Sony KDL-32EX600 / KDL-40EX600 Service Manual ▷ View online
- 5 -
*
1
AV1 outputs available only for analogue TV.
*
2
AV2 outputs watching screen (except PC, HDMI, Component, USB).
*
3
Specified standby power is reached after the TV finishes necessary internal processes.
*
4
4 hours a day and 365 days a year.
Design and specifications are subject to change without notice.
Standby Power
Consumption*
3
0.19 W
Off mode Power
Consumption
0.18 W
Average anual energy
consumption*
4
207 kWh
161 kWh
96 kWh (KDL-
40EX6xx)
139 kWh
107 kWh
85 kWh (KDL-
32EX6xx)
76 kWh
57 kWh
Dimensions
(w × h × d)
(Approx.)
(with stand)
112.7 x 71.1 x
29.4 cm
102.3 x 66.5 x
31.0 cm (KDL-
40NX5xx)
99.6 x 63.5 x 25.0
cm (KDL-
40BX4xx)
99.2 x 63.5 x 25.0
cm (KDL-
40EX4xx)
95.2 x 61.3 x
25.0 cm (KDL-
40EX6xx)
92.1 x 59.9 x
25.1 cm
82.5 x 55.4 x 26.0
cm (KDL-
32NX5xx)
80.4 x 53.2 x 22.0
cm (KDL-32BX3/
BX4xx)
80.0 x 53.2 x 22.0
cm (KDL-32EX3/
EX4xx)
76.4 x 50.7 x 25.0
cm (KDL-
32EX6xx)
67.2 x 45.9 x
22.0 cm
55.1 x 40.2 x
21.5 cm
(without
stand)
112.7 x 67.4 x
10.2 cm
102.3 x 62.8 x
10.0 cm (KDL-
40NX5xx)
99.6 x 59.8 x 9.9
cm (KDL-
40BX4xx)
99.2 x 59.8 x 10.0
cm (KDL-
40EX4xx)
95.2 x 58.1 x 7.4
cm (KDL-
40EX6xx)
92.1 x 56.4 x 9.8
cm
82.5 x 51.7 x 10.2
cm (KDL-
32NX5xx)
80.4 x 49.7 x 9.6 cm
(KDL-32BX3/
BX4xx)
80.0 x 49.7 x 9.7 cm
(KDL-32EX3/
EX4xx)
76.4 x 47.5 x 7.3 cm
(KDL-32EX6xx)
67.2 x 42.3 x 9.9
cm
55.1 x 36.7 x 8.2
cm
Mass
(Approx.)
(with stand)
20.4 kg
22.4 kg (KDL-
40NX5xx)
15.6 kg (KDL-
40BX4xx)
15.9 kg (KDL-
40EX4xx)
14.9 kg (KDL-
40EX6xx)
13.6 kg
15.5 kg (KDL-
32NX5xx)
10.7 kg (KDL-
32BX3/BX4xx)
11.0 kg (KDL-
32EX3/EX4xx)
11.1 kg (KDL-
32EX6xx)
8.8 kg
6.6 kg
(without
stand)
18.1 kg
19.2 kg (KDL-
40NX5xx)
13.6 kg (KDL-
40BX4xx)
13.9 kg (KDL-
40EX4xx)
12.7 kg (KDL-
40EX6xx)
11.6 kg
13.0 kg (KDL-
32NX5xx)
9.2 kg (KDL-
32BX3/BX4xx)
9.5 kg (KDL-
32EX3/EX4xx)
9.1 kg (KDL-
32EX6xx)
7.3 kg
6.0 kg
Model name
KDL-
46EX4xx
KDL-
40BX4/EX4/
EX6/NX5xx
KDL-
37EX4xx
KDL-32BX3/
BX4/EX3/EX4/
EX6/NX5xx
KDL-
26EX3xx
KDL-
22EX3xx
- 6 -
PC Input Signal Reference Chart for PC IN
• This TV’s PC input does not support Sync on Green or Composite Sync.
• This TV’s PC input does not support interlaced signals.
• This TV’s PC input supports signals in the above chart with a 60 Hz vertical frequency.
PC Input Signal Reference Chart for HDMI IN 1, 2, 3 and 4
Signals Horizontal (Pixel) Vertical (Line)
Horizontal
frequency
(kHz)
Vertical
frequency (Hz) Standard
VGA
640
480
31.5
60
VGA
SVGA
800
600
37.9
60
VESA Guidelines
XGA
1024
768
48.4
60
VESA Guidelines
WXGA
1280
768
47.4
60
VESA
WXGA
1280
768
47.8
60
VESA
WXGA
1360
768
47.7
60
VESA
SXGA
1280
1024
64
60
VESA
UXGA
1600
1200
75
60
VESA
HDTV
1920
1080
67.5
60
EIA
Signals Horizontal (Pixel) Vertical (Line)
Horizontal
frequency
(kHz)
Vertical
frequency (Hz) Standard
VGA
640
480
31.5
60
VGA
SVGA
800
600
37.9
60
VESA Guidelines
XGA
1024
768
48.4
60
VESA Guidelines
WXGA
1280
768
47.4
60
VESA
WXGA
1280
768
47.8
60
VESA
WXGA
1360
768
47.7
60
VESA
SXGA
1280
1024
64
60
VESA
- -
CONNECTORS
Pin Connector (SCART)
HDMI Connector
5 Pin D Sub Connector (PC)
Pin No
AV-1
AV-2
Signal
Signal Level
1
•
•
Audio Output B
(Right)
(Right)
Standard Level: 0.5V rms
Impedance: less than 1K
Impedance: less than 1K
Ω*
2
•
•
Audio Input B
(Right)
(Right)
Standard Level: 0.5V rms
Impedance: more than 10K
Impedance: more than 10K
Ω*
3
•
•
Audio Output A
(Left)
(Left)
Standard Level: 0.5V rms
Impedance: less than 1K
Impedance: less than 1K
Ω*
4
•
•
Ground (Audio)
5
•
•
Ground (Blue)
6
•
•
Audio Input A (Left)
Standard Level: 0.5V rms
Impedance: more than 10K
Impedance: more than 10K
Ω*
7
•
•
Blue Input
0.7V +/- 3dB, 75
Ω, positive
8
•
•
Function Select
(AV control)
(AV control)
High State (9.5~12V): AV mode
Low State (0~2V): TV mode
Impedance: more than 10K
Low State (0~2V): TV mode
Impedance: more than 10K
Ω*
Capacitance: less than 2nF
9
•
•
Ground (Green)
10
-
•
AV Link
11
•
•
Green Input
0.7V +/- 3dB, 75
Ω, positive
12
-
•
Open
13
•
•
Ground (Red)
14
•
•
Ground (Blanking)
15
•
•
Red Input
0.7V +/- 3dB, 75
Ω, positive
•
•
S signal Chroma Input
0.3V +/-3dB, 75
Ω, positive
16
•
•
Blanking Input
(Y Signal)
(Y Signal)
High State (1~3V)
Low State (0~0.4V)
Impedance: 75
Low State (0~0.4V)
Impedance: 75
Ω
17
•
•
Ground
(Video Output)
(Video Output)
18
•
•
Ground
(Video Input)
(Video Input)
19
•
•
Video Output
1V +/-3dB, positive sync 0.3V (-3+10dB)
20
•
•
Video Input
1V +/-3dB, positive sync 0.3V (-3+10dB)
•
•
Video Input Y
(S Signal)
(S Signal)
1V +/-3dB, positive sync 0.3V (-3+10dB)
21
•
•
Common Ground
(Shield)
(Shield)
1
3
5
7
9
11
13
15
17
19
21
2
4
6
8
10
12
14
16
18
20
19
17
15
13
11
9
7
5
3
1
18
16
14
12
10
8
6
4
2
5
4
3
2
1
10
9
8
7
6
15
14
13
12
11
Pin No
Signal Assignment
Pin No
Signal Assignment
Pin No
Signal Assignment
1
Red Output
6
Red Return
11
Monitor IDO in display
2
Green Output
7
Green Return (Ground)
12
DCC Serial Data
3
Blue Output
8
Blue Return (Ground)
13
Horizontal Sync
4
Unused
9
+5V DC
14
Vertical Sync
5
Ground
10
Sync Return (Ground)
15
DCC Serial Clock
Pin No
Signal Assignment
Pin No
Signal Assignment
1
TMDS Data2+
11
TDMS Clock Shield
2
TMDS Data2 Shield
12
TMDS Clock-
3
TMDS Data2-
13
CEC
4
TMDS Data1+
14
Reserved (N.C. on device)
5
TMDS Data1 Shield
15
SCL
6
TMDS Data1-
16
SDA
7
TMDS Data0+
17
DDC/CEC Ground
8
TMDS Data0 Shield
18
+5V power
9
TMDS Data0-
19
Hot Plug Detect
10
TMDS Clock+
-
8
-
AZ-N SELF DIAGNOSTIC SOFTWARE
The identification of errors within the AZ1-N chassis is triggered in one of two ways :- 1: Busy or 2: Device failure to respond to IIC. In the
event of one of these situations arising the software will first try to release the bus if busy (Failure to do so will report with a continuous flash-
ing LED) and then communicate with each device in turn to establish if a device is faulty. If a device is found to be faulty the relevant device
number will be displayed through the LED (Series of flashes which must be counted).
event of one of these situations arising the software will first try to release the bus if busy (Failure to do so will report with a continuous flash-
ing LED) and then communicate with each device in turn to establish if a device is faulty. If a device is found to be faulty the relevant device
number will be displayed through the LED (Series of flashes which must be counted).
LED Error Codes and Descriptions
Number of LED
Flashes
Error Description
Checked
Action
02
Power Supply Protection error.
In normal and factory mode.
Goes into standby.
03
Audio error.
In normal and factory mode.
Goes into standby.
04
Balancer error.
In normal and factory mode.
Goes into standby.
05
Panel Error & Panel ID error
In normal and factory mode.
Goes into standby.
06
Inverter error.
In normal and factory mode.
Goes into standby.
13
NVM error.
In initialisation state.
Adds error to error menu.
14
I2C error.
In normal and factory mode.
Adds error to error menu.
15
Tuner error.
In initialisation state.
Adds error to error menu.
16
DVB-T/C Demod error.
In initialisation state.
Adds error to error menu.
18
USB error.
In normal and factory mode.
Adds error to error menu.
19
CI error.
In normal and factory mode.
Adds error to error menu.
Resetting Error Codes (OSD Service Menu)
1. If Software version of the set is older than M8R31 (M8.311), update to latest version.
2. Power Off / Power ON.
3. Apply TT19.
4. Apply TT08. TV switches off and then restarts.
5. Confirm error had disappears.
2. Power Off / Power ON.
3. Apply TT19.
4. Apply TT08. TV switches off and then restarts.
5. Confirm error had disappears.
Note: TT19 is necessary if Factory mode is not enabled.
When Factory Mode is enabled “F” is shown on top right of the screen in TT mode.
When Factory Mode is enabled “F” is shown on top right of the screen in TT mode.
Ver 5.0
Click on the first or last page to see other KDL-32EX600 / KDL-40EX600 service manuals if exist.