HTCM-SCE-TP-1/2-6H-9 Datasheet HTCM-SCE-TP-1/2-6H-9, HTCM-SCE-TP-1/4-4H-4, HTCM-SCE-TP-1/2-4H-9 | P13-P15

RW-2524 Issue 4

Page 13 of 15

Feb’ 2015

RW-2524 Issue 4

*Trademark. TE Connectivity, TE connectivity (logo), and TE (logo) are trademarks. Other logos, product and/or company names may be trademarks

of their respective owners.

If this document is printed it becomes uncontrolled.

PROPERTY

TEST METHOD

UNITS

REQUIREMENTS

RW-2524

SECTION

Tensile Strength

TE test method

101-121002

MPa (Psi)

20.6 (3000) Minimum

4.3.2.

Ultimate Elongation

TE test method

101-121002

%

100 Minimum

4.3.2.

Specific Gravity

TE test method

101-121015

---

1.8 Maximum

4.3.3.

Vacuum Outgassing

TML

(Total Mass Loss)

VCM

(Volatile Condensable

Material)

ASTM E595

%

1.0 Maximum

4.3.4.

%

0.1 Maximum

THERMAL

Heat Ageing

168 hours at 225°C

(437±F), followed by:

 Mandrel Bend

 Mark Adherence

TE test method

101-121008

Bend around a mandrel

(10 x thickness)

TE Document

109-121012

20 rubs, 1kg load, eraser

---

No damage to the

marker and print

Legible, minimum print

contrast 3

4.4.1.

Heat Shock

4 hours at 275°C (527°F),

followed by:

 Mandrel Bend

 Mark Adherence

TE test method

101-121007

Bend around a mandrel

(10 x thickness)

TE Document

109-121012

20 rubs, 1kg load, eraser

---

No damage to the

marker and print

Legible, minimum print

contrast 3

4.4.2.

RW-2524 Issue 4

Page 14 of 15

Feb’ 2015

RW-2524 Issue 4

*Trademark. TE Connectivity, TE connectivity (logo), and TE (logo) are trademarks. Other logos, product and/or company names may be trademarks

of their respective owners.

If this document is printed it becomes uncontrolled.

PROPERTY

TEST METHOD

UNITS

REQUIREMENTS

RW-2524

SECTION

Low Temperature

Flexibility

4 hours at -55°C,

followed by:

 Mandrel Bend

 Mark Adherence

TE test method

101-121006

Bend around a mandrel

(10 x thickness)

TE Document

109-121012

20 rubs, 1kg load, eraser

---

No damage to the

marker and print

Legible, minimum print

contrast 3

4.4.3.

ENVIRONMENTAL

Fungus Resistance

Followed by

 Fungus Growth

Rating

 Mark Adherence

ASTM G21-96

Visual Inspection

TE Document

109-121012

20 rubs, 1Kg load

---

Maximum Rating 1

Legible, minimum print

contrast 3

4.5.1.

Corrosion

16 hours at 200°C (392°F)

TE work instruction

109-121009

---

No Corrosion

4.5.2.

Water Absorption

24 hours at 23°C (73°F)

TE work instruction

109-121016

%

0.5 Maximum

4.5.3.

FIRE SAFETY

Fire Propagation

Airbus Directive ABD0031

Issue F, Fire worthiness

requirements pressured

section of fuselage

(15 s horizontal test – AITM

2.0003)

mm/s

(mm/inch)

Burn rate must nor

exceed 102mm/min

(4 inches/min)

4.6.1.

Surface Flammability,

Flame Spread Index, Is

ASTM E162

---

35 Maximum

4.6.2.

RW-2524 Issue 4

Page 15 of 15

Feb’ 2015

RW-2524 Issue 4

*Trademark. TE Connectivity, TE connectivity (logo), and TE (logo) are trademarks. Other logos, product and/or company names may be trademarks

of their respective owners.

If this document is printed it becomes uncontrolled.

PROPERTY

TEST METHOD

UNITS

REQUIREMENTS

RW-2524

SECTION

Specific Optical Smoke

Density, Ds

4.6.3.

Flaming Mode

Specific Optical Density

1.5 minutes

4 minutes

ASTM E 662

---

100 Maximum

200 Maximum

Non Flaming Mode

1.5 minutes

4 minutes

---

100 Maximum

200 Maximum

Toxic Gas Generation

from Material

Combustion

Carbon Monoxide (CO)

Carbon Dioxide (CO2)

Nitrogen Oxides (NO2)

Sulphur Dioxide (SO2)

Hydrogen Chloride (HCl)

Hydrogen Fluoride (HF)

Hydrogen Bromide (HBr)

Hydrogen Cyanide (HCN)

BSS 7239

Measured at maximum

smoke density. Flaming

mode and non-flaming mode

assessed, worst case

reported.

ppm

Maxima:

3500

90000

100

500

100

4.6.4.

Effective Heat of

Combustion

1

Average Heat Release

Rate, 3 minutes

Average Extinction area, 3

minutes

ASTM E1354

50kWm

2

applied heat flux

with retainer frame

kW/m

2

m

2

/kg

≤ 100

Maximum

500

4.6.5.

EN45545-2

Flammability Hazard

Rating for interior mass

500g

(following grouping rules)

Based on the following

criteria:

Oxygen Index (OI)

BS EN ISO 4589-2:1999

%

Requirement Set R24,

Hazard Rating 3

32 Minimum

4.6.6.

1

NFPA 130 does not specify a requirement for small electrical components, the figures stated are based on current best practices for US federal

rail administration and national fire protection association.

HTCM-SCE-TP-1/2-6H-9

HTCM-SCE-TP-1/2-6H-9

Products related to this Datasheet