43 Inch Curved P-cap Touch Screen Specification · BS EN 356:2003 Glass in building. Security glazing. Testing and classification of resistance against manual attack BS EN 60335-82-2

Version 0.5

43 Inch Curved P-cap Touch Screen Specification

2

成都吉锐时代触摸技术有限公司

http://www.generaltouch.com

Specification Revision Record

No

Version

Date

Summary of changes

Page

1

V0.1

2018.5.8

Newly Created

2

V0.2

2018.6.8

Add Glass Inspection Standards 、Reliability

7、13

3

V0.3

2018.6.13

Add Packing

16

4

V0.4

2018.6.20

Add New Drawing、Shipping Mark

8、16

5

V0.5

2018.6.26

Update Drawing

8

Remarks:

3



Directory

1 .Warranty ................................................................................... 4

2. Features and General Specification .............................................. 4

3. Structure and Specification ......................................................... 4

3.2 Mechanical Size ................................................................................................................................... 5

3.3 Controller（General） ....................................................................................................................... 6

4. Characteristics ........................................................................... 6

4.1 Environment Conditions ..................................................................................................................... 6

4.2 Mechanical characteristics ................................................................................................................. 6

4.4 Optical characteristics ......................................................................................................................... 6

5. Notes ........................................................................................ 7

5.1 Storage ................................................................................................................................................ 7

5.2 Cleaning ............................................................................................................................................... 7

5.3 Handling and Assembly ...................................................................................................................... 7

5.4 Operation ............................................................................................................................................ 7

6. Drawing .................................................................................... 8

7. Glass Inspection Standards ......................................................... 8

Appendix A – Curved Touch Panel Cosmetic Specification ..................................................................... 8

Appendix C – Touch Glass Test Specification ......................................................................................... 10

8.Reliability ................................................................................. 15

9. Packing And Picture.................................................................. 16

4



1 .Warranty

The company's quality assurance period of the product is from the date of shipment within one

year.(Remark: Not according to specifications using standard or storage specifications lead to

product failure, not belong to ensure scope.)

2. Features and General Specification

Item Contents Remark

Mode Name PCT6C43SM10BR-103401(WOW)

Type Projected Capacitive touch panel

Size(Curved) 43 Inch

Curved(Front Face) R1500(+27 to -24) Ref/mm

Touch Screen Thickness(Total) 6.4±0.3 mm

Outline of Cover Lens(Curved) 1019.4(Convex)* 602.1±1.0 mm

Outline of Sensor(Flat)

969.0*560.0±0.5

mm

Active Area(Flat) 940.0*533.0±0.5 mm

Number of touch point 10

Interface USB

Controller IC ILI2315

Working temperature and

Humidity(Non-condensing) -20 to +70℃, 20~85% RH

Input Hand writing or capacitive pen

Transmittance ≥85%

Surface Hardness ≥6H

Sensor Source outsourcing

3. Structure and Specification

3.1 Structure（GFF）

Structure Materials Description Remark

First Layer Glass Glass Thickness : 6.0±0.2mm

Second Layer OCA OCA Thickness : 0.125mm

Third Layer ITO Film ITO Film Thickness : 0.125mm

Fourth Layer OCA OCA Thickness : 0.05mm

Fifth Layer ITO Film ITO Film Thickness : 0.125mm

Tail type FPC FPC Gold-Plated

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3.2 Mechanical Size

Item Dimension Unit

Dimensional Outline 1019.4(Convex)* 602.1±1.0 mm

Outline of Sensor(Flat) 969.0*560.0±0.5 mm

Active Area(Flat) 940.0*533.0±0.5 mm

FPC Length 300 mm

Radius R1500(+27 to -24) mm

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3.3 Controller（General）

IC ILI2315

VID/PID VID_222A/PID_A172

Interface USB

Power Supply 5.0± 0.5V DC

Firmware Version 5.0.0.0.2B.4.1.2

Response time 8-13ms

Accuracy ±3mm(Center)

Size 120*45mm

ESD IEC61000-4-2，Contact 4KV，Air 8KV

EMI EN 55022,CLASS B

EMS IEC61000-4-6

OS Windows 10、Windows 8、Windows 7、Android、

Linux（Kernel≥3.5）

4. Characteristics

4.1 Environment Conditions

Item Specification Remark

Operating temperature & Humidity -20℃~+70℃，≤90%RH non condensing

Storage temperature & Humidity -20℃~+80℃，≤90%RH non condensing

4.2 Mechanical characteristics


Input method Finger or exclusive pen

Operation force ≤10g finger input

Operation life

Tapping durability ≥5 million times Test may cause surface slight

scratch yet the function stays

intact. Pen sliding durability ≥1 million times

Hardness ≥6H Pressure 500gf test

Ball Drop Test 500g±5g, 1.3m, No damage after the impact at

the central area for once.

4.4 Optical characteristics


Transparency ≥85% White light

Cover Glass Glossy No special surface treatment

Glass Type soda lime

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5. Notes

5.1 Storage

5.1.1 Touch panel should be stored under the environment temperature and humidity controlled as

suggested, Away from chemicals as damage from acid and alkali could affect the touch panel.

5.1.2 Do not store a touch panel in direct sunlight.

5.2 Cleaning

5.2.1 Prevent using any kind of the chemical solvent, acidic or alkali solution when cleaning.

5.2.2 Neutral detergent or isopropyl alcohol was suggested if the panel is cleaned.

5.3 Handling and Assembly

5.3.1 Hold by the glass edge of the product to avoid sticking dirt or scratches on the film.

5.3.2 Do not apply rough force such as bending or twisting to the touch panel during assembly.

5.3.3 Excessive force or strain to the panel or FPC/COF is prohibited.

5.4 Operation

5.4.1 The panel must be operated in a steady environment, the abrupt change of the environment

conditions may cause the malfunction of the panel.

5.4.2 In order to guarantee all functions of a touch panel stable, please make sure that system is

grounded or a power adapter is connected correctly to ground loop (Connection to earth

ground is suggested).

5.4.3 Do not pull the interface connector in or out while the touch panel is operating.

5.4.4 Any sharp edged or hard objects are interdiction to hitting when touch panel operation.

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6. Drawing

7. Glass Inspection Standards

Appendix A – Curved Touch Panel Cosmetic Specification

1. SCOPE

This document is intended to specify the cosmetic and inspection criteria for 42/43inch curved touch panel.

This document is intended to serve as a default specification when a formal customer specification is not

referenced or available.

Performance and cosmetic characteristics for anti-glare or multi-layer anti-reflective surface coatings will

default to the coating manufacture’s specification.

Customer furnished material for incorporation into laminates must be accompanied by a formal written

cosmetic specification. If no formal specification is available then the cosmetic specification will default to that

of this document.

Vendor is not responsible for defects in the final laminate, which are as a direct consequence of the quality

of customer furnished material.

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2. INSPECTION METHOD

Laminates to be inspected shall be viewed in both transmitted light and reflected light from the end use

viewing side only on an inspection booth which is representative of a monitor, under normal room lighting,

about 800lux. Back-lighting in the booth shall be provided by a uniform light source emitting approximately

550lux.

For inspection in transmitted light, the laminate is positioned on the front of the inspection booth and

viewed from approximately 450-600mm distance. The laminate is moved in an up and down and a right to left

manner in order that the whole of the surface is examined.

For inspection in reflected light, the laminate is positioned under a fluorescent light and angled so that the

fluorescent light sources reflect off the face being examined.

The dimension of any defect observed shall be measured using an appropriate gauge or magnifying

eyepiece and reticule.

Should any defect be seen on the inspection booth, then the laminate shall be placed onto a live monitor and

a “Fitness for purpose” approach taken.

The total observation time shall not exceed 20 seconds.

3. OPTICAL SPECIFICATION

3.1. Linear defect, opaque and translucent

This class of defect covers scratches, surface blemishes, lint or hair, which are generally long and thin in nature.

These types of defects are to be examined at their widest points.

a) For lint and hair:

Defect description Defect allowance

W＞0.076mm None

W＞0.025mm，＜0.075mm Individual lengths not exceeding 6mm and no more than 6 per laminate

W＜0.024mm Disregard.

For surface blemishes and scratches:


W＞0.076mm None

W＞0.025mm，＜0.075mm Maximum accumulated length shall not exceed 25% of the diagonal length up

to a maximum of 50 mm

W＜0.024mm Disregard.

3.2. Circular defects

This class of defects includes digs, bubbles, foreign matter, coiled hair/lint and coating blemishes, which are

generally round or circular in nature.

The diameter equivalent (D) of irregular shaped defects shall be taken as the arithmetic mean of the defect

length (L) and width (W), that is D=(L+W)/2

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Defect description GT

D＞1.016mm None

D 0.508~1.015mm 2 per Φ 75mm, min spacing 15 mm

D 0.245~0.507mm 5 per laminate, min spacing 25mm

D ＜0.244 mm Disregard.

*Any screens that have an anti-reflective/anti-glare/anti-scratch coating an additional allowance of 2 per 75mm

Φ circle will be allowed on the surface only.

3.3. Edge chips

Edge chips are permissible so long as they do not encroach into the viewing area and do not exceed

3.175X0.254mm in size and 3-off total infrequency, so long as they are no closer than 100mm to one another.

3.4. Printed border

Where a printed border has been applied, any defect which is behind the print and not visible when viewed

through the front face shall be deemed “Fit for Purpose”, so long as the functionality of the screen is not

affected.

3.5. Print Faults

This class of defects includes pin holes and print spot faults, which are generally round or circular in nature.


D＞1.0mm None

D 0.7~1.0mm None

D 0.2~0.7mm 5 per laminate, min spacing 100mm

D ＜0.2mm Disregard.

Appendix C – Touch Glass Test Specification

This test plan draws from or is in accordance with the following documents:

BS EN 356:2003 Glass in building. Security glazing. Testing and classification of resistance against manual

attack

BS EN 60335-82-2 Household and similar electric appliances. Safety. Particular requirements for amusement

machines and personal service machines

BS EN 62262:2002 Degrees of protection provided by enclosure for electrical equipment against external

mechanical impact

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1.PURPOSE OF THE TEST

The purpose of this test is to determine the best type of glass specification that results in the highest level of

protection to the display behind. The initial requirements were for calculations of an average size male using

a bar stool to penetrate the glass to be used as a bench mark for subsequent testing. The table below gives

varying impact energies of potential weapons typically used.

Impactor Effective

Mass (kg)

Lower Impact

Velocity (m/s)

Higher Level

Impact

Velocity

(m/s)

Lower Level

Impact

Energy (J)

Higher Level

Impact

Energy (J)

Empty Bottle Beer 0.17 20.00 26.00 34.00 57.46

Pint

Glass

0.30 20.00 26.00 60.00 101.40

Snooker

Ball

0.17 20.00 26.00 34.00 57.46

Bar

Stool

7.60 4.00 5.48 60.80 114.12

Punch 3.00 10.00 15.00 150.00 337.50

Impact Test Drop Height Summary

2.TEST REQUIREMENT

Testing is to be conducted in accordance with BS EN 356:2003 using impactors specified within BS EN

62262:2002 with the following drop heights being used

Testing shall be split into two parts. The first shall use single impacts increasing in impact levels as described

within Table 3-2 to find the failure point of each specification of Wow Curved glass.

The second part shall be performed on a new specimen. The Curved glass shall be subjected to three impacts

at the points of an equilateral triangle of edge length 130±20mm at a severity one level prior to failure.

Both parts shall be performed on each of the four Curved Glass specifications listed within Section 2.

Test Level Test Mass (kg) Test Height (mm) Impact Velocity

(m/s)

Impact Energy (J)

1 0.5 1500 5.42 7.36

2 0.5 1850 6.02 9.07

3 0.5 2250 6.64 11.04

4 1.7 800 3.96 13.34

5 1.7 900 4.20 15.01

6 1.7 1000 4.43 16.68

7 1.7 1100 4.65 18.34

8 1.7 1200 4.85 20.01

9 1.7 1500 5.42 25.02

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10 1.7 2000 6.26 33.35

11 5.0 900 4.20 44.15

12 5.0 1100 4.65 53.96

13 5.0 1300 5.05 63.77 (P1A)

14 5.0 2000 6.26 98.10

15 5.0 2500 7.00 122.63 P2A)

2.1 IMPACTOR RELEASE MECHANISM

The equipment for holding the impactor shall enable adjustment of the drop height to the required tolerance.

The equipment for holding the impactor and the mechanism for releasing the impactor ball shall not induce

any momentum or rotation in the impactor, so that the impactor is accelerated only by gravitational forces

and falls vertically. For the purposes of this test an electromagnet or similar shall be used to control the

release of the impactor.

2.2 TEST SPECIMEN SUPPORT APPARATUS

Test specimen support apparatus shall consist of a Nylon structure to clamp the edge of the test specimen and

a receiving box to collect fragments and the impactor.

The support apparatus shall be inherently rigid so as not to absorb any impact energy imparted by the

impactor. The support apparatus shall also have an unyielding connection to a solid base. It shall also ensure

that the plane and parallel clamping of the test specimen is in a horizontal position.

The support apparatus should not be set up in a way that would allow air to become trapped beneath the test

specimen in such a way that it may cushion the effects of the impact.

3.TEST SET UP

The test specimen shall be placed horizontally into the clamping frame of the test specimen support

apparatus and fixed in accordance with Section 3.3.3

The surface of the test specimen shall be cleaned and marked to indicate the location of the clamping frame

relative to the test specimen. This is to check for slippage of the test specimen during the test.

The surface of the test specimen shall be marked with the impact locations.

4.PRE TEST

Visually inspect all external surfaces for chips and internal structure for any cracks or inclusions that may

detrimentally affect the test results. Photograph must be taken of the condition of the test specimen faces

and the clamping arrangements.

The test specimen is to be a new unit which has not had any previous structural testing performed on it.

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Confirm set up has been photographed.

The drop height (measured from the bottom of the impactor to the surface of the test specimen) shall be

adjusted to the levels described in Table 3-2.

5.TEST PROCEDURE

5.1 INITIAL STRENGTH INVESTIGATION (PART 1)

For each test specimen, the relevant impactor shall be dropped from the prescribed height in Table 3-2. All

tests shall start from Test level 1.

impact, the test specimen should be inspected for damage. Photographs of any damage should be taken.

Should no damage have been sustained, then the drop height should be increased to the next level shown

within Table 3-2 using the same impact point.

If, after an impact, the test specimen is damaged, but the impactor has not penetrated the glass, photographs

should be taken of the damage.

The level can be increased until the impactor penetrates the test specimen.

A test specimen shall be regarded as being penetrated if the impactor has completely passed through the test

specimen before 5 seconds has elapsed since the time of impact. Photos should be taken after each impact

with damage detailed and measured in the test log.

After penetration, a new test specimen should be fitted and the level prior to the previous failure level

repeated to confirm if full breakage occurs.

Once a test specimen has been penetrated, Part 2 of the test can begin.

5.2 VERIFICATION (PART 2)

A new test specimen shall be installed into the support apparatus and the test set up for the test level prior to

that which caused initial damage during Part 1. The impactor shall be dropped three times in such a way that

the impact positions form the pattern of an equilateral triangle with equal side lengths of (130 ± 20) mm

around the geometric centre of the test specimen, with one side of the triangle parallel to a short side of the

specimen.

Once the three impact tests have been performed at a drop height, the test specimen should be inspected for

damage. Images of any damage should be taken. Should no damage have been sustained, then the drop

height should be increased to the next level shown within Table 3-2 and a further three impacts should be

performed. Should no damage be sustained then the level shall be increased using the same impact points

until failure. A test specimen is deemed to have failed upon first damage observed.

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6.POST TEST AND EVALUATION

Visually inspect all external surfaces for any damage, cracking or deterioration of internal structure. After

each impact, the test specimen shall be checked for penetration by the impactor. A test specimen shall be

regarded as being penetrated if the impactor has completely passed through the test specimen before 5

seconds has elapsed since the time of impact.

After each impact, the test specimen shall also be examined for signs of slippage from the clamping frame.

The test is invalid if any edge of the test specimen has moved more than 5 mm in the clamping force. If this is

the case, then the test shall be repeated with a new test specimen. If it is found to be necessary to increase

the clamping pressure to prevent slippage, this shall be stated in the test report and the type test attestation.

The impactor (hard body) shall be a steel hemi-sphere and body with a dimensions defined in Table 4-3 with

masses of 0.5, 1.7 and 5.0kg respectively. The hemi-sphere shall be manufactured from polished steel with a

hardness of 80 HRE to 85 HRE on the Rockwell E Scale according to ISO 6508.

Equivalent Mass

± 2% kg

0.5 1.7 5

Material

Steel Fe 490-2 according to ISO 1052: Rockwell E Scale hardness:

HRE 80 … 85 according to ISO 6508

R (mm) 25 25 50

D (mm) 35 60 80

f (mm) 7 10 20

r (mm) - 6 -

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8.Reliability

Items Contents Notes

Constant temperature

The product will not be influenced after being

exposed at 60℃*90RH for 240 hours and at

normal temperature and humidity for 4 hours.

non-

condensing

Heat resistance


exposed at 80℃ for 240 hours and at normal

temperature and humidity for 4 hours.

non-

condensing

Cold resistance


exposed at -40℃ for 240 hours and at normal

temperature and humidity for 4 hours.

non-

condensing

Thermal shock


exposed at -40℃ (0.5 hour)—80℃（0.5hour）by

50 cycles and at normal temperature for 4 hours

non-

condensing

Salt spray test


exposed at 35℃±2℃，85RH，PH 6.5-7.2，

spraying the touch screen with 5%±1% Nacl for

24h continuously

Hardness test Using the pencil with hardness 7H,drawing the

glass from 45°for 5 times, there will be no

scratches. If there are 2 scratches, then the test is

NG.

FPC Bending Test Bending the FPC with radius R=1mm for 3 times,

the electronic signal is ok

FPC strain relief test

X：1000g Y：500g Z：500g

Insertion and extraction

test of FPC

After 10 times of test, the electronic signal is ok

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9. Packing And Picture

9.1 Screen’s picture

9.2 Rule of Serial Number (TP)

9.3 Packing

8 pieces in one carton box

General Touch Co.Ltd. reserves the right to change or update the information contained in this document without

notice, and also has the right to discontinue or limit the production and distribution of any products.

Documents

43 Inch Curved P-cap Touch Screen Specification · BS EN 356:2003 Glass in building. Security glazing. Testing and classification of resistance against manual attack BS EN 60335-82-2