Transcript
PD-II MANUAL
1
< Table of Contents > 1. Introductions ....................................................................................................................4 1.1. 1.2. 1.3. 1.4.
The Preface.......................................................................................................4 Precautions .......................................................................................................4 Specifications (CE)............................................................................................5 Sealing Method .................................................................................................7
2. Calibration Mode .............................................................................................................8 2.1. How to Go to Normal mode (C – 0) ..................................................................9 2.2 How to Confirm Span Calibrated A/D Value(C – 1) ..........................................9 2.3. Span Calibration(C – 3).....................................................................................9 2.4. Capacity Display and Option Setting(C – 4) ...................................................10 2.4.1. UNIT, TARE Setting(C–4–1)......................................................................10 2.4.2. Capacity Setting(C–4–2) ............................................................................10 2.4.3. Comma Setting (C–4–3) ............................................................................11 2.4.4. Save Setting(C–4–4)..................................................................................11 2.5. Averaging A/D Value(C - 5).............................................................................11 2.6. Real A/D Value(C – 6).....................................................................................12 2.7. % Calibration (C – 7)………………………………………………………………122 2.8. Gravity Constant (C – 9) .................................................................................13 2.9. ECR INTERFACE ...........................................................................................13 2.9.1 ECR Interface.............................................................................................13 2.9.2 ECR Type Selection...................................................................................13 Table 1 ............................................................................................................................14 3. INTERFACE WITH EXTERNAL DEVICE .....................................................................15 3.1. INTERFACE with RS-232C.............................................................................15 3.1.1. 3.1.2. 3.1.3. 3.1.4.
TYPE-2 INTERFACE .................................................................................15 TYPE-3 INTERFACE .................................................................................16 TYPE-0 and TYPE-1 INTERFACE ............................................................17 TYPE-4 INTERFACE .................................................................................18
3.1.5. 3.1.6. 3.1.7. 3.1.8.
TYPE-5 INTERFACE .................................................................................20 TYPE-6 INTERFACE .................................................................................21 TYPE-7 INTERFACE…………………………………………………………..22 TYPE-8 INTERFACE…………………………………………………………..23
3.2.
INTERFACE with 4-BIT PARALLEL ...............................................................23 2
3.2.1. 3.2.2.
TYPE-0 and1 INTERFACE ........................................................................23 COMMUNICATIONS BY USING UNIVERSAL 4-BIT PARALLEL ............26
4. The Schematics and Diagram .......................................................................................31 4.1. System Block Diagram....................................................................................31 4.2. Circuit Diagram................................................................................................32 4.2.1. Main............................................................................................................32 4.2.2. Power .........................................................................................................33 4.2.3. Display........................................................................................................34 4.2.4. Communication (Serial and Parallel) .........................................................35 4.3. Wiring Diagram................................................................................................36 4.4. Parts Location .................................................................................................37 4.4.1. Main and Power Part..................................................................................37 4.4.2. Display Part ................................................................................................38 5. EXPLODED VIEW.........................................................................................................39 6. PARTS LIST ..................................................................................................................41
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1. Introductions 1.1. The Preface Thank you for purchasing of our CAS scale. This scale has been designed with CAS reliability, under rigid quality control and with outstanding performance. Your departments can enjoy with this high quality reliable CAS product. We believe that your needs will be satisfied and you will have proper reliability with in variable weight. This manual will help you with proper operations and care of the PD-II series. Please keep it handy for the future references.
1.2. Precautions To ensure that you get the most from your scale, please follow these instructions. 1. Do not disassemble the scale. When any damage or defect occurs, contact your CAS authorized dealer immediately for proper repair. 2. Do not overload beyond the maximum weight limit. 3. Scale must be grounded to minimize electricity static. This will minimize defect or electric shock. 4. Do not pull the plug by its cord when unplugging. Damaged cord could cause electric shock or fire. 5. To prevent from fire occurring. Do not place or use the scale near flammable or corrosive gas. 6. To reduce electric shock or incorrect reading. Do not spill water on the scale or place it in humid condition. 7. Avoid placing the scale near heater or in direct sunlight. 8. Insert plug firmly to wall outlet to prevent electric shock. Make sure to plug your scale into the proper power outlet. For maximum performance, plug into a power outlet 30 minutes before the usage for warm up. 9. For consistent and accurate reading, maintain periodical check by your CAS authorized dealer. 10. Avoid sudden shock to the scale. Internal mechanism could be damaged. 11. Grab on the bottom of the scale when moving. Do not hold by the platter. 12. Place the scale on firm and temperature consistent environment. 13. If the scale is not properly level, please adjust the 4 legs at the bottom of the scale (turn legs clockwise or counterclockwise) so as to center the bubble of the leveling gauge inside the indicated circle. 14. Keep the scale away from other electromagnetic generating devices. This may interfere with accurate reading. 4
1.3. Specifications (CE) MODEL
CAPACITY
INTERNAL RESOLUTION EXTERNAL RESOLUTION TARE SUBTRACTION
PDII – 6kg
PDII – 15kg
PDII – 30kg
PDII-60kg
Single Interval
Single Interval
Single Interval
Single Interval
6 kg
15 kg
30 kg
60 kg
1 / 90,000
1 / 90,000
1 / 90,000
1 / 90,000
1 / 3,000
1 / 3,000
1 / 3,000
1 / 3,000
-6kg
– 15kg
– 30kg
-60kg
DISPLAY
VFD 6 digit
DISPLAY LAMP
ST, ZERO, NET, kg, lb
INTERFACE
RS – 232C, 4-Bit Parallel Communication. (ECR Interface)
PRODUCT SIZE
380× 280 × 79 [mm]
PLATTER SIZE
380 × 280 [mm]
OPERATING
- 10 °C ~ +40 °C
TEMPERATURE POWER SOURCE OPTION
AC 230 V / 50 Hz Remote Display, Customer Display
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Pound(lb) Version (UL) MODEL
Capacity
INTERNAL RESOLUTION EXTERNAL RESOLUTION
PD2 – 15LB
PD2 – 30LB
PD2 – 60LB
PD2-150LB
Single Interval
Single Interval
Single Interval
Single Interval
15 lb / 0.005 lb
30 lb/ 0.01 lb
60 lb/ 0.02 lb
150 lb / 0.05 lb
Dual Interval
Dual Interval
Dual Interval
Dual Interval
6 lb / 0.002 lb
15lb / 0.005 lb
30 lb/ 0.01 lb
60 lb / 0.02 lb
15 lb / 0.005 lb
30 lb/ 0.01 lb
60 lb/ 0.02 lb
150 lb / 0.005 lb
1 / 90,000
1 / 90,000
1 / 90,000
1 / 90,000
1 / 3,000
1 / 3,000
1 / 3,000
1 / 3,000
Display
VFD 6 digit
DISPLAY LAMP
STABLE, ZERO.
INTERFACE
RS – 232C, 4-Bit Parallel Communication.( ECR Interface )
PRODUCT SIZE
380× 280 × 79 [mm] 380× 280
PLATTER SIZE OPERATING
- 10 °C ~ +40 °C
TEMPERATURE OPTION POWER SOURCE
[mm]
Remote Display, Option Display AC 120 V / 60 Hz
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1.4. Sealing Method
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2. Calibration Mode To go to calibration mode, turn on the power while pressing the calibration switch. The display shows “CAL” three times, and then “C-0”. Mode Selection : [#]key or [*] key Enter : [ZERO] key
MODE
DESCRIPTION
C–0
Normal Mode
C–1
Span calibrated A/D value
C–3
Span Calibration
C–4
Capacity Display and Option Setting
C–5
Averaging A/D Value
C–6
Real A/D Value
C–7
% Calibration (10%~100%)
C–9
Gravity Constant
Calibration Mode
MODE C-4-1 Save Setting
DESCRIPTION Calibration Unit, Tare setting
C-4-2
Capacity setting
Capacity Setting C-4-3
Comma setting
Comma Setting C-4-4
Save setting
Capacity Setting
C – 4 Setting
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2.1. How to Go to Normal Mode (C – 0) To go to calibration mode, turn on the power while pressing the calibration switch.
The
display shows “CAL” three times, and then “C-0”. To go to Normal mode, press the [ZERO] key.
2.2
How to Confirm Span Calibrated A/D Value(C – 1) (1) To go to calibration mode, turn on the power while pressing the calibration switch.
The
display shows “CAL” three times, and then “C-0”. (2) Press the [#] key until the display shows “C – 1” . (3) Press the [ZERO] key, the display shows “0”. (4) Place full capacity on the platter. The display shows “90,000”. If the number is not “90,000”, press the [*] or [#] key to have number up or down. (5) Press the [ZERO] key, the display shows “C – 1”. You can change the mode by pressing [#] or [*] key.
2.3
Span Calibration(C – 3) (1) To go to calibration mode, turn on the power while pressing the calibration switch.
The
display shows “CAL” three times, and then “C-0”. (2) Press the [#] key until the display shows “C – 3”. (3) Press the [ZERO] key, the display shows “UnLOAd”. (4) Remove items from the platter and press the [ZERO] key.
The display shows “StAbLE”
and then “LOAd”. (If you want to finish this mode, press the [#] key. (5) Place full capacity on the platter and press the [ZERO] key. The display shows “C-3 End” and “C-3”. (6) Remove full capacity from the platter. You can change the mode by pressing [#] or [*] key. 9
2.4 Capacity Display and Option Setting(C – 4) For pariculars please inquire at CAS . Key operation : ◆ Press the ZERO key to enter setting value. ◆ Press the [#] key to change digit position. ◆ Press the [* ] key to have number Up.
2.4.1 UNIT, TARE Setting(C–4–1) B7
B6
B5
Display
Calibration
Unit
Unit
0:kg
B3
B4
NTEP
B1
Initial
TARE Relase
0:TARE 0:10%
0:kg
1:One time Tare
ZERO 1: NTEP
1:2%
TARE
0:Successive Tare
1:TARE,
1:lb Don’t care
B0
Zero
0: Others
1:lb
B2
Don’t care
Don’t care
2.4.2 Capacity Setting(C–4–2) B7
B6
B5
B4
B3
CAPACITY
B2
B1
INTERVAL
Kg
lb
00011
6
15
00 : Single
00111
15
30
01 : Dual
01001
30
60
01100
60
150
10
B0
2.4.3 Comma Setting (C–4–3) B7
B6
B5
B4
B3
B2
B1
B0
B4
B3
B2
B1
B0
Comma Dislplay 1: Possible 0: Impossible
2.4.4 Save Setting(C–4–4) B7
B6
B5
UNIT CHANGE 1: Possible 0: Impossible
Î If NTEP(C-4-1 3rd bit) is set, please do not care of “C-4-4” setting.
2.5 Averaging A/D Value(C - 5) (1) To go to calibration mode, turn on the power while pressing the calibration switch. display shows “CAL” three times, and then “C-0”. (2) Press the [#] key until the display shows “C – 5”. (3) Press the [ZERO] key, the display shows averaging A/D. (4) Press the [ZERO] key to finish this mode. (5) You can change the mode by pressing [#] or [*] key.
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The
2.6
Real A/D Value(C – 6)
(1) To go to calibration mode, turn on the power while pressing the calibration switch.
The display
shows “CAL” three times, and then “C-0”. (2) Press the [#] key until the display shows “C – 6”. (3) Press the [ZERO] key, the display shows real A/D value. (4) Press the [ZERO] key to finish this mode. (5) You can change the mode by pressing [#] or [*] key.
2.7
% Calibration (C – 7)
(1) To go to calibration mode, turn on the power while pressing the calibration switch. The display shows “CAL” three times, and then “C-0”. (2) Press the [#] key until the display shows “C – 7”. (3) Press the [ZERO] key, the display shows “Per 10”. (4) Press the [*] key to have number up or down The display shows 10, 20, 30, 40, 50, 60, 70, 80 and 90 every time pressing [*] key. If you want to calibrate PDII-150lb with 30 lb, select 20. (5) Press the [ZERO] key, the display shows “UnLOAd”. (6) Remove items from the platter and press the [ZERO] key.
The display shows “StAbLE”
and then “LOAd”. (7) Place 20% weight of full capacity that you setup on step (3). And press the [ZERO] key, the display shows “StAbLE” and then “C-7End”. (6) Remove the weight from the platter. You can change the mode by pressing [#] or [*] key.
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2.8
Gravity Constant (C – 9)
(1) To go to calibration mode, turn on the power while pressing the calibration switch.
The display
shows “CAL” three times, and then “C-0”. (2) Press the [#] key until the display shows “C – 9”. (3) Press the [ZERO] key the display shows ”C91 “ and “ 9.7994”. Default value is 9.7994. (4) You can change gravity constant for calibration place. Press the [*] key to have number up or down. To move to next digit, press the [#] key. (5) To save it, press the [ZERO] key. The display shows “C92” and “ 9.7994”. (6) You can change gravity constant for using place. Press the [*] key to have number up or down. To move to next digit, press the [#] key. (7) Press the ZERO key, the display shows “C9-End” and “C – 9”. (8) You can change the mode by pressing [#] or [*] key.
2.9
ECR INTERFACE
2.9.1
ECR Interface
PD-II can interface with most ECRs by selecting TYPE 0 to TYPE 6.
2.9.2 ECR Type Selection (1) Make sure that power is OFF. While pressing [#] key, turn on the power. “EcrSEt” is shown on the display. And then current ECR type is shown on the display as “tYPE-2. (2) If you select ECR type 5, press the [#] key until the display shows it. (Refer to Table 1.) (3) To save current ECR type, press the ZERO key.
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Table 1 Description MENU 4-Bit Parallel ECR-TYPE 0
RS-232 Serial
TEC 4 Digit 4Bit Paralle (New kg) Most P.O.S, ECRs and Some TEC P.O.S System
ECR-TYPE 1
TEC 5 Digit 4Bit Paralle (Old kg)
SHARP ER-Axxx, ER-A450T, New SANYO
ECR-TYPE 2
ECRs using RS-232 and others
ECR-TYPE 3
Most P.O.S System
CRS, NCR2170, SAMAUNG ER-5100,
ECR-TYPE 4
ER5115 and Many other ECRs Universal 4 Bit Parallel NCI General.
ECR-TYPE 5
SAMSUNG ER-5100 Most P.O.S Software
ECR-TYPE 6
SAMSUNG ER-670
ECR-TYPE7
SAMSUNG ECR(SPAIN)
ECR-TYPE8
SAMSUNG(PORTUGAL)
※ Serial Communication Æ 9600 Baud rate, 7 Data bit, Even Parity, 1 Stop bit
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3 INTERFACE WITH EXTERNAL DEVICE 3.1
INTERFACE with RS-232C
1
1
6
6 2 RxD
`
2
7
7 3
8
3 TxD
8 4
9
4 9
5
ECR(삼성), PC D-SUB Connector
5
PD-II (9-PIN SUB CONNECTOR)
Î 7-BIT ASCII code Î Even parity Î 1 stop bit Î 9600 baud rate
3.1.1 TYPE-2 INTERFACE : Discontinual RS-232C Interface Î SHARP ER-AXXX, ER-A450T, New SANYO ECRs using RS-232,TOLEDO 3213 etc.
1) PROTOCOL ECR Command
SCALE(PD-II) ------------Æ
Å------------
Response 0XXXX
: lb weighing mode
or XXXXX
: kg weighing mode
Error message
: ?
15
== STATUS BYTE ==
PARITY BIT
ALWAYS==1
Bit 7
cf)
ZERO
Bit 6
Bit 5
MINUS
Bit 4
Bit3
OVERLOAD
Bit 2
Bit 1
W : 57H (ASCII code) STX : 02H (ASCII code) CR
: ODH (ASCII code)
Ex) Weight
:
12.34 lb
ECR W<57H>
SCALE ------Æ <02H><30H><31H><32H><33H><34H><0DH>
Å------
STX
0
1
2
3
4
: ASCII code
CR
3.1.2 TYPE-3 INTERFACE : Continual RS-232C Interface Î SHARP ER-AXXX, New SANYO ECRs using RS-232,TOLEDO 3213 etc
1) PROTOCOL ECR Command
SCALE(PD-II) ------------Æ
Å------------
Response 0XXXX
: lb weighing mode
XXXXX
: kg weighing mode
Error message
------------Æ
: ?
Stop transmitting data
16
MOTION Bit 0
Ex) Weight
:
12.34 lb
ECR
SCALE
W<57H>
------Æ Å------<02H><30H><31H><32H><33H><34H><0DH> : ASCII code
STX
0
1
2
3
4
CR
<02H><30H><30H><30H><30H><30H><0DH>
STX
0
0
0
0
0
: ASCII code
CR
Å------<02H><3FH><44H><0DH> STX
? MINUS
CR
TRANSMISSION PROCEDURE (1) PD-II sends data to External Device whenever weight is changed after receiving signal from the External Device. (2) PD-II stops sending data when receives signal from the External Device. External Device
------Æ Å-----
DATA (If weight is changed)
Å------
DATA (If weight is changed)
------Æ
Stop transmitting data
3.1.3 TYPE-0 and TYPE-1 INTERFACE Î Most P.O.S Systems, ECRs and some TEC P.O.S Systems.
1) PROTOCOL EXTERNAL DEVICE
SCALE(PD-II)
------------Æ
Initiate communication
------------Æ
Request of weight data
Å------------
: Acknowledge the request of weight data Inquiry 17
i>
ii>
Å------------
: Start Transmission
Å------------
: Scale type identifier
Å------------
: Weight data
Å------------
: Weight data
Å------------
: Weight data
Å------------
: Weight data
Å------------
: Weight data
Å------------
: Block Check Character
Å------------
: End Transmission
Scale Type Identifier 41H = 15 kg
44H = 30 lb
43H = 6 kg
46H = 15 lb
NA = 3 kg
NA = 6 lb
42H = 25 kg
45H = 50 lb
Block Check Character : has all data bytes except and through exclusive OR(XOR). * Parity Bit : Even - Data Byte :
3.1.4 TYPE-4 INTERFACE Î NCI ECR(NCR2170), SAMSUNG ER-5100,ER-5115, CRS .etc
1) PROTOCOL
------------Æ
------------Æ Inquiry Å------------
XX.XXX
LB
Å------------
S b1b2 lb CASE
Å------------
XX.XXX KG
Å------------
S b1b2 18
(A)
XX.XXX
(B)
LB = The Characters L and B
(C)
KG =
(D)
S
(E)
b1b2 = Two status Characters i>
= Weight value The Characters K and G
= The Character S
Status Bytes
Bit7
Parity Bit
Parity Bit
Bit6
0
0
Bit5
1 (Always 1)
1 (Always 1)
Bit4
1 (Always 1)
1 (Always 1)
Bit3
0
0
Bit2
0
0
1 = Scale at Zero
1 = Over Capacity
0 = Not at Zero
0 = Not Over Capacity
1 = Scale in Motion
1 = Under Capacity
0 = Stable
0 = Not Under Capacity
Bit1
Bit0
ii>
Simplified Status Codes
B1
B2
ASCII
ASCII
STATUS
Character
Character
Definition
(ASCII Code)
(ASCII Code)
0 (30H)
0 (30H)
OK
1 (31H)
0 (30H)
Motion
2 (32H)
0 (30H)
Scale at Zero
0 (30H)
1 (31H)
Under capacity
0 (30H)
2 (32H)
Over capacity
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3.1.5 TYPE-5 INTERFACE Î NCI GENERAL , SAMSUNG ER-5115, ER-5100 and Most P.O.S Software
1) PROTOCOL
------------Æ
------------Æ Inquiry Å------------
XX.XXX
LB
Å------------
b1b2 lb CASE
Å------------
XX.XXX KG
Å------------
S b1b2
(F)
XX.XXX
(G)
LB = The Characters L and B
(H)
KG =
(I)
b1b2 = Two status Characters i>
= Weight value The Characters K and G
Status Bytes
Bit7
Parity Bit
Parity Bit
Bit6
0
0
Bit5
1 (Always 1)
1 (Always 1)
Bit4
1 (Always 1)
1 (Always 1)
Bit3
0
0
Bit2
0
0
1 = Scale at Zero
1 = Over Capacity
0 = Not at Zero
0 = Not Over Capacity
1 = Scale in Motion
1 = Under Capacity
0 = Stable
0 = Not Under Capacity
Bit1
Bit0
20
ii>
3.1.6
Simplified Status Codes
B1
B2
ASCII
ASCII
STATUS
Character
Character
Definition
(ASCII Code)
(ASCII Code)
0 (30H)
0 (30H)
OK
1 (31H)
0 (30H)
Motion
2 (32H)
0 (30H)
Scale at Zero
0 (30H)
1 (31H)
Under capacity
0 (30H)
2 (32H)
Over capacity
TYPE-6 INTERFACE Î 8 Data bit Î Noneparity Î 1 stop bit Î 9600 baud ate Î SAMSUNG ECR (ER-670)
1> PROTOCOl EXTERNAL DEVICE or
SCALE(PD-II) ------------Æ
Initiate communication
Å------------
------------Æ
DC1 : For Weight Data
: Acknowledge the request of weight data
DC2 : For All Data ( PD-II NOT USE) Å------------
Send Data Block
1> The Data Trains 1. “DC1”
SOH
STX
Command
STA
SIGN
W5
W4
W3
W2
DATA BLOCK
21
W1
W0
UN1
UN0
BCC
ETX
EOT
Command
z -
Remark
STA : A WEIGHING STATUS OF THE SCALE SCALE IS STABLE ->”S”, NOT STABLE -> “U”
-
SIGN : SIGN OF THE WEIGHT DATA ZERO AND POSITIVE WEIGHT -> “ “ , NEGATIVE WEIGHT -> “-“ OVER LOAD -> “F”
-
W5 THROUGH W0 –> WEIGHT DATA BUT ALL “F” WHEN THE SCALE IS PUT ON OVER LOAD.
-
UN1 THROUGH UN0 -> UNIT OF WEIGHT ( Kg OR Lb)
-
BCC
: BLOCK CHECK CHARACTER
3.1.7 TYPE-7 INTERFACE : RS-232C Interface Î 8 Data bit
Î None parity Î 1 stop bit Î 9600 baud rate Î SAMSUNG ECR (SPAIN)
1) PROTOCOL ECR
SCALE(PD-II)
Command
------------Æ
<$> Å------------
Response XXX.XXX
cf)
$ : 24H (ASCII code) “.” : 2EH (ASCII code) CR
: ODH (ASCII code)
Ex) Weight
:
12.34 kg
ECR $<24H>
SCALE ------Æ Å------
<30H><31H><32H><2EH><3H><34H><0DH>
0
1
2 22
.
3
4
CR
: ASCII code
3.1.8
TYPE-8 INTERFACE Î SAMSUNG (PORTUGAL)
1) PROTOCOL
------------Æ
------------Æ Inquiry Å------------
XXX.XX KG
Å------------
S00 lb CASE
Å------------
XX.XXX KG
Å------------
S b1b2
i.
XXX.XX
ii.
KG =
iii.
S
= The Character S
00
= <30H><30H>
iv.
= Weight value The Characters K and G
3.2 INTERFACE with 4-BIT PARALLEL 3.2.1
TYPE-0 and1 INTERFACE Î TEC ECR
⒜
New : Type 0 (4 Digit)
⒝
Old : Type 1 (5 Digit)
(1) CONNECTOR
:
25 PIN D-SUB CONNECTOR
(2) LOCATION
:
BOTTOM OF THE SCALE
(3) INTERFACE WITH ECR(TEC) : PIN ASSIGNMENT PIN NO.
DOCUMENT
1
DATA1
(Output from PD-II to ECR)
2
DATA2
(Output from PD-II to ECR)
3
DATA3
(Output from PD-II to ECR)
4
DATA4
(Output from PD-II to ECR)
11
CLOCK
(Input from ECR to PD-II)
23
13
MOTION
(Output from PD-II to ECR)
19
ENABLE
(Input from ECR to PD-II)
20
SIGNAL READY (Output from PD-II to ECR)
21
ENABLE
22
GND
23
GND
24
GND
(Input from ECR to PD-II)
(4) DATA OUTPUT FORMAT : INVERTED BCD DATA!!! Example1)
Weight
:
12.34 lb & 87.56 lb
lb Weight Mode
1
2
3
4
8
7
5
6
DATA1
0
1
0
1
1
0
0
1
DATA2
1
0
0
1
1
0
1
0
DATA3
1
1
1
0
1
0
0
0
DATA4
1
1
1
1
0
1
1
1
Example2)
Weight
: 5.342 kg & 13.897 kg
kg Weight Mode
5
3
4
2
1
3
8
9
7
DATA1
0
0
1
1
0
0
1
0
0
DATA2
1
0
1
0
1
0
1
1
0
DATA3
0
1
0
1
1
1
1
1
0
DATA4
1
1
1
1
1
1
0
0
1
(5) SIGNAL DESCRIPTION MOTION : LOW
---Æ
HIGH ---Æ SIGNAL READY :
WEIGHT IS STABLE WEIGHT IS UNSTABLE
HIGHT ---Æ :
LOW ---Æ
DATA READY ( The acknowledge signal for enabling) DATA NOT READY
24
(6) PIN CONNECTION
ECR ( TEC )
PD-II
16 PIN CONNECTOR
25 PIN D-SUB CONNECTOR
1
Å---------------------------Æ
1
3
Å---------------------------Æ
2
5
Å---------------------------Æ
3
7
Å---------------------------Æ
4
11
Å---------------------------Æ
11
19
Å---------------------------Æ
13
15
Å---------------------------Æ
19
13
Å---------------------------Æ
20
15
Å---------------------------Æ
21
2
Å---------------------------Æ
22
4
Å---------------------------Æ
23
6
Å---------------------------Æ
24
8
Å---------------------------Æ
25
(Jump with 19 pin)
(7) TIMMING DIAGRAM
MOTION (PD-II --> ECR)
ENABLE (ECR --> PD-II) tr
MOTION (SCALE --> PD-II)
tc
MOTION (ECR --> PD-II)
tf A
note>
B
C
D
E
tr : When tr is more than 3 sec, the ECR judges SCALE DOWN < 100 ns tc
:
< 20 usec
tf :
< 20 usec 25
DATA FORMAT
:
1>
LB weighing mode
---Æ
4 bit : AB.CD (lb) 5 bit : BC.DE (lb)
2>
KG weighing mode ---Æ
AB.CDE (kg)
3.2.2 COMMUNICATIONS BY USING UNIVERSAL 4-BIT PARALLEL Î SANYO, TOLEDO, CASIO, SHARP, etc. (1) CONNECTOR
:
25 PIN D-SUB CONNECTOR
(2) LOCATION
:
BOTTOM OF THE SCALE
(3) PIN ASSIGNMENT AND PIN CONNECTION
(3.1)
INTERFACE WITH ECR (SANYO)
⒜ PIN ASSIGNMENT PIN NO.
DOCUMENT
1
DATA1
(Output from PD-II to ECR)
2
DATA2
(Output from PD-II to ECR)
3
DATA3
(Output from PD-II to ECR)
4
DATA4
(Output from PD-II to ECR)
11
CLOCK
(Input from ECR to PD-II)
19
ENABLE
(Input fromm ECR to PD-II)
22
GND
23
GND
24
GND
⒝ PIN CONNECTION
ECR ( SANYO )
PD-II
9 PIN D-SUB CONNECTOR
25 PIN D-SUB CONNECTOR
1
Å---------------------------Æ
1
2
Å---------------------------Æ
2
3
Å---------------------------Æ
3
4
Å---------------------------Æ
4
5
Å---------------------------Æ
11
6
Å---------------------------Æ
19
7
Å---------------------------Æ
22 26
8
Å---------------------------Æ
23
9
Å---------------------------Æ
24
(3.2)
INTERFACE WITH ECR (CASIO)
⒜ PIN ASSIGNMENT PIN NO.
DOCUMENT
1
DATA1
(Output from PD-II to ECR)
2
DATA2
(Output from PD-II to ECR)
3
DATA3
(Output from PD-II to ECR)
4
DATA4
(Output from PD-II to ECR)
11
CLOCK
(Input from ECR to PD-II)
13
MOTION
(Output from PD-II to ECR)
19
ENABLE
(Input from ECR to PD-II)
21
OUT OF RANGE
(Output from PD-II to ECR)
22
GND
23
GND
⒝ PIN CONNECTION
ECR ( CASIO )
PD-II
16 PIN D-SUB CONNECTOR
25 PIN D-SUB CONNECTOR
11
Å---------------------------Æ
1
7
Å---------------------------Æ
2
8
Å---------------------------Æ
3
9
Å---------------------------Æ
4
12
Å---------------------------Æ
11
13
Å---------------------------Æ
13
10
Å---------------------------Æ
19
14
Å---------------------------Æ
21
15
Å---------------------------Æ
22
16
Å---------------------------Æ
23
27
(3.3)
INTERFACE WITH ECR (SHARP)
⒜ PIN ASSIGNMENT PIN NO.
DOCUMENT
1
DATA1
(Output from PD-II to ECR)
2
DATA2
(Output from PD-II to ECR)
3
DATA3
(Output from PD-II to ECR)
4
DATA4
(Output from PD-II to ECR)
11
CLOCK
(Input from ECR to PD-II)
13
MOTION
(Output from PD-II to ECR)
19
ENABLE
(Input form ECR to PD-II)
21
OUT OF RANGE
(Output from PD-II to ECR)
22
GND
23
GND
24
GND
⒝ PIN CONNECTION
ECR ( SHARP )
PD-II
16 PIN D-SUB CONNECTOR
25 PIN D-SUB CONNECTOR
1
Å---------------------------Æ
1
3
Å---------------------------Æ
2
4
Å---------------------------Æ
3
5
Å---------------------------Æ
4
7
Å---------------------------Æ
11
15
Å---------------------------Æ
13
8
Å---------------------------Æ
19
9
Å---------------------------Æ
21
10
Å---------------------------Æ
22
11
Å---------------------------Æ
23
12
Å---------------------------Æ
24
(3.4) ① MOTION
SIGNAL DESCRIPTION :
LOW
---Æ
HIGH
---Æ
WEIGHT IS STABLE WEIGHT IS UNSTABLE 28
② OUT OF RANGE :
HIGH ---Æ
HIGH LEVEL FOR WEIGHT BETWEEN ZERO AND FULL CAPACITY
LOW
OTHERWISE
---Æ
(2) DATA OUTPUT FORMAT : BCD Example1)
Weight
:
12.34 lb & 87.56 lb
lb Mode
1
2
3
4
8
7
5
6
DATA1
1
0
1
0
0
1
1
0
DATA2
0
1
1
0
0
1
0
1
DATA3
0
0
0
1
0
1
1
1
DATA4
0
0
0
0
1
0
0
0
Example2)
Weight
:
5.342 kg & 11.897 kg
kg Mode
5
3
4
2
11(B)
8
9
7
DATA1
1
1
0
0
1
0
1
1
DATA2
0
1
0
1
1
0
0
1
DATA3
1
0
1
0
0
0
0
1
DATA4
0
0
0
0
1
1
1
0
29
(3) TIMMING DIAGRAM
TD4 COMPLETE SEQUENCE TD5 ENABLE
CLOCK TD3
TD2
A
B
DATA1
DATA2
DATA3
DATA4
A : B
Note>
UNIT
: Tenth’s place
C
D
X.000 0.X00
C :
Hundredth’s place 0.0X0
D :
Thousandth’s place 0.00X
TD2
: < 100 ns --Æ data set up delay from rising edge of clock
TD3
: 200 ns maximum --Æ data set up delay from Enable
TD4
: 1 microsec. minimum --Æ time between interrogation
TD5
: 200 ns minimum
MAXIMUM CLOCK FREQUENCY : 100 KHZ
30
NEXT SEQ.
4 4.1
The Schematics and Diagram System Block Diagram 6-Digit VFD
Display 부는 본체 및 Post 에 사용자가 간편하게 설치 하여 사용.
VFD Driver (PT6311) Wire 길이는 1.5 m 이내로 함
Load Cell
ADC Circuit (Dual Sloop type)
CPU AC 220V Transform er
KEY (ZERO ,T ARE,Kg/Lb , POW ER ON/OFF KEY)
Pow er M odule RS-232C Serial
SANYO,CASIO,ESPER, SHARP,TEC ...etc
Parallel Communication (4-Bit BCD)
9 pin D-SUB Connector
25 pin D-SUB Connector
ECR Interface Circuit
ECR , POS System .
31
4.2 4.2.1
Circuit Diagram Main VDD
R3~5,14~16 uPD789177
C31 100u 28 37 9 44 24
CON 5 8 Vpp
XTAL 5.0MHz
R13
0.1u
CAL
CON8
P61/AN11 P62/AN12 P63/AN13 P64/AN14 P65/AN15 P66/AN16 P67/AN17 uPD789177
U5 A0 A1 A2 VSS 24C16N To VFD Driver DIN To VFD Driver CLK To VFD Driver STB
VDD WP SCL SDA
8 7 6 5
CON1
25
RESET
R6 100k 0.5%
C18 0.1u
3
3
INT CLK (TO A/D) CAPTURE (From A/D)
VDD U3 KIA7045F
R2 10K 0.5%
JP3
VDD
VDD 6 /RESET 7 8 Vpp 9 10
1 2 3 4 5
0.5% R17 10K R18 10K 0.5%
CON10
C15
VDD
1 2 3 4
To ECR (Motion,Pin#13)
VDD
To Q1
C19 0.1u
To ECR (Out of range, CON 7 Pin#21) To ECR (Overcapacity, CON 7 Pin#20 ) IC 74HC670 Pin#14,WA IC 74HC670 Pin#13,WB IC 74HC670 Pin#12,GW
18 19
P21/SO20/TxD20 P22/SI20/RxD20
X1 X2 XT2
2 3 4 5 6 7 8
10k 0.5%
C5
IC0(Vpp)
27 26 23
P31/INTP1/TO81 P30/INTP0/TI81/CPT90
C16 18pF
VDD
22
C17 18pF
13 12
R7 10k
P10 P60/AN10 P11
0.1u
10 1 11
C33
0.1u
P32/INTP21/TO90 P33/INTP3/TO82/BZO90 P20/SCK20/ASCK20
C14
33 32 31 30 21 20
P01 P00 P26/TO80 P25/TO80/SS20 P24/SDA0 P23/SCL0
0
CON9 Display Con 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
Vsso Vss1 AVss AVref XT1
1
+
0.1u
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
To U14 IC(74HC670) Pin#15 To U14 IC(74HC670) Pin#1 To U14 IC(74HC670) Pin#2 To U14 IC(74HC670) Pin#3 To U15 IC(74HC670) Pin#15 To U15 IC(74HC670) Pin#1 To U15 IC(74HC670) Pin#2 To U15 IC(74HC670) Pin#3
21
C32
10K 0.5%
42 41 40 39 38 36 35 34
P53 P52 P51 P50 P05 P04 P03 P02
14 15 16
Display Con 2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
Vddo Vdd1 AVdd
2
29 17 43
0.1u
GND VDD
Connect CPU Pin#22 (IC )
R9 10k 0.5% R10 10k 0.5% R11 100k 0.5% Q1 1504
From CPU P1.1
L9,10,11
6100-PPD-2000-A Title
TDK221 X 3
MAIN CIRCUIT (uPD789177) For VFD
32
Size Document Number Custom First Drawing H.J Date:
Tuesday, August 12, 2003
Rev Sheet
1
of
1
4.2.2
2
Power
TRANSFORMER50
SW50 1 3
F50 1
3
FUSE
.
BD1
16.5V/100mA
IC2 2 I
+ EC2
KA7912
C1
O
3
-12v
EC5
COM
C4
1 470uF
104
+
+
RB153
AC MALE(220V)
100uF
104
CON1 8.8V/100mA
1 2 3 4 5 6 7 8 9
2
J50
3
AC220V
E
Noise Filter (CA5-V32)
1
29V/50mA
BD2
IC1
L2 FERITE
+5V 1 I
+ EC3 +
KA7805
C2
O
3 + 100uF C3
COM 2
RB153
EC4
1000uF 104
104
CON7
To Digital Power(5V) 3.3u(tantal) C12
C13
VDD(+5v)1 2 3 4 5 6 7 8
C11
0.01u 4.7uF 1.65V/700mA D1 VEE(-30V)
1.65V/700mA 2
4 1N4004 D2
To VFD Driver
1N4004
No artwork
EC1
ZD1
330uF/50V
+ 6.8V 1w ZD2
: POWER GND : DIGITAL GND
6.8V 1w
L6
R1
FERITE
: ANALOG INPUT GND
30k FL+ AGND
: ANALOG GND
FL-
To VFD Display
: SHIELD GND -12V
471u
VDD(+5V)
-12v
L7 JP1 L35
L8
To A/D MODULE
+ EC6
+ EC7
330uF/25V EC8 +
AGND
330uF/25V
EC9 +
VREF
: ANALOG REFERENCE GND
330uF/25V
To Analog Module Power(5V)
330uF/25V
6140-PPD-2000-A Title Power Circuit for PD-II VFD Version Size Document Number Custom Date:
33
Tuesday, August 12, 2003
Rev Sheet
1
of
1
Display
a b c d e g f DP TR COM
FL+
H2
36 35 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15
a b c DP COM 1D 2D 3D VFD U100
VDD3
14 33
C1 0.1u
45
52
VSS
OSC
L1,2,3 TDK221 X 3
VDD(+5V) VEE (-30V) +FL
13 12 11 10
R1 56k IC SW1 SW2 SW3 SW4
7
VDD2
DOUT DIN CLK STB
51
10 k R 3,4,5
VDD1
U102 PT6311
1 2 3 4
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
Key4 Key3 Key2 Key1
VDD
VEE
5 6 8 9
Grid8 Grid7 Grid6 Grid5 Grid4 Grid3 Grid2 Grid1
34
VDD
37 38 39 40 41 42 43 44
LED1 LED2 LED3 LED4 LED5
FL-
H1
1D 2D 3D 4D 5D 6D 7D
50 49 48 47 46
4D 5D 6D 7D TR d e g f
Seg20/Grid9 Seg19/Grid10 Seg18/Grid11 Seg17/Grid12 Seg16/Grid13 Seg15/Grid14 Seg14/Grid15 Seg13/Grid16 Seg12 Seg11 Seg10 Seg9 Seg8 Seg7 Seg6 Seg5 Seg4 Seg3 Seg2 Seg1
4.2.3
U1
VDD VEE(-30V) 10 k R 6,7,8
6110-PPD-2000-A Title
-FL
ZERO TARE
PD-II DISPLAY PART (MAIN)
Size Document Number Custom Designed by H.J Chang
KG/LB
CON12
Date:
34
Tuesday, August 12, 2003
Rev Sheet
1
of
1
4.2.4
Communication (Serial and Parallel)
+5V +5V AR1
7 a t aU DP ~C 0 am to ar DF
: 7 D ~ 0 D
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
4 t r o P
CON5 16 VCC
CC2+
V-
0.1u
C2T1OUT R1IN T2OUT R2IN
T1IN R1OUT T2IN R2OUT
GND
5
12 13 9
WA WB RA RB GW GR
4
1
RA RB
C8 0.1u
/GR
TO OPTION BOARD TO OPTION BOARD
To U14 IC74HC14 Pin #13 FROM OPTION BOARD FROM OPTION BOARD TO OPTION BOARD TO OPTION BOARD DATA4 (Pin#4) TO OPTION BOARD TO OPTION BOARD FROM OPTION BOARD To U14 IC74HC14 Pin#1 From PD-II (CPU #32 IC22 MC68705K Pin#11) From PD-II (CPU #33 ) DATA3 (Pin#3)
3
2
10 9 7 6
DATA2 (Pin #2)
6
5
Q1 Q2 Q3 Q4
DATA1 (Pin#1)
8
10
U15 D1 D2 D3 D4
11
74HC03
data 1 data 2 data 3 data 4
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
D0 D1 D2 D3 FROM MAX232 PIN#14 TO MAX232 PIN#13
U9D
WA WB RA RB GW GR
+5V
+5V
+5V
DTR CLK 10 R32 3K R33 1K CLK 11 NCR VCC CLOCK NCR OUT Motion +5V X0 (CLK00) SIG (CLK01) ED1 CP1 R36 1K A1 enable Overcapacity out of range DSR
J1
74HC670
C9 0.1u
11 12 10 9 +5V
1
6
3
6
5
3
74HC32
74HC32
D
Q
Q
5
GR
CLK 6
/GR
1
74HC14
2
IC13B
4
IC13A
2
/ENABLE
D
3
PR
2 RA
Q
CL
4
+5V
Q
5
RB
CLK 6
1
74HC74 /ENABLE
NCR OUT (Pin#12) IC11A 2
/ENABLE
R20 R
1
ENABLE (25 PIN D-SUB CONNECTOR Pin #19) CLOCK (25 PIN D-SUB CONNECTOR Pin #11) R22 R
74HC14
C20 27pF
4
C21 27pF
r) o tR cC eE n no oT C ( B U S D N I P 5 2
+5V
RA
5
Q
PR
5
PR
IC11C RA
CL
4
RB
D CLK
6
Q
IC11E
2 3
10
IC11F 11
12
13
CL
14 13 7 8
10 9 7 6
15
1 2 3 4 5 6 7 8 9
232 1 3 4
Q1 Q2 Q3 Q4
D1 D2 D3 D4
74HC74
74HC14
74HC14
1
J3
6
C+
14 13 5 4 12 11
1 3 # n i P U P C m o r F
C10
U1
10 23 ## nn ii PP UU PP CC mm oo rr FF
To CON7 Pin#5 From CON7 Pin#6
V+
15 1 2 3
(Pin #34) D4 (Pin #33) D5 (Pin #32) D6 (Pin #31) D7
Motion
2
U14
74HC670
VDD C7 0.1u
14 13 5 4 12 11
GR
Out of Range Overcapacity
C42 0.1u
15 1 2 3
(Pin #38) D0 (Pin #37) D1 (Pin #36) D2 (Pin #35) D3
/ENABLE
A 0 0 0 2 D P P 0 4 1 6 Title
ECR Interface Circuit (POWER PCB) Size Document Number Custom Date:
35
Tuesday, August 12, 2003
Rev Sheet
1
of
1
Wiring Diagram
ECR(Serial and Parallel Interface) or Serial Interface Device
1
2
3
4
5
6
7
8
9
10
11
12
14
6
13
1
7 2
8 3
9 4
5
CN3
15
Trans
16
POWER Power TRANS
25 24 23 22 21 20 19 18 17
4.3
J1
J3
CUSTOMER and REMOTE DISPLAY
SERIAL COMMUNICATION
PARALLEL COMUNICATION
CON8
CON5 X6
ECR INTERFACE CABLE
CN2
CN1
ANALOG M/D MAIN
X5
CN4
LoadCell
FL-PR3 DISPLAY
(Flash Rom Write)
36
4.4 4.4.1
Parts Location Main and Power Part 4.4.1.1
TOP
4.4.1.2
Bottom
37
4.4.2
Display Part
4.4.2.1
Top
4.4.2.2
Bottom
38
5 EXPLODED VIEW
39
40
6 PARTS LIST
PD-II Parts List PARTS NAME : PD-II
[PPP-PD0-153G-PPPP-P1]
Parts Code
Parts Name
Size
140-AD3-EAMP-PA01-02
ANALOG MODULE ASS'Y
AD-20H
140-PD2-EDIP-UN01-02
DISPLAY PCB ASS'Y
PD-II
EA
1
140-PD2-EMAP-UN01-02
MAIN PCB ASS'Y
PD-II
EA
1
140-PD2-EPWP-UN01-02
POWER PCB ASS'Y
PD-II
EA
1
140-PD2-MBOD-UN01-02
BODY ASS'Y
PD-II
EA
1
140-PD2-MCTB-UN01-02
C/T BOX ASS'Y
PD-II
EA
1
140-PD2-MDIC-UN01-02
DISPLAY ASS'Y
PD-II
EA
1
140-PD2-MPLA-UN01-02
PLATFORM ASS'Y
PD-II
EA
1
140-PD2-MPWP-UN01-02
POWER ASS'Y
PD-II
EA
1
41
Unit Q'ty 1
Remark
PARTS NAME : DISPLAY ASS'Y
[PPP-PD0-EDIS-PPPP-P1]
Parts Code
Parts Name
Size
2631-A00-0008-0
VFD CUSHION
43*8*1T(DB-1S)
EA
2
43*8*1T (DB-1S)
6110-PPD-2000-A
PCB-DISPLAY
6110-PPD-2000-0 (PD-II)
EA
1
6110-PPD-2000-0(PD-II)
6224-IS0-6311-0
IC(FIP-DRIVER)
PT6311 QFP
EA
1
U1
6527-ID3-0100-0
RESISTOR-CHIP 1/10W
RR1220P-103D(10K)
EA
7
R2,3,4,5,6,7,8
6527-ID3-0560-0
RESISTOR-CHIP 1/10W
RR1220P-563D(56K)
EA
1
RR1220P-563D(56K)
6712-CHP-0104-0
CHIP CONDENSER
CL21F 104 KBNC
EA
1
CL21F 104 KBNC
7202-D00-052B-0
VFD(FIP)
F-52B (7 DIGIT)
EA
1
V.F.D
7600-STA-1212-0
TACT S/W
12*12(SKHK)DJTA-1103E
EA
3
12*12 TACT S/W
7813-C00-0026-0
SOCKET CONNECTOR
5332-26P LP-Ⅱ
EA
1
HIF-3F-26PA-2.54-DSA
PARTS NAME : MAIN PCB ASS'Y
Unit Q'ty
Remark
[PPP-PD0-EMAP-PPPP-P1]
Parts Code
Parts Name
Size
6100-PPD-2000-A
PCB-MAIN
6100-PPD-2000-0 (PD-II
EA
1
6100-PPD-2000-2 (PD-II)
6200-IPU-9177-0
CPU
uPD78F9177
EA
1
CPU
6205-IS0-2416-0
IC(EEP-ROM)
AT24C164-10SC
EA
1
U5
6210-IS0-7045-0
IC(RESET)
KIA7045F
EA
1
U3
6281-I00-1504-0
CHIP TRANSISTOR
KTA1504 SY
EA
1
Q1
42
Unit Q'ty
Remark
6527-ID0-0510-0
CHIP RESISTOR 1/10W
RR1220P-510D(51Ω)
EA
4
R8,12,L17,19
6527-ID3-0100-0
RESISTOR-CHIP 1/10W
RR1220P-103D(10K)
EA
9
R13,14,15,16,3,4,5,9,10
6527-ID3-1000-0
RESISTOR-CHIP 1/10W
RR1220P-104D(100K)
EA
1
R6,R11
6670-T00-0470-0
INDUCTANCE
470µH
EA
2
L7,8
6704-C25-0330-0
ELECTRIC-CONDENSER
330UF/25V
EA
4
EC6,7,8,9
6712-CAP-0180-0
CHIP CAPACITOR
18PF/50V(CL21C180J)
EA
2
C16,17
6712-CHP-0104-0
CHIP CONDENSER
CL21F 104 KBNC
EA
7
C5,14,19,18,32,33,?
6712-CHP-0471-0
CHIP CONDENSER
CL21F 471 KBNC
EA
6
C35,36,37,38,39,40
6712-CHP-0472-0
CHIP CONDENSER
CL21F 472 KBNC
EA
1
C41
6720-CAP-0474-A
POLYESTER-CONDENSER
0.47UF/63V-J(BOX)
EA
1
C34
6800-F00-0101-0
FERRITE BEADS SMD
MMZ 2012 S102A
EA
2
L16,18
6800-F00-0220-0
EMI FILTER
EFST221YTB(220PF)
EA
5
L4,9,10,11,15
6800-F00-3565-A
EMI BEAD FILTER
BFD-3565 R2
EA
1
L6
7010-ZM0-0500-0
CRYSTAL
5.000MHz
EA
1
7600-STA-1212-0
TACT S/W
12*12(SKHK)DJTA-1103E
EA
1
7808-CLA-0005-A
CONNECTOR(WAFER)
LA1143-05(GOLD)
EA
1
7810-C00-9294-0
CONNECTOR
929400-40(MALE)
EA 0.35
7813-C00-0026-B
SOCKET CONNECTOR
HIF-3F-26PA-2.54-DS
EA
2
7830-W00-0008-0
FLAT CABLE (PD-II POWER)
8(PIN)*190mm
EA
1
POWER WIRE
7830-W00-0016-0
FLAT CABLE (PD-II 병렬)
16(PIN)*80mm
EA
1
병렬통신 WIRE
7830-W00-0026-0
FLAT CABLE (PD-II DISPLAY)
26(PIN)*100mm
EA
1
DISPLAY WIRE
43
12*12 TACT S/W 14/40
PARTS NAME : POWER PCB ASS'Y
[PPP-PD0-EPOW-PPPP-P1]
Parts Code
Parts Name
Size
6140-PPD-2000-A
PCB-POWER
6140-PPD-2000-0 (PD-II
EA
1
6140-PPD-2000-0 (PD-II)
6220-I00-7805-0
IC(REGULATOR)
TA7805S
EA
1
IC2
6220-I00-7912-0
IC(REGULATOR)
LM7912CT
EA
1
IC1
6236-IS0-0014-0
IC(C-MOS)
74HC14
EA
1
U11
6236-IS0-0032-0
IC(C-MOS)
74HC32D
EA
1
U13
6236-IS0-0074-0
IC(CMOS)
74HC74
EA
2
U10,12
6236-IS0-0670-0
IC(C-MOS)
74HC670
EA
2
U14,15
6236-IS0-7403-0
IC(C-MOS)
74HC03D
EA
1
U9
6240-IS0-0232-0
IC(LINE DRIVER)
ICL232CBE(SMD)
EA
1
U1
6290-IBR-0153-0
BRIDGE-DIODE
RB-153
EA
2
BD1,2
6291-IPO-4004-0
POWER-DIODE
1N4004
EA
2
D1,2
6292-IZE-4736-0
ZENER-DIODE
6.8V/1W
EA
2
ZD1,2
6515-CJ3-0300-0
RESISTOR 1/4W
(±5%)
EA
1
R1
6527-ID3-0010-0
RESISTOR-CHIP 1/10W
RR1220P-102D(1K)
EA
2
R19,21
6527-IF0-0003-0
RESISTOR-CHIP 1/10W
FTR 0805 331 FR(3Ω)
EA
1
R23
6527-IF0-0051-0
RESISTOR-CHIP 1/10W
FTR 0805 331 FR(51Ω)
EA
2
R20,22
6550-M05-0472-0
RESISTOR-NETWORK
M5-1-472J
EA
1
6700-C25-0003-0
TANTAL-CONDENSER
3.3uF/25V
EA
1
C12
6704-C25-0100-0
ELECTRIC-CONDENSER
100UF/25V
EA
2
EC4,5
6704-C25-0470-0
ELECTRIC-CONDENSER
470uF/25V
EA
1
EC2
CFR 30K
44
Unit Q'ty
Remark
6704-C25-1000-0
ELECTRIC-CONDENSER
1000UF/25V
EA
1
EC3
6704-C50-0004-0
ELECTRIC-CONDENSER
4.7uF/50V
EA
1
C11
6704-C50-0330-0
ELECTRIC-CONDENSER
330UF/50V
EA
1
EC1
6710-CAP-0104-0
CERAMIC-CONDENSER
0.1UF/25V(50V)
EA
4
C1,2,3,4
6712-CHP-0103-0
CHIP CONDENSER
CL21F 103 KBNC
EA
1
C13
6712-CHP-0104-0
CHIP CONDENSER
CL21F 104 KBNC
EA
12
6712-CHP-0222-0
CHIP CONDENSER
CL21F 222KBNC
EA
2
C20,21
6800-F00-3565-A
EMI BEAD FILTER
BFD-3565 R2
EA
2
L1,2
6830-F00-0040-0
NOISE FILTER
NFB-103S(삼일부품)
EA
1
NFB-103S(삼일)
7801-CLW-0008-0
CONNECTOR(WAFER)
LW 0640-08
EA
1
CON8
7801-CLW-0009-0
CONNECTOR(WAFER)
LW 0640-09
EA
1
CON7
7812-C00-0009-B
D-SUB CONNECTOR
RD9S
EA
1
7812-C00-0025-0
D-SUB CONNECTOR
D25S R-ANGEL(PD-1,LP-2
EA
1
7813-C00-0016-0
SOCKET CONNECTOR
5332-16P
EA
1
45
C7,8,9,10,22,23,24,25,26, 27,28,42
PARTS NAME : BODY ASS'Y
[PPP-PD0-MBOD-PPPP-P1]
Parts Code
Parts Name
Size
1000-A00-0134-0
TRAY
PD-II
EA
1
1030-A00-0208-0
BODY COVER
PD-II
EA
1
1030-A00-0210-0
SIDE BRACKET
PD-II
EA
1
1050-A00-0002-0
SELECT S/W COVER
30*13*0.5T(AL)
EA
1
1100-A00-0056-0
BODY
PD-II
EA
1
1261-A00-0009-0
LIMIT BOLT
M5*0.8*9.2(BSBM 6Kg)
EA
1
1502-A00-0306-0
SCREW-MACHINE(PH)
M3*6
EA
2
1502-MPN-0406-0
SCREW-MACHINE(PH)
M4*6-NI
EA
14
1505-MSU-0410-0
SCREW-MACHINE(TH)
M4*10-SUS
EA
4
1535-MSU-0620-0
BOLT-WRENCH(WA)
M6*20-SUS
EA
4
L/C(BODY , PLATFORM)
1563-A00-0308-0
RIVET
φ3.2*8
EA
2
SPEC PLATE
1810-DB2-0000-0
SPEC PLATE
DB-Ⅱ 내수
EA
1
2610-A00-0002-B
FOOT
M8*37*Φ30 (PD,EP) SUS
EA
4
46
Unit Q'ty
Remark
SELECT SWITCH COVER BODY COVER , POWER ASS'Y,MAIN PCB DISPLAY ASS'Y , SIDE PLATE
PARTS NAME : C/T BOX ASS'Y
[PPP-PD0-MCTB-PPPP-P1]
Parts Code
Parts Name
Size
1260-A00-0015-0
SEALING BOLT
M3*9(CI-3000A,CASTON)
EA
2
7560-PAC-0001-0
AC CORD(ND공용)
(내수.폴란드.필리핀)
EA
1
9100-PD2-0130-0
C/T BOX
무지(PD-II)
EA
1
9102-PD2-4640-0
PAD
460*405 (PD-II)
EA
0
9204-AS0-0013-0
STYROFOAM BOX
PD-II(400*160*100)
EA
2
9301-A00-0003-0
POLY BAG(MANUAL)
170*250*0.05T
EA
1
9303-A00-0004-0
POLY BAG(HEAD)
350*450*0.05T
EA
1
TRAY
9304-A00-0005-A
POLY BAG(SET,HD)
450*580*0.04T(M)
EA
1
PD-II ASS'Y
9400-A00-0046-0
SILICAGEL
10 g
EA
1
9900-A00-0001-0
봉인납
수출용
EA
1
9900-A00-0002-0
SEALING WIRE
300M/ROLL
EA
0
47
Unit Q'ty
Remark
PARTS NAME : DISPLAY ASS'Y
[PPP-PD0-MDIS-PPPP-P1]
Parts Code
Parts Name
Size
1512-A00-0306-0
SCREW-TAPPING(PH)-2
M3*6
EA
4
DISPLAY PCB
1512-A00-0308-0
SCREW-TAPPING(PH)-2
M3*8
EA
2
FRONT CASE
1550-A00-0305-0
WASHER (FLAT)
φ3*φ6*0.5
EA
2
FRONT CASE
2004-A00-0043-0
FRONT CASE
PD-II
EA
1
2004-A00-0044-0
BOTTOM CASE
PD-II
EA
1
2010-A00-0024-0
DISPLAY FILTER
104.9*34.4*1t (SMOG)
EA
1
2200-PD2-1533-0
KEY BOARD PAD
PD-II(15kg) 영공
EA
1
PARTS NAME : DISPLAY ASS'Y
Unit Q'ty
Remark
[PPP-PD0-MDIS-PPPP-P1]
Parts Code
Parts Name
Size
1100-A00-0057-0
PLATFORM
PD-II
EA
1
1502-A00-0415-0
SCREW-MACHINE(PH)
M4*0.7*15
EA
4
PLATFORM RUBBER
1532-MST-0415-0
WRENCH BOLT(ST)
M4*0.7*15-SUS(NYLOK)
EA
4
LIMIT
2022-A00-0003-0
W/L GAGE ASS'Y
φ19*φ21*14.5(BLACK)
EA
1
2600-A00-0080-0
PLATFORM RUBBER
PD-II
EA
4
`2631-A00-0025-0
PLATFORM CUSHION
35*18*1.6t NBR BLACK
EA
6
48
Unit Q'ty
Remark
PARTS NAME : POWER ASS'Y
[PPP-PD0-MPOW-PPPP-P1]
Parts Code
Parts Name
Size
1030-A00-0211-0
TRANS BRACKET
PD-II
EA
1
1502-A00-0305-0
SCREW-MACHINE(PH)
M3*5
EA
2
NOISE FILTER
1502-A00-0306-0
SCREW-MACHINE(PH)
M3*6
EA
3
POWER PCB
1503-A00-0406-0
MACHINE SCREW (WPH)
M4*6
EA
2
TRANS
1550-A00-0305-0
WASHER (FLAT)
φ3*φ6*0.5
EA
2
NOISE FILTER
1552-A00-0300-0
WASHER (OTO)
φ3
EA
1
NOISE FILTER (접지)
7502-PAP-0220-0
POWER TRANS(48)
220V/50~60Hz(AP)
EA
1
POWER TRANS(48)
웰포인
EA
1
AC SOCKET INLET
250mA/250V Φ5 UL,S,VD
EA
2
FUSE
7612-S00-0004-0 7620-S05-0250-0
AC SOCKET CONNECTER (I
3P-0717 (FUSE)) FUSE
49
Unit Q'ty
Remark
