Functional Diagrams - Kodak DryView 5800 Service Manual

A B C D E
ANT SEL 0 +5 V
1 RF Tag
+5 V
Tranceiver
LED3
RF Tag
LED1
Happy
RF Tag
Upper R/W
RX In
J1
RF Tag
Data In
1 TX Out
Antenna
2 ANT SEL 1
Data Out
2
Upper
SCLK
RF Tag
+5 V
RCVR/
LED2 13.56 XMTR
XTAL 1
MHz
Error
RF Tag
Lower R/W
RF Tag J2
3
Antenna 1
Lower 2
ANT SEL 0
3
ANT SEL 1
4
DRE
Defaults
Switch
S2
I 2 C Bus
J10
SCL
< >
13
SDA
5 14 < >
From
SOP
12
1
Datapath Board
2
(See Sheet 1) +5 V
3
4 Laser 24 V
5
6 +12 V
Reset
7 +5 V From Voltage
Switch
8
Regulators S1
9 +3.3 V
6
10
11
I 2 C Bus
7
8
9
I 2 C Bus
10 Laser 24 V
Service Switch
(Shown in
11
User Position)
Interlock
Switches
12
AC Power for Drum Heaters
{
To Processor Control
Board Connector J3
13
14
24 V DC
Power Supply
15
Power +24 V DC
1
AC Power In
Switch
80 - 240 Volts
2
Line BLK
3 3
Neutral WH Common
2 4
Circuit 5
1
Breakers
6
15 Amp
16
A B C D E
2G0947 - 31JAN08
I
F G H K L
+5 V
J6
16 MHz Drive Enable
1
OSC 1 Drive Direction
2
Reset
3 NU
4 NU
5
6
7
Reset
8
Clock
+5 V
Micro-
I 2 C Bus
Processor
+3.3 V
SCL
LED4
SDA
FPM +5 V
Happy
Hazard 24 V
Master
Microprocessor
Serial Port Receive
Serial Port Transmit
+5 V
Microprocessor Reset Signals
16 MHz
Osc.
Select Upper Sensors
Select Lower Sensors
SENSOR INPUT
Select Misc
MUX
Enable
Sensors Upper
<
Lower
Sensor Inputs
<
Misc.
<
< >
Laser
Interlock
Status
J19 Laser 24 V Enable Sensors
NC
I 2 C Bus
4
3 +24 V
2
1
NO
+3.3 V
Laser
J16 Interlock
Door
Top
1
Interlock
Cover 2 LED13
J17
LED16
Left 1
2
Panel
Laser 24 V
J18
1
Right
2
Panel
+24 V
Hazard 24 V
Door
Test Points Interlock
Relay
Hazard 24 V
GND1
1
1 +5 V
2
2
GND2
1 +24 V 1
2 2
GND3
+12 V 1
1
2 Door Interlock - +5 V
2
GND4 +5 V 1
1 2
2
1
+3.3 V
2
Circuit +24 V +3.3 V +5 V
Breaker
J20
15 Amp
4
+24 V DC
3
2
5 V Voltage 12 V Voltage
1 3.3 V Voltage
Regulator Regulator Regulator
Voltage Regulators
F G H J K L
M N P Q R S
Exposure Transport
>
Motor and Circuit Board
(Part of Imaging Assembly)
1
NU 2
3
M7
4
3
2
1
Film Path Micro (FPM) Board
Motor Enable Lines
Slave
(Motor Control)
Microprocessors Stepper Motor
Drivers
<
Upper
< 4
Pickup Drive
Motor Control
Lower
4
Upper
4
Film Tray
Unlock Motor
Control
Lower
4
Film Feed Roller
Drive Motor Control
4
Turnaround(Kick)
Roller Motor
4
Control
Processor Drum
Drive Motor
4
Control
Feed Roller NIP
Open/Close Motor
4
Control
< < <
<
Hazard 24 V (Motor Power)
Door interlock
Status Door Interlock - +5 V (Driver Logic Power)
+3.3 V
NOTE: See Sheet 2 for LED descriptions
+5 V
J9
I 2 C Bus
1
2
3
4
Hazard 24 V
5
6
J8
1
2
Local Panel
3
4
J7
1
SDA
2 To Densitometer
SCL
3
(See Sheet 1)
+12 V 4
J11
+12 V +12 V DC Power to DRE
1 {
2 (See Sheet 1)
3
4
NU
5
6
J21
+24 V
1
Processor
2
Fan
M N P Q R S

Functional Diagrams

Kodak DryView 5800 LASER IMAGER - System Functional Block / Wiring Diagram - Sheet 3 of 4
2008 January Rev. A 2G0849
T U V W X
Wiring Harness
(Motor Power)
Hazard 24V J13 See sheet 4 for details
RED
1
Motor Drivers
BLK
2
WHT
5
Vacuum
RED
6
Pump
YEL
11
ORN
12
RED
13
BRN
14
Vacuum Valve YEL
7
ORN
Upper
4 8
RED
9
BRN
10
RED
3
BLK
4
Separation 4
Fans J5
RED
4
GRN
2
BLK
6
RED
13
Vacuum Valve GRN
11
Sensor
BLK
Lower
9
Power
RED
16
+ 5 V
GRN
14
< BLK
12
RED
22
GRN
20
BLK
18
RED
19
GRN
23
BLK
21
RED
1
GRN
5
BLK
3
Pins 7,8, 10,
15, 17 and
24-30 NU
Power and Ground
To All Film Supply
Sensors
J12
WHT
4
RED
5
YEL
10
ORN
11
4 RED
12
BRN
13
YEL
6
ORN
7
4 RED
8
BRN
9
{
1
NU 2
3
J4
RED
4
GRN
2
BLK
6
RED
13
GRN
11
BLK
9
RED
< 16
GRN
14
BLK
Sensor Inputs 12
RED
19
GRN
23
BLK
21
RED
1
GRN
5
Film Supply Sensor LEDs
BLK
See sheet 2 3
Pins 7,8, 10,
+5 V 15, 17, 18, 20,
22 and 24-32 NU
J14
+5 V
YEL
1
ORN
2
4 RED
3
BRN
4
BRN
5
RED
6
4 ORN
7
YEL
8
BRN
9
RED
10
4
ORN
11
Enable Film
YEL
12
Supply Sensors
J15
{ 1
Switch
1 NU
2
JP2
2 YEL
3
Install Jumper on Ground Enables 4 ORN
4
JP2 to override RED
Sensors 5
BRN
sensor control 6
Processor Control
High = 88 - 140 V AC (set heaters in parallel) AC Voltage
<
Sense Circuits
Board (PCB) Low = 173 - 264 V AC (set heaters in series)
+24 V TEST
Hazard +24 V
D4
Interlock
+5V
K1
ON
+5 V
Vcc Enable AC Line Voltage
Happy
J1
1
D5 Vcc
2
3
Hazard +24 V
Solid State
4
D6
5 (SSR)
Relay
6
SSR IN + LOAD
Micro
7
8 I 2 C Controller IN - LOAD
SCL Heaters
9 < >
10 SDA < >
ON/OFF
Reset
Circuit
Reset
Switch
Heater configuration:
Low = Heaters in series
High = Heaters in parallel
A to D RTD Sense Circuits
<
Converter
T U V W X
Y Z AA
1
M4 Vacuum
2 Pump
1
1 Vacuum
M5U
3
Valve - Upper
- 6
- 4
Pickup Drive
- 3 M3U
Motor - Upper
- 1
6
Film Tray
4 M6U
3 Unlock Motor 2
1
Upper
Upper Film
1
2 Separation
3 Fan
Lower Film
1
Separation
2
Fan
3
S1U
+5 V Sensor Power
1
Pickup Home
{ Output (LOW =
2
Sensor Blocked)
Sensor - Upper
3
Ground
S2U
1
2 Film Contact
3 Sensor - Upper
4
1 S3U
2 Film Separated
3
Sensor - Upper
1 S4
2 NIP Roller Position
3 Sensor
1 S5U
2
Cassette-In
5
3 Sensor - Upper
1 S6U
2
Film Saver
3 Sensor - Upper
1 Vacuum
M5L
3 Valve - Lower
6
6
4 Pickup drive
M3L
3
Motor - Lower
1
6
4 M6L Film Tray
3
Unlock Motor
1
Lower
7
+5 V Sensor Power
S1L
1
{
Output (LOW = Pickup Home
2
Sensor Blocked)
3 Sensor - Lower
Ground
S2L
1
8
2 Film Contact
Sensor - Lower
3
1 S3L
2 Film Separated
3
Sensor - Lower
S5L
1
2 Cassette-In
3
Sensor - Lower
9
S6L
1
2 Film Saver
3 Sensor - Lower
6
Film Feed Roller
4
M1
NIP Open/Close
3
Motor
1
1 10
Turnaround (Kick)
3
M9
Roller Drive
4
Motor
6
1
3 Processor Drum
M8
4
Drive Motor
6
11
6
4 Film Feed Roller
M2
3
Drive Motor
1
100 - 240 V AC
Power for Drum
Heater
12
(From Power
Switch)
Line J3
1
2
3
4
5
13
6
Neutral
Slip
14
Rings
J4
3
5
4 Drum
6 10
Heater
5
2
1 3 +5 V
2
K2 4
15
7
D2
8
9
Heater
Config
(ON = Parallel)
1 Drum
RTD
6
16
Y Z AA
7-3