should not be cleaned with chemicals – only a micro

fiber cloth should be used to remove fingerprints or other traces from handling. To clean silicone lenses

use a low-pressure stream of water. We recommend cleaning metallized reflectors with gentle air

pressure or an air ionizer. When using adhesive, please follow the detailed instructions of the adhesive

manufacturer. E.g. note that different humidity and/or temperature levels may slow down the curing

process of the adhesive bond or shorten its lifetime

LEDiL Disclaimer:

LEDiL cannot take responsibility for the results obtained by third party methods we cannot control. It

is always the customer’s responsibility to determine the chemicals suitability for their product and to

take precautions for protection of property and persons against any hazards that may be involved

in the handling and use such of chemicals. LEDiL disclaims all warranties, including warranties of

merchantability or suitability for a particular purpose, arising from use of any adhesive product. LEDiL

disclaims any liability for consequential or incidental damages of any kind, including lost profits.

CHEMICALS

GLUES / ADHESIVES / POTTING / THREAD LOCK

www.ledil.com/cree-chemical-compatibility

Tested materials and test procedure by CREE™ NOTE: These tests have been made only with LEDs and

are not necessarily compatible with optical materials.

Compatibility must be tested in advance by the customer.

www.ledil.com/delo-adhesives

More information about bonding by DELO®

622

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 7

LEDiL Installation Guide

For more information:

CHEMICAL RESISTANCE

Silicone

LEDiL silicone lenses are made of VMQ, Vinyl Methyl group, general purpose silicone.

www.ledil.com/dow_corning_fluid_resistance_guide

PMMA

The chemical resistance of mouldings made from Plexiglas moulding powder (tables on pages 9-14)

• The behaviour in the tables on pages 9 to 14 relate to a test temperature of 23°C, a relative

humidity of 50% and mouldings with few internal stresses.

• The behaviour of injection mouldings made from Plexiglas moulding powder depends in practice

on the internal and external stresses, the orientation in the moulding and the change of temperature

in the resistance to solvents and swelling.

• Plexiglas moulding powder resists all factors met in normal use such as water, perspiration, ink,

lipstick, alkaline solutions and weak acids.

• As a result of the chemical structure, most organic solvents, e.g. aromatics, dissolve Plexiglas

moulding powder which does, however, resist aliphatic hydrocarbons.

• Do not join Plexiglas moulding powder to plasticized thermoplastics and elastomers because some

plasticisers migrate at high temperatures.

• Mouldings occasionally show residual stresses caused by processing or use, but this does not

have a negative effect on their resistance to fracture. Inducing to solvents or swelling agents may

however cause crazing.

• The material compatibility should be tested in advance in the actual application conditions.

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 8

LEDiL Installation Guide

General chemical behaviour

The chemical resistance of Makrolon® depends on the concentration of the substance, the temperature,

contact time and internal tension level of the polycarbonate sheet depending on fabrication. The

following types of damage can arise, sometimes more than one at the same time.

• Dissolving / Swelling

Low-molecular, aromatic, halogenated and polar components migrate into the plastic. The

damage can range from a sticky surface to complete dissolving.

• Stress cracking

Some chemicals migrate to a minor extend and in very low quantity into the surface, and

lead to relaxation of tensions in the material. This results in stress cracking, which can be

optically disturbing. Because of increased notch occurance, some mechanical properties

are negatively influenced. Stress cracking is usually easy to see in transparent sheets.

• Molecular reduction

Some properties of materials are determined by the molecular weight. If a substance

initiates a molecular reduction through a chemical reaction, the impact resistance and

elastic properties of the material will be influenced. Electrical properties are usually not

influenced, thermal properties are only slightly influenced by the molecular weight.

In the following tables (pages 9-14) you can find the resistance of Makrolon® to chemicals and

several other substances. The test results have been obtained at samples with low internal tensions,

which have been stored during 6 months in the substance at a temperature of 20°C, without any

mechanical load.

Apart from the nature of the substances, the chemical resistance also depends on the concentration

of the substance, the temperature during the contact, the contact time and the internal tension of the

tested specimen. This means that our products can be resistant to a number of chemicals for short

contacts, but are not resistant in the case of long exposure, such as performed in these tests. Therefore,

it is always recommended to execute a test in the actual application conditions. The tested substances

have been chosen according to their importance in several areas. In a lot of cases it is possible to

assume similar results for other chemically comparable substances, even if these have not been tested.

Our UV-protected materials (Makrolon® UV) are slightly more sensitive to chemicals in comparison to

unprotected materials, but in general the results shown in the table still comply.

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 9

LEDiL Installation Guide

Acetaldehyde X -

Acetic acid, up to 10% solution R -

Acetone X X

Acetylene R -

Acid-containing combustion gasses R -

Acrylate sealing compounds - X

Acrylic paints - O

Acrylonitril X -

Ajax ® R R

Alcohol, concentrated - X

Alcohol, up to 30% - R

All purpose adhesive - O

All-purpose glue O -

Allylalcohol O -

Alum R -

Aluminum chloride, saturated aqueous solution R -

Aluminum oxalate R -

Aluminum sulphate, saturated aqueous solution R -

Ammonia X R

Ammonia solution acids - R

Ammoniacal liquor X -

Ammonium chloride, saturated aqueous solution R -

Ammonium nitrate, saturated aqueous solution R -

Ammonium sulphate, saturated aqueous solution R -

Ammonium sulphide, saturated aqueous solution X -

Amylo acetate X -

Anfistatic plastics cleaner and preserving agent - R

Aniline X -

Antimony chloride, saturated aqueous solution R -

Antistatik C, 5% X -

Antistatikum 58 O -

Antistatischer Kunst-stoff-Reiniger + Pfleger - R

Aqueous solutions of pesticides - O

Aral BG ® 58 R -

Arquad 18 ®, 50% O -

Arsenic acid, 20% solution R -

Baktol®, 5% R -

BAKTOLAN, conc. - X

BAKTOLAN, up to 5% - R

Ballpoint paste Diplomat O -

Ballpoint paste Othello O -

Ballpoint paste V77 (Linz) R -

Basilit ® UAK, 20% in water (wood protection agent) R -

Battery acid R -

Baysilon ® Silicone oil R -

Benzaldehyde X -

Benzene X -

Benzoic acid X -

Benzyl alcohol X -

BFK cleaner - R

Bitumen emulsion - X

Bleach - R

Bleaching agent R -

Blood R -

BOLIMENT - O

Borax, saturated aqueous solution R -

Boric acid R -

BOTTCHERIN - R

BP Energol EM 100 ® R -

BP Energol HL 100 ® R -

BP H LR 65 ® R -

Brake fluid (ATE) X -

Bromic benzene X -

Bromine X -

Bromine vapours, dry - O

BURMAT - R

BURNUS - R

Butane (liquid or gaseous) R -

Butanol R -

Butyl acetate X -

Butyl lactate - X

Butylene glycol R -

Butyric acid X -

Cable isolation oil IG 1402 R -

Cable isolation oil KH 190 R -

Calcium chloride,saturated aqueous solution, R -

Calcium hypochloride R -

Calcium nitrate, saturated aqueous solution R -

Calcium soap, fat/pure R -

Calciumsoap fat R -

Calgonit ® dishwassing X -

Calgonit ® rinsing agent R -

Calgonit D ®, DM, DA, R X -

CALGONIT D, DA, S - R

Calgonit S ®, 1% R -

Camphor oil X -

Carbolic acid X -

Carbolic acid (sas) - X

SUBSTANCE PC PMMA SUBSTANCE PC PMMA

R = Resistant

O = Limited resistance

X = No resistance

v = Vapour

c = Concentrate

g = Gas

m = Metallic

sas = Saturated aqueous solution

i.w. = In water

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 10

LEDiL Installation Guide

Carbon acid, wet R -

Carbon dioxide - R

Carbon disulphide X X

Carbon monoxide R R

Carbon tetrachloride - X

Castor oil R -

Cellux-sticking foils ® R -

Cement R R

CHINOSOL, up to 1% - R

Chlor. lime paste (sas) - R

CHLORAMIN, paste - X

CHLORAMIN, solution - R

Chlorine benzene X -

Chlorine gas, dry O -

Chlorine gas, wet X -

Chlorine lime slurry R -

Chlorine lime, 2% in water R -

Chlorine vapours, dry - O

Chloroamine R -

Chloroform X -

Chrom alum, saturated aqueous solution R -

Chromic acid, 20% in water R -

CILLIT-GRON - R

Citric acid R -

Citric acid, up to 20% (sas) - R

Cleaning gasoline R -

CLOPHEN T 55, A 60 - R

Coal gas, natural gas - R

Cod-liver oil R -

Contact oil 61 R -

Copper sulphate, saturated aqueous solution R -

Corrosive sublimate - R

Cresol X -

Cupric chloride, saturated aqueous solution R -

Cuprous chloride, saturated aqueous solution R -

Cyclo hexane X -

Cyclo hexanol O -

Cyclo hexanone X -

DDT X -

DEKALIN - O

Dekaline R -

Delegol ®, 5% R -

Delu-Antistatiklösung ® R -

Diamyl phthalate X -

Dibutyl phthalate (plasticizer) X -

DIEGEL liquid film 23922 - R

Diesel oil O -

Diethylene glykol R -

Diethylether X -

Diglycolic acid, saturated aqueous solution R -

Dimamin T, 5% O -

Dimethyl formamide X -

Dinonyl phthalate (plasticizer) O -

Dioctyl phthalate (plasticizer) O -

Dioxane X -

Diphyl 5,3 O -

Dor ® R R

DOSYL - R

DOSYLAN - R

Drilling oil X -

E 605 ®, 0,5% (pesticide) X -

E 605 ®, conc. X -

Electroplating baths - R

ELMOCID GAMMA, up to 2% - R

Esso Estic 42-45 ® R -

Ether X -

Ethyl alcohol, 96% pure R -

Ethyl amine X -

Ethyl bromide X -

Ethylene chlorhydrine X -

Ethylene chloride X -

Ethylene glykol R -

FAKO polish - R

FAKO polishing paste - R

Ferritrichloride, saturated aqueous solution R -

Ferro bisulphate R -

Fewa ® R R

Final-photo developer (normal use concentration) R -

Fish oil R -

Foam plastics - R

Foam plastics, plasticise - X

Formaline, 10%ig R -

Formic acid, 30% O -

FRAPPIN - R

Freon ® TF (propellant) R -

Freon ® T-WD 602 (propellant) R -

Frigen ® 113, R113 (propellant) R -

FRIGEN A 12 (CF2 Cl2) - O

SUBSTANCE PC PMMA SUBSTANCE PC PMMA

R = Resistant

O = Limited resistance

X = No resistance

v = Vapour

c = Concentrate

g = Gas

m = Metallic

sas = Saturated aqueous solution

i.w. = In water

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 11

LEDiL Installation Guide

Fuel oil O O -

FULLBOX - R

GASOLIN, depending on the blend - O

Gasoline R -

Gasoline, normal O -

Gasoline, super X -

Geha stamping ink R -

GLYBAL A - X

Glycerine O -

Glycol R -

Green chrom oxide (polish paste) R -

Green soap R -

Gypsum - R

HB 155 - R

Heptane R -

Hexane R -

Horolith M ® R -

Hot bitumen - O

Household soap R -

Hydraulik oil Vac HLP 16 R -

Hydrochloric acid (c) - R

Hydrochloric acid, 20% R -

Hydrochloric acid, conc. X -

Hydrofluoric acid, 5% R -

Hydrofluoric acid, conc. X -

Hydrofluorosilicic acid, 30% R -

Hydrogen peroxide R -

Hydrogen peroxide, 30% R -

Hydrogen peroxide, over 40% i.w. - O

Hydrogen peroxide, up to 40% i.w. - R

Hydrogen sulphide R R

Impact ®, 0,2% O -

Indian ink S X -

Indian ink T R -

Industrial spirit - X

Insulating tape - R

Into-Fensterklar ® R -

Iodine X -

Iodine tincture O -

Isoamyl alcohol O -

Isolation tape R -

Isopropyl alcohol R X

Jet engine fuel JP 4 (Kp 97-209°C) O -

Kaltron ® 113 MDR (propellant) R -

Kerosene (Flugbenzin) X -

KOPPERSCHMIDT covering paste - R

Lactic acid, 10% in water R -

Lactic acid, up to 20% i.w. - O

LAVAPLEX - R

Lead tetraethylene, 10% in gasoline O -

Lighting gas R -

Ligroin (hydrocarbon compound) R -

Lime milk, 30% in water O -

Lubricant based on nafta R -

Lubricant based on paraffin R -

Lubricant R2 Darina ® R -

Lugol solution - R

LYSOFORM - X

Lysoform, 2% R -

Magnesium chloride - R

Magnesium chloride, saturated aqueous solution R -

Magnesium sulphate - R

Magnesium sulphate, saturated aqueous solution R -

Maktol ® R -

Manganous sulphate, saturated aqueous solution R -

Marlon ®, 1% (moisturizing agent) R -

MEFAROL, up to 1% - R

MERCKOJOD, up to 1% - R

Mercuro chloride, saturated aqueous solution R -

Mercury R R

Merfen ®, 2% R R

Metasystox ®, 0,5% (pesticide) X -

Methacrylic acid-methyester (MMA) X -

Methane R R

Methanol X -

Methanol, concentrated - X

Methanol, up to 30% - O

Methyl amine X -

Methyl ethyl ketone (MEK) X X

Methylene chloride X -

Mobil DTE Oil-Light ® R -

Mobil Special Oil 10 W 30 ® R -

Molikote ® -Paste R -

Molikote ® -Powder R -

Monobromonaphthalene - R

Mortar - R

Motor fuel blend contg. Benzene - X

R = Resistant

O = Limited resistance

X = No resistance

v = Vapour

c = Concentrate

g = Gas

m = Metallic

sas = Saturated aqueous solution

i.w. = In water

SUBSTANCE PC PMMA SUBSTANCE PC PMMA

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 12

LEDiL Installation Guide

Motor fuel blend, free from benzene - R

Multi-Marker (Faber-Castell) O -

Nato-Turbine oil 0-250 R -

Natril ® R -

Natural rubber R -

Nekal BX ®, 2% (moisturizing agent) R -

NEOMOSCAN M, M-powder - R

Neutol ® photo developer (normal use concentration) R -

NEXION stable spray - R

Nickel sulphate (sas) - R

Niroklar GR liquid - R

Niroklar GR powder - R

Nitric acid, 10% R -

Nitric acid, 10-20% O -

Nitric acid, 20 to 70% i.w. - O

Nitric acid, 20% X -

Nitric acid, over 70% i.w. - X

Nitric acid, up to 20% i.w. - O

Nitric Gas, dry X -

Nitrobenzene X -

Nitrocellulose lacquers - X

Nitrogen dioxide - R

Nitrogen monoxide - R

O Sprays (in the surroundings) - O

Oil paints, pure - R

Oktozon ®, 1% R -

Oleic acid, conc. R -

Omo ® R -

Orthozid ® 50, 0,5% (pesticide) R -

Oxalic acid (sas) - R

Oxalic acid, 10% in water R -

Oxygen R R

Ozone R R

P 3 - R

P 3 basic cleaner - O

P3 Asepto ® X -

PALATINOL K - R

PALATINOL O, BB neu - O

Pantex ®, 2% R -

Paraffin oil R -

PATTEX special glue - O

Pelikan Royal Blue 4001 R -

Pentane R -

PERBUNAN - R

Perbunan C ® R -

Perchloric acid, 10% in water R -

Perchloric acid, concentrated O -

Perchloro ethylene X X

Perhydrol R R

Perhydrol, 30% R -

PERODIN - R

Persil ® O R

Persoftal ®, 2% R -

Perspex Polish 3 ® R -

Petrol ether - R

Petrol, contg. aromatic substances - X

Petrol, non-aromatic - R

Petrol, pure - R

Petroleum O O

Petroleum ether O -

Petroleum spirit R -

Phenol X -

Phenols - X

Phenyl ethyl alcohol X -

Phosphates - R

Phosphonc acid, up to 10% i.w. - R

Phosphor trichloride X -

Phosphoric acid, conc. R -

Phosphoric oxichloride X -

Phosphorus trichloride - X

Phosphorus, white - X

Photochemical baths - R

Picric acid, 1% i.w. - R

Plaster R -

Plasticiserfree glazing kit R -

Plexiklar ® R R

PLEXISOL adhesive - O

PLEXIT - O

PLEXTOL adhesive - R

PLK 4 (wood protection agent) R -

Polifac grinding paste ® R -

Polishing wax R -

Polyamide R R

Polyethylene R R

Polymer plasticizer O O -

Polyran ® MM 25 (lubricant) R -

Polyvinylchloride (plasticizer free) R -

Polyvinylchloride, (containing plasticizer) O -

SUBSTANCE PC PMMA SUBSTANCE PC PMMA

R = Resistant

O = Limited resistance

X = No resistance

v = Vapour

c = Concentrate

g = Gas

m = Metallic

sas = Saturated aqueous solution

i.w. = In water

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

Potassium aluminum sulpate, (sas) R -

Potassium bichromate, (sas) R -

Potassium bromide, (sas) R -

Potassium carbonate, (sas) R -

Potassium chloride, (sas) R -

Potassium cyanide X -

Potassium hydroxide X -

Potassium metabisulphide, 4% in water R -

Potassium nitrate, saturated aqueous solution R -

Potassium perchlorate, 10% i.w. R -

Potassium permanganate, 10% i.w R -

Potassium persulphate, 10% i.w. R -

Potassium rhodanide, (sas) R -

Potassium sulphate, (sas) R -

Pril ® R R

Propane gas R -

Propargyl alcohol R -

Propionic acid, 20% R -

Propionic acid, conc. X -

Propyl alcohol R -

Propylene - R

Putty R -

PVC - R

PVC, plasticised - X

Pyridine X X

RABOND stable spray - R

Rapdosept ® O -

Rape oil R -

Red lead - R

Rei ® R R

Resorcin oil solution, 1% R -

Resorcinol solutions, 1% R -

Riseptin ® R -

Rubber - R

Rubber, plasticised - X

Sagrotan ®, 5% O O

SAGROTAN, up to 2% - R

SANGAJOL - R

Sea water R -

Sealing strips, (FAKO, TEROSTAT, PRESTIK) - R

SEIFIX - R

Sewing machine oil R -

Shell IP 4 (fuel) X -

Shell Spirax 90 EP ® R -

Shell Tellus 11-33 ® O -

Shell Tellus 33 ® O -

Sidolin ® R X

Silicon tetrachloride - X

Silicone oil R -

Silicone rubber (acetic acid curing) - O

Silicone rubber (Camino curing) - R

Siliconoil emulsion R -

Silver nitrate (sas) - R

Skydrol 500 A ® X -

Soap solution - R

Soap suds O -

Sod. hydroxide soln. - R

Soda R R

Soda water - R

Sodium bicarbonate, (sas) R -

Sodium bisulphate, (sas) R -

Sodium bisulphide, (sas) R -

Sodium bisulphite - R

Sodium carbonate - R

Sodium carbonate, (sas) R -

Sodium chlorate (sas) R R

Sodium chloride (sas) R R

Sodium hydroxide X -

Sodium hypochloride, 5% in water R -

Sodium hypochlorite - R

Sodium soap fat R -

Sodium sulphate - R

Sodium sulphate, (sas) R -

Sodium sulphide - R

Sodium sulphide, (sas) O -

Somat W ® 731 O -

SPECTROL - X

Spirit, pure R -

SPRAYLAT - O

SPULI - R

Stain remover Alkaline solutions - X

Stannous chloride - R

Starch R -

Statexan AN ® R -

Stearic acid - R

Styrene X -

Sublimate R -

R = Resistant

O = Limited resistance

X = No resistance

v = Vapour

c = Concentrate

g = Gas

m = Metallic

sas = Saturated aqueous solution

i.w. = In water

SUBSTANCE PC PMMA SUBSTANCE PC PMMA

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

Sublimate, (sas) R -

Sulphur R -

Sulphur (c) - R

Sulphur dioxide O -

Sulphur dioxide (dry) - R

Sulphur dioxide, liquid - X

Sulphuric acid, 50% R -

Sulphuric acid, 70% O -

Sulphuric acid, conc. X -

Sulphuric acid, up to 30% i.w. - R

Sulphurous acid, 10% X -

Sulphurous acid, (c) - O

Sulphurous acid, up to 5% - R

Sulphuryl chloride X R

Suwa ® R -

Sweat, acid (pH 4,7) R -

sweat, alkaline (pH 9,5) O -

Tanigan ® CLS, 30% O -

Tanigan ® CV O -

Tannic acid X -

Tanning oil Brunofix ® R -

Tartaric acid, 10% R -

Tartaric acid, 50% i.w - R

TB Lysoform X -

TERAPIN - R

Terostat ® R -

Tesafilm ® R -

Tesamoll ® R -

Test fuel X -

Tetrachlorocarbon X -

Tetrachloroethane X -

Tetrahydrofurane X -

Tetralin - X

Tetraline X -

Texaco Regal Oil BRUO ® R -

Texaco Regal Oil CRUO ® R -

Thenocalor N R -

Thinners in general - X

Thiokol rubber (one- and two-component grades) - X

Thionyl chloride - X

Thiophene X -

Tincture of iodine, 5% - X

Toluene X X

Trichloro acetic acid, 10% O -

Trichloroacetic acid - X

Trichloroethyl amine X -

Trichloroethyl phosphate (plasticizer) O -

Trichloroethylene X -

Tricresyl phosphate - R

Tricresyl phosphate (plasticizer) X -

Triethylamine - R

Trosilin F ® extra, 2% R -

Trosilin G extra ®, 1,5% R -

Tuba ® carpet shampoo, (c) O -

Turbo oil 29 R -

Turpentine - O

Turpentine ersatz R -

Turpentine substitute - O

Urea, (sas) R -

VALVANOL, up to 2% - O

Valvoline WA 4-7 O -

Varnish O -

Waste gases contg. hydrochloric acid - R

Waste gases contg. sulphuric acid - R

Water R -

WC-00 - R

Whale fat R -

Visor-Pen 7 blau R -

WK 60 ® (Kron-Chemie) R -

X Sprays (applied directly) - X

Xylene X X

Zephirol ® O -

ZEPHIROL, up to 5% - R

Zinc chloride, (sas) R -

Zinc oxide R -

Zinc sulphate, aqueous - R

Zinc sulphate, (sas) R -

Zinc sulphate, solid - R

ÄTHROL, up to 5% - O

SUBSTANCE PC PMMA SUBSTANCE PC PMMA

R = Resistant

O = Limited resistance

X = No resistance

v = Vapour

c = Concentrate

g = Gas

m = Metallic

sas = Saturated aqueous solution

i.w. = In water

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 15

LEDiL Installation Guide

STRESS CRACKING

LEDiL products are designed and manufactured to avoid internal stress as much as possible, but this can’t

be totally avoided. Common optical grade thermoplastics are vulnerable to cracking from a combination of

external or internal stress sources and chemicals.

Even relatively small concentrations of stress-cracking agent may be sufficient to cause the cracking, but in

many cases it´s caused by a combination of several factors.

Possible factors that cause cracking

• Manufacturing process

• Temperature changes

- Thermal expansion and shrinking

• Chemical exposure

- Detergents

- Surface active chemicals

- Lubricants

- Oils

- Ultra-pure water

- Plating additives such as brighteners and wetting agents

- Lock-thread fluids

• Screw type, torque and other fastening methods

SEE OUR VIDEO

ABOUT CHEMICALS

IN LED LIGHTING

https://youtu.be/lZUkBsXcnCU

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

For more information:

UV-RESISTANCE

SILICONE

Plastics degenerate differently when exposed to UV-light. Some plastics may show dramatic changes,

turning yellow or losing some of their transmission properties over a long period of time. This must be

considered when choosing materials for your application.

LEDiL has conducted extensive UV-testing over the years for various different materials and found that

even materials that tend to have very heavy yellowing will not significantly suffer from efficiency loss.

However yellowing may cause the colour temperature to change to warmer tones.

PLEXIGLAS® guarantees their materials will not show yellowing and will retain a high level of light

transmission for 30 years.

Dow Corning ® MS silicones have very high UV-resistance with no yellowing, and are highly

transparent to radiation all the way down to IR-wavelengths.

Good for applications that require higher impact resistance, but will show noticeable yellowing over

time when exposed to UV-radiation. Therefore LEDiL does not recommend using products made of PC

in applications where exposure to UV-radiation is high. To avoid yellowing special filtering glasses

can be used to block out all the damaging UV from sunlight. After a very long period of time ultraviolet

light may also cause some brittleness in the material and LEDiL recommends using plastic washers with

fasteners to decrease mechanical stresses.

www.ledil.com/plexiglas_guarantee

Plexiglas guarantee

PMMA

High UV-resistance with no yellowing. For better impact resistance protective glass is needed.

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

FIRE RATING

Fire resistance testing is carried out as stated in the UL94 standard. The standard classifies plastics

according to the burning rate in different positions and different-sized pieces. All LEDiL materials have

UL94 standard fire rating. For metallized products UL-class confirmation tests were carried out by

Tampere University of Technology.

• HB Slow burning on a horizontal specimen;

burning rate < 76mm/min for thickness < 3mm or burning stops before 100mm

• V-2 Burning stops within 30 seconds on a vertical specimen;

drips of flaming particles are allowed.

• V-1 Burning stops within 30 seconds on a vertical specimen;

drips of particles allowed as long as they are not inflamed.

• V-0 Burning stops within 10 seconds on a vertical specimen;

drips of particles allowed as long as they are not inflamed.

• 5VB Burning stops within 60 seconds on a vertical specimen;

no drips allowed; plaque specimens may develop a hole.

• 5VA Burning stops within 60 seconds on a vertical specimen;

no drips allowed; plaque specimens may not develop a hole

Fire ratings

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

OUTDOOR SUITABILITY

The number of arc rupture exposures necessary to ignite a material when they are applied at a

standard rate on the surface of the material. Performance Level Categories (PLC) were introduced to

avoid excessive implied precision and bias.

HAI Mean Number of Arcs

PLC0 120 and greater

PLC1 60 through 119

PLC2 30 through 59

PLC3 15 through 29

PLC4 <15

Materials considered suitable for outdoor use have been subjected to ultraviolet (UV) light exposure and/

or water immersion. UV exposure is performed by using either a twin-enclosed carbon weatherometer

for 720 hours, or a xenon-arc weatherometer for 1000 hours. Water immersion testing is performed

for 7 days at 70°C. Specimens are tested before and after exposure for flammability, mechanical

impact and mechanical strength. Materials whose properties are not significantly degraded in any of

these areas are considered to have passed and are suitable for outdoor use.

HIGH AMP ARC IGNITION (HAI)

Test specimens are wrapped with resistance wire that dissipates a specified level of energy. HWI is

the time it takes to either ignite or burn through a specimen. Performance Level Categories (PLC) were

introduced to avoid excessive implied precision and bias.

HWI Mean Ignition Time (sec)

PLC0 120 and longer

PLC1 60 through 119

PLC2 30 through 59

PLC3 15 through 29

PLC4 7 through 14

PLC5 < 7

HOT WIRE IGNITION (HWI)

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

MATERIAL

PMMA PC PC PC PC Silicone Silicone Silicone seal Ultramid

MANUFACTURER

Evonik

plexiglas

Bayer

Makrolon

2407

Sabic

Lexan

123R

HRPC HTPC harder softer Silicone seal BASF

A3EG6

FLAME RATING TEST METHOD VALUE

0.75mm UL 94 V-2 HB HB HB

0.75mm IEC 60695-11-10,20 V-2 HB40 HB75 HB75

1.00mm UL 94 HB HB

1.00mm IEC 60695-11-10,20 HB75 HB75

1.50mm UL 94 HB HB V-0 HB HB

1.50mm IEC 60695-11-10,20 HB75 HB75 V-0 HB75 HB75

1.50mm to 2.60mm UL 94, IEC 60695-11-10,20 V-2

2.50mm UL 94 V-0, 5VB

2.50mm IEC 60695-11-10,20 V-0, 5VB

2.70mm UL 94 HB

2.70mm IEC 60695-11-10,20 HB75

3.00mm UL 94 HB HB V-0, 5VA HB HB HB HB

3.00mm IEC 60695-11-10,20 HB40 HB75 V-0, 5VA HB40 HB40 HB40 HB40

4.00mm - 4.3mm UL 94 V-0

4.00mm - 4.3mm IEC 60695-11-10,20 V-0

6.00mm UL 94 HB HB

6.00mm IEC 60695-11-10,20 HB40 HB40

Hot-wire ignition (HWI)

1.00mm UL746 PLC4 PLC4 PLC4

1.50mm UL746 PLC4

1.50-2.60mm UL746 PLC3

2.70mm UL746 PLC3

3.00mm UL746 PLC2 PLC4 PLC2 PLC4 PLC1

6.00mm UL746 PLC0 PLC0

High Amp Arc Ignition (HAI)

1.00mm UL746 PLC1 PLC0 PLC0

1.50mm UL746 PLC2

1.50-2.60mm UL746 PLC0

2.70mm UL746 PLC0

3.00mm UL746 PLC0 PLC1 PLC0 PLC0 PLC0

6.00mm UL746 PLC0 PLC0

RTI Elec. (1.50mm) UL 94 90°C 125°C 130°C 120°C 140°C 150°C 150°C 150°C

(4,0-4,3mm) 120°C

RTI Imp. (1.50mm) UL 94 90°C 115°C 125°C 105°C 130°C 150°C 150°C 150°C

(4,0-4,3mm) 120°C

RTI Str. (1.50mm) UL 94 90°C 125°C 125°C 120°C 140°C 150°C 150°C 150°C

(4,0-4,3mm) 130°C

Physical Outdoor suitability UL 746C f1 f1 f1 f1 f1

FlammabilityElectricalThermal

Rating Description

f1 The material has met both UV and water immersion requirements.

f2 The material has met either UV or water immersion requirements, or has only been partially tested.

LEDiL materials fire rating

• HWI, HAI, RTI and physical

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

TENSILE STRENGTH

LEDiL tests its products to meet or exceed tensile strength requirements and standards; this

includes tape fastening, third party adhesives and mechanical structures such as pins.

LEDiL Disclaimer:

LEDiL cannot take responsibility for the results obtained by third party methods we cannot

control. It is always the customer’s responsibility to determine and verify the sufficient tensile

strenght in the final product and its components.

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

TOLERANCES

GENERAL TOLERANCES FOR LINEAR

DIMENSIONS (DIN 16901-130)

Linear dimensions (mm) (mm)

a ≤ 1 ± 0.18

1 < a ≤ 3 ± 0.19

3 < a ≤ 6 ± 0.20

6 < a ≤ 10 ± 0.21

10 < a ≤ 15 ± 0.23

15 < a ≤ 22 ± 0.25

22 < a ≤ 30 ± 0.27

30 < a ≤ 40 ± 0.30

40 < a ≤ 53 ± 0.34

53 < a ≤ 70 ± 0.38

70 < a ≤ 90 ± 0.44

90 < a ≤ 120 ± 0.51

120 < a ≤ 160 ± 0.60

160 < a ≤ 200 ± 0.70

200 < a ≤ 250 ± 0.90

250 < a≤ 315 ± 1.10

315 < a ≤ 400 ± 1.30

GENERAL TOLERANCES FOR PRODUCTS MADE

OUT FROM SILICONE (ISO 3302-1 CLASS M3)

Dimensions (mm) (mm)

a ≤ 6.3 ± 0.40

6.3 < a ≤ 10 ± 0.50

10 < a ≤ 16 ± 0.60

16 < a ≤ 25 ± 0.80

25 < a ≤ 40 ± 1.00

40 < a ≤ 63 ± 1.30

63 < a ≤ 100 ± 1.60

100 < a ≤ 160 ± 2.00

> 160 ± 1.3%

ISO 3302-1 Class M3

International Standard ISO 3302-1 was

prepared by Technical Committee ISO/

TC 45, Rubber and rubber products,

Subcommittee SC 4, Miscellaneous

products.

The tolerances are primarily intended for

use with vulcanized rubber but may also be

suitable for products made of thermoplastic

rubbers.

DIN 16901-130

The tolerances in this standard

are applicable to the dimensions of plastic

mouldings produced from thermoplastic

and thermosetting moulding materials by

compression moulding, transfer moulding,

compression injection moulding or injection

moulding;

are not applicable to extrusions, blow-

moulded or foamed mouldings, deep

drawn parts, sintered parts and parts

produced by a chip removal machining

process.

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

SFS 3947 GENERAL TOLERANCES FOR EXTRUDED

PRODUCTS (SFS 3947)

Dimensions (mm) (mm)

0.1 < a ≤ 0.4 ± 0.05

0.5 < a ≤ 0.9 ± 0.1

1 < a ≤ 2.9 ± 0.2

3 < a ≤ 5.9 ± 0.3

6 < a ≤ 9.9 ± 0.35

10 < a ≤ 15.9 ± 0.45

16 < a ≤ 21.9 ± 0.55

22 < a ≤ 29.9 ± 0.7

30 < a ≤ 49.9 ± 0.8

50 < a ≤ 80 ± 1.2

> 80 ± 1.6

V III,I”IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII 563— 5 ‘Illll’lllllll’lllllll’lllllll’lllllll’lllll A

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

INSTALLATION

LEDiL products supplied with tape use either double-sided foam (polyurethane) or double-sided high-

performance acrylic, with an acrylic pressure-sensitive adhesive coating on both sides.

All surfaces where tape is applied must be straight, clean, dry and free from grease and dirt. The

taped components should be firmly held for 1-5 seconds to ensure the best possible bond. The tape will

reach its final strength in 24-72 hours, depending on the tape, materials and the ambient conditions.

Any chemical used during the installation process may damage both the LED or the lens. Please

ensure that all harmful chemicals have been fully removed before applying these components. Optical

components should not be cleaned with any chemicals – only a micro fibre cloth should be used for

cleaning.

In extreme conditions (heavy or prolonged exposure to high ultraviolet radiation, moisture, temperature

changes, constant or sudden vibrations etc.) LEDiL recommends using glue or screws to ensure reliable

operation. Alternatively tapes can be used to absorb small vibrations.

See specific technical properties from the documents below.

Adhesive tape used in LEDiL optics and assemblies (PU-tape)

www.ledil.com/adhesive_tape_(pu)

Adhesive tape used in LEDiL optics and assemblies (Acrylic)

www.ledil.com/adhesive_tape_(acrylic)

TAPE

We ask customers to check and fully test the suitability of the fastening and bonding integrity for

their product. For example, mechanical stress, humidity, temperature fluctuation, vibration and holes

on the surface of the circuit board can weaken the strength of the fastening and bonding. Final

testing and verifying of fastening methods, adhesives and their combinations are always the customer’s

responsibility. Always wear cotton gloves when handling optical parts and their accessories.

www.ledil.com/support/#datasheets

For more information:

:{% %

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

SCREW

The following is only general information and for more details about tightening and exceptions please

download the datasheet for each product.

For most of the products screws are of type M3. (DIN 7985, ISO 7045/ISO 14583 TX), with

maximum tightening torque of 0.6 Nm.

Countersunk screws are not allowed, and self-tapping screws are not recommended. Thread forming

or rolling screws are not allowed due to lack of control of the tightening torque.

LEDiL recommends using M3 nylon washers (DIN 125 / ISO 7089) between the screws and the lens

to minimize stresses induced by fastening torque.

DIN 7985 / ISO 7045 / SFS 2976

Thread Size M3

dk 6 mm

d 3 mm

k max 2.52 mm

L 4-22 mm

DIN 965 / ISO 7046 / SFS 2977

Thread Size M3

dk 5.6 mm

d 3 mm

k max 1.65 mm

L 4 – 22 mm

90˚

Please note:

Differing from other lenses, the CS14145_STRADA-IP-2X6-DWC-90 module needs countersunk

screws of type M3 (DIN 965) for fastening the PCB to the heatsink.

If the design requires it, it is possible to use ultra-low head cap screws.

www.ledil.com/ultra-low-screw

For more information:

G 622 HOLDER

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LEDiL Installation Guide

www.ledil.com/delo-adhesives

More information about bonding by DELO®

HOLDER

LEDiL´s holders are generally very straightforward and easy to assemble. They can be fastened with either

positioning pins, clips or screws. If there is a certain installation requirement, for example in some of the

ROSE-lenses, it is mentioned in the corresponding datasheet or application note.

LEDiL Disclaimer:

Some holders may allow multiple installations after the optics are removed, but LEDiL does not guarantee

this or accept liability in any circumstances where possible malfunctioning or damage to the product,

component, individual or property is caused by such actions.

PRESS-FIT

Please note that LEDiL’s press-fit products are designed to be

assembled only once and pins won’t withstand unfastening.

Align the pins in the socket with the holes in the reflector feet and

press the reflector fully into the socket. Make sure you push the

reflector evenly.

LEDiL’s press-fit fasteners for the FLORENCE-3R product family are

designed for electrical appliances that may, for security or safety

reasons, require restricted access. They feature tamper-proof

luminaire assembly and class 1 light fitting.

BARBARA-PF

GLUE

Contact your local bonding manufacturer such as DELO® or LOCTITE® for recommended adhesives

for your product.

Contact your local bonding manufacturer such as DELO® or LOCTITE® for recommended adhesives

for your product.

POTTING

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

PROFILES

Some LEDiL lenses are designed to fit existing aluminium profiles like GIZA from Klus for example.

(https://klusdesign.com/product/42)

Currently supported product families:

• FLORENCE-1R

• FLORENTINA

• ZENIA

LEDiL Clips:

Achieve a sleak and uniform luminaire exterior by connecting

lenses in continuous rows with LEDiL retaining clips.

Clip A and C for installation on a plate and Clip B for profile

installation

• C14353_FLORENCE-1R-CLIP-A for 40 mm wide

PCB´s (like Philips Fortimo) and screw mount

• C14409_FLORENCE-1R-CLIP-B fits straight into

aluminum profile, no screws needed.

• C14751_FLORENCE-1R-CLIP-C for 24 mm

wide PCB´s and screw mount

C14353_FLORENCE-1R-CLIP-A

C14409_FLORENCE-1R-CLIP-B

FLORENCE-1R assembly

Place the lens in the aluminium profile and fasten it with the clips.

Make sure the whole lens is evened out and that every hole

reserved for connectors are hidden inside the profile.

The fastening clips will be installed on both sides of every

lens. This allows lenses to be connected in a continuous row to

achieve uniform appearance.

SEE OUR VIDEO

ABOUT FLORENCE-1R

ASSEMBLY https://youtu.be/ZP6QxR3hS6Q

I* ' *I I- ' ‘ -I 0-. 0.0 _._ O O O O + +—I— 0.0 0.0 I" o o "I I . ’[ +I

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LEDiL Installation Guide

PCB DESIGN

Make sure that the LEDs optical center is aligned correctly under the lens, for it may not always be at

the centre of the LEDs frame. For example in the Philips Lumileds Rebel series, the tolerance for LED

positioning is ±0.1mm.

Many LEDiL optics have positioning pins that require holes in the PCB. The holes need to be 0.1

mm larger than the pin size with +0.1/-0 mm tolerance limits. The tolerance for the holes location is

±0.1 mm. Some LEDiL optics have position pins shaped as + and – . In these cases the + shaped pin

needs to have a round hole and the – shaped pin an oblong hole. This leaves more room for thermal

expansion.

Some LEDiL products have clips to fasten the optics straight on to the PCB. The little claws that go under

the PCB need to have enough empty space reserved for them. Note that the clips can only be used

with 1.6 mm thick PCBs. In most cases the PCB needs to be 1.6 mm thick, but in some special cases

this may also vary.

Always remember to check the corresponding product datasheet for any special requirements.

We recommend LED assembly

tolerance of ±0.1 mm. For

accurate positioning good solder

pad design is necessary. If the

solder pad is not the right size

and shape the LED alignment may

suffer significantly.

The amount of solder paste is also

important. The height of the LED

might vary a lot depending on the

quantity of solder paste, and may

even cause the LED to be askew.

LED ASSEMBLY

LED not aligned correctly

Too much solder paste under the LED

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 28

LEDiL Installation Guide

LED COMPATIBILITY TOLERANCES

DISTANCE BETWEEN LENSES

For an LED to be mechanically compatible with our lenses there must be 0.2 mm safety distance

between the LED and the closest part of he lens design. With products that come with installation tape

this safety margin must be 0.3 mm. These numbers come from the fact that the TIM or soldering paste

between the LED and the heat sink is approximately 0.1 mm thick, and installation tape requires an

additional 0.1 mm for natural shrinkage.

Many LEDiL products have a module based structure and can be installed next to each other without

any noticeable shading. Some lenses from the same product family can even be mixed together and

used inside the same luminaire.

As a general guideline, we recommend lens distances follow the same pattern as the LED pitches

inside one module. Usually the easiest way to calculate position to the next module is between the

centre points, rather than using sides or optics.

Please remember to visit our website www.ledil.com to see if there are more recent installation guides

or application notes available for individual products.

LED CHIP POSITIONS

Pleae note that due to varying asymmetric chip

locations, especially on mid-power LEDs, the exact

source of light is not always located at the centre of

the LED packet. Take this into account when making or

choosing PCB designs.

If maximum uniformity is required LEDiL recommends

rotating such LEDs on the PCB in a regular pattern for

smoother results.

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The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

Many LEDiL modules are designed to be sealed against

environmental hazards with commonly available potting

compounds. Sealant can be applied with a dispenser either

manually or with an automated XY-table.

Before adding any sealing compounds, ensure the installation

surface, and the optic with its accessories are even.

Modules that have an integrated silicone gasket do not need to

be potted. To ensure intended level of ingress protection, please

make sure that the silicone gasket is correctly in place before

installation.

IP ratings indicated in LEDiL product specifications are based on IEC 60598-1:2014 ed. 8.0 and are

conducted internally. The final IP rating is subject to design and surface finish of luminaire parts and

must be individually tested.

Silicone seal of IP-2X6 module

Only apply potting compound outside the

optical areas. STRADA lenses for example

are designed with barrier walls to keep

the compound out of the lenses.

SEALING AND INGRESS PROTECTION OF LEDiL OPTICS

Note! In order to maintain the desired level of ingress protection, screws with thread-locking fluids

should be thoroughly tested in advance for VOC (volatile organic compounds) or stress cracking,

and any remaining cutting fluids used in heat sink machining must be carefully removed. Solid

thread-locking screws should be used. The temperature and pressure differentials inside and outside

the lens can cause seal performance to degrade over time. If more ventilation is needed inside the

lens this must be done in such a way as to not compromise the ingress protection. E.g. by using

ventilation solutions from 3rd party manufacturers.

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The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

When working with LED lighting one important issue to take into consideration is heat.

Good thermal design plays a key role in the performance and lifetime of the application.

There are three different ways for heat to transfer: conduction, convection and radiation.

Always make sure that the thermal management is sufficient enough for the application.

Conduction is the transfer of heat through solid

materials with direct contact. For example the

heat from an LED junction to the heat sink is

transferred by conduction.

Convection is the transfer of heat through the

movement of gases or fluids. A typical example

in LED applications is the heat transferred from

heat sink to air.

Radiation is the transfer of thermal energy by

electromagnetic radiation. This radiation causes

thermal motion of charged particles in matter.

In LED applications transfer through radiation is

found in the light itself. This is extremely important

to remember since LEDs keep getting more and

more powerful.

The best choice of optic is not always the material

that can handle more heat, because some

materials absorb more radiant flux than others.

This basically means that an optics efficiency is

directly linked to how hot the lens will get.

THERMAL MANAGEMENT

LEDiL SECONDARY OPTICS ARE DESIGNED AND MANUFACTURED TO MEET

THE HIGHEST POSSIBLE EFFICIENCY RATES. THIS NOT ONLY PROVIDES GOOD

LIGHTING RESULTS, BUT GIVES THE PRODUCT A LONGER LIFETIME AS WELL.

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

HEAT SINK MACHINING

THERMAL INTERFACE MATERIALS

All heat sink machining needs to be done before lens assembly. Some lenses need holes for wires and

for fastening. For example LEDiL’s STRADA-IP-2X6 products need to be fastened to the heat sink with

screws. After cable holes and threaded screw holes are machined, ensure that the anodized heat sink

surface is even. Screw thread hole accuracy is ±0.1 mm. Vertical straightness tolerance for screws is

±⊥0.1 mm A. Please be sure to remove all aluminum particles from the holes and the heat sink surface.

For good heat transfer, a thermal interface material must be used between the heat sink and the PCB/

COB LED. This material can be thermal pad, thermal glue, thermal paste, phase change material

or double-sided thermal tape. The material choice depends on the situation and power used by the

application. The thermal resistance of the thermal interface depends on the thermal conductivity of the

material, material thickness, area and the pressure applied to the interface. We recommend using a

thin layer of thermal interface material to minimize thermal resistance.

It is always the customer’s responsibility to ensure reliable and sufficient cooling and heat transfer

between all luminaire components. If a sufficient amount of pressure on the heat sink cannot be

maintained over time we recommended using either thermal glue and/or screws for the PCB/LED

fastening.

While using thermal interface materials, remember that the material needs to be chemically compatible

with the LEDs. Bad material choice might significantly reduce the LEDs lifetime. For example Cree has

created a test method for chemical compatibility. More information about the test can be found on

Cree’s web page.

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 32

LEDiL Installation Guide

THERMAL MEASUREMENTS

Infrared (IR) imaging and thermocouple measurement systems can be used for monitoring temperatures

in LED applications, but the following must be acknowledged.

• IR imaging is a preferred method for lens and reflector temperature measurements

• Low emissivity surfaces are challenging to measure with an IR camera because reflected

temperatures can also be seen in thermal image (1)

• Thermocouples cannot be placed on top of a lens due to the absorption of the radiant flux (2)

• Tiny thermocouples (AWG 40 recommended) can be used to measure LED case, PCB and heat

sink temperatures where radiant flux doesn’t interfere, and target surfaces cannot be exposed to

the IR camera

LENSES

Switch on the light and let temperatures rise until they stabilize. Remove any obstacles (e.g. glass

cover) quickly to expose the target surface and take an image on the top surface of the lens. Start

to record video sequence and turn the lens over quickly to catch the maximum temperature from the

bottom side of the lens.

REFLECTORS

Attach a thermocouple on the surface of the reflector with a small aluminum tape and monitor

temperatures until they stabilize (3). Paint the target area, attach a tape with known emissivity or

remove metallization on the outer surface of the reflector and take an IR image from that area (4).

COB LEDs

LED case temperature, Tc, can be measured with a thermocouple that is firmly glued/soldered to the

Tc measurement point of the LED module (5).

(1) (2) (2)

(3) (4) (5)

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

METAL COATING

Different materials and coatings used by LEDiL have to undergo numerous tests before being accepted.

All the materials and coatings must be permanent, durable and show no signs of peeling, fingerprints,

cracks, black spots, scratches, smudging or discoloration.

We always heat test beyond our recommended limits to fully ensure our products quality. For more

extreme environments some materials have been tested with diluted NaOH liquid and in an artificially

created salt mist. These surfaces should be completely undamaged to pass.

Both the HMDS and lacquer layer increase aluminium coating durability, but the reflector must be

protected from water and other hazards. Weather exposure tests must be carried out during the design

process.

The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

www.ledil.com for additional information, such as the latest photometric files, 3D mechanical models, and application notes relating to handling, gluing and taping. 34

LEDiL Installation Guide

LEDiL uses vacuum evaporation PVD (Physical Vapor Deposition) to add a reflective aluminum coating

to PC reflectors. Before aluminum can be added, adhesion between the reflectors and the aluminum

coating must be improved. This is conventionally done by adding a layer of lacquer to the reflector

surfaces.

VACUUM EVAPORATION PVD

HMDS

1) Top lacquer (to protect surface)

1) HMDS plasmapolymerisation (to protect surface)

2) Al coat (in vacuum)

3) Base lacquer (to improve adhesion)

3) Glow discharge activation of surface (to improve adhesion)

4) Substrate (part to be coated)

• High quality both functionally and decoratively

• Reflectors will not be subject to chemical of thermal stress

• Good performance in cross-cut test

HMDS is a simplified name for a glow polymerization method. Plasma treatment is first used to clean

the reflector surfaces of any unfavorable materials to improve adhesion. Then the aluminum coating

is added via vacuum evaporation and finally HMDS-monomers are added and a polymerization

reaction takes place.

• Thin and protective layer

• Good optical performance

• Good durability against heat

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The information contained herein is the property of LEDiL Oy, Joensuunkatu 13, FI-24100 SALO, Finland and is subject to change without notice. Please visit

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LEDiL Installation Guide

LINKS TO USEFUL INFORMATION:

STORAGE

Guides documents and certificates

www.ledil.com/support/

Application related guides and examples

www.ledil.com/application-areas/

Product catalogue

www.ledil.com/product_catalogue

New products catelogue

www.ledil.com/latest_products_catalogue

Search for products

www.ledil.com/search/

www.ledil.com/contacts/

And for all other information, references and to subscribe LEDiL newsletter please visit

www.ledil.com

LIGHT THAT IS RIGHT

To maintain long-term product quality under storage, please ensure that the environment is kept at

normal room temperature without too much humidity and that the products are kept in their original

packaging.

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