Harman Kardon HKTS 200SUB (serv.man2) EMC - CB Certificate ▷ View online
Page 28 of 89
Report No.: 17029429 001
TRF No. IEC60065K
254
50
1.94
286
--
254
60
1.98
273
--
264
50
1.77
274
--
264
60
1.72
274
--
Max normal load: 1/8 of the maximum non-clipped output power.
198
50
0.38
40.3
--
198
60
0.38
40.3
--
220
50
0.36
41.0
--
220
60
0.35
40.8
--
240
50
0.34
41.6
--
240
60
0.34
41.6
--
254
50
0.33
42.4
--
254
60
0.32
42.3
--
264
50
0.32
42.7
--
264
60
0.32
42.6
--
Note: The max. input power is 41.6W, rated max. power is 200W, (41.6-200)/200x100%=-79.2%, limit is
+10%
+10%
Loudspeaker impedance (Ω) ...............................:
4
--
Several loudspeaker systems
4 x 1
--
Marking of loudspeaker terminals
--
--
Monitored point:
dT (K)
Limit dT (K)
Testing voltage and
frequency…………..:
frequency…………..:
90V/60Hz 132V/60Hz 198V/60Hz 264V/60Hz
--
Power board
1
TR1 coil
29.4
48.3
40.4
48.9
120-10-45=65
2
TR1 core
29.2
46.6
39.5
47.2
120-45=75
3
TR2 coil
36.1
54.8
47.6
55.0
120-10-45=65
4
TR2 core
36.4
52.6
46.3
52.6
120-45=75
5
TR3 coil
29.8
40.5
39.6
49.2
120-10-45=65
6
TR3 core
30.0
48.7
39.9
49.4
120-45=75
7
primary Input wire
12.2
18.6
16.1
18.3
105-45=60
8
CN1 body
15.9
25.8
21.1
25.4
85-45=40
9
CX1 body
17.5
25.8
21.3
23.3
85-45=40
10 .PWB near NTC
18.4
27.1
22.2
24.2
130-45=85
11 LF1 coil
31.5
44.7
33.5
33.9
105-45=60
12 CX2 body
17.3
26.0
21.8
24.1
85-45=40
13 LF2 coil
16.4
25.0
20.9
23.0
105-45=60
Page 29 of 89
Report No.: 17029429 001
TRF No. IEC60065K
14 PWB near D14
21.2
32.5
28.7
31.9
130-45=85
15 CY1 body
24.7
38.7
32.7
38.0
125-45=80
16 CN2 body
20.3
30.8
27.1
30.0
85-45=40
17 PWB near T7
28.1
51.1
41.3
52.0
130-45=85
18 C12 body
25.4
38.0
32.2
36.3
105-45=60
19 CY2 body
29.0
47.5
39.2
48.1
125-45=80
20 PWB near DD1
37.8
62.8
51.3
63.6
130-45=85
21 L1 coil
35.8
71.8
52.3
74.3
130*-45=85
22 C10 body
29.6
49.4
40.7
50.3
105-45=60
23 C19 body
28.7
45.4
39.4
46.0
105-45=60
Main board
24 PWB near IC9
26.7
39.8
38.0
40.7
130-45=85
25 L1 coil
25.1
40.8
32.4
53.0
130*-45=85
26 C51 body
29.6
45.2
42.1
46.1
105-45=60
Unit
27 Internal plastic enclosure
18.5
29.5
24.8
29.9
50
28 Outer metal enclosure
11.5
17.7
16.1
18.2
30
29 Outer wood enclosure
1.9
3.7
2.5
3.6
50
30 Power switch
6.0
8.8
6.7
7.4
40
31 Ambient
23.4
C
23.4
C
24.4
C
24.6
C
--
Notes:
-
With specified max. ambient temperature 45
C, limits applied as specified for components or materials.
-
* PCB limits used.
Winding temperature rise measurements
--
Ambient temperature t1 (
o
C) ................................:
--
--
Ambient temperature t2 (
o
C) ................................:
--
--
Temperature rise Dt of winding:
R
1
(Ω)
R
2
(Ω)
Dt (K)
Limit Dt (K) Insulation
class
--
--
--
--
--
Class B
7.2
TABLE: softening temperature of thermoplastics
P
Temperature T of part
T - normal conditions
(
o
C)
T - fault conditions (
o
C)
T softening (
o
C)
Chang Chun 4130
(Bobbin material used in LF2)
(Bobbin material used in LF2)
--
--
214.3
Note: See also clause 7.2.
Page 30 of 89
Report No.: 17029429 001
TRF No. IEC60065K
9.1.1
TABLE: Electric shock hazard under normal condition
P
Touch current measured
between:
between:
Condition
U1 (V)
U1 (Vpk)
Limited
U2 (V)
U2 (Vpk)
Limited
Switch ON
L/N to wood enclosure with
metal foil
metal foil
Normal condition
0.140
35
0.013
0.35
L/N to wood enclosure with
metal foil
metal foil
Pole reverse
0.151
35
0.030
0.35
L/N to metal enclosure
Normal condition
0.890
35
0.194
0.35
L/N to metal enclosure
Pole reverse
0.890
35
0.198
0.35
L/N-output terminal
Normal condition
0.960
35
0.192
0.35
L/N-output terminal
Pole reverse
0.920
35
0.192
0.35
Switch OFF
L/N to wood enclosure with
metal foil
metal foil
Normal condition
0.050
35
0.030
0.35
L/N to wood enclosure with
metal foil
metal foil
Pole reverse
0.050
35
0.030
0.35
L/N to metal enclosure
Normal condition
0,300
35
0.188
0.35
L/N to metal enclosure
Pole reverse
0.120
35
0.030
0.35
L/N-output terminal
Normal condition
0.530
35
0.200
0.35
L/N-output terminal
Pole reverse
0.170
35
0.050
0.35
Touch current measured
between:
between:
Condition
--
--
U2 (MIU)
U2 (MIU)
Limited
Switch ON (for US deviation)
L/N-output terminal*
Normal condition
--
--
0.384
0.5MIU
L/N-output terminal*
Pole reverse
--
--
0.384
0.5MIU
Switch OFF(for US deviation)
L/N-output terminal*
Normal condition
--
--
0.400
0.5MIU
L/N-output terminal*
Pole reverse
--
--
0.100
0.5MIU
Notes:
-
The touch current is measured according to 9.1.1 b) with the test circuit of Annex D connected between
the specified points. For MIU measurement the measurement instrument is calibrated according to
UL101.
the specified points. For MIU measurement the measurement instrument is calibrated according to
UL101.
-
EUT supplied with 264V/60Hz.
-
* The touch current carried out in accordance with UL101, ANSI C101,
U2peak x √2=MIU
9.1.6
TABLE: Plug discharge test
P
Test condition:
Max. voltage after 2 sec of withdrawal
Limit
Switch ON
12
35Vpeak
Switch OFF
0
35Vpeak
Page 31 of 89
Report No.: 17029429 001
TRF No. IEC60065K
Note: CX1=CX2=0.22uF, R41=R42=0.75M
Ω, EUT supplied with 264V/60Hz.
Measurement repeated 10 times and above is highest value recorded.
10.3
TABLE: insulation resistance measurements
P
Insulation resistance R between:
R (MΩ)
Required R (MΩ)
Unit: Primary to Metal Enclosure
100
4
Unit: Primary to
“LINE LEVEL IN” input
100
4
Unit: Primary to Wood Enclosure (also after treatment of cl. 8.3)
100
4
Unit: L to N (fuse remove)
100
2
TR1: Primary to Secondary
100
4
TR1: Primary to Core
100
2
TR1: Secondary to Core
100
2
TR2: Primary to Secondary
100
4
TR2: Primary to Core
100
2
TR2: Secondary to Core
100
2
TR3: Primary to Secondary
100
4
TR3: Secondary to Core
100
4
One layer insulation tape used in transformer
100
4
Note:
10.3
TABLE: electric strength measurements
P
Test voltage applied between:
Test voltage (Vrms)
Breakdown
Unit: Primary to Metal Enclosure
4240Vdc
No
Unit: Primary to
“LINE LEVEL IN” input
4240Vdc
No
Unit: Primary to Wood Enclosure (also after treatment of cl.
8.3)
8.3)
3000Vac
No
Unit: L to N (fuse remove)
1500Vac
No
TR1: Primary to Secondary
3000Vac
No
TR1: Primary to Core
1500Vac
No
TR1: Secondary to Core
1500Vac
No
TR2: Primary to Secondary
3000Vac
No
TR2: Primary to Core
1500Vac
No
TR2: Secondary to Core
1500Vac
No
TR3: Primary to Secondary
3000Vac
No
TR3: Secondary to Core
3000Vac
No
One layer insulation tape used in transformer
3000Vac
No
Note:
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