ul e230449 p15 - futureelectronics.com industries inc... · specification type description part no....
TRANSCRIPT
1 ------------ ---------------------- P1
2 ------------ ---------------------- P2
3 ------------ ---------------------- P3
4 ------------ ---------------------- P4
5 ------------ ---------------------- P5.6.7.8.9
6 ------------ E119543 P10.11.12.13
7 ------------ LL83362-10 P14
UL E230449 P15.16
CSA 216281 P17.18.19.20
9 ------------ ----------------------
10 ------------ ----------------------
11 ------------ ----------------------
12 ------------ ----------------------
13 ------------ ----------------------
14 ------------ ----------------------
SM001+SM112
SM001
SM112
8
UL
CSA
SPECIFICATION
TYPE DESCRIPTION PART NO. PAGE
SM001+SM112 POWER SUPPLY CORD 1 of 5
1. SCOPE:
This specification applies to POWER SUPPLY CORDS which are in compliance with
UL & CSA standards and authorized by UL & CSA as following files.
2. Standard of applicable Type Max.voltages Max.current Fill No.
2.1 plug SM001 E119543
2.2 connector SM112 125V 7A E119543
2.3 cord SVT 18/3C
TEST CONDITION:This test and measurement,unless otherwise specified shall be carried out at a temperature of 15℃ to 35℃, relative humidity of 25% to 85%, and atmospheric pressure of 86kpa to 106kpa. However, when any doubt arises on the judgement value under it the test and measurement shall be carried out at a temperature of 20±2℃, relative humidity of 60% to 70%, and atmospheric pressure of 86kpa to 106kpa. 3. ELECTRICAL PERFORMANCE
NO. Item Test condition Requirement
4-1 Dielectric
Withstanding
Voltage test
(a) In this air (20±5℃) AC2000V is applied between a conductor and other conductor for 1 second.
(b) Immersed in water(20±5℃) AC1000V is applied between a conductor and other conductor for 1 minute
No breakage
No breakage
4-2 Current and
Polarity test
No problem with
conductor
SPECIFICATION
TYPE DESCRIPTION PART NO. PAGE
SM001+SM112 POWER SUPPLY CORD 2 of 5
4. ELECTRICAL PERFORMANCE NO. Item Test condition Requirement
4-3 Insulation
resistance test
In the air 20℃~60℃ DC 500V 5MΩ MIN
4-4 Conductor
resistance test
In the air 20℃~60℃ 25.1Ω/km MAX
5. MECHANICAL PERFORMANCE
NO. Item Test condition Requirement
5-1 Tensile strength
(initial sample)
insulation 15LBS/2min
5-2 Deformation
test
Exposure to 120±3℃ atmosphere for 0.5H Weight 510g
The thickness of
sample shall not
decrease more
than 50%
5-3 Accelerated Aging
test
Exposure to 75±2℃, atmosphere for 168 hours under natural ventilation.
No crack mucus
mark wire exposure
short and oppositive
polarity
SPECIFICATION
TYPE DESCRIPTION PART NO. PAGE
SM001+SM112 POWER SUPPLY CORD 3 of 5
5. MECHANICAL PERFORMANCE(CORD) NO. Item Test condition Requirement
5-4 Abrupt pull test 25 time abrupt pull test,turn around one circle
Test to the rating of 40A for 2mins
No cord set break
5-5 Input & output
Force to connector
It is tested after taking the action of 10time
input & output.
Applied force is
1~6kg
6. MECHANICAL PERFORMANCE
NO. Item Test condition Requirement
6-1 Pulling out
force of conductor
The connector between blade terminal and
conductor shall not break under a Pull force of
20 LBS for 1 minute
Conductor can not
fall down
SPECIFICATION
TYPE DESCRIPTION PART NO. PAGE
SM001+SM112 POWER SUPPLY CORD 4 of 5
6. MECHANICAL PERFORMANCE NO. Item Test condition Requirement
6-2 Pulling out force
of blades
The attachment plug is supported on a horizontal
steel plate with the blades down ward through a
hole sufficiently large just to permit the blades to
pass through it a weight than exert 89N force for
two minutes is to be supported by each blade in
succession.
The residual
displacement of
either blade must not
more than 2.4mm
after 2 minutes of
load.
6-3 Pulling out
force of cord
The joint in flexible cord is to be securely support-
rated by a rigid flat mounted horizontally,a pull of
133.4N weight for one minute to be flexible cord
No looseness
SPECIFICATION
TYPE DESCRIPTION PART NO. PAGE
SM001+SM112 POWER SUPPLY CORD 5 of 5
6.MECHANICAL PERFORMANCE
NO. Item Test condition Requirement
6-4 Bending force The power supply cord division is fixing and load
of 113g is added to a tip of a cable. It is made to
do 2500times bending on right and left each 90°
(bending speed 10 times/minute)
Breaking rate is
under 30%
2008.0
8.1
5
1
23
45
1
04100002
1
---6
kg
4.1
kg
3.5
kg
3.0
kg
3.2
kg
3.7
kg
OK
2008.0
8.1
5
12
34
5
1
04100002
180
10
/113g
UL
817
25
00
OK
OK
O
K
OK
O
K
OK
12
360
3U
LU
L
4IE
C884
IEC
320
!"#
Test Report !"#:SHR08123030141002 $ 1 % & 6 %
Report No.:SHR08123030141002 Page 1 of 6
$%&' :'()*+,+-./01
Applicant :Suzhou TongYuan Electric Wire&Cable Co.,Ltd.
( ) :'(2'(345678346 1#9:
Address :No.1 Block Kuatang Township Suzhou Industrial Park
*+,- Report on the submitted sample said to be:
;<=> Sample Name :BLACK PVC
;<?@ Sample Description :ABCDEF Black plastic particle
;<G# Part No. :HIJ See appendix
;<K# Item/Lot No. :08.12.22
LMN Supplier :'(OPQCR./01
SU ZHOU HONGQILIN PLASTICS CO. LTD.
;<STUV :2008.12.30
Sample Received Date :Dec.30,2008
;<WXUV :2008.12.30-2009.01.05
Testing Period :Dec.30,2008 to Jan.5,2009
!./ :YZ[\]^_X`abc;<defghgigjklgm
nopqmnoprestu
Test Requested :As specified by client, to determine the Lead, Cadmium, Mercury,
Hexavalent Chromium, PBBs&PBDEs contents in the submitted
sample.
!01 Test Results2%3456 Please refer to following page(s).
v W: w x:
Tested by yz{ Inspected by |}~
� : � UV: 2009.01.05
Approved by y!
"#$%
Technical Manager
Date Jan.5,2009
!"#
Test Report !"#:SHR08123030141002 $ 2 % & 6 %
Report No.:SHR08123030141002 Page 2 of 6
!78 Test Method:
X&'(
Tested Items
)*%+,
Pretreatment Method
X&-.MeasuredEquipment
W//Report Limit
f(Pb)/ h(Cd)01 US EPA 3052:1996
Refer to US EPA 3052:1996ICP-AES 2ppm
i(Hg)01 US EPA 3052:1996
Refer to US EPA 3052:1996ICP-AES 2ppm
jkl(Cr6+
)01 US EPA 3060A:1996
Refer to US EPA 3060A:1996UV-Vis 2ppm
mnop GC-MSD 5ppm
mnopr
01 US EPA 3540C:1996
Refer to US EPA 3540C:1996 GC-MSD 5ppm
!01 Test Results:
!9:; Tested Items <= Contents
f Lead (Pb) N.D.
h Cadmium (Cd) N.D.
iMercury (Hg) N.D.
jkl Hexavalent Chromium (Cr6+
) N.D.
23014567+,`tfghgi8_;<9:;<=u
Note3The sample had been dissolved totally tested for Lead, Cadmium, Mercury.
!9:; Tested Items <= Contents
>?@A Polybrominated Biphenyis(PBBs)
>nopMonobromodiphenyl N.D.
?nop Dibromobiphenyl N.D.
@nop Tribromobiphenyl N.D.
Anop Tetrabromobiphenyl N.D.
Bnop Pentabromobiphenyl N.D.
jnop Hexabromobiphenyl N.D.
Cnop Heptabromobiphenyl N.D.
Dnop Octabromobiphenyl N.D.
Enop Nonabromobiphenyl N.D.
Fnop Decabromobiphenyl N.D.
!"#
Test Report !"#:SHR08123030141002 $ 3 % & 6 %
Report No.:SHR08123030141002 Page 3 of 6
!9:; Tested Items <= Contents
>?@AB polybrominated Diphenyl Ethers(PBDEs)
>noprMonobromodiphenyl ether N.D.
?nopr Dibromobiphenyl ether N.D.
@nopr Tribromobiphenyl ether N.D.
Anopr Tetrabromobiphenyl ether N.D.
Bnopr Pentabromobiphenyl ether N.D.
jnopr Hexabromobiphenyl ether N.D.
Cnopr Heptabromobiphenyl ether N.D.
Dnopr Octabromobiphenyl ether N.D.
Enopr Nonabromobiphenyl ether N.D.
Fnopr Decabromobiphenyl ether N.D.
C: -N.D. = GW/ (HIW//). -ppm=mg/kg=JKLMN.
Note: -N.D. = Not Detected (<report limit ). -ppm = mg/kg=parts per million.
!"#
Test Report !"#:SHR08123030141002 $ 4 % & 6 %
Report No.:SHR08123030141002 Page 4 of 6
!DE Test Process :
1.!FG/H/I<= Test for Pb/Cd/Hg Contents.
>t;<IOP<=Q.d
Weigh sample and place it in a
microwave digestion vessel
RS<=&T
Add digestion
reagent
UOP<=Vd<=;<Digest sample in microwave
digestion oven
W ICP-AESX`Analyzed by ICP-AES
WXYFZ`QMake up with D.I.
water
[\<=]^_Qt`aTransfer the digestive solution
into a volumetric flask
2.!FJKL<=.Test for Chromium(M) Content.
>t;<Ibc`a
Weigh sample and place
it in a conical flask
RS<=T, Rd
Add digestion solution
and heating at hot plate
ef]^ pHgh 7.5i0.5,
[\]^_Qt`
Adjust the pH of the solution
to 7.5i0.5 and transfer the
solution into a volumetric flask
jRkB]^
Add diphenylcarbazide solution
WXYFZ`Q
Make up with D.I.
water
ef]^ pHgh 2.0i
0.5 WlZ`Q
Adjust the pH of the
solution to 2.0i0.5 and
make up with deionized
water
UV-Vis (Pm 540nm)X`
Analyze the mixture by using UV-Vis
spectrophotometer with wavelength set at 540nm
3.!F>?@AN>?@AB<=.Test for PBBs /PBDEs Contents.
>t;<Inod
Weigh sample and
place it in a thimble
W.p]Tqr
Extracted with
organic solvent
stqr^
Concentrate the extract
W GC-MSDLu
Analyzed by GC-MSD
W.p]T`Q
Make up withorganic solvent
[\qr]^hQt`a
Transfer the extract into avolumetric flask
!"#
Test Report !"#:SHR08123030141002 $ 5 % & 6 %
Report No.:SHR08123030141002 Page 5 of 6
IJ Appendix :
VDE/CCC :H05VV-F(H05V2V2-F);H05VVH2-F(H05V2V2H2-F);H03VV-F(H03V2V2-F)!
(Flat) H03VVH2-F(H03V2V2H2-F) ;H07VV-F!(Flat)227 IEC52(RVV); 227 IEC 52(RVV);
227 IEC 53(RVV)! AVVR; RV;BV;BVR;BVVB;
UL/CSA :(NI)SPT-1;(NI)SPT-2!SPT-3;SVT;ST(O"W);SJEO"SJEOW"SJEOOW"SJT(W"
O"OW"OOW);ST;H05+SVT;SJT+H05;XTW; AWM1015;AWM1672;WM2464;AWM2468;
AWM3398;AWM2080;AWM2081; AWM2296;AWM2625;AWM2651; AWM1617;AWM1618;
AWM1007; AWM1569;AWM1865;
<PS>E :VSF(HVSF);VFF(HVFF);VCTF(HVCTF);VCT#HVCT$;KVFF; VCTFK(HVCTFK)"
VVF(HVVF);
!"#
Test Report !"#:SHR08123030141002 $ 6 % & 6 %
Report No.:SHR08123030141002 Page 6 of 6
;<vw
Photo of the sample
!xy
End of report
z !{ CTI |}{~uz !� !"g#R$%&u'x()*z+,X;<ex(-.uG$ CTI
/012_� 3L45z !_6�789:;<<Wu
This report is considered invalidated without the Special Seal for Inspection of the CTI, This report shall not be
altered, increased or deleted. The results shown in this test report refer only to the sample(s) tested. Without written
approval of CTI, this test report shall not be copied except in full and published as advertisement.
=>2?@A6BC/DR36ECF # GAH
4F.,Building 15-3,999 Ningqiao Road,Jinqiao,Pudong,Shanghai
SHR08123030141002
!"#
Test Report !"#:SHR08123030141001 $ 1 % & 6 %
Report No.:SHR08123030141001 Page 1 of 6
$%&' :'()*+,+-./01
Applicant :Suzhou TongYuan Electric Wire&Cable Co.,Ltd.
( ) :'(2'(345678346 1#9:
Address :No.1 Block Kuatang Township Suzhou Industrial Park
*+,- Report on the submitted sample said to be:
;<=> Sample Name :WHITE PVC
;<?@ Sample Description :ABCDEFG Grey white plastic particle
;<H# Part No. :IJK See appendix
;<L# Item/Lot No. :08.12.28
MNO Supplier :'(PQRDS./01
SU ZHOU HONGQILIN PLASTICS CO. LTD.
;<TUVW :2008.12.30
Sample Received Date :Dec.30,2008
;<XYVW :2008.12.30-2009.01.05
Testing Period :Dec.30,2008 to Jan.5,2009
!./ :Z[\]^_`Yabcd;<efghihjhklmhn
opqrnopqsftuv
Test Requested :As specified by client, to determine the Lead, Cadmium, Mercury,
Hexavalent Chromium, PBBs&PBDEs contents in the submitted
sample.
!01 Test Results2%3456 Please refer to following page(s).
w X: x y:
Tested by z{| Inspected by }~�
!: !VW: 2009.01.05
Approved by z"
#$%&
Technical Manager
Date Jan.5,2009
!"#
Test Report !"#:SHR08123030141001 $ 2 % & 6 %
Report No.:SHR08123030141001 Page 2 of 6
!78 Test Method:
Y'()
Tested Items
*+&,-
Pretreatment Method
Y'./MeasuredEquipment
X0/Report Limit
g(Pb)/ i(Cd)12 US EPA 3052:1996
Refer to US EPA 3052:1996ICP-AES 2ppm
j(Hg)12 US EPA 3052:1996
Refer to US EPA 3052:1996ICP-AES 2ppm
klm(Cr6+
)12 US EPA 3060A:1996
Refer to US EPA 3060A:1996UV-Vis 2ppm
nopq GC-MSD 5ppm
nopqs
12 US EPA 3540C:1996
Refer to US EPA 3540C:1996 GC-MSD 5ppm
!01 Test Results:
!9:; Tested Items <= Contents
g Lead (Pb) N.D.
i Cadmium (Cd) N.D.
jMercury (Hg) N.D.
klm Hexavalent Chromium (Cr6+
) N.D.
34125678,-aughihj9`;<:;<=>v
Note4The sample had been dissolved totally tested for Lead, Cadmium, Mercury.
!9:; Tested Items <= Contents
>?@A Polybrominated Biphenyis(PBBs)
?opqMonobromodiphenyl N.D.
@opq Dibromobiphenyl N.D.
Aopq Tribromobiphenyl N.D.
Bopq Tetrabromobiphenyl N.D.
Copq Pentabromobiphenyl N.D.
kopq Hexabromobiphenyl N.D.
Dopq Heptabromobiphenyl N.D.
Eopq Octabromobiphenyl N.D.
Fopq Nonabromobiphenyl N.D.
Gopq Decabromobiphenyl N.D.
!"#
Test Report !"#:SHR08123030141001 $ 3 % & 6 %
Report No.:SHR08123030141001 Page 3 of 6
!9:; Tested Items <= Contents
>?@AB polybrominated Diphenyl Ethers(PBDEs)
?opqsMonobromodiphenyl ether N.D.
@opqs Dibromobiphenyl ether N.D.
Aopqs Tribromobiphenyl ether N.D.
Bopqs Tetrabromobiphenyl ether N.D.
Copqs Pentabromobiphenyl ether N.D.
kopqs Hexabromobiphenyl ether N.D.
Dopqs Heptabromobiphenyl ether N.D.
Eopqs Octabromobiphenyl ether N.D.
Fopqs Nonabromobiphenyl ether N.D.
Gopqs Decabromobiphenyl ether N.D.
C: -N.D. = HX0 (IJX0/). -ppm=mg/kg=KLMNO.
Note: -N.D. = Not Detected (<report limit ). -ppm = mg/kg=parts per million.
!"#
Test Report !"#:SHR08123030141001 $ 4 % & 6 %
Report No.:SHR08123030141001 Page 4 of 6
!DE Test Process :
1.!FG/H/I<= Test for Pb/Cd/Hg Contents.
>u;<JPQ=>R/e
Weigh sample and place it in a
microwave digestion vessel
ST=>'U
Add digestion
reagent
VPQ=>We=>;<Digest sample in microwave
digestion oven
X ICP-AESYaAnalyzed by ICP-AES
XYZG[aRMake up with D.I.
water
\]=>^_`RuabTransfer the digestive solution
into a volumetric flask
2.!FJKL<=.Test for Chromium(M) Content.
>u;<Jcdab
Weigh sample and place
it in a conical flask
ST=>U, Se
Add digestion solution
and heating at hot plate
fg^_ pHhi 7.5j0.5,
\]^_`Rua
Adjust the pH of the solution
to 7.5j0.5 and transfer the
solution into a volumetric flask
kSlC^_
Add diphenylcarbazide solution
XYZG[aR
Make up with D.I.
water
fg^_ pHhi 2.0j
0.5 Xm[aR
Adjust the pH of the
solution to 2.0j0.5 and
make up with deionized
water
UV-Vis (Qn 540nm)Ya
Analyze the mixture by using UV-Vis
spectrophotometer with wavelength set at 540nm
3.!F>?@AN>?@AB<=.Test for PBBs /PBDEs Contents.
>u;<Jope
Weigh sample and
place it in a thimble
X.q^Urs
Extracted with
organic solvent
turs_
Concentrate the extract
X GC-MSDMv
Analyzed by GC-MSD
X.q^UaR
Make up withorganic solvent
\]rs^_iRuab
Transfer the extract into avolumetric flask
!"#
Test Report !"#:SHR08123030141001 $ 5 % & 6 %
Report No.:SHR08123030141001 Page 5 of 6
JK Appendix :
VDE/CCC :H05VV-F(H05V2V2-F);H05VVH2-F(H05V2V2H2-F);H03VV-F(H03V2V2-F)!
(Flat) H03VVH2-F(H03V2V2H2-F) ;H07VV-F!(Flat)227 IEC52(RVV); 227 IEC 52(RVV);
227 IEC 53(RVV)! AVVR; RV;BV;BVR;BVVB;
UL/CSA :(NI)SPT-1;(NI)SPT-2!SPT-3;SVT;ST(O"W);SJEO"SJEOW"SJEOOW"SJT(W"
O"OW"OOW);ST;H05+SVT;SJT+H05;XTW; AWM1015;AWM1672;WM2464;AWM2468;
AWM3398;AWM2080;AWM2081; AWM2296;AWM2625;AWM2651; AWM1617;AWM1618;
AWM1007; AWM1569;AWM1865;
<PS>E :VSF(HVSF);VFF(HVFF);VCTF(HVCTF);VCT#HVCT$;KVFF; VCTFK(HVCTFK)"
VVF(HVVF);
!"#
Test Report !"#:SHR08123030141001 $ 6 % & 6 %
Report No.:SHR08123030141001 Page 6 of 6
;<wx
Photo of the sample
!yz
End of report
{ !| CTI }~|�v{ ! !"#h$S%&'v(y)*+{,-Y;<fy)./vH% CTI
0123` !4M56{ !`7 89:;<<=Xv
This report is considered invalidated without the Special Seal for Inspection of the CTI, This report shall not be
altered, increased or deleted. The results shown in this test report refer only to the sample(s) tested. Without written
approval of CTI, this test report shall not be copied except in full and published as advertisement.
>?2@AB6CD0ES36FDG # HBI
4F.,Building 15-3,999 Ningqiao Road,Jinqiao,Pudong,Shanghai
SHR08123030141001
!"#
Test Report !"#:SHR08123030141003 $ 1 % & 6 %
Report No.:SHR08123030141003 Page 1 of 6
$%&' :'()*+,+-./01
Applicant :Suzhou TongYuan Electric Wire&Cable Co.,Ltd.
( ) :'(2'(345678346 1#9:
Address :No.1 Block Kuatang Township Suzhou Industrial Park
*+,- Report on the submitted sample said to be:
;<=> Sample Name :GREEN PVC
;<?@ Sample Description :ABCDEF Green plastic particle
;<G# Part No. :HIJ See appendix
;<K# Item/Lot No. :08.12.17
LMN Supplier :'(OPCQ./01
SU ZHOU HUAMENG PLASTICS CO.,LTD.
;<RSTU :2008.12.30
Sample Received Date :Dec.30,2008
;<VWTU :2008.12.30-2009.01.05
Testing Period :Dec.30,2008 to Jan.5,2009
!./ :XYZ[\]^W_`ab;<cdefgfhfijkfl
mnoplmnoqdrst
Test Requested :As specified by client, to determine the Lead, Cadmium, Mercury,
Hexavalent Chromium, PBBs&PBDEs contents in the submitted
sample.
!01 Test Results2%3456 Please refer to following page(s).
u V: v w:
Tested by xyz Inspected by {|}
~ �: ~�TU: 2009.01.05
Approved by x
!"#$
Technical Manager
Date Jan.5,2009
!"#
Test Report !"#:SHR08123030141003 $ 2 % & 6 %
Report No.:SHR08123030141003 Page 2 of 6
!78 Test Method:
W%&'
Tested Items
()$*+
Pretreatment Method
W%,-MeasuredEquipment
V./Report Limit
e(Pb)/ g(Cd)/0 US EPA 3052:1996
Refer to US EPA 3052:1996ICP-AES 2ppm
h(Hg)/0 US EPA 3052:1996
Refer to US EPA 3052:1996ICP-AES 2ppm
ijk(Cr6+
)/0 US EPA 3060A:1996
Refer to US EPA 3060A:1996UV-Vis 2ppm
lmno GC-MSD 5ppm
lmnoq
/0 US EPA 3540C:1996
Refer to US EPA 3540C:1996 GC-MSD 5ppm
!01 Test Results:
!9:; Tested Items <= Contents
e Lead (Pb) N.D.
g Cadmium (Cd) N.D.
hMercury (Hg) N.D.
ijk Hexavalent Chromium (Cr6+
) N.D.
12/03456*+_sefgfh7^;<89:;<t
Note2The sample had been dissolved totally tested for Lead, Cadmium, Mercury.
!9:; Tested Items <= Contents
>?@A Polybrominated Biphenyis(PBBs)
=mnoMonobromodiphenyl N.D.
>mno Dibromobiphenyl N.D.
?mno Tribromobiphenyl N.D.
@mno Tetrabromobiphenyl N.D.
Amno Pentabromobiphenyl N.D.
imno Hexabromobiphenyl N.D.
Bmno Heptabromobiphenyl N.D.
Cmno Octabromobiphenyl N.D.
Dmno Nonabromobiphenyl N.D.
Emno Decabromobiphenyl N.D.
!"#
Test Report !"#:SHR08123030141003 $ 3 % & 6 %
Report No.:SHR08123030141003 Page 3 of 6
!9:; Tested Items <= Contents
>?@AB polybrominated Diphenyl Ethers(PBDEs)
=mnoqMonobromodiphenyl ether N.D.
>mnoq Dibromobiphenyl ether N.D.
?mnoq Tribromobiphenyl ether N.D.
@mnoq Tetrabromobiphenyl ether N.D.
Amnoq Pentabromobiphenyl ether N.D.
imnoq Hexabromobiphenyl ether N.D.
Bmnoq Heptabromobiphenyl ether N.D.
Cmnoq Octabromobiphenyl ether N.D.
Dmnoq Nonabromobiphenyl ether N.D.
Emnoq Decabromobiphenyl ether N.D.
C: -N.D. = FV. (GHV./). -ppm=mg/kg=IJKLM.
Note: -N.D. = Not Detected (<report limit ). -ppm = mg/kg=parts per million.
!"#
Test Report !"#:SHR08123030141003 $ 4 % & 6 %
Report No.:SHR08123030141003 Page 4 of 6
!DE Test Process :
1.!FG/H/I<= Test for Pb/Cd/Hg Contents.
>s;<HNO;<P-c
Weigh sample and place it in a
microwave digestion vessel
QR;<%S
Add digestion
reagent
TNO;<Uc;<;<Digest sample in microwave
digestion oven
V ICP-AESW_Analyzed by ICP-AES
VWXFY_PMake up with D.I.
water
Z[;<\]^Ps_`Transfer the digestive solution
into a volumetric flask
2.!FJKL<=.Test for Chromium(M) Content.
>s;<Hab_`
Weigh sample and place
it in a conical flask
QR;<S, Qc
Add digestion solution
and heating at hot plate
de\] pHfg 7.5h0.5,
Z[\]^Ps_
Adjust the pH of the solution
to 7.5h0.5 and transfer the
solution into a volumetric flask
iQjB\]
Add diphenylcarbazide solution
VWXFY_P
Make up with D.I.
water
de\] pHfg 2.0h
0.5 VkY_P
Adjust the pH of the
solution to 2.0h0.5 and
make up with deionized
water
UV-Vis (Ol 540nm)W_
Analyze the mixture by using UV-Vis
spectrophotometer with wavelength set at 540nm
3.!F>?@AN>?@AB<=.Test for PBBs /PBDEs Contents.
>s;<Hmnc
Weigh sample and
place it in a thimble
V.o\Spq
Extracted with
organic solvent
rspq]
Concentrate the extract
V GC-MSDKt
Analyzed by GC-MSD
V.o\S_P
Make up withorganic solvent
Z[pq\]gPs_`
Transfer the extract into avolumetric flask
!"#
Test Report !"#:SHR08123030141003 $ 5 % & 6 %
Report No.:SHR08123030141003 Page 5 of 6
IJ Appendix :
VDE/CCC :H05VV-F(H05V2V2-F);H05VVH2-F(H05V2V2H2-F);H03VV-F(H03V2V2-F)!
(Flat) H03VVH2-F(H03V2V2H2-F) ;H07VV-F!(Flat)227 IEC52(RVV); 227 IEC 52(RVV);
227 IEC 53(RVV)! AVVR; RV;BV;BVR;BVVB;
UL/CSA :(NI)SPT-1;(NI)SPT-2!SPT-3;SVT;ST(O"W);SJEO"SJEOW"SJEOOW"SJT(W"
O"OW"OOW);ST;H05+SVT;SJT+H05;XTW; AWM1015;AWM1672;WM2464;AWM2468;
AWM3398;AWM2080;AWM2081; AWM2296;AWM2625;AWM2651; AWM1617;AWM1618;
AWM1007; AWM1569;AWM1865;
<PS>E :VSF(HVSF);VFF(HVFF);VCTF(HVCTF);VCT#HVCT$;KVFF; VCTFK(HVCTFK)"
VVF(HVVF);
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Test Report !"#:SHR08123030141003 $ 6 % & 6 %
Report No.:SHR08123030141003 Page 6 of 6
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