dsm in electrical: getting powered up · pdf filepom pc mppo blends pa4t tpc pbt volume price...
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DSM off ers proven case studies and innovative material solutions for the electrical industry
DSM in electrical:Getting powered up
2
Amorphous Semi-crystalline
PE PPPS PVC
ABS PMMA
PEI
PEEK
LCPPSU
PES
PET
POM
PC
mPPO Blends
PA4T
TPC
PBT Pric
e -
Perf
orm
ance
Volu
me
PA410 PPA
PA6 PA66 P6/66
PA46
PPS
ForTii®
“
DSMAs a leading Life Sciences and Material Sciences company active in health, nutrition and materials, DSM aims to create value for customers and help provide solution to address common global challenges. DSM is developing innovative, sustainable, healthy,nutritious and high-performing products with its unique technologies, and creating brighter living for us as well as our off s pring utilizing bright science.
DSM fi rmly believes that the inexhaustible driving force behind an enterprise’s current and future success is to create common value for all stakeholders.
DSM in engineering plasticsAs a global leading engineering plastics supplier, DSM is specialized in production of high quality products with advanced technologies and committed to satisfying customers’ performance requirement to help them substitute traditional solution with more sustainable and durable products. We are and will always be, standing by our customers to create most state-of-the-art engineering plastics solutions through innovation and sustainability.
Electrical Industry In electrical industry, DSM is the front runer in innovation and new product development to meet the stringent needs of the industry. DSM not only supports the customers with unique products but also supports with value-added services,
Our product line includes:
Akulon®: Polyamide 6 and 66
Novamid®: Polyamide 6 and 66
Arnite®: PBT and PET polyester
Arnitel®: Polyester Elastomer TPE
EcoPaXX®: High-performance bio-based Polyamide 410
Stanyl®: High-performance Polyamide 46
ForTiiT® : High-performance Polyamide 4T
XytronTM: Polyphenylenesulfi de (PP S)
including application development, product structure design support, mold structure design support, mechanical & mold flow &thermal simulation analysis as well as injection molding process support, etc.
Proven performance in LSVGIn this selected area where we have served for over 35 years, DSM has been leading the way with dedication and diligence. Long-term cooperation with global major players in the industry has lead us to off er advanced solutions. From air circuit breaker (ACB) for power distribution products to miniature circuit breaker for end products, from household socket panel switches to industrial contactors, our solutions cover all the plastics for LVSG sector
Engineering plastics supplied by DSM meet material requirements by diff erent customers all across the globe. All these materials are specially developed for electrical industry. Meanwhile, we are developing innovative materials and solutions for future products based on the sector’s development demand.
One-Stop Service for Material SelectionOur products are mostly compliant with requirements by several diff erent standard system certifi cations. These systems include most basic requirements (RoHS, IEC) and requirements by special markets (UL, VDE, NF, etc.).
32
PA66
UAI
V
t
Increase arc voltage
Arc quenching
Restrike-free / high die-lectric recovery strength
Moulded Case Circuit Breaker (MCCB)Moulded case circuit breaker is mainly used in AC/DC circuits to provide protection for LV distribution line and motor circuit against overload, short-circuit, under-voltage, over-voltage and current leakage. Under normal operating condition, it can be also used for infrequent transformation of line and infrequent starting of motor. The regular AC products have a rated voltage up to 690V and rated current up to 1600A, which is suitable for large-sized buildings and industrial conditions.
Major standards followed: IEC 60947-2.
DSM: MCCB solution market leader DSM has been the leader to substitute thermosetting materials in MCCB for more than a decade. At present, adoption of thermoplastic material in new MCCB has become a consensus throughout the industry. Major driving force is improving product performance and realizing intelligence & miniaturization of products while reducing cost. DSM’s product profi le includes Stanyl Polyamide 46 series, Akulon Polyamide 6 and 66, as well as ForTii and Arnite. DSM’s solutions are used for various housing as well as internal functional assemblies, off ering 100% security and great cost eff ectiveness.
HousingSubstitution of traditional thermosetting housing of MCCB with DSM’s in engineering plastics can reduce wall thickness (decreasing up to 25% material volume) which helps reduce cost by 15%. Moreover, added internal room can accommodate circuit and mechanism with higher current rating, reduce product size, further decrease cost and realize miniaturization. Enhancement of design freedom will promote fulfi llment of integrated intelligent assembly solution. DSM’s materials also off er better security and longer mechanical/electrical lifetime and improve product performance.
Material for MCCB housing must meet requirements of relevant standards, e.g. glow-wire flame retardant test (GWFI 960°C), ball pressure test (BP 125°C), etc. As short-circuit breaking requirement for products is increasingly higher, the materials are required to have better high-temp mechanical property. For diff erent requirements by MCCBs, DSM’s housing material solutions off er a wide range of choices from high-performance Stanyl Polyamide 46 to cost eff ective Akulon Polyamide 66 as well as halogen-free flame retardant polyester PBT.
Internal MechanismFor mechanical operating parts inside MCCB, such as tripping bar, drve shaft and other mechanically operating units using DSM’s engineering plastics to substitute traditional thermosetting materials helps enhance design freedom. In addition, better abrasion performance improves mechanical/electrical lifetime as well as stability of product.
With respect to selection of materials for mechanism, DSM has a very high requirement on high-temp mechanical property, high-temp creep resistance and dimensionally stabile materials in addition to basic requirements as specifi ed in relevant standard. DSM’s product profi le (Akulon, Arnite, Stanyl and ForTii) off ers solution for internal mechanism of MCCB.
Arc Quenching SystemWith constant enhancement of power grid capacity, MCCB is required to have higher short-circuit breaking performance. To achieve high breaking ability in small-sized product requires not only optimized design, but also optimizing the material used in arc quenching system. Especially in miniaturization design, reduced size will have a negative influence on arc breaking. Moreover, free carbon would be produced during breaking, which could cause safety risk.
DSM is happy to advise you on how to improve your arc quenching performance, based on its portfolio and design recommendations.
DSM
Thermosetting design Engineering plastics design:- Size reduced by 25%- Lower cost
4
Halogen-free flame retardant class is marked as green. Detailed selection of material should be performed in accordance with actual product design.
Ics/In 1...............................................40..................................................63.............................................125
[kA]/[A]
4.5 K222-KMV5 K223-KMV6
6K222-KMV5 K222-KGMV14 K222-KGV4
K223-KMV6 K222-KGV5 K222-KGV6
10 K222-KGV4 K222-KGV5 K222-KGV6 K- FKGS6 XG-FKGS6
K-FKGS6 XG-FKGS6 SG-KGS6 SG-KGS6
15 K222-KGV4 K222-KGV5 K222-KGV6
Stanyl TE250F6/F8 K-FKGS6 XG-FKGS6 SG-KGS6
≥25 Stanyl TE250F6/F8
Recommended application of DSM products in MCB housing (Curve C)
Moulded Case Circuit Breaker (MCCB)MCCB is mainly used under a condition with AC 50/60Hz current and up to 690V voltage, for protection of line with rated current up to 160A against overload and short-circuit. It can also be used under normal condition for infrequent transformation of line. The main applications include industrial, commercial, high-rise as well as residential buildings, etc.
Major standards followed are IEC 60898 and IEC 60947-2.
DSM: MCB solution market leader DSM has been the leader to substitute thermosetting materials in MCB in the past decades. Nowadays, most MCBs in the world are manufactured with thermoplastic materials. Major driving force always lies in improving product security and performance while reducing cost.
HousingMaterials for MCB housing must meet some basic testing requirements, e.g. glow-wire flame retardant test (GWFI 960°C), ball pressure test (BP 125°C), etc. With current trend of miniaturization design of product and higher rated voltage of DC products, in order to satisfy required creepage distance in design, relevant requirement has been proposed on comparative tracking index (CTI) for materials. Increasingly stricter short-circuit breaking requirement for circuit breaker also poses requirement on mechanical strength and dielectric strength aft er breaking of materials for housing. Production units’ requirement for higher production effi ciency demands further improvement of machinability and flowing performance of materials. DSM’s Akulon series can off er diff erent material solutions for diff erent MCB products.
54
Akul
on®
Tech
nica
l Dat
a Ta
ble
for S
elec
tion
Akul
onM
ater
ial g
rade
No.
F2
23-D
##
K224
-G3#
K224
-G6#
K224
-G8#
K-FG
0K-
FG12
K223
-TP4
K2
24-P
G3#
K224
-PG6
# K2
24-P
G8#
K224
-TG9
# S2
27-C
Mat
eria
l typ
e PA
6 PA
6-GF
15
PA6-
GF30
PA
6-GF
40
PA6-
GF50
PA
6-GF
60
PA6-
I PA
6-I-G
F15
PA6-
I-GF3
0 PA
6-I-G
F40
PA6-
GF45
PA
66
Mec
hani
cal p
rope
rtie
s Un
it Te
st m
etho
d Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Tens
ile m
odul
us
MPa
IS
O 52
7-1/
-2
3200
/ 10
00
6000
/ 35
00
9500
/ 60
00
1300
0 / 8
000
1650
0 / 1
1000
20
000
/ 140
00
2000
/ 62
5 54
00 /
2600
85
00 /
5500
11
500
/ 700
0 14
500
/ 100
00
3000
/ -
T ens
ile st
reng
th
MP a
IS
O 5 2
7-1/
-2
- / -
125
/ 70
180
/ 110
20
5 / 1
40
220
/ 155
2 3
5 / 1
60
* / *
105
/ 60
145
/ 100
1 7
0 / 1
15
2 15
/ 150
- /
-
Elon
gatio
n at
bre
ak
%
ISO
527-
1/-2
20
/ >5
0 3
/ 12
3.5 /
7 3
/ 6
2.5
/ 5
2.2
/ 4
>50
/ >50
4
/ 15
4.5
/ 9
4.5
/ 7
3 / 6
50
/ -
Flexu
ral m
odul
us
MPa
IS
O 17
8 26
00 /
- 52
00 /
- 86
00 /
- 10
800
/ -
1550
0 / -
19
500
/ -
1600
/ -
- / -
- / -
1000
0 / -
- /
- - /
-
Bend
ing
stre
ngth
M
Pa
ISO
178
100
/ -
170
/ -
235
/ -
275
/ -
335
/ -
365
/ -
65 /
- - /
- - /
- 26
0 / -
- /
- - /
-
Char
py im
pact
stre
ngth
(+23
°C)
kJ/m
² IS
O 17
9/1e
U N
/ N
45 /
80
90 /
110
95 /
100
90 /
100
90 /
100
N / N
70
/ 90
95
/ 11
0 10
5 / 1
10
100
/ 115
N
/ -
Char
py im
pact
stre
ngth
(-30
°C)
kJ/m
² IS
O 17
9/1e
U N
/ N
40 /
40
75 /
75
85 /
85
85 /
85
85 /
85
N / N
70
/ 70
10
0 / 1
00
110
/ 110
95
/ 95
N
/ -
Charp
y notc
hed i
mpac
t stre
ngth
(+23°
C)
kJ/m
² IS
O 17
9/1e
A 8
/ 35
7 / 1
5 12
/ 25
18
/ 26
15
/ 25
15
/ 25
65
/ 75
16
/ 25
23
/ 43
25
/ 35
20
/ 35
N
/ -
Charp
y notc
hed i
mpac
t stre
ngth
(-30°
C)
kJ/m
² IS
O 17
9/1e
A 5
/ 5
6 / 6
11
/ 11
13
/ 13
12
/ 12
12
/ 12
18
/ 25
9
/ 9
15 /
15
16 /
16
13 /
13
N / -
Elec
trica
l pro
pert
ies
Unit
T est
Met
hod
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Volu
me
resis
tivity
Oh
m*m
IE
C 60
093
1E13
/ 1E
10
1E13
/ 1E
11
1E13
/ 1E
11
>1E1
3 / 1
E12
1E13
/ 1E
11
- / -
1E13
/ 1E
11
1E13
/ 1E
13
1E13
/ 1E
11
1E13
/ 1E
11
1E13
/ 1E
11
1E13
/ -
Surfa
ce re
sistiv
ity
O hm
IE
C 60
093
* / 1E
14
* / 1E
14
* / 1E
14
* / 1E
1 3
* / 1E
14
* / -
* / 5
E14
* / 1E
15
* / 1E
14
* / 1E
14
* / 1E
14
- / -
Diel
ectri
c stre
ngth
kV
/mm
IE
C 60
243-
1 30
/ 20
35
/ 25
30
/ 25
35
/ 25
- /
- - /
- 27
/ 20
25
/ 20
25
/ 20
25
/ 20
25
/ 20
25
/ -
Com
para
tive
track
ing
inde
x -
IEC
6011
2 * /
600
* /
600
* /
600
* /
500
* /
600
- /
- * /
600
* /
500
* /
600
* /
600
60
0 / 6
00
- / -
Ther
mal
pro
pert
ies
Unit
Test
Met
hod
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Mel
ting
tem
pera
ture
(10°
C/m
in)
°C
ISO
1135
7-1/
-3
220
220
220
220
220
220
220
220
220
220
220
260
Defle
ction
temp
eratur
e und
er loa
d (1.8
0 MPa
) °C
IS
O 75
-1/-
260
195
200
200
210
210
5518
520
020
021
070
Defle
ction
temp
eratur
e und
er loa
d (0.4
5 MPa
) °C
IS
O 75
-1/-
215
021
522
022
022
022
013
020
521
521
522
021
5
UL fl
ame
reta
rdan
t gra
de
c lass
IE
C 60
695-
11-1
0 V -
2 @
0.75
mm
HB
@ 0
.75m
m
HB @
0.75
mm
HB
@ 0
.71m
m
HB @
1.6m
m
HB @
1.6m
m
HB @
1.6m
m
HB @
1.6m
m
HB @
1.6m
m
- HB
@ 0
.75m
m
V -2
@ 1.
5mm
Glow
-Wire
flam
e reta
rdan
t inde
x(GW
FI)
°C
IEC
6069
5-2-
12
800
@ 1.
5mm
-
700
@ 1.
5mm
-
--
700
@ 1.
5mm
-
--
--
Othe
r pro
pert
ies
Unit
T est
Met
hod
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
T y
pica
l val
ue
Dens
ity
kg/m
³ IS
O 11
83
1130
12
30
1350
14
50
1560
16
60
1070
12
00
1320
14
30
1510
11
40
Satu
rate
d wa
ter a
bsor
ptio
n (2
3°C)
%
Si
mila
r to
ISO
62
10
7.6
6.3
5.5
4.5
3.6
8.5
6.8
5.7
4.9
5 9
Equi
libriu
m m
oist
ure
abso
rptio
n1)
%
Sim
ilar t
o IS
O 62
2.
8 2.
3 1.9
1.7
1.4
1
2.3
2 1.7
1.5
1.5
-
Mol
d sh
rinka
ge ra
tio (p
aral
lel)
%
ISO
294-
4 1.1
0.
32
0.3
0.34
0.
2 0.
2 1.4
0.
4 0.
39
0.35
0.
15
-
Mol
d sh
rinka
ge ra
tio (v
ertic
al)
%
ISO
294-
4 1.1
0.
96
0.9
0.83
0.
9 0.
8 1.7
1
1 0.
81
0.95
-
Note
: 1) S
imul
ate
equi
libriu
m m
oist
ure
abso
rptio
n am
ount
und
er 2
3°C
/ 50%
RH co
nditi
on b
y usin
g 70
°C /
62%
RH co
nditi
on.
Abov
e da
ta is
upd
ated
to D
ecem
ber 2
015
# Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.##
Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.an
d re
lativ
e te
mpe
ratu
re in
dex (
RTI)
is in
clud
ed in
certi
fied
item
s.
6
Akul
on®
Tech
nica
l Dat
a Ta
ble
for S
elec
tion
# Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.##
Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.an
d re
lativ
e te
mpe
ratu
re in
dex (
RTI)
is in
clud
ed in
certi
fied
item
s.
Akul
onM
ater
ial g
rade
no.
K2
25-K
S##
K222
-KM
V5 /A
K-
FKM
V5#
K222
-KGM
V14#
K222
-KGV
4##
K222
-KGV
5# K2
22-K
GV6##
K2
23-K
MV6
##
K-FK
GS6
/B##
XG
-FKG
S6##
SG
-KGS
6#
Mat
eria
l typ
ePA
6 FR
(30)
PA
6-M
D25
FR(3
0)
PA6-
MD2
5 FR
(30)
PA
6-(G
F+M
D)25
FR(3
0)
PA6-
GF20
FR(3
0)
PA6-
GF25
FR(3
0)
PA6-
GF30
FR(3
0)
PA6-
MD3
0 FR
(17)
PA
6-GF
30 FR
(17)
PA
6-GF
30 FR
(40)
PA
66-G
F30
FR
Mec
hani
cal p
rope
rtie
sUn
it Te
st m
etho
d Dr
y/W
et
Dry/
Wet
Dr
y/W
etDr
y/W
etDr
y/W
etDr
y/W
etDr
y/W
etDr
y/W
et
Dry/
Wet
Dry/
Wet
Dry/
Wet
Tens
ile m
odul
us
MPa
IS
O 52
7-1/
-2
3800
/ 14
00
6000
/ 25
00
6200
/ -
7000
/ 30
00
5700
/ 25
00
6500
/ -
6900
/ -
6600
/ 35
00
1150
0 / 7
000
1150
0 / 7
100
1100
0 / -
Tens
ile st
reng
th
MPa
IS
O 52
7-1/
-2
* / *
65 /
35
65 /
- 90
/ 45
80
/ 45
85
/ -
80 /
- 70
/ 40
15
0 / 1
00
135
/ 85
150
/ -
Elon
gatio
n at
bre
ak
%
ISO
527-
1/-2
* /
*2.
5 / 3
0 2
/ -
2.5
/ 25
3 / 1
5 4.
8 / -
3.
6 / -
2.
5 / 4
2.
5 / 5
2
/ 3.7
2.8
/ -
Flexu
ral m
odul
us
MPa
IS
O 17
8 - /
-- /
- - /
- - /
- - /
- - /
- - /
- - /
- - /
- - /
- - /
-
B end
ing
stre
ngth
M
P a
ISO
1 78
- / -
- / -
- / -
- / -
- / -
- / -
- / -
- / -
- / -
- / -
- / -
Char
py im
pact
stre
ngth
(+23
°C)
kJ/m
² IS
O 17
9/1e
U 60
/ -
29 /
- 25
/ 30
40
/ 50
46
/ 93
45
/ -
43 /
- 35
/ 60
60
/ 60
50
/ -
63 /
-
Char
py im
pact
stre
ngth
(-30
°C)
kJ/m
² IS
O 17
9/1e
U 55
/ -
25 /
- 25
/ -
35 /
35
40 /
40
- / -
- / -
35 /
35
60 /
60
- / -
- / -
Charp
y notc
hed i
mpac
t stre
ngth
(+23°
C)
kJ/m
² IS
O 17
9/1e
A 6
/ 10
2 / -
2
/ 2
3 / 7
4
/ 9
4 / -
4
/ -
2 / 2
13
/ 15
8
/ -
9 / -
Charp
y notc
hed i
mpac
t stre
ngth
(-30°
C)
kJ/m
² IS
O 17
9/1e
A 5
/ 5
2 / -
2
/ -
3 / 3
4
/ 4
- / -
- / -
2 / 2
12
/ 12
- /
-- /
-
Elec
trica
l pro
pert
ies
Unit
T est
met
hod
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dry/
Wet
Dry/
Wet
Dry/
Wet
Dry/
Wet
Dry/
Wet
Dr
y/W
etDr
y/W
etDr
y/W
et
Volu
me
resis
tivity
Oh
m*m
IE
C 60
093
>1E1
3 / 1
E11
>1E1
3 / -
>1E1
3 / -
1E13
/ 1E
11
1E13
/ 1E
11
- / -
- / -
1E13
/ 1E
11
1E13
/ 1E
11
- / -
- / -
Surfa
ce re
sistiv
ity
O hm
IE
C 60
093
* / 1E
14* /
>1E1
5* /
>1E1
5* /
1E14
* / 1E
14* /
-* /
-* /
1E14
* / 1E
14* /
-- /
-
Diel
ectri
c stre
ngth
kV
/mm
IE
C 60
243-
1 30
/ 25
- /
-- /
- 30
/ 25
30
/ 25
- /
-- /
- 30
/ 25
- /
-- /
- 36
/ 32
Com
para
tive
track
ing
inde
x V
IEC
6011
2 60
0 / 6
00
* / 6
00
* / 6
00
475
/ 475
60
0 / 6
00
* / 5
25
* / 5
25
375
/ 375
* /
32 5
* / 6
00
- / -
Ther
mal
pro
pert
ies
Unit
Test
met
hod
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Mel
ting
tem
pera
ture
(10°
C/m
in)
°C
ISO
1135
7-1/
-3
220
220
220
220
220
220
220
220
220
220
260
Defle
ction t
empe
rature
unde
r load
(1.80
MPa
) °C
IS
O 75
-1/-
2 75
11
0 11
0 19
0 17
0 17
0 18
0 12
0 20
5 20
5 24
5
Defle
ction t
empe
rature
unde
r load
(0.45
MPa
) °C
IS
O 75
-1/-
2 18
020
520
521
021
021
021
020
521
521
0-
UL fl
ame
reta
rdan
t gra
de
c lass
IE
C 60
695-
11-1
0 V -
0 @
0.38
mm
V -
2 @
0.75
mm
V -
2 @
0.75
mm
V -
2 @
0.75
mm
V -
2 @
0.8
mm
V -
2 @
0.8
mm
V -
2 @
0.75
mm
V -
0 @
3m
mV -
0 @
0.75
mm
V -0
@ 0
.8m
mV -
0 @
0.4
mm
Glow
-Wire
flame
retar
dant
index
(GWF
I) °C
IE
C 60
695-
2-12
96
0 @
0.38
mm
960
@ 0
.75m
m
960
@ 1.
5mm
96
0 @
1mm
96
0 @
1mm
96
0 @
0.75
mm
96
0 @
0.75
mm
96
0 @
0.75
mm
96
0 @
0.75
mm
96
0 @
0.8
mm
96
0 @
0.4
mm
Othe
r pro
pert
ies
Unit
T est
met
hod
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
T y
pica
l val
ue
T ypi
cal v
alue
Dens
ity
kg/m
³ IS
O 11
83
1180
13
80
1380
13
60
1340
13
70
1440
15
30
1590
14
70
1440
Satu
rate
d wa
ter a
bsor
ptio
n (2
3°C)
%
Si
mila
r to
ISO
62
9 6.
2 6.
2 6.
8 6.
5 6.
1 5.
6 6.
2 4.
5 -
4.3
Equi
libriu
m m
oistu
re a
bsor
ptio
n1) %
Si
mila
r to
ISO
62
2.5
1.8
1.8
2 2
1.6
1.5
1.7
1.3
1.7
1.6
Mol
d sh
rinka
ge ra
tio (p
aral
lel)
%
ISO
294-
4 1.1
0.
91
0.6
0.6
0.6
0.6
0.55
0.
63
0.21
0.
2 0.
2
Mol
d sh
rinka
ge ra
tio (v
ertic
al)
%
ISO
294-
4 0.
91
0.82
0.
8 1
1 1
0.9
0.63
0.
77
0.6
0.8
Note
: 1) S
imul
ate
equi
libriu
m m
oist
ure
abso
rptio
n am
ount
und
er 2
3°C
/ 50%
RH co
nditi
on b
y usin
g 70
°C /
62%
RH co
nditi
on.
Abov
e da
ta is
upd
ated
to D
ecem
ber 2
015
76
Arni
te®
& X
ytro
n™ Te
chni
cal D
ata
Tabl
e fo
r Sel
ectio
n
Arni
te
Xy
tron
Mat
eria
l gra
de n
o.
AV2
372##
AV
2 39
0##
AV2
360
S##
AV2
365 S
N##
TV4
240##
TV
4 26
1##
TV4
290
TV4
240
S##
TV4
261 S
F##
XG 2
60 S
# G4
010T
##
M60
10A##
Mat
eria
l typ
e
PE
T-GF
35
PET-
GF50
PE
T-GF
33 FR
(17)
PET-
GF33
FR(17
) PB
T-GF
20
PBT-
GF30
PB
T-GF
50
PBT-
GF20
FR(17
) PB
T-GF
30 FR
(17)
PBT-
GF30
FR
PPS-
GF40
PP
S-(G
F+M
F)60
Mec
hani
cal p
rope
rtie
s Un
it Te
st m
etho
d Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Tens
ile m
odul
us
MPa
IS
O 52
7-1/
-2
1300
0 19
000
1300
0 13
500
7200
97
50
1600
0 85
00
1100
0 11
500
1550
0 21
000
Tens
ile st
reng
th
MPa
IS
O 52
7-1/
-2
190
210
160
165
120
145
145
110
130
83
180
160
Elon
gatio
n at
bre
ak
%
ISO
527-
1/-2
2.
5 2
2 2
2.7
2.8
1.4
2.5
2.5
1.7
1.8
1.1
Flexu
ral m
odul
us
MPa
IS
O 17
8 -
- -
- -
- -
- -
- 16
000
1920
0
Bend
ing
stre
ngth
M
Pa
ISO
178
- -
- -
- -
- -
- -
270
240
Char
py im
pact
stre
ngth
(+23
°C)
kJ/m
² IS
O 17
9/1e
U 50
55
35
50
40
68
53
50
50
25
-
27
Char
py im
pact
stre
ngth
(-30
°C)
kJ/m
² IS
O 17
9/1e
U 50
55
35
50
40
60
-
50
50
- -
-
Charp
y notc
hed i
mpac
t stre
ngth
(+23°
C)
kJ/m
² IS
O 17
9/1e
A 10
14
8
10
7 9.
5 9.
5 9
8 5
11
7
Charp
y notc
hed i
mpac
t stre
ngth
(-30°
C)
kJ/m
² IS
O 17
9/1e
A 10
14
8
10
7 9.
5 -
9 8
- -
-
Elec
trica
l pro
pert
ies
Unit
Test
met
hod
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Volu
me
resis
tivity
Oh
m*m
IE
C 60
093
>1E1
3 >1
E13
>1E1
3 >1
E13
>1E1
3 >1
E13
>1E1
3 >1
E13
>1E1
3 -
>1E1
3 -
Surfa
ce re
sistiv
ity
Ohm
IE
C 60
093
- -
- -
- -
- -
- -
- -
Diel
ectri
c stre
ngth
kV
/mm
IE
C 60
243-
1 34
-
29
- 30
30
-
27
28
- -
-
Com
para
tive
track
ing
inde
x V
IEC
6011
2 25
0 25
0 22
5 20
0 40
0 40
0 -
250
300
550
150
-
Ther
mal
pro
pert
ies
Unit
Test
met
hod
Test
met
hod
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Mel
ting
tem
pera
ture
(10°
C/m
in)
°C
ISO
1135
7-1/
-3
255
255
255
255
225
225
225
225
225
225
- -
Defle
ction
temp
eratur
e und
er loa
d (1.8
0 MPa
) °C
IS
O 75
-1/-
2 23
5 24
0 22
0 24
0 20
5 20
5 21
5 21
0 21
0 21
0 26
0 26
0
Defle
ction
temp
eratur
e und
er loa
d (0.4
5 MPa
) °C
IS
O 75
-1/-
2 25
0 25
2 24
0 25
0 22
0 22
0 22
0 22
0 22
0 22
0 -
-
UL fl
ame
reta
rdan
t gra
de
class
IE
C 60
695-
11-1
0 HB
@ 0
.75m
m
HB @
0.8
1mm
V-
0 @
1.5m
m
V-0
@ 0
.4m
m
HB @
0.75
mm
HB
@ 0
.71m
m
HB @
0.8
mm
V-
0 @
1.5m
m
V-0
@ 0
.75m
m
V-0
@ 0
.4m
m
V-0
@ 1.
5mm
V-
0 @
0.8
mm
Glow
-Wire
flame
retar
dant
index
(GWF
I) °C
IE
C 60
695-
2-12
-
- 96
0 @
1.0m
m
960
@ 0
.75m
m
- -
- -
960
@ 0
.75m
m
960
@ 0
.75m
m
960
@ 1.
5mm
96
0 @
0.8
mm
Othe
r pro
pert
ies
Unit
Test
met
hod
Test
met
hod
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Dens
ity
kg/m
³ IS
O 11
83
1630
17
80
1730
17
50
1450
15
10
1690
16
10
1650
15
60
1680
19
70
Satu
rate
d wa
ter a
bsor
ptio
n (2
3°C)
%
Si
mila
r to
ISO
62
0.45
0.
3 0.
4 0.
4 0.
3 0.
3 0.
3 0.
3 0.
3 0.
3 0.
02
-
Equi
libriu
m m
oist
ure
abso
rptio
n1) %
Si
mila
r to
ISO
62
0.18
0.
12
0.12
0.
12
0.15
0.
15
0.15
0.
15
0.15
0.
15
- -
Mol
d sh
rinka
ge ra
tio (p
aral
lel)
%
ISO
294-
4 0.
25
0.2
- -
0.45
0.
33
0.25
0.
6 0.
5 0.
2 0.
04
0.2
Mol
d sh
rinka
ge ra
tio (v
ertic
al)
%
ISO
294-
4 0.
95
0.8
- -
1.3
1.2
0.95
1.7
1.4
5 1.4
0.
35
0.3
Note
: 1) S
imul
ate
equi
libriu
m m
oist
ure
abso
rptio
n am
ount
und
er 2
3°C
/ 50%
RH co
nditi
on b
y usin
g 70
°C /
62%
RH co
nditi
on.
Abov
e da
ta is
upd
ated
to D
ecem
ber 2
015
# Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.##
Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.
and
rela
tive
tem
pera
ture
inde
x (RT
I) is
incl
uded
in ce
rtifie
d ite
ms.
8
Stan
yl®
Tech
nica
l Dat
a Ta
ble
for S
elec
tion
St
anyl
Mat
eria
l gra
de n
o.
TW34
1##
TW44
1 TW
371#
TW24
1F3#
TW24
1F6##
TW
241F
8# TW
241F
10#
TW24
1F12
# TW
271F
6# TW
363
TE26
3F6#
TW24
1B3
Mat
eria
l typ
e
PA
46
PA46
PA
46
PA46
-GF1
5 PA
46-G
F30
PA46
-GF4
0 PA
46-G
F50
PA46
-GF6
0 PA
46-G
F30
PA46
-I PA
46-I-
GF30
PA
46-C
F15
Mec
hani
cal p
rope
rtie
s Un
it Te
st m
etho
d Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Tens
ile m
odul
us
MPa
IS
O 52
7-1/
-2
3300
/ 10
00
3300
/100
0 29
00 /
1000
61
00 /
2800
10
000
/ 600
0 13
000
/ 800
0 16
000
/ 100
00
2000
0 / 1
2000
10
000
/ 600
0 18
50 /
600
- / -
1300
0 / -
Tens
ile st
reng
th
MPa
IS
O 52
7-1/
-2
* / *
* / *
* / *
140
/ 70
210
/ 115
23
0 / 1
40
250
/ 160
25
5 / 1
70
190
/ 105
* /
* 14
0 / 8
5 18
5 / 1
10
Elon
gatio
n at
bre
ak
%
ISO
527-
1/-2
40
/ >5
0 40
/ >5
0 30
/ >5
0 4
/ 8
4 / 7
3
/ 6
2.7
/ 5
2 / 3
3.5
/ 6.
5 >5
0 / >
50
5 / 1
0 2
/ 4
Flexu
ral m
odul
us
MPa
IS
O 17
8 30
00 /
900
3000
/900
26
00 /
900
5800
/ 28
00
9000
/ 55
00
1150
0 / 7
000
1400
0 / 9
000
1700
0 / 1
0000
85
00 /
5700
18
00 /5
50
6300
/ 32
00
1050
0 / 5
800
Bend
ing
stre
ngth
M
Pa
ISO
178
150
/ 50
150
/ 50
- / -
235
/ 125
30
0 / 1
80
325
/ 220
35
0 / 2
50
- / -
280
/ -
- / -
- / -
260
/ 150
Char
py im
pact
stre
ngth
(+23
°C)
kJ/m
² IS
O 17
9/1e
U N
/ N
N / N
N
/ N
50 /
100
80 /
100
95 /
100
100
/ 110
90
/ 10
0 85
/ 90
N
/ N
- / -
45 /
70
Char
py im
pact
stre
ngth
(-30
°C)
kJ/m
² IS
O 17
9/1e
U N
/ N
N / N
15
0 / N
45
/ 50
65
/ 75
75
/ 85
90
/ 10
0 65
/ 75
65
/ 70
N
/ N
- / -
40 /
40
Charp
y notc
hed i
mpac
t stre
ngth
(+23°
C)
kJ/m
² IS
O 17
9/1e
A 10
/ 35
12
/ 45
7
/ 15
6 / 1
3 12
/ 21
14
/ 21
16
/ 24
18
/ 18
13
/ 17
75
/ 12
5 - /
- 5
/ 12
Charp
y notc
hed i
mpac
t stre
ngth
(-30°
C)
kJ/m
² IS
O 17
9/1e
A 4
/ 4
- / -
5 / 5
6
/ 6
11 /
11
12 /
12
14 /
14
18 /
18
11 /
11
26 /
30
- / -
4.5
/ 4.5
Elec
trica
l pro
pert
ies
Unit
Test
met
hod
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Volu
me
resis
tivity
Oh
m*m
IE
C 60
093
1E13
/ 1E
7 1E
13 /
1E7
1E12
/ 1E
7 - /
- 1E
12 /
1E7
1E12
/ 1E
8 1E
12 /
1E8
- / -
1E12
/ 1E
7 1E
13 /
1E7
- / -
- / -
Surfa
ce re
sistiv
ity
Ohm
IE
C 60
093
* / 1E
13
* / -
* / 1E
13
* / -
* / 1E
13
* / 1E
13
* / 1E
13
* / -
* / 1E
13
- / -
- / -
* / -
Diel
ectri
c stre
ngth
kV
/mm
IE
C 60
243-
1 25
/ 15
25
/15
- / -
- / -
30 /
20
30 /
20
30 /
20
- / -
- / -
25 /
15
- / -
- / -
Com
para
tive
track
ing
inde
x V
IEC
6011
2 40
0 / -
40
0 / -
40
0 / -
- /
- 30
0 / -
30
0 / -
30
0 / -
- /
- 40
0 / -
47
5 / -
- /
- - /
-
Ther
mal
pro
pert
ies
Unit
Test
met
hod
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Mel
ting
tem
pera
ture
(10°
C/m
in)
°C
ISO
1135
7-1/
-3
295
295
295
295
295
295
295
295
295
295
295
295
Defle
ction
temp
eratur
e und
er loa
d (1.8
0 MPa
) °C
IS
O 75
-1/-
2 19
0 19
0 19
0 27
5 29
0 29
0 29
0 29
0 29
0 90
28
0 29
0
Defle
ction
temp
eratur
e und
er loa
d (0.4
5 MPa
) °C
IS
O 75
-1/-
2 28
0 28
0 29
0 29
0 29
0 29
0 29
0 29
0 29
0 20
0 -
-
UL fl
ame
reta
rdan
t gra
de
class
IE
C 60
695-
11-1
0 V-
2 @
0.75
mm
V-
2 @
0.75
mm
HB
@ 1.
5mm
HB
@ 1.
5mm
HB
@ 0
.75m
m
HB @
0.75
mm
HB
@ 0
.75m
m
HB @
1.5m
m
HB @
0.75
mm
-
HB @
1.5m
m
-
Glow
-Wire
flam
e reta
rdan
t inde
x(GW
FI)
°C
IEC
6069
5-2-
12
750
@ 0
.75m
m
- -
- 65
0 @
0.75
mm
65
0 @
0.75
mm
65
0 @
0.75
mm
65
0 @
0.75
mm
65
0 @
0.75
mm
-
- -
Othe
r pro
pert
ies
Unit
Test
met
hod
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Dens
ity
kg/m
³ IS
O 11
83
1180
11
80
1250
12
90
1410
15
10
1620
17
60
1540
11
00
1310
12
20
24h W
ater a
bsor
ption
ratio
(23°
C, 2m
m)
%
Sim
ilar t
o IS
O 62
3.
8 3.
8 3.3
3.
2 2.
65
2.3
1.9
1.5
2.1
- 2.
1 3.
2
Equi
libriu
m m
oist
ure
abso
rptio
n1)
%
Sim
ilar t
o IS
O 62
3.7
3.7
3.
2 3.
15
2.6
2.2
1.85
1.4
2 2.9
5 2
3.15
Mol
d sh
rinka
ge ra
tio (p
aral
lel)
%
ISO
294-
4 2
2 2
0.5
0.5
0.5
0.4
0.4
0.5
2 -
0.3
Mol
d sh
rinka
ge ra
tio (v
ertic
al)
%
ISO
294-
4 2
2 2
1.2
1.3
1.1
0.9
0.7
1.3
2 -
1.1
Note
: 1) S
imul
ate
equi
libriu
m m
oist
ure
abso
rptio
n am
ount
und
er 2
3°C
/ 50%
RH co
nditi
on b
y usin
g 70
°C /
62%
RH co
nditi
on.
Abov
e da
ta is
upd
ated
to D
ecem
ber 2
015
# Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.##
Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.
and
rela
tive
tem
pera
ture
inde
x (RT
I) is
incl
uded
in ce
rtifie
d ite
ms.
98
Stan
yl®
& S
tany
l® Fo
rTii™
Tech
nica
l Dat
a Ta
ble
for S
elec
tion
# Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.##
Thi
s sp
ecifi
catio
n is
certi
fied
by co
mm
erci
al la
bora
tory
of U
L.
and
rela
tive
tem
pera
ture
inde
x (RT
I) is
incl
uded
in ce
rtifie
d ite
ms.
St
anyl
For
Tii
Mat
eria
l gra
de n
o.
46HF
5145
# TE
250F
3##
TE25
0F6##
TE
250F
8##
TE25
0F9##
TE
251F
7# CR
310#
K11#
K12#
F11##
F1
2##
Mat
eria
l typ
e
PA
46-G
F43
FR(1
7)
PA46
-GF1
5 FR
(17)
PA
46-G
F30
FR(1
7)
PA46
-GF4
0 FR
(17)
PA
46-G
F45
FR(1
7) P
A46-
GF35
FR(1
7)
PA46
-GF3
0 FR
PA
4T-G
F30
PA4T
-GF4
0 PA
4T-G
F30
FR(4
0)
PA4T
-GF4
0 FR
(40)
Mec
hani
cal p
rope
rtie
s Un
it Te
st M
etho
d Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Tens
ile m
odul
us
MPa
IS
O 52
7-1/
-2
1600
0 / -
80
00 /
- 12
000
/ 800
0 15
000
/ 120
00
1700
0 / 1
2000
12
500
/ -
1250
0 / 8
000
1100
0 / -
13
500
/ -
1200
0 / 1
2000
13
500
/ 135
00
Tens
ile st
reng
th
MPa
IS
O 52
7-1/
-2
200
/ -
140
/ -
180
/ 125
18
0 / 1
30
200
/ 130
20
0 / -
14
0 / 1
00
180
/ -
210
/ -
155
/ 155
17
0 / 1
70
Elon
gatio
n at
bre
ak
%
ISO
527-
1/-2
1.7
/ -
3 / -
2.
5 / 3
.5 1.9
/ 2.
5 2
/ 3
2.5
/ -
1.7 /
2.5
2 / -
2
/ -
2 / 2
1.9
/ 1.9
Flexu
ral m
odul
us
MPa
IS
O 17
8 14
000
/ -
7500
/ -
1100
0 / 7
300
1300
0 / 1
1000
15
000
/ 110
00
1150
0 / -
12
500
/ 800
0 10
000
/ -
1350
0 / -
11
500
/ 115
00
1450
0 / 1
4500
Bend
ing
stre
ngth
M
Pa
ISO
178
310
/ -
225
/ -
260
/ 190
30
0 / 2
50
300
/ 250
28
5 / -
- /
- 29
0 / -
33
0 / -
24
5 / 2
30
280
/ 260
Char
py im
pact
stre
ngth
(+23
°C)
kJ/m
² IS
O 17
9/1e
U - /
- 40
/ 50
60
/ 60
50
/ 50
65
/ 75
60
/ -
35 /
40
55 /
- 65
/ -
50 /
50
65 /
65
Char
py im
pact
stre
ngth
(-30
°C)
kJ/m
² IS
O 17
9/1e
U * /
- 40
/ 40
50
/ 50
40
/ 40
50
/ 50
* /
- * /
- - /
- - /
- - /
- - /
-
Charp
y notc
hed i
mpac
t stre
ngth
(+23°
C)
kJ/m
² IS
O 17
9/1e
A 16
/ -
6 / 1
0 11
/ 11
13
/ 14
13
/ 15
11
/ -
9 / 9
10
/ -
11 /
- 10
/ 10
11
/ 11
Charp
y notc
hed i
mpac
t stre
ngth
(-30°
C)
kJ/m
² IS
O 17
9/1e
A - /
- 6
/ 6
10 /
10
13 /
13
13 /
13
- / -
- / -
- / -
- / -
- / -
- / -
Elec
trica
l pro
pert
ies
Unit
Test
Met
hod
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Dr
y/W
et
Dry/
Wet
Volu
me
resis
tivity
Oh
m*m
IE
C 60
093
* / -
- / -
1E13
/ 1E
8 1E
13 /
1E8
1E13
/ 1E
8 * /
- >1
E13
/ 1E1
0 >1
E13
/ >1E
13
>1E1
3 / >
1E13
>1
E13
/ >1E
13
>1E1
3 / >
1E13
Surfa
ce re
sistiv
ity
Ohm
IE
C 60
093
* / -
* / -
* / 1E
14
* / 1E
14
* / 1E
14
* / -
* / >1
E15
* / >1
E15
* / >1
E15
* / >1
E15
* / >1
E15
Diel
ectri
c stre
ngth
kV
/mm
IE
C 60
243-
1 * /
- 30
/ 20
30
/ 20
30
/ 20
30
/ 20
* /
- 33
/ 31
33
/ 33
33
/ 33
33
/ 33
33
/ 33
Com
para
tive
track
ing
inde
x V
IEC
6011
2 * /
- 17
5 / -
22
5 / -
32
5 / -
25
0 / -
20
0 / -
42
5 / -
60
0 / 6
00
600
/ -
600
/ -
600
/ -
Ther
mal
pro
pert
ies
Unit
Test
Met
hod
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Mel
ting
tem
pera
ture
(10°
C/m
in)
°C
ISO
1135
7-1/
-3
295
295
295
295
295
- 29
5 32
5 32
5 32
5 32
5
Defle
ction
temp
eratur
e und
er loa
d (1.8
0 MPa
) °C
IS
O 75
-1/-
2 28
0 29
0 29
0 29
0 29
0 27
0 29
0 30
5 30
5 30
5 30
5
Defle
ction
temp
eratur
e und
er loa
d (0.4
5 MPa
) °C
IS
O 75
-1/-
2 -
290
290
290
290
- 29
0 32
0 32
0 32
3 32
3
UL fl
ame
reta
rdan
t gra
de
class
IE
C 60
695-
11-1
0 V-
0 @
3.2
mm
V-
0 @
0.9
mm
V-
0 @
0.35
mm
V-
0 @
0.35
mm
V-
0 @
0.75
mm
V-
0 @
3.2
mm
V-
0 @
0.75
mm
HB
@ 0
.8m
m
HB @
0.8
mm
V-
0 @
0.2
mm
V-
0 @
0.2
mm
Glow
-Wire
flam
e reta
rdan
t inde
x(GW
FI)
°C
IEC
6069
5-2-
12
- 96
0 @
0.75
mm
96
0 @
0.75
mm
96
0 @
0.75
mm
96
0 @
0.75
mm
-
960
@ 0
.75m
m
- -
960
@ 0
.25m
m
960
@ 0
.75m
m
Othe
r pro
pert
ies
Unit
Test
Met
hod
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Ty
pica
l val
ue
Typi
cal v
alue
Dens
ity
kg/m
³ IS
O 11
83
1730
15
20
1680
17
70
1820
16
20
1530
14
10
1510
14
60
1550
24h W
ater a
bsor
ption
ratio
(23°
C, 2m
m)
%
Sim
ilar t
o IS
O 62
-
2 1.7
1.3
1.3
5 -
- -
- 0.
3 -
Equi
libriu
m m
oist
ure
abso
rptio
n1)
%
Sim
ilar t
o IS
O 62
-
1.9
1.6
1.3
1.3
- 1.8
2.
1 1.8
1.6
1.4
5
Mol
d sh
rinka
ge ra
tio (p
aral
lel)
%
ISO
294-
4 0.
3 1
0.4
0.3
0.3
- 0.
4 0.
4 0.
35
0.3
0.3
Mol
d sh
rinka
ge ra
tio (v
ertic
al)
%
ISO
294-
4 0.
85
1.5
1.1
0.9
0.9
- 1
1.3
1 1.2
0.
85
Note
: 1) S
imul
ate
equi
libriu
m m
oist
ure
abso
rptio
n am
ount
und
er 2
3°C
/ 50%
RH co
nditi
on b
y usin
g 70
°C /
62%
RH co
nditi
on.
Abov
e da
ta is
upd
ated
to D
ecem
ber 2
015
10
Introduction of UL Card• UL is a globally recognized team that conducts evaluation on safety of industrial products
from a third party’s stance.
• Yellow Card refers to evaluation data about safety tested and determined by UL.
• Yellow Card also includes a lot of data concerning insulation and safety of plastic products
• UL’s data can be retrieved on-line.
Component - Plastics E47960
DSM ENGINEERING PLASTICS B VPOSTBUS 604, GELEEN 6160 AP NL
XG-FKGS6(f1)Polyamide 6 (PA6), glass reinforced, high flow, flame retardant, "Akulon", furnished as pellets
Min Thk Flame RTI RTI RTIColor (mm) Class HWI HAI Elec Imp StrALL 0.75 V-0 0 0 140 110 140
1.5 V-0,5VA 0 0 140 110 1403.0 V-0,5VA 0 0 140 110 140
Comparative Tracking Index (CTI): 1 Inclined Plane Tracking (IPT): -Dielectric Strength (kV/mm): - Volume Resistivity (10x ohm-cm) : -
High-Voltage Arc Tracking Rate (HVTR): - High Volt, Low Current Arc Resis (D495): -
Dimensional Stability (%): -
(f1) - Suitable for outdoor use with respect to exposure to Ultraviolet Light, Water Exposure and Immersion in accordance with UL 746C.
ANSI/UL 94 small-scale test data does not pertain to building materials, furnishings and related contents. ANSI/UL 94 small-scale test data is intended solely for determining the flammability of plastic materials used in the components and
parts of end-product devices and appliances, where the acceptability of the combination is determined by UL.
Report Date:2006-09-08Last Revised:2013-12-19 © 2014 UL LLC
IEC and ISO Test MethodsThickness
Test Name Test Method Units Tested (mm) Value
Flammability IEC 60695-11-10, IEC 60695-11-20
Class (color) 0.75 V-0 (ALL)
1.5 V-0,5VA(ALL)
3.0 V-0,5VA(ALL)
Glow-Wire Flammability (GWFI) IEC 60695-2-12 C 0.75 960
1.5 9603.0 960
Glow-Wire Ignition (GWIT) IEC 60695-2-13 C 0.75 7751.5 7753.0 825
IEC Comparative Tracking Index IEC 60112 Volts (Max) 3.0 CTI600
IEC Ball Pressure IEC 60695-10-2 C 3.0 210ISO Heat Deflection (1.80 MPa) ISO 75-2 C - -
ISO Tensile Strength ISO 527-2 MPa - -ISO Flexural Strength ISO 178 MPa - -ISO Tensile Impact ISO 8256 kJ/m2 - -ISO Izod Impact ISO 180 kJ/m2 - -ISO Charpy Impact ISO 179-2 kJ/m2 - -
© 2014 UL LLC
Page 1 of 1UL iQ™ for Plastics
2014/1/26http://iq.ul.com/iq/newiq/List.aspx?ULID=562306
1
2
3
4
5
6
Yellow card registration No.
Company name and address as well as unique corresponding registration No.
Product name (with S.N.) and description
Data portion
Remarks, notes for special certificate
Data registration data and update date
1
2
3
4
5
6
1110
Data Description Item Meaning Description
Flame Class Class of flame retardancy Determine flame retardancy class in accordance with UL94.
Flame retardancy class upgrades rises gradually in the sequence of HB < V-2 < V-1 < V-0.
As a higher 5V appraisal. Different from traditional method.
Flame retardancy class upgrades rises gradually in the sequence of V-0 < 5VB < 5VA.
So, for example, “V-0, 5VA” means two tests are conducted.
HWI Hot wire ignition class Wind nickel wire onto test piece to allow specified current to pass.
Classify material flame retardancy as per time required for ignition.
The lower the class number, the higher the flame retardancy.
0: >= 120 s; 1: 60~120 s; 2: 30~60 s;
3: 15~30 s; 4: 7~15 s; 5: <7 s
HAI High current arc ignition class Allow high current arc to fly besides the test piece. Classify material flame
retardancy as per the number of times required until ignition. The lower the
class number, the higher the difficulty of material.
0: >= 120 times; 1: 60~120 times; 2: 30~60 times;
3: 15~30 times; 4: <15 times
RTI Relative temperature index Maximum temperature to guarantee usage of material as specified by UL. Unit: °C.
• Elec stands for RTI for electrical property;
• Imp stands for RTI in the case of impact load;
• Str stands for RTI under static load
Color Color All above 4 indicators (Flame Class, HWI, HAI, RTI) are relevant to color;
different colors of materials will cause different performances
NC means natural color (without coloration); BK means black color; ALL means
any color, etc.
Min. Thick. Min. thickness of test piece All above 4 indicators (Flame Class, HWI, HAI, RTI) are relevant to thickness of
test piece; different thickness will cause different performance. Unit: mm
CTI Comparative Tracking Index Leakage resistance is classified as per voltage resistance value from 0 to 5.
The lower the class number, the higher the leakage resistance.
0: ≥ 600 V; 1: 400~600 V; 2: 250~400 V;
3: 175~250 V; 4: 100~175 V; 5: < 100 V
IPT Inclined plane tracking Another performance to evaluate leakage resistance of material. It is often
used in HV condition.
HVTR High voltage arc tracking rate Distance that the tracking travels within a unit of time. The lower the class
number, the slower the travelling speed.
0: 0~10 mm/min; 1: 10~25.5 mm/min; 2: 25.5~80 mm/min
3: 80~150 mm/min; 4: > 150 mm/min
D495 ASTM-D495 arc resistance Arc resistance standard established by ASTM. The lower the class number,
the higher the arc resistance.
0: >= 420 s; 1: 360~420 s; 2: 300~360 s
3: 240~300 s; 4: 180~240 s; 5: 120~180 s
6: 60~120 s; 7: < 60 s
©2016 DSM N.V.
All messages, suggestions and/or examples (“information”) provided by or on behalf of DSM Engineering Plastics Division are based on “status quo”. No guarantee will be given to its accuracy, practicability, correctness or intactness. If using or disclosing or relying on this information, you must bear the risks, charges and liabilities at your own cost. DSM Engineering Plastics Division and its affiliates shall be exempted from any damage or claims from a third party caused by your receiving, using, disclosing or relying on the information.
Disclosure of information shall not be considered as granting you any certificate or other intellectual property rights related to the information. Separate negotiation is required for acquiring such certificates or intellectual property rights.
DSM Engineering PlasticsFor more information, please visit:www.dsm.com or contact:
Asia PacificTel.: +86 21 641 [email protected]
EuropeTel.: +31 46 47 [email protected]
AmericaTel.: +1 248 792 [email protected]
IndiaTel: +91 20 [email protected]