Harman Kardon AVR 255 (serv.man3) EMC - CB Certificate ▷ View online
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Page 37 of 43 -
Report
No.
98389
11.2
TABLE: summary of fault condition tests
P
Voltage (V) 0,9 or 1,1 times rated voltage ......... :
253V or 198V
—
Ambient temperature (
o
C) ................................... :
23 - 26
o
C
—
Monitored point:
Under fault conditions specified below
Under fault conditions specified below
dT (K)
Limit dT (K)
*), D114 (A to C), S-c;
Normal operated. Input current stabilised at 2,38A.
R104 opened. No hazard (Tested time: 10 min).
Normal operated. Input current stabilised at 2,38A.
R104 opened. No hazard (Tested time: 10 min).
N/A N/A
*), D117 (A to C), S-c;
Output signal off immediately. Input current stabilised at 0,68A.
R104 and R105 opened. No hazard (Tested time: 30 min).
Output signal off immediately. Input current stabilised at 0,68A.
R104 and R105 opened. No hazard (Tested time: 30 min).
N/A N/A
*), D104 (A to C), S-c;
Normal operated. Input current stabilised at 2,34A.
R106 opened. No hazard (Tested time: 10 min).
Normal operated. Input current stabilised at 2,34A.
R106 opened. No hazard (Tested time: 10 min).
N/A N/A
*), D105 (A to C), S-c;
Normal operated. Input current stabilised at 2,33A.
R107 opened. No hazard (Tested time: 10 min).
Normal operated. Input current stabilised at 2,33A.
R107 opened. No hazard (Tested time: 10 min).
N/A N/A
*), D122 (A to C), S-c;
Normal operated. Input current stabilised at 2,34A.
F110 opened. No hazard (Tested time: 10 min).
Normal operated. Input current stabilised at 2,34A.
F110 opened. No hazard (Tested time: 10 min).
N/A N/A
*), D123 (A to C), S-c;
Normal operated. Input current stabilised at 2,34A.
F111 opened. No hazard (Tested time: 10 min).
Normal operated. Input current stabilised at 2,34A.
F111 opened. No hazard (Tested time: 10 min).
N/A N/A
*), C129, S-c;
Normal operated. Input current stabilised at 2,30A.
F110 and F111 opened. No hazard (Tested time: 30 min).
Normal operated. Input current stabilised at 2,30A.
F110 and F111 opened. No hazard (Tested time: 30 min).
N/A N/A
*), C941, S-c;
Output signal off immediately. Input current stabilised at 0,64A.
R106 and R107 opened. No hazard (Tested time: 30 min).
Output signal off immediately. Input current stabilised at 0,64A.
R106 and R107 opened. No hazard (Tested time: 30 min).
N/A N/A
*), C929, S-c;
Output signal off immediately. Input current stabilised at 0,65A.
R104 and R105 opened. No hazard (Tested time: 30 min).
Output signal off immediately. Input current stabilised at 0,65A.
R104 and R105 opened. No hazard (Tested time: 30 min).
N/A N/A
*), C930, S-c;
Output signal off immediately. Input current stabilised at 0,65A.
R104 and R105 opened. No hazard (Tested time: 30 min).
Output signal off immediately. Input current stabilised at 0,65A.
R104 and R105 opened. No hazard (Tested time: 30 min).
N/A N/A
*), C117, S-c;
Normal operated. Input current stabilised at 2,32A.
No component damaged. No hazard (Tested time: 20 min).
Normal operated. Input current stabilised at 2,32A.
No component damaged. No hazard (Tested time: 20 min).
N/A N/A
*), C122 (AC to +), S-c;
Unit shut down after 9 min. Input current stabilised at 0,004A.
R101 opened. No hazard (Tested time: 10 min).
Unit shut down after 9 min. Input current stabilised at 0,004A.
R101 opened. No hazard (Tested time: 10 min).
N/A N/A
*) Tested voltage 253V **) Tested voltage 198V
F No = Fault Number, S-c = Short-circuit, Dis = Disconnection, O-I = Over Loaded
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Page 38 of 43 -
Report
No.
98389
Monitored point:
Under fault conditions specified below - continued
Under fault conditions specified below - continued
dT (K)
Limit dT (K)
*), D991 (AC to +), S-c;
F901 opened immediately. Input current stabilised at 0,004A.
No hazard (Tested time: 10 min).
F901 opened immediately. Input current stabilised at 0,004A.
No hazard (Tested time: 10 min).
N/A N/A
*), D992 (AC to +), S-c;
F901 opened immediately. Input current stabilised at 0,004A.
No hazard (Tested time: 10 min).
F901 opened immediately. Input current stabilised at 0,004A.
No hazard (Tested time: 10 min).
N/A N/A
**), C902, S-c;
Unit shut down immediately. Input current stabilised at 0,003A.
No component damaged. No hazard (Tested time: 10 min).
Unit shut down immediately. Input current stabilised at 0,003A.
No component damaged. No hazard (Tested time: 10 min).
N/A N/A
*), C915, S-c;
F901 opened immediately. Input current stabilised at 0,003A.
D991 damaged. No hazard (Tested time: 10 min).
F901 opened immediately. Input current stabilised at 0,003A.
D991 damaged. No hazard (Tested time: 10 min).
N/A N/A
*), C809, S-c;
SB-R channel output signal voltage dropped at 3,39A.
Input current stabilised at 2,17A. R823 damaged.
No hazard (Tested time: 30 min).
SB-R channel output signal voltage dropped at 3,39A.
Input current stabilised at 2,17A. R823 damaged.
No hazard (Tested time: 30 min).
N/A N/A
**), C810, S-c;
SB-R channel output signal off immediately. Input current stabilised at 1,96A.
R824 damaged. No hazard (Tested time: 30 min).
SB-R channel output signal off immediately. Input current stabilised at 1,96A.
R824 damaged. No hazard (Tested time: 30 min).
N/A N/A
*), Q805 (E to C), S-c;
Unit shut down immediately. Input current stabilised at 0,004A.
Q805, Q807, Q857, R811 and R819 damaged.
No hazard. (Tested time: 10 min).
Unit shut down immediately. Input current stabilised at 0,004A.
Q805, Q807, Q857, R811 and R819 damaged.
No hazard. (Tested time: 10 min).
N/A N/A
*), Q805 (B to C), S-c;
Unit shut down immediately. Input current stabilised at 0,004A.
No component damaged. No hazard. (Tested time: 10 min).
Unit shut down immediately. Input current stabilised at 0,004A.
No component damaged. No hazard. (Tested time: 10 min).
N/A N/A
*), Q807 (B to C), S-c;
Unit shut down immediately. Input current stabilised at 0,004A.
No component damaged. No hazard. (Tested time: 10 min).
Unit shut down immediately. Input current stabilised at 0,004A.
No component damaged. No hazard. (Tested time: 10 min).
N/A N/A
*), Q807 (E to C), S-c;
Unit shut down immediately. Input current stabilised at 0,004A.
Q805, Q807 and R811 damaged. No hazard. (Tested time: 10 min).
Unit shut down immediately. Input current stabilised at 0,004A.
Q805, Q807 and R811 damaged. No hazard. (Tested time: 10 min).
N/A N/A
*), D901 (A to C), S-c;
Normal operated. Input current stabilised at 2,38A.
Sub transformer primary winding temperature stabilised.
Dielectric strength test O.K. No hazard (Tested time: 1 hr).
Normal operated. Input current stabilised at 2,38A.
Sub transformer primary winding temperature stabilised.
Dielectric strength test O.K. No hazard (Tested time: 1 hr).
Sub transf.
64,8
Sub transf.
150
*), C906, S-c;
Unit shut down immediately. Input current stabilised at 0,014A.
Sub transformer primary winding temperature stabilised.
Dielectric strength test O.K. No hazard (Tested time: 1 hr).
Unit shut down immediately. Input current stabilised at 0,014A.
Sub transformer primary winding temperature stabilised.
Dielectric strength test O.K. No hazard (Tested time: 1 hr).
Sub transf.
78,4
Sub transf.
150
*) Tested voltage 253V **) Tested voltage 198V
F No = Fault Number, S-c = Short-circuit, Dis = Disconnection, O-I = Over Loaded
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Page 39 of 43 -
Report
No.
98389
Monitored point:
Under fault conditions specified below - continued
Under fault conditions specified below - continued
dT (K)
Limit dT (K)
*), D962 (A to C), S-c;
Normal operated. Input current stabilised at 2,39A.
Sub transformer primary winding temperature stabilised.
Dielectric strength test O.K. No hazard (Tested time: 1 hr 30 min).
Normal operated. Input current stabilised at 2,39A.
Sub transformer primary winding temperature stabilised.
Dielectric strength test O.K. No hazard (Tested time: 1 hr 30 min).
Sub transf.
79,9
Sub transf.
150
*), Speaker output (Center- ch.), S-c;
Unit shut down immediately. Input current stabilised at 0,004A.
No component damaged. No hazard. (Tested time: 10 min).
Unit shut down immediately. Input current stabilised at 0,004A.
No component damaged. No hazard. (Tested time: 10 min).
N/A N/A
*), Ventilation opening (Blocked);
Unit shut down after 22 min.
Measured highest temperature for components;
1) Main transformer primary winding
2) Main transformer core
3) Sub transformer primary winding
4) Sub transformer core
5) PWB near D992
Input current stabilised at 0,004A. No component damaged.
Dielectric strength test O.K. No hazard. (Tested time: 22 min)
Unit shut down after 22 min.
Measured highest temperature for components;
1) Main transformer primary winding
2) Main transformer core
3) Sub transformer primary winding
4) Sub transformer core
5) PWB near D992
Input current stabilised at 0,004A. No component damaged.
Dielectric strength test O.K. No hazard. (Tested time: 22 min)
1) 83,0
2) 64,1
3) 55,4
4) 53,3
5) 90,8
2) 64,1
3) 55,4
4) 53,3
5) 90,8
1) 150
2) 150
3) 150
4) 150
5) 110
2) 150
3) 150
4) 150
5) 110
*), Fan stalled
(Center of main heat-sink);
Unit shut down after 15 min. Input current stabilised at 0,004A.
No component damaged. Dielectric strength test O.K.
No hazard. (Tested time: 15 min)
No component damaged. Dielectric strength test O.K.
No hazard. (Tested time: 15 min)
N/A N/A
*), Fan stalled
(Left side of main
heat-sink
);
Normal operated.
Measured temperature for components;
1) Main transformer primary winding
2) Main transformer core
3) Sub transformer primary winding
4) Sub transformer core
5) PWB near D992
Input current stabilised at 2,38A. No component damaged.
Dielectric strength test O.K. No hazard. (Tested time: 4 hr 50 min)
1) Main transformer primary winding
2) Main transformer core
3) Sub transformer primary winding
4) Sub transformer core
5) PWB near D992
Input current stabilised at 2,38A. No component damaged.
Dielectric strength test O.K. No hazard. (Tested time: 4 hr 50 min)
1) 99,1
2) 72,5
3) 49,7
4) 47,8
5) 85,2
2) 72,5
3) 49,7
4) 47,8
5) 85,2
1) 150
2) 150
3) 150
4) 150
5) 110
2) 150
3) 150
4) 150
5) 110
*), Pmax. Operating (Maximum non-clipped output signal);
1st.
Winding of main transformer heated up to 154,9K and thermal fuse opened
after 31 min. Input current stabilised at 0,004A. Dielectric strength test O.K.
No hazard. (Tested time: 25 min)
2nd.
Winding of main transformer heated up to 154,8K and thermal fuse opened
after 10 min. Input current stabilised at 0,004A. Dielectric strength test O.K.
No hazard. (Tested time: 34 min)
3rd.
Winding of main transformer heated up to 152,8K and thermal fuse opened
after 10 min. Input current stabilised at 0,004A. Dielectric strength test O.K.
No hazard. (Tested time: 20 min)
1st.
Winding of main transformer heated up to 154,9K and thermal fuse opened
after 31 min. Input current stabilised at 0,004A. Dielectric strength test O.K.
No hazard. (Tested time: 25 min)
2nd.
Winding of main transformer heated up to 154,8K and thermal fuse opened
after 10 min. Input current stabilised at 0,004A. Dielectric strength test O.K.
No hazard. (Tested time: 34 min)
3rd.
Winding of main transformer heated up to 152,8K and thermal fuse opened
after 10 min. Input current stabilised at 0,004A. Dielectric strength test O.K.
No hazard. (Tested time: 20 min)
Main transf.
See #) below
Main transf.
See #) below
Main transf.
See #) below
Main transf.
150
Main transf.
150
Main transf.
150
*) Tested voltage 253V
**) Tested voltage 198V
#) The temperature rise of the main transformer was measured to > 150K of allowable limit, but
transformer passed the testes described in sub clause 11.2.5 (tests repeated three times).
F No = Fault Number, S-c = Short-circuit, Dis = Disconnection, O-I = Over Loaded
transformer passed the testes described in sub clause 11.2.5 (tests repeated three times).
F No = Fault Number, S-c = Short-circuit, Dis = Disconnection, O-I = Over Loaded
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Page 40 of 43 -
Report
No.
98389
14
TABLE: list of critical components and materials
P
Component
Manufacturer/
trademark
Type/model
Value / rating
Standard
Approval/
Reference *)
Main
transformer
Bobbin Mtl.
Thermal fuse
transformer
Bobbin Mtl.
Thermal fuse
Seoul Electronics
& Telecom Co Ltd.
Wintech Polymer
Therm-O-Disc
& Telecom Co Ltd.
Wintech Polymer
Therm-O-Disc
.
KLT5W032ZE
CLT5W032ZE
CN9030
E4A51167C
CLT5W032ZE
CN9030
E4A51167C
Class B
PET, V-0, 155
°C
10A/250V, 167
°C
IEC60065
clause 14.3
UL94
IEC60691
clause 14.3
UL94
IEC60691
1.)
UL, E213445
VDE
UL, E213445
VDE
Sub
transformer
transformer
(T902)
Bobbin Mtl.
Bobbin Cap. Mtl.
Seoul Electronics
LG Chemical Ltd.
LG Chemical Ltd.
LG Chemical Ltd.
CLT5I009ZE/
KLT5I009ZE
KLT5I009ZE
GP-2306G
GP-1006F
GP-1006F
Class E
V-0, 140°C, PBT
V-0, 130°C, PBT
V-0, 130°C, PBT
IEC60065
clause 14.3
UL94
UL94
clause 14.3
UL94
UL94
1.)
UL, E67171
UL, E67171
Mains fuse
(F901)
alt.
alt.
(F901)
alt.
alt.
Orisel
Littelfuse
SUN Elect.
Walter Elect.
Littelfuse
SUN Elect.
Walter Elect.
50T
218
218
06.3
5T
TSD
TSD
T6.3A L 250V
IEC60127
VDE
VDE
VDE
VDE
VDE
VDE
VDE
Outlet fuse
(F902)
alt.
alt.
(F902)
alt.
alt.
Littelfuse B.V.
Bel Fuse.
Save Fusetech.
Bel Fuse.
Save Fusetech.
Wickmann
-
Werke.
0663
MRT
SR-5
TR5 382
MRT
SR-5
TR5 382
T2.5A L 250V
IEC60127
VDE
VDE
VDE
VDE
VDE
VDE
VDE
Sec. fuse
(F110, F111)
(F110, F111)
Littelfuse B.V.
Bel Fuse.
Save Fusetech.
Bel Fuse.
Save Fusetech.
Wickmann
-
Werke.
0663
MRT
SR-5
TR5 382
MRT
SR-5
TR5 382
T2.5A L 250V
IEC60127
VDE
VDE
VDE
VDE
VDE
VDE
VDE
Relay across
the cap. (C904)
alt.
alt.
alt.
the cap. (C904)
alt.
alt.
alt.
Du San
Netron Tech.
Sam Wha Cap.
Murata Mfg.
Jyh Chung
Netron Tech.
Sam Wha Cap.
Murata Mfg.
Jyh Chung
NU
AA
SC
KH
JY
AA
SC
KH
JY
0.0047uF/250V,
X1.
X1.
IEC60384-14,
2
2
nd
ed.
FIMKO
FIMKO
FIMKO
FIMKO
FIMKO
FIMKO
FIMKO
FIMKO
FIMKO
Mains relay
(RY94) alt.
(RY94) alt.
Omron Corp.
Daiichi Elect.
Daiichi Elect.
G5PA-1
DLS1U
DLS1U
3A/100A 250V
5A/100A 250V
5A/100A 250V
IEC 61058-1
IEC 61058-1
IEC 61058-1
SEMKO
SEMKO
SEMKO
Mains switch
Jackson Elect.
JS-606
6A 250V
IEC60065
IEC61058-1
FIMKO
DC B/less Fan
(two provided)
(two provided)
Colorful Industrial CF-12825HS
12V, max. 0.22A,
31.4CFM
31.4CFM
IEC60950 TUV
Socket-outlet
(OL91)
(OL91)
Dae Ryung Elect.
Dongbo Industri.
Dongbo Industri.
A3-02-D006
A302D006
A302D006
2.5A/250V ~
2.5A/250V ~
2.5A/250V ~
IEC60884-1
IEC60884-1
IEC60884-1
NEMKO
NEMKO
NEMKO
PCB Various
Various
Min. V-1, 130
°C UL 796
UL
*) Marks listed under “Marks of conformity granted” indicates that Nemko has verified certifications respectively
1.) Tested as part of the Apparatus according to IEC 60065, 7.Edition
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