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73352
CONTENT
1. General Specification 1
2. Overall Dimension
2.1 DC 190 Indicator 2
2.2 S-X Platform 2
2.3 Pole Type 3
2.4 Bench Type 4
3. Keysheet And Display Layout 5
4. Initial Set Up
4.1 Set Up
4.1.1. DC 190 Bench Type Set Up 7
4.1.2. DC 190 Pole Type Set Up 8
4.2 Location of Span Switch and Connector 9
4.3 Default SPEC 9
4.4 Customer Specification Setting 10
4.5 Weigh & Measure Specification Setting 10
4.6 Internal Count and A / D Count 11
4.7 Calibration 11
5. Specification List
5.1 Software Version 12
5.2 Customer Specification 13
5.3 Weight & Measure Specification 15
5.4 Multi-drop Host Communication Specification 19
6. PC Connection
6.1 General Specification 20
6.2 DC 190 to PC Output Data Format 20
6.2.1 With Header 20
6.2.2 Without Header 25
6.3 Data 26
6.4 Wire Configuration 30
7. Printer Connection
7.1 Connection to TVP/ELTRON Printer 31
7.2 Connection to SE250 / EPSON Printer 31
7.3 RS232 Related SPEC List 32
7.4 Wire Configuration 34
8. Set Point Connection
8.1 Pin Configuration 35
8.2 Set Point SPEC Setting 35
8.3 Set Point Set Up 36
9. Barcode Scanner Connection
9.1 General Specification 37
9.2 Default Spec for Barcode Scanner 37
9.3 Pin Configuration 37
9.4 Input Data 38
9.4.1 3 Line Barcode 38
9.4.2 Barcode Scanning Mode 38
9.5 Header Code 39
9.6 Z Command Code 39
9.7 RS232 Related SPEC List 40
9.8 Barcode Sample 40
10. Force Balance Connection
10.1 General Specification 41
10.2 Calibration of Scale 41
10.3 Force Balance SPEC Setting 42
10.4 Wire Configuration 44
11. Circuit Diagram
11.1 Block Diagram 45
11.1.1 With Main Board TWB -01900 45
11.1.2 With Main Board TWB -01901 46
11.2 DC 190 Main Board TWB-01900-3 47
11.3 DC 190 Main Board TWB-01901-0 50
11.4 DC 190 A / D Board TWB-01930-1 54
11.5 DC 190 Filter Board TWB-01940-0 55
11.6 DC 190 A / D Connector Board TWB-01950-1 56
11.7 DC 190 Connector Board TWB-01921-1 57
11.8 DC 190 RS232 / 4 Line Interface Board TWB-01970-0 58
11.9 DC 190 Key Board TPB-1672-3 60
11.10 DC 190 Power Board TWB -01911-1 61
12 APPENDIX A 62
DC 190 GENERAL SPECIFICATION
1
1 GENERAL SPECIFICATION
Model : DI 190 ( Indicator)
DC 190 (Pole / Bench)
Dimension : Indicator - 142 (L) X 310 (W) X 88 (H)
Pole - 415 (L) X 420 (W) X 455 (H)
Bench - 415 (L) X 435 (W) X 120 (H)
Capacity : Single Loadcell (Pole / Bench - SX Platform)
500g, 1 Kg, 2.5 Kg, 5 Kg, 10 Kg, 25 Kg, 50 Kg
1Lb, 2.5 Lb, 5 Lb, 10 Lb, 25 Lb, 50 Lb, 100 Lb
Dual Loadcell (Pole / Bench- SX Platform)
500g & 2.5 Kg, 500g & 5 Kg, 1 Kg & 5 Kg, 1kg & 10 Kg
Number Of Loadcells : 2 Internal, 1 External, 1 Force Balance (RS232C)
Loadcell Connectivity : 0.4 ~ 2.46 mV/V
Type Of Display : VFD
Weight Display - 6 Digits
Unit Weight Display - 5 Digits
Quantity - 7 Digits
Display Resolution : 1 / 10,000 ; 1 / 5,000 ; 1 / 2,500
Counting Resolution : 1 / 500,000 ; 1 / 1,000,000
Keyboard : Mechanical key switch
Printing Items : Time; ID code; Lot No; Net Weight; Gross Weight;
Unit Weight; Tare Weight; Parts Name; Parts No; Quantity
Memory Item : 200 items
Set Point Output : 6 Set Points (Open Collector type)
Option : RS232C - PC;
Barcode Scanner (TTL or RS232C type);
Printer SE 250, LP 2622 and LP2722;
Force Balance (Ohaus Explorer )
Power Source : DI 190 - AC/DC Adapter Only
DC 190 - AC/DC Adapter, Rechargeable Battery or AC power.
i) AC/ DC 12 V / 1.4A Adapter (Class II Type)
ii) Rechargeable Battery - Panasonic LC-R123R4PTI
(AC voltage to charge; must charge > 6 hrs;
usage approx. 7 hrs.)
iii) AC 115 / 220 V
DC 190 OVERALL DIMENSION
2
2 OVERALL DIMENSION
2.1 DC 190 INDICATOR
2.2 S-X PLATFORM
DC 190 OVERALL DIMENSION
3
2.3 POLE TYPE
POLE TYPE WITH 1 SCALE
POLE TYPE WITH 2 SCALES
DC 190 OVERALL DIMENSION
4
2.4 BENCH TYPE
BENCH TYPE WITH 1 SCALE
BENCH TYPE WITH 2 SCALES
DC 190 KEYSHEET AND DISPLAY LAYOUT
5
3 KEYSHEET AND DISPLAY LAYOUT
KEY FUNCTION
Numeric No.
To change between Gross and Net; use as inventory key
To callout PLU data; to program commodity name in programming mode
To print data when printer is connected; store SPEC data
To subtract; to decrease SPEC no; to program parts no., date and time
To accumulate; to increase SPEC no; to program set point
To enter unit weight using numeric key board
To switch between different scales
To compute unit weight by sampling
To set and clear the tare weight
To clear the data of entries and unit weight.
To reset the zero point of the scale.
Change the maintenance and weighing mode
Turn on and off the machine.
Decimal Point
DC 190 KEYSHEET AND DISPLAY LAYOUT
6
INDICATOR LAMPS
ZERO When the gross weight is zero
NET When tare weight is set
GROSS When [Gross/Net] is pressed
INSUFF When net weight is below a specific percentage of capacity weight
RECOM When unit weight re -computing is possible
MEMORY When quantity is being accumulated or when memory overflows
MODE When in the programming mode
BATT When battery power level is low
SCALE 1 When built in platform 1 is used
SCALE 2 When built in platform 2 is used
SCALE 3 When external platform is used
SCALE 4 When force balance is used
IN Inventory in
OUT Inventory out
DC 190 INITIAL SETUP
7
4 INITIAL SETUP
4.1 SET UP
BOTTOM OF S-X PLATFORM
4.1.1 DC 190 BENCH TYPE SET UP
Part need : DC 190 Indicator
S-X Platform
Bracket AG
4 x
DC 190
S-X Platform
Remove this load cell
stopper screw and nut
before proceed.
Bracket AG
DC 190 INITIAL SETUP
8
4.1.2 DC 190 POLE TYPE SET UP
S-X Platfor m
Pipe AA
DC 190 Indicator
Case BC
Case BA
Leg (A) - 2
Bracket BA
Grommet AH
Case BB
Bracket BG
Assy
2 x screws
2 x screws
2 x screws
2 x
2 x screws
4 x screws
4 x screws
4 x screws
Hex nut M6
Parts need : DC 190 Indicator
S-X Platform
Assy AA
Bracket BA
Bracket BG
Case BA
Case BB
Case BC
Grommet AH
Leg (A) -2
Pipe AA
4 x screws
DC 190 INITIAL SETUP
9
4.2 LOCATION OF SPAN SWITCH AND CONNECTOR.
** A sealing screw is screw onto the span switch hole.
Please remove the screw to access to the span switch.
Back view of DC 190
Top view of DC 190
4.3 DEFAULT SPEC
To default to the country specification
KEY T0 DISPLAY 1 2 3 4 5
PRESS WEIGHT UNIT WEIGHT QUANTITY
0.0000 0 0 x x At weighting mode
[REZERO]
+ [1][2][4]
DFT SPC 01 Go to Default SPEC
m ode.
[0] DFT SPC 01 0 Enter 00 – Japan
01 – USA
02 – Europe / SI
[*] PROG C00 To execute country
default specification
INDICATOR : 1 = ZERO; 2 = INSUFFICIENT; 3 = PROG; 4 = KG; 5 = SCALE 1
DC 190 INITIAL SETUP
10
4.4 CUSTOMER SPECIFICATION SETTING
To change or view the Customer SPEC Data.
KEY T0 DISPLAY 1 2 3 4 5
PRESS WEIGHT UNIT WEIGHT QUANTITY
0.0000 0 0 x x At maintenance mode
[REZERO]
+ [1][4][1]
SPC00 0 0 0 0 At Customer
Specification Mode
[+] SPC01 0 0 0 0 To increase Spec no.
and save spec before.
[1][0][1][1] SPC01 1 0 1 1 0 0 0 0 Enter data to change eg.
0000 to 1011
[+] SPC02 0 1 0 0 Save data and increase
spec no.
[1][0][1][1] SPC02 1 0 1 1 0 1 0 0
[C] SPC02 0 1 0 0 Clear data enter
[-] SPC01 1 0 1 1 Decrease the SPEC no.
[*] PROG C 0 0 Save SPEC data and exit
to programming mode.
[MODE] 0.0000 0 0 x x x x
INDICATOR : 1 = ZERO; 2 = INSUFFICIENT; 3 = PROG; 4 = KG; 5 = SCALE 1
4.5 WEIGHT & MEASURE SP ECIFICATION SETTING
To check or change the Weight & Measure SPEC.
Please turn on the Span Switch when using this mode.
KEY T0 DISPLAY 1 2 3 4 5
PRESS WEIGHT UNIT WEIGHT QUANTITY
0.0000 0 0 x x At maintenance mode
[REZERO]+
[1][4][2]
SPC20 0 0 0 0 At Weight & Measure
Specification Mode
[+] SPC21 0 0 1 1 To increase Spec no. and
save spec before.
[1][0][1][0] SPC21 1 0 1 0 0 0 1 1 Enter data to change eg.
0000 to 1011
[+] SPC22 0 0 1 0 Save data and increase
spec no.
[1][0][1][1] SPC22 1 0 1 0 0 0 1 0
[C] SPC22 0 0 1 0 Clear data enter
[-] SPC21 1 0 1 0 Decrease the SPEC no.
[*] PROG C 0 0 Save SPEC data and exit
to programming mode.
[MODE] 0.0000 0 0 x x x x
INDICATOR : 1 = ZERO; 2 = INSUFFICIENT; 3 = PROG; 4 = KG; 5 = SCALE 1
DC 190 INITIAL SETUP
11
4.6 INTERNAL COUNT AND A/D COUNT
To check the internal count of the A / D.
KEY TO DISPLAY 1 2 3 4 5
PRESS WEIGHT UNIT WEIGHT QUANTITY
PROG C 0 0 x x At maintenance mode
[REZERO] +
[*][*][+]
0 50000 x x Unit weight display the
internal count while the
Quantity display the A/D
count
[MODE] PROG C 0 0 x x Escape to maintenance
mode
[MODE] 0.0000 0 0 x x x x Return to weighing mode
INDICATOR : 1 = ZERO; 2 = INSUFFICIENT; 3 = PROG; 4 = KG; 5 = SCALE 1/2/3/4
4.7 CALIBRATION
Calibrate the scale to it specific weight. Please turn on the Span switch when using this mode. Select
the scale to calibrate before proceeds.
KEY T0 DISPLAY 1 2 3 4
PRESS WEIGHT UNIT WEIGHT QUANTITY
S-ON At S-ON display.
[REZERO] +
[8][7][1][5]
1.2364 15641 Go to the calibration mode.
Display shows zero count.
If display shows –
PRESS CODE LO-ERR or
PRESS CODE HI-ERR press [#] to auto compute the
zero point.
The zero count should be at
100,000 ± 20,000 range.
If after auto compute, the zero
count is not in range, press [+]
key to increase or [-] to
decrease the zero count until it
is in range.
[REZERO] 0.0000 93234 Set to zero weight.
5.2715 0 93234 Place weight on the platter e.g.
5 kg
[5][.][0][0][0]
[0]
5.2715 5.0000 580397 Key in the weight on the
platter e.g. 5 kg
[*] - - - - - - - - - - - - - - - - - - Compute the span calibration.
1 00000 5500000 Weigh and Unit weight show
the span count of the weight
while the Quantity shows the
count of zero + span.
[MODE] S-ON At S-ON display.
0.0000 0 0 x x x x Push the span switch to return
to normal
INDICATOR : 1 = ZERO; 2 = INSUFFICIENT; 3 = KG; 4 = SCALE 1/2/3/4
DC 190 SPECIFICATION LIST
12
5 SPECIFICATION LIST (BASED ON VERSION 6.87)
5.1 SOFTWARE VERSION
REVISION
NUMBER
MODIFICATION DETAIL SOFTWARE
VERSION
0.00 FIRST RELEASE OF NEW SPEC LIST Ver1.04, Ver1.06 &
Ver2.11
0.01 Removed DP122 spec and replace by LP2622
Add SPEC39 bit 0
Ver2.15 and above
0.02 Battery 1&2 Spec (SPEC32 bit 2, SPEC39 bit 1) Ver 3.18 and above
0.03 Added tare Spec on SPEC0 Ver 2.20 and above
0.04 Change load Cell Sensitivities Table Ver 2.22 and above
0.05 Changed to 16 bit CPU, added new mode (Job Schedule
mode) and enable PC to multi -scale communication.
Ver 3.43 and above
0.06 Changed RS232 and Force Balance baud rate setting
(1200 to 19200 and 2400 to 38400); Added SPEC43 bit 2 &
3 to set data receive waiting time.
Ver 3.45 and above
0.07 SPEC03 XX01 (12 Digits Teraoka Code) and SPEC03
00XX (12 Digits Numeric Number) are not used.
Ver 3.51 and above
0.08 Added notes 8) and 9). Ver 3.54 and above
0.09 Added SPEC12 bit 1 if set to 0 to download label format
for Eltron printer. Set to 1 for non-downloading.
Ver 3.70 and above
0.10 Added SPEC46 to select types of In and Out Inventory
combination.
Added SPEC39 to control AD Timing
Ver 3.72 and above
0.11 Added SPEC45 bit 0 and bit 1 to control Zero Tracking
Speed.
Ver 3.78 and above
0.12 Added note 15.
Added SPEC45 bit 3 to select TWB -01970 option board
and TWB -01921 option board.
Added SPEC45 bit 2 to select DP-122 printer or other
printers.
Ver 3.79 and above
0.13 Changed Spec:
The previous usage of SPEC19 bit 0 is changed to
SPEC47 bit 0. Changed selection of Japan Force Balance
using SPEC19 bit 1 only to selection using SPEC19 bit 0
& 1.
Added New Spec:
Added SPEC47 bit 1 to select webserver (6.84) and
SPEC47 bit 2 for qty scanning (6.84).
Added SPEC47 bit 3 to select label or receipt printing and
SPEC47 bit 1 to enable Siteplayer/Ethernet (6.85).
Added Spec48 bit 0 to select Epson printer (6.86).
Ver 3.80 and above;
Ver 6.80 and above
DC 190 SPECIFICATION LIST
13
5.2 CUSTOMER SPECIFICATION ([REZERO]+[1][4][1])
SPEC NO BIT 3 BIT 2 BIT 1 BIT 0
0 Tare when Scale
Change
0: Old Tare (*2)
1: New Tare
Digital Tare
Accumulation
0: No (*2)
1: Yes
0 : Not Used 0: Not Used
1 Power Auto Off Function
0 0 0 0 : Auto power off Disable when Net Weight = 0
0 0 0 1 ~ 1 1 1 1 : Duration to activate Power Off (in Minute)
2 Scale Specification (*3)
0 0 : Gram 0 1 : Kg
1 0 : Lb 1 1 : Not Used
Kg / Lb Lamp
Inhibit
0 : No (*2)
1 : Yes (*3)
Inventory Display by
Gross Key
0 : Gross Display (*7)
1 : No of Inventory
3 ID Code (Only for V2.xx) (*4)
0 0 : Not Used (*5)
0 1 : 16 Digits Teraoka Code
1 0 : Not Used (*5)
1 1 : 16 Digits Numeric Number
Entry Part No (*4)
0 0 : 12 Digits Numeric Number
0 1 : Not Used (*5)
1 0 : Not Used (*5)
1 1 : 16 Digits Teraoka Code (V2.xx)
4 Set New Item Code
during Normal Mode
0 : Yes
1 : No
Extent of Insufficient Samples
0 0 : 0.1 %
0 1 : 0.2 %
1 0 : 0.0 %
1 1 : Not Used
Negative Counting
0 : No
1 : Yes
5 Sampling Time for
Unit Wt Calculation
0 : 10 times
1 : 5 times
Unit Weight Auto
Recomputing
0 : No
1 : Yes
Date Order
0 0 : Year/Month/Day
0 1 : Day/Month/Year
1 0 : Not Used
1 1 : Month/Day/Year
6 Display Accuracy of
Unit Weight
0 : No
1 : Yes
Clear all Input Key in
One Touch (V2.xx)
0 : Yes
1 : No
RS232 Continue
Sending Rate to PC
(V2.xx)
0 : High
1 : Low
Auto Shift to Next
Position (Teraoka
Code Entry)
0 : No
1 : Yes
7 Set Point Buzzer
0 : Yes
1 : No
Set Points Latching
(V2.xx)
0 : Latch
1 : No Latch
Set Point Type
0 0 : % Quantity 1 0 : Quantity
0 1 : % Weight 1 1 : Weight
8 RS232C Connection
(Force Balance)
0 : No
1 : Yes
RS232C Data Length
(PC/Force Balance)
(Optional)
0 : 7 bits
1 : 8 bits
RS232C Baud Rate
(PC/Force Balance)
(Optional)
0 0 : 19200 1 0 : 4800
0 1 : 38400 1 1 : 9600
9 RS232C Stop Bit
(PC/Force Balance)
(Optional)
0 : 1 bits
1 : 2 bits
Force Balance Type
0 : Japan
1 : Export
RS232C Parity Bit
(PC/Force Balance)
(Optional)
0 0 : No 1 0 : Not Used
0 1 : Odd 1 1 : Even
10 RS232C Connection
(PC/Printer)
0 : No
1 : Yes
RS232C Data Length
(PC/Printer)
(Optional)
0 : 7 bits
1 : 8 bits
RS232C Baud Rate
(PC/Printer)
(Optional)
0 0 : 19200 1 0 : 4800
0 1 : 38400 1 1 : 9600
DC 190 SPECIFICATION LIST
14
SPEC NO Bit 3 Bit 2 Bit 1 Bit 0
11 RS232C Stop Bit
(PC/Printer)
(Optional)
0 : 1 bit
1 : 2 bits
Printer Type
(V2.xx)
0 : TVP Printer/
Eltron LP2622 or
LP2722
1 : SE250/
EPSON Printer (*6)
RS232C Parity Bit
(PC/Printer)
(Optional)
0 0 : No 1 0 : Not Used
0 1 : Odd 1 1 : Even
12 RS232C Output
(PC/Printer)
(Optional)
0 0 : Not Available
0 1 : When Counting Condition (PC)
1 0 : By * Key (PC + Printer)
1 1 : In Both Case
ELTRON/TVP
Printer Download
Label Format
0 : Enable
1 : Disable
RS232C with Header
(PC)
0 : Yes
1 : No
13 RS232C Header Send
(PC) (V2.xx)
0 : Code
1 : Title
RS232C Connector
D-Sub DIN
0 0 0 : Printer Force Balance
0 0 1 : Force Balance Printer
0 1 0 : Printer PC (*1)
(V2.xx)
0 1 1 : PC Printer (*1) (V2.xx)
1 0 0 : PC Force Balance (V2.xx)
1 0 1 : Force Balance PC (V2.xx)
1 1 0 - 1 1 1 : Not Used
14 RS232C Connection
(Barcode Scanner)
0 : No
1 : Yes
RS232C Data Length
(Barcode Scanner)
(Optional)
0 : 7 bits
1 : 8 bits
RS232 Baud Rate
(Barcode Scanner)
(Optional)
0 0 : 1200 1 0 : 4800
0 1 : 2400 1 1 : 9600
15 RS232C Stop Bit
(Barcode Scanner)
(Optional)
0 : 1 bits
1 : 2 bits
RS232C w ith Header
(Barcode Scanner)
0 : Yes
1 : No
RS232C Parity Bit
(Barcode Scanner)
(Optional)
0 0 : No 1 0 : Not Used
0 1 : Odd 1 1 : Even
16 Scale 1 (LED):
0 0 : Internal Scale 1
0 1 : Internal Scale 2
1 0 : External Scale
1 1 : Force Bal ance
Scale 2 (LED) :
0 0 : Internal Scale 1
0 1 : Internal Scale 2
1 0 : External Scale
1 1 : Force Balance
17 Scale 3 (LED):
0 0 : Internal Scale 1
0 1 : Internal Scale 2
1 0 : External Scale
1 1 : Force Balance
Scale 4 (LED) :
0 0 : Internal Scale 1
0 1 : Internal Scale 2
1 0 : External Scale
1 1 : Force Balance
18 Set Point TTL Output
0 : Active Low
1 : Active High
Number of Set Points
0 0 0 : 2 Set Points
0 0 1 : 3 Set Points
0 1 0 : 4 Set Points (Not Used for RS485 Network Card)
0 1 1 : 5 Set Points (Not Used for RS485 Network Card)
1 0 0 : 6 Set Points (Not Used for RS485 Network Card)
19 Display “Not F”
message for item that
is not stored in
memory before
(V2.xx)
0 : Yes
1 : No
Link to IMS
(For US Version in
V2.xx)
0 : No
1 : Yes
Type of Force Balance
(Japan Version Only)
0 0: SHG -300
0 1: HR-200
1 0: HR-60
1 1: Not Used
DC 190 SPECIFICATION LIST
15
5.3 WEIGHT & MEASURE SPECIFICATION ([REZERO]+[1][4][2])
Please turn ON the span switch before proceed.
SPEC NO BIT 3 BIT 2 BIT 1 BIT 0
20 Minimum Display (Scale 1)
0 0 : 2 1 0 : 5
0 1 : 1 1 1 : 10
Minimum Display (Scale 2)
0 0 : 2 1 0 : 5
0 1 : 1 1 1 : 10
21
0 : Not Used
Weight Decimal Point Position (Scale 1)
0 0 0 : 00000 0 1 1 : 00.000
0 0 1 : 0000.0 1 0 0 : 0.0000
0 1 0 : 000.00 1 0 1 : 0.00000 (*8)
22
0 : Not Used
Weight Decimal Point Position (Scale 2)
0 0 0 : 00000 0 1 1 : 00.000
0 0 1 : 0000.0 1 0 0 : 0.0000
0 1 0 : 000.00 1 0 1 : 0.00000 (*8)
23 Display Resolution
0 0 : 1/10,000 1 0 : 1/2,500
0 1 : 1/5,000 1 1 : Not Used
Zero Setting Range
0 0 : + Unlimited 1 0 : ± 10 % FS
- 10 % FS
0 1 : ± 2 % FS 1 1 : Not Available
24 Masked Display at
Minus Weight
0 : Gross
1 : Net
Display at Minus
Weight
0 : Minus Display
1 : Masked
Zero Lamp
Lighting Method
0 : Gross
1 : Net
When no AC, Display
Mask when Battery Low
or No Battery
0 : Yes
1 : No
25 Scale Starting Method
0 : Automatic
1 : Manual
IR Mode protected by
Span Switch
0 : No
1 : Yes
Scale Type
0 : Single Scale
1 : Double Scale
Gross Mode Available
0 : Yes
1 : No (*7)
26 Zero Tracking when
Tare
0 : Yes
1 : No
Weight Reset when
Tare
0 : Yes
1 : No
Initial Start Range
0 0 : + Unlimited 1 0 : ± 10 % FS
- 10 % FS
0 1 : ± 2 % FS 1 1 : Not Available
27 Comma Display
0 : No
1 : Yes
Digital Tare Setting
0 : No
1 : Yes
Tare Range
0 0 : 100% FS 1 0 : 5% FS
0 1 : 50% FS 1 1 : Not Available
28 Auto Tare Clear when
Rezero
0 : No
1 : Yes
Automatic Unit Weight Clear Condition
0 0 : Over Net 5d and Gross 21d and
Weight Stable
0 1 : >= Net 1d and Weight Stable
1 0 : >= Net 1d and Quantity > 0 and
Weight Stable
Automatic Unit Weight
Clear
0 : No
1 : Yes
29 Digital Tare Rounding
0 : Tare Exactly
1 : Round to Nearest
Increment
Tare Value Exchange
0 : Yes
1 : No
Tare Addition
0 : Yes
1 : No
Tare Subtraction
0 : Yes
1 : No
DC 190 SPECIFICATION LIST
16
SPEC NO BIT 3 BIT 2 BIT 1 BIT 0
30 Loadcell Sensitivities Selection (mV/V) (Scale 1)
0 0 0 0 4.00
0 0 0 1 3.76
0 0 1 0 3.52
0 0 1 1 3.28
0 1 0 0 3.04
0 1 0 1 2.80
0 1 1 0 2.56
0 1 1 1 2.32
1 0 0 0 2.08
1 0 0 1 1.84
1 0 1 0 1.60
1 0 1 1 1.36
1 1 0 0 1.12
1 1 0 1 0.88
1 1 1 0 0.64
1 1 1 1 0.40
31 Loadcell Sensitivities Selection (mV/V) (Scale 2)
0 0 0 0 4.00
0 0 0 1 3.76
0 0 1 0 3.52
0 0 1 1 3.28
0 1 0 0 3.04
0 1 0 1 2.80
0 1 1 0 2.56
0 1 1 1 2.32
1 0 0 0 2.08
1 0 0 1 1.84
1 0 1 0 1.60
1 0 1 1 1.36
1 1 0 0 1.12
1 1 0 1 0.88
1 1 1 0 0.64
1 1 1 1 0.40
32 Calibration /
Default SPEC /
SPEC 142 Mode
Protected by Span
Switch
0 : Yes
1 : No
Platform Battery
Low Lamp
0 : Yes
1 : No
Auto Exit from Add
Mode
0 : No
1 : Yes
External Loadcell
(Scale 3)
0 : No
1 : Yes
33 Over Weight Mask at
0 : +1d
1 : +9d
Weight Decimal Point Position (Scale 3)
0 0 0 : 00000 0 1 1 : 00.000
0 0 1 : 0000.0 1 0 0 : 0.0000
0 1 0 : 000.00
34
0 : Not Used
Loadcell Type
(Scale 1)
0 : For Standard or
Normal Loadcell
1 : For Abnormal
Loadcell with too
Large Offset
A/D Board (Scale 1)
0 0 : Normal
0 1 : Prevent from Small Vibration /
Fast Change in Display
1 0 : Prevent from Medium Vibration
1 1 : Prevent from Large Slow Change
in Display
DC 190 SPECIFICATION LIST
17
SPEC NO BIT 3 BIT 2 BIT 1 BIT 0
35
0 : Not Used
Loadcell Type
(Scale 2)
0 : For Standard or
Normal Loadcell
1 : For Abnormal
Loadcell with too
Large Offset
A/D Board (Scale 2)
0 0 : Normal
0 1 : Prevent from Small Vibration /
Fast Change in Display
1 0 : Prevent from Medium Vibration
1 1 : Prevent from Large Slow Change
in Display
36 Minimum Display (Scale 3)
0 0 : 2 1 0 : 5
0 1 : 1 1 1 : 10
A/D Board (Scale 3)
0 0 : Normal
0 1 : Prevent from Small Vibration /
Fast Change in Display
1 0 : Prevent from Medium Vibration
1 1 : Prevent from Large Slow Change in
Display
37 Loadcell Sensitivities Selection (mV /V) (Scale 3)
0 0 0 0 4.00
0 0 0 1 3.76
0 0 1 0 3.52
0 0 1 1 3.28
0 1 0 0 3.04
0 1 0 1 2.80
0 1 1 0 2.56
0 1 1 1 2.32
1 0 0 0 2.08
1 0 0 1 1.84
1 0 1 0 1.60
1 0 1 1 1.36
1 1 0 0 1.12
1 1 0 1 0.88
1 1 1 0 0.64
1 1 1 1 0.40
38 Loadcell Type
(Scale 3)
0 : For Standard or
Normal Loadcell
1 : For Abnormal
Loadcell with too
Large Offset
Digital Tare when
Loaded
0 : Allow
1 : Not Allow
Internal Count
(V2.xx)
0 : 500,000
1 : 1,000,000
Stability Check when
Changing Scale
(V2.xx)
0 : Yes (*9)
1 : No
39 AD Timing Delay
0 0 : Default
0 1 : Slow
1 0 : Slower
1 1 : Slowest
Indicator Battery
Low Lamp
(V3.18 and above)
0 : Yes
1 : No
Rezero when
Changing Scale
(V2.15 and above)
0 : No
1 : Yes (*9)
DC 190 SPECIFICATION LIST
18
** NOTE for SPEC 00 to SPEC 39
*1) The Baud Rate, Data Length, Stop Bit and Parity setting for PC based on SPEC 08 and SPEC 09.
Also, when pressing valid print ‘*’, ‘+’ & ‘-’ key, the scale will send data to PC.
*2) When SPEC 02 bit 1 set to ‘0’ (Kg/Lb Lamp Not Inhabit), SPEC00 bit 3 & 2 can only set to ‘0’.
*3) When SPEC 02 bit 3 & 2 are set to ‘Gram’ then SPEC 02 bit 1 should set to ‘1’(Kg/Lb Lamp Inhabit).
*4) Some conditions applied when doing spec changing in SPEC 03. All item code memory must be cleared when
changes in SPEC 03.
*5) When SPEC 03 bit 3 & 2 or bit 1 & 0 is set to ‘Not Used’, the software will automatically set the byte to ‘11’.
*6) To use EPSON printer, SPEC 11 bit 2 must set to ‘1’ and SPEC 48 is set to ‘1’.
To choose SE250 (CO-STAR) printer, SPEC 11 bit 2 must set to ‘1’ and SPEC 48 is set to ‘0’.
*7) To view Lot No using Gross Key in Normal Mode, must set SPEC25 bit 0 to 1 and set SPEC 02 bit 0 to 0.
*8) Only for Capacity of 0.50000kg
*9) When SPEC 39 bit 0 is set to ‘1’, SPEC 38 bit 0 must set to ‘0’.
IMPORTANT:
Note that you need to change back the unit to the first unit before shifting scale to Force Balance.
DC 190 SPECIFICATION LIST
19
5.4 MULTI-DROP HOST COMMUNICATION SPEC ([REZERO]+[1][4][3])
SPEC NO BIT 3 BIT 2 BIT 1 BIT 0
40 Scale Address (Most Significant Digit 0 to 9 – Maximum 3)
41 Scale Address (Least Significant Digit 0 to 9)
42 Save In Local Memory
0 : No
1 : Yes
Clear Display for
Correct Transaction
0 : No (*1)
1 : Yes
0 : Not Used
Multi-Drop Host
Comm
0 : Disabled
1 : Enabled
43 Receive Data Waiting Time
0 0 : 3 seconds
0 1 : 5 seconds
1 0 : 9 seconds
1 1 : 15 seconds
0 : Not Used
Enabled Polling with
TNP Software
0 : No Polling
1 : Polling
44 Allow Different Quantity
in Job Schedule
0 : No
1 : Yes (*3)
TNP Re-print
0 : Disable
1 : Enable (*1)
Job Schedule
Barcode Scanning
0 : Disable
1 : Enable
Job Schedule Mode
0 : Disable
1 : Enable
45 Select Option Board Used
0 : TWB-01921
1 : TWB-01970 (*2)
Select DP-122 Printer
or other printers
0 : Others
1 : DP-122
Zero Tracking Speed
0 0 : Slow 1 0 : Fast
0 1 : Average 1 1 : Fastest
46 Allow Manual Quantity
Entry in Job Schedule
0 : No
1 : Yes (*3)
Selection of Incoming or Outgoing or Non In and Out Inventory
000 : In/Out/Non 100 : In
001 : In/Out 101 : Out
010 : In/Non 110 : Non
011 : Out/Non 111 : Not Used
47 Print Label or Receipt
using TVP printer.
0 : Label
1 : Receipt
Go to Weighing Mode
when Scan Quantity
0 : No (TOTAL mode)
1 : Yes
Connection to
Webserver
(SitePlayer)
0 : Disable
1 : Enable
Print When
Pressing + or – key
in Add Mode
0 : Yes
1 : No
48
0 0 0 : Not Used
Label Writer
Printer Select
0 : SE250
1 : EPSON
**Note for SPEC 40 to SPEC 48
*1) To reprint a label in TNP, you need to set SPEC 42 bit 2 to 0 and SPEC 44 bit 2 to 1.
Important: In order to reprint, the user is not allow to press other key besides the previous key that he/she
has pressed for printing. Meaning if the user pressed */print key to print a label, he/she must press the same
key to reprint the label.
*2) Cannot use set point 4 to set point 6 for new option board (TWB -01970).
*3) In order to allow Manual Quantity Entry in Job Schedule (SPEC46 bit 3 to ‘1’), must set SPEC44 bit 3 to ‘1’
for this operation to take effect.
DC 190 PC CONNECTION
20
6 PC CONNECTION
6.1 GENERAL SPECIFICATION
Baud Rate : 4800 / 9600 / 19200 / 38400 bps (SPEC 10 bit 1 & 0)
Data Length : 7 bits / 8 bits (SPEC 10 bit 2)
Parity : None / Odd / Even (SPEC 11 bit 1 & 0)
Stop Bit : 1 bit / 2 bits (SPEC 11 bit 3)
6.2 DC 190 TO PC OUTPUT DATA FORMAT
6.2.1 With Header (SPEC12 bit 0 set to 0)
The PC communication protocol is divided in 2 types. The first type is the old communication protocol
and the second type is the new communication protocol. This new protocol is specially designed to
cater for multi -scale to PC communication through the Digi Track N Print (TNP) software. In order to
use the new protocol, SPEC42 bit 0 must be set to 1 else the DC190 will use the old protocol for
communication.
The differences between the two protocols are as described below:
A1) Old Protocol (SPEC42 bit 0 set to 0)
HEADER DATA CR HEADER ……… CR LF
One Data consists of “HEADER”, “DATA” & “CR”.
“CR” must be added at the end of the data.
“LF” must be added at the end as a termination code of the transmission.
A2) New Protocol (SPEC42 bit 0 set to 1)
REQUEST/ UPDATA CODE ? Station Address CR
HEADER DATA CR HEADER ……… CR BCC LF
DC 190 PC CONNECTION
21
A3) The REQUEST/UPDATE CODE fields can only be represented by the following codes:
REQUEST/UPDATE CODE DATA
<EOT> End of Transmission (No Error)
<ESC> End of Transmission (Error Occurred)
<ENQ> DC190 request for data
<STX> PC or DC190 send data
<DC1> Network printing
<DC2> Incoming Job Schedule
<DC3> Out going Job Schedule
<ACK> DC190 acknowledge to Host to start sending Label printing data
<CAN> Send by Host to indicate End of network label printing data
<DC4> Send by Host to update current DC190 spec
<SO> Host send Hardware key for DC190 to decode
The data after the REQUEST/UPDATE CODE must be the scale address that is represented by
H’3F (?) and a 2 digit Scale Address.
One Data consists of “HEADER”, “DATA” & “CR”.
“CR” must be added at the end of the data.
“LF” must be added at the end as a termination code of the transmission.
(Note that the characters in the “DATA” file cannot be <LF> or <CR> because both of it are Control
Characters.)
“BCC” is the Checksum. The BCC calculation starts with HEX Character 7F and XOR from first data to
the last <CR> of the data being sent out. Take note that not every string of data being sent out has
BCC. Refer to part (D) of this section for the complete protocol.
DC 190 PC CONNECTION
22
A4) In order to use the new protocol you must set the following SPEC:
Communication SPE C : SPEC 8 to 13 and 19
SPEC NO Bit 3 Bit 2 Bit 1 Bit 0
8 RS232C Connection
(Force Balance)
0 : No
1 : Yes
RS232C Data Length
(PC/Force Balance)
(Optional)
0 : 7 bits
1 : 8 bits
RS232C Baud Rate
(PC/Force Balance)
(Optional)
0 0 : 19200 1 0 : 4800
0 1 : 38400 1 1 : 9600
9 RS232C Stop Bit
(PC/Force Balance)
(Optional)
0 : 1 bits
1 : 2 bits
Force Balance Type
0 : Japan
1 : Export
RS232C Parity Bit
(PC/Force Balance)
(Optional)
0 0 : No 1 0 : Not Used
0 1 : Odd 1 1 : Even
10 RS232C Connection
(PC/Printer)
0 : No
1 : Yes
RS232C Data Length
(PC/Printer)
(Optional)
0 : 7 bits
1 : 8 bits
RS232C Baud Rate
(PC/Printer)
(Optional)
0 0 : 19200 1 0 : 4800
0 1 : 38400 1 1 : 9600
11 RS232C Stop Bit
(PC/Printer)
(Optional)
0 : 1 bit
1 : 2 bits
Printer Type
(V2.xx)
0 : TVP Printer/
Eltron LP2622 or
LP2722
1 : SE250/
EPSON Printer (*6)
RS232C Parity Bit
(PC/Printer)
(Optional)
0 0 : No 1 0 : Not Used
0 1 : Odd 1 1 : Even
12 RS232C Output
(PC / Printer)
(Optional)
0 0 : Not Available
0 1 : When Counting Condition (PC)
1 0 : By * Key (PC + Printer)
1 1 : In Both Case
ELTRON/TVP
Printer Download
Label Format
0 : Enable
1 : Disable
RS232C with
Header
(PC)
0 : Yes
1 : No
13 RS232C Header Send
(PC) (V2.xx)
0 : Code
1 : Title
RS232C Connector
D-Sub DIN
0 0 0 : Printer Force Balance
0 0 1 : Force Balance Printer
0 1 0 : Printer PC (*1) (V2.xx)
0 1 1 : PC Printer (*1) (V2.xx)
1 0 0 : PC Force Balance (V2.xx)
1 0 1 : Force Balance PC (V2.xx)
1 1 0 - 1 1 1 : Not Used
19 Display “Not F”
message for item that
is not stored in
memory before
(V2.xx)
0 : Yes
1 : No
Link to IMS
(For US Version in
V2.xx)
0 : No
1 : Yes
Type of Force Balance
(Japan Version Only)
0 0: SHG -300
0 1: HR-200
1 0: HR-60
1 1: Not Used
Note:
*1) The Baud Rate, Data Length, Stop Bit and Parity setting for PC based on SPEC 08 and SPEC 09.
Also, when pressing valid print ‘*’, ‘+’ and ‘-’ key, the scale will send data to PC.
DC 190 PC CONNECTION
23
Multi-Drop Host Communication SPEC : (SPEC 40 to 44)
SPEC NO BIT 3 BIT 2 BIT 1 BIT 0
40 Scale Address (Most Significant Digit 0 to 9 – Maximum 3)
41 Scale Address (Least Significant Digit 0 to 9)
42 Save In Local
Memory
0 : No
1 : Yes
Clear Display for
Correct Transaction
0 : No (*1)
1 : Yes
0 : Not Used
Multi-Drop Host
Comm
0 : Disabled
1 : Enabled
43 Receive Data Waiting Time
0 0 : 3 seconds
0 1 : 5 seconds
1 0 : 9 seconds
1 1 : 15 seconds
0 : Not Used
Enabled Polling
with TNP Software
0 : No Polling
1 : Polling
44 Allow Different
Quantity in Job
Schedule
0 : No
1 : Yes
TNP Re-print
0 : Disable
1 : Enable (*1)
Job Schedule
Barcode Scanning
0 : Disable
1 : Enable
Job Schedule Mode
0 : Disable
1 : Enable
Example:
Set the following Specs:
Baud Rate : 9600 bps (Spec 10 bits 1 & 0) Or (Spec8 bit 1 & 0)
Data Length : 8 bits (Spec 10 Bit 2) Or (Spec8 Bit 2)
Parity : None (Spec 11 Bit 1 & 0) Or (Spec9 Bit 1 &0)
Stop Bit : 1 bit (Spec 11 Bit 3) Or (Spec 9 Bit 3)
* RS232 Output : By “*”Key (Spec 12 Bit 3 & 2)
* RS232 With Header : 0: Yes (Spec 12 Bit 0)
* RS232 Header : 0: Code (Spec 13 bit 3)
RS232 Connection : 1: Yes (Spec 10 bit 3)
RS232 Connector : PC (Spec13 bit 2,1,0: 010, 011, 100 or 101)
Display “Not F” Msg : 1: No (Spec19 bit 3)
Link to IMS Software : 1: Yes (Spec 19 bit 2)
(For US Only Version Only)
Scale Address : 01 (Spec40 & Spec41)
* Multi -Drop Host Comm : 1: Enable (Spec 42 bit 0) - Using New Protocol
Job Schedule : 0: Disable (Spec 44 bit 0) - Disable Job Schedule
Note:
When using the new protocol those fields mark with * must be set as the example above.
DC 190 PC CONNECTION
24
A5) There are 2 type of Headers which is controlled by SPEC 13 bit 3
i) Header Code (SPEC 13 bit 3 set to 0)
ii) Title (SPEC 13 bit 3 set to 1)
(i) HEADER WITH HEADER CODE (SPEC 13 bit 3 set to 0)
Header Code is sent before the “data” to indicate type of the data.
The table below shows the type of data and its corresponding data length that can be sent:
Header Code ASCII Code Data Data Length (Bytes)
0 30 Net Weight MAX 5+1
1 31 Unit Weight MAX 5+1
2 32 Quantity MAX 7
3 33 ID Code 32
4 34 Tare Weight MAX 5+1
A 41 Gross Weight MAX 5+1
B 42 Status 3
C 43 Date &Time 12
E 45 Lot No 32
F 46 Set Point 1 [W] MAX 7
G 47 Set Point 1 [Q] MAX 7
H 48 Set Point 2 MAX 7
I 49 Total Quantity MAX 7
K 4B Inventory 8
M 4D Part No MAX 32
N 4E Part Name 32
V 56 Scale No (1-4) 1
Q 51 Set Point 3 MAX 7
X 58 Set Point 4 MAX 7
U 55 Set Point 5 MAX 7
O 4F Set Point 6 MAX 7
? 3F Scale Address 2
J 4A Job Schedule No 4
~ 7E Error Message Type 2
z 7A Spec Downloading 80
a 61 Command 2
b 62 Span Data 6
c 63 Calibration Data 6
DC 190 PC CONNECTION
25
(ii) HEADER WITH TITLE
Title is sent before the data to indicate type of the data.
This can be used only when RS232 Output is set to Counting Condition, With Header and Title.
The following type of data can be sent:
Title Data
NET WEIGHT Net Weight
UNIT WEIGHT Unit Weight
QUANTITY Quantity
ID CODE ID Code
TARE Tare Weight
GROSS WEIGHT Gross Weight
STATUS Status
DATE & TIME Date &Time
SET P1(W) Set Point 1 [W]
SET P1(Q) Set Point 1 [Q]
SET P2 Set Point 2
TOTAL QUANTITY Total Quantity
INVENTORY Inventory
PART NO Part No
PART NAME Part Name
LOT NO Lot No
SCALE NO Scale No
SET P3 Set Poi nt 3
SET P4 Set Point 4
SET P5 Set Point 5
SET P6 Set Point 6
JOB NO Job Schedule No
6.2.2 Without Header (SPEC12 BIT 0 set to 1)
DATA CR DATA CR ……… CR LF
One Data consists of “DATA” & “CR”.
“CR” must be added at the end of the data.
“LF” must be added at the end as a termination code of the transmission.
DC 190 PC CONNECTION
26
6.2.3 DATA
(i) ID Code
Parts Code is only sent when a PLU is called during the Counting Mode.
No of digit is from 1 to 32 digits. If the ID code is less than 32 digits, then the rest of the data will be
filled with space (20H).
Example : Parts Code = 12
Header <-------------------------------- DATA--------------------------------------------------->
3 1 2 SP SP SP SP SP SP SP SP SP SP CR
(ii) Set Points
Set Points data are only sent when a PLU is called during the Counting Mode.
There are 6 set point data to be sent: Set Point 1 (F or G), Set Point 2 (H), Set Point 3(Q),
Set Point 4(X), Set Point 5(U) and Set Point 6 (O).
Set Point 1
(F) Weight : Variable Length - Max 5 digits and 1 decimal point. OR
(G) Quantity : Variable Length - Max 7 digits.
(Note : Only one of “F” (Set 1 Weight) or “G” (Set 1 Quantity) is sent.)
Set Point 2 to 6 (H, Q, X, U, O)
Percentage : Variable length, Max 5 digits and 1 decimal point. OR
Lower Weight : Variable length, Max 5 digits and 1 decimal point. OR
Lower Quantity : Variable length, Max 7 digits.
4 combinations of Set Point 1 and Set Point 2 to 6 can be sent as follows:
SET 1 SET 2,3,4,5,6
* Quantity & Percentage
* Upper Quantity & Lower Quantity
** Weight & Percentage
** Upper Weight & Lower Weight
Note:
1. * Set Point 1 must be set to Quantity (“G”).
2. ** Set Point 1 must be set to Weight (“F”).
3. Set Point 2 to 6 must either increase or decrease.
4. The Number of Decimal Point for Weight Set Point 2 to 6 must be the same as the Number of Decimal
Point in Set Point 1.
5. For Percentage, the Maximum Number of Decimal Point is 2.
DC 190 PC CONNECTION
27
(iii) Gross Weight
Variable Length - Max 5 digits and 1 decimal point.
(iv) Net Weight
Variable Length - Max 5 digits and 1 decimal point.
(v) Unit Weight
Variable Length - Max 5 digits and 1 decimal point.
(vi) Tare Weight
Variable Length – Max 5 digits and 1 decimal point.
Note:
When Host sends tare weight with all spacing :
4 SP SP SP SP SP CR
DC 190 will ignored the tare value and remains its current tare value.
(vii) Quantity
Variable Length - Max 7 digits.
(viii) Total Quantity
Variable Length - Max 7 digits sent when PRINT key is depressed.
Note:
Only one of “2” (Quantity) or “I” (Total Quantity) is sent at a time.
Total Quantity will be sent when in ACC or SUB mode.
(ix) Status
The status data byte is as follows:
1st byte:
Bit # If set to 1 If set to 0
Bit 0 Positive weight Negative weight
Bit 1 Lb m ode kg, g mode
Bit 2 Weight stable Weight unstable
Bit 3 Output key in data Others
Bit 4 Output by + key Others
Bit 5 Output by - key Others
Bit 6 Always set to “1”
Bit 7 Always set to “0”
When bit 3 (Output key in data) is “1”, bit 2 (weight stable) should be ignored.
2
nd
Byte:
+ : Inventory In Lamp On.
- : Inventory Out Lamp On
* : All Inventory Lamp Off.
DC 190 PC CONNECTION
28
3rd Byte:
Bit # If set to 1 If set to 0
Bit 0 Network Printer Local Printer
Bit 1 Re-print TNP Labels No Re-print
Bit 2 Don’t Print Label Print Label
Bit 3 X X
Bit 4 X X
Bit 5 X X
Bit 6 Always set to “1”
Bit 7 Always set to “0”
Bit 2 – Re-print TNP Label in Job Schedule and in Normal Mode
Bit 3 – SPEC 47 bit 0 to print or not to print when +/- key is pressed
(x) Part No
32 digits.
If 12 digits Part Number is set using SPEC 03, DC 190 will send out 12 characters only.
(xi) Lot No
32 digits.
(xii) Inventory
8 digits.
Note:
1) When HOST send inventory data with all spacing, DC 190 should ignored it, otherwise it need to
be overwritten by the new value.
2) For negative inventory data, the negative sign (-) will place in the beginning of the inventory data
(xiii) Part Name
32 digits.
Note:
For Part No, Lot No, Inventory and Part Name, if the number of bytes of data is less than the data
length, the rest of the data will be filled with space (20H).
(xiv) Scale No
1 digit.
(xv) Date & Time
12 digits.
Header
(C)
YEAR
(2 DIGIT)
MONTH
(2 DIGIT)
DATE
(2 DIGIT)
HOUR
(2 DIGIT)
MINUTE
(2 DIGIT)
SEC
(2 DIGIT)
CR
Note:
1. For ID Code, Part Name, Lot Number and Part Number, refer to Appendix A for Teraoka Code key.
DC 190 PC CONNECTION
29
(xvi) Scale Address
2 digits.
(xvii) Job Schedule Number
4 digits.
(xviii) Error Message Type
2 digits.
(xix) Download SPEC
80 digits.
The scale will not modify or update SPEC 20 to SPEC 39 because these are the Weight and
Measurement SPECs which are not allowed to be modified.
(xx) Calibration Command
2 digits
Command Descriptions
1) a00 – Beginning of Calibration (Calibration Command)
2) a01 – Go into Calibration Mode with Weight and Span Data Display (Re-Zero 8715)
(Calibration Command)
3) a02 – Searching for Zero Setting Point (Code (#) key press). (Calibration Command)
4) a03 – Re-Zero Command (Press Re-Zero key in DC 190). (Calibration Command)
5) a04 – Request DC190 to save the current SPAN Data. (Calibration Command)
6) a05 – Request for DC 190 to save the Span Data and Exit to Internal Count Mode.
(Calibration Command)
7) a06 – DC 190 will send SPEC Data to Host. (SPEC Downloading Command)
8) a07 – Save SPEC Data into DC 190. (SPEC Downloading Command)
9) a99 – Exit Calibration Mode. (Calibration Command)
(xxi) Span Data
Max 6 digits
Scale will send Span Data consisting maximum of 6 digits during PC Calibration
(xxii) Calibration Data
Max 5 digits and a decimal point.
During PC Calibration, PC will send this value to DC 190.
DC 190 PC CONNECTION
30
6.3 WIRE CONFIGURATION
9 PIN D-SUB CONNECTOR 25 PIN D-SUB CONNECTOR 8 PIN DIN PLUG
BACK VIEW (FEMALE) BACK VIEW (FEMALE) BACK V IEW (MALE)
PC DC 190
9 PIN D-SUB (FEMALE) 8 PIN DIN (MALE)
PIN SIGNAL SIGNAL PIN
2 RXD RXD 4
3 TXD TXD 5
5 GND GND 2
4 DTR
6 DSR
7 RTS
8 CTS
25 PIN D-SUB (FEMALE) 8 PIN DIN (MALE)
PIN SIGNAL SIGNAL PIN
2 TXD RXD 4
3 RXD TXD 5
7 GND GND 2
4 RTS
5 CTS
6 DSR
20 DTR
9 PIN D-SUB (FEMALE) 9 PIN D-SUB (MALE)
PIN SIGNAL SIGNAL PIN
3 TXD RXD 2
2 RXD TXD 3
5 GND GND 5
4 DTR
6 DSR
7 RTS
8 CTS
25 PIN D-SUB (FEMALE) 9 PIN D-SUB (MALE)
PIN SIGNAL SIGNAL PIN
2 TXD RXD 2
3 RXD TXD 3
7 GND GND 5
4 RTS
5 CTS
6 DSR
20 DTR
DC 190 PRINTER CONNECTION
31
7 PRINTER CONNECTION
DC 190 can be connected to TVP Printer / ELTRON Printer LP2622 and LP2722,
and SE250 / EPSON Printer.
7.1 CONNECTION TO TVP / ELTRON PRINTER
Set the following SPEC :
Baud Rate : 9600 (SPEC 10 bit 1 & 0)
Data Length : 8 bits (SPEC 10 bit 2)
Parity : None (SPEC 11 bit 1 & 0)
Stop Bit : 1 bit (SPEC 10 bit 3)
Printer Type : TVP / ELTRON (SPEC 11 bit 2)
TVP/ELTRON Printer Download Label Format : 0 (SPEC 12 bit 1)
RS232 Output : By * Key (SPEC 12 bit 3 & 2)
Note:
User can choose whether to download 6 default label formats to TVP/ELTRON when DC 190 is power
up.
1. If this option is enable user will have to power up the printer first before DC 190 is power up.
2. If this option is disable there’s no restriction on the power up sequence between DC190 and
printer.
7.2 CONNECTION TO SE250 / EPSON PRINTER
Set the following SPEC :
Baud Rate : 9600 bps (Spec10 bits 1 & 0)
Data Length : 8 bits (Spec10 Bit 2)
Parity : None (Spec11 Bit 1 & 0)
Stop Bit : 1 bit (Spec11 Bit 3)
Printer Type : SE250 / EPSON (Spec11 Bit 2)
RS232 Output : By * Key (Spec12 Bit 3 & 2)
DC 190 PRINTER CONNECTION
32
7.3 RS232 RELATED SPEC LIST : SPEC 8 to 13
The following SPEC must be set correctly for DC190 to communicate with the Printer.
SPEC NO Bit 3 Bit 2 Bit 1 Bit 0
8 RS232C Connection
(Force Balance)
0 : No
1 : Yes
RS232C Data Length
(PC/Force Balance)
(Optional)
0 : 7 bits
1 : 8 bits
RS232C Baud Rate
(PC/Force Balance)
(Optional)
0 0 : 19200 1 0 : 4800
0 1 : 38400 1 1 : 9600
9 RS232C Stop Bit
(PC/Force Balance)
(Optional)
0 : 1 bits
1 : 2 bits
Force Balance Type
0 : Japan
1 : Export
RS232C Parity Bit
(PC/Force Balance)
(Optional)
0 0 : No 1 0 : Not Used
0 1 : Odd 1 1 : Even
10 RS232C Connection
(PC/Printer)
0 : No
1 : Yes
RS232C Data Length
(PC/Printer)
(Optional)
0 : 7 bits
1 : 8 bits
RS232C Baud Rate
(PC/Printer)
(Optional)
0 0 : 19200 1 0 : 4800
0 1 : 38400 1 1 : 9600
11 RS232C Stop Bit
(PC/Printer)
(Optional)
0 : 1 bit
1 : 2 bits
Printer Type
(V2.xx)
0 : TVP Printer/
Eltr on LP2622 or
LP2722
1 : SE250/
EPSON Printer (*6)
RS232C Parity Bit
(PC/Printer)
(Optional)
0 0 : No 1 0 : Not Used
0 1 : Odd 1 1 : Even
12 RS232C Output
(PC/Printer)
(Optional)
0 0 : Not Available
0 1 : When Counting Conditi on (PC)
1 0 : By * Key (PC + Printer)
1 1 : In Both Case
ELTRON/TVP
Printer Download
Label Format
0 : Enable
1 : Disable
RS232C with
Header
(PC)
0 : Yes
1 : No
13 RS232C Header Send
(PC) (V2.xx)
0 : Code
1 : Title
RS232C Connector
D-Sub DIN
0 0 0 : Printer Force Balance
0 0 1 : Force Balance Printer
0 1 0 : Printer PC (*1)
(V2.xx)
0 1 1 : PC Printer (*1) (V2.xx)
1 0 0 : PC Force Balance (V2.xx)
1 0 1 : Force Balance PC (V2.xx)
1 1 0 - 1 1 1 : Not Used
Note:
*6) The Baud Rate, Data Length, Stop Bit and Parity setting for PC based on SPEC 08 and SPEC 09.
Also, when pressing valid print ‘*’, ‘+’ and ‘-’ key, the scale will send data to PC.
DC 190 PRINTER CONNECTION
33
Export Default SPEC: SPEC 8 : 0010
SPEC 9 : 0011
SPEC 10: 0010
SPEC 11: 0011
SPEC 12: 0000
SPEC 13: 0000
Note:
SPEC10 bit 3 for RS232 Connection is disabled in Default SPEC.
SPEC 13 bit 0, 1 & 2 need to be changed before using the Printer.
DC 190 PRINTER CONNECTION
34
7.4 WIRE CONFIGURATION
9 PIN D-SUB 25 PIN D-SUB CONNECTOR 8 PIN DIN PLUG
BACK VIEW (FEMALE) BACK VIEW (FEMALE) BACK VIEW (MALE)
Printer DC 190
9 PIN D-SUB (FEMALE) 8 PIN DIN (MALE)
PIN SIGNAL SIGNAL PIN
2 RXD RXD 4
3 TXD TXD 5
5 GND GND 2
4 DTR
6 DSR
7 RTS
8 CTS
25 PIN D-SUB (FEMALE) 8 PIN DIN (MALE)
PIN SIGNAL SIGNAL PIN
2 TXD RXD 4
3 RXD TXD 5
7 GND GND 2
4 RTS
5 CTS
6 DSR
20 DTR
9 PIN D-SUB (FEMALE) 9 PIN D-SUB (MALE)
PIN SIGNAL SIGNAL PIN
3 TXD RXD 2
2 RXD TXD 3
5 GND GND 5
4 DTR
6 DSR
7 RTS
8 CTS
25 PIN D-SUB (FEMALE) 9 PIN D-SUB (MALE)
PIN SIGNAL SIGNAL PIN
2 TXD RXD 2
3 RXD TXD 3
7 GND GND 5
4 RTS
5 CTS
6 DSR
20 DTR
DC 190 SET POINT CONNECTION
35
8 SET POINT CONNECTION
The number of set point can be set by changing the SPEC setting. The maximum number of set point is 6.
It needs an external voltage (5~24 V) to drive the Set Points.
8.1 PIN CONFIGURATION
PIN SIGNAL
1 Set Point 1
2 Set Point 2
3 Set Point 3
4 Set Point 4
5 Set Point 5
6 Set Point 6
7 External Voltage*
8 GND
8 Pin Mini DIN Plug
Front View
* External voltage is from the range 5 to 24 V DC.
8.2 SET POINT SPEC SETTING
SPEC NO Bit 3 Bit 2 Bit 1 Bit 0
7 Set Point Buzzer
0 : Yes
1 : No
Set Points Latching
(V2.xx)
0 : Latch
1 : No Latch
Set Point Type
0 0 : % Quantity 1 0 : Quantity
0 1 : % Weight 1 1 : Weight
18 Set Point TTL Output
0 : Active low
1 : Active high
Number of Set Points
0 0 0 : 2 Set Points
0 0 1 : 3 Set Points
0 1 0 : 4 Set Points (Not Used for RS485 Network Card)
0 1 1 : 5 Set Points (Not Used for RS485 Network Card)
1 0 0 : 6 Set Points (Not Used for RS485 Network Card)
DC 190 SET POINT CONNECTION
36
8.3 SET POINT SET UP
Below is a chart that show when the LEDs will be light up in latch and no latch condition as per above
set up when set point is reach.
LATCHING
When set point 1 is reach e.g. set point 1 is set to 1,000 pcs and 1,000 pcs is reach or over, LED 1 will
light up.
When set point 2 is reach, LED 1 and 2 would light up together.
When set point 3 is reach, LED 1, 2 and 3 would light up together.
NO LATCHING
When set point 1 is reach, LED 1 will light up while LED 2 and 3 will be off.
When set point 2 is reach, LED 2 will light up while LED 1 and 3 will be off.
When set point 3 is reach, LED 3 will light up while LED 1 and 2 will be off.
OFF
OFF
OFF
ON
ON
ON
LED 1
LED 2
LED 3
LATCH
NO
LATCH
Set
Point 1
Set
Point 2
Set
Point 3
LED 3
LED 2
LED 1
External Voltage (5 ~ 24 V)
1
2
3
7
8
DC 190 BARCODE SCANNER CONNECTION
37
9 BARCODE SCANNER CONNECTION
DC 190 can support these Barcode Scanners :
TTL TYPE (AA ONLY)
Pen Scanner - TESCO TE610RN – Support up to 12 digits
*REMARK : Short 2-3 of JP1 and 1-2 of JP2 on Main board TWB-01900 when using TTL
Barcode Scanner.
RS232C TYPE
Pen Scanner - ZEBEX ZB-800R
Handheld Scanner - PSC Quickscan Scanner
*REMARK : Short 1-2 of JP1 and 2-3 of JP2 on Main board TWB-01900 when using RS232C
Barcode Scanner.
9.1 GENERAL SPECIFICATION
Baud Rate : 1200 / 2400 / 4800 / 9600 bps (SPEC 14 bit 1 & 0)
Data Length : 7 bits / 8 bits (SPEC 14 bit 2)
Parity : None / Odd / Even (SPEC 15 bit 1 & 0)
Stop Bit : 1 bit / 2 bits (SPEC 15 bit 3)
Barcode Type : CODE 39
9.2 DEFAULT SPEC OF BARCODE SCANNER
TTL Pen Scanner, TE610RN
4800 bps, 7 bits, Even and 1 stop bit
Pen Scanner, ZB-800R
9600 bps, 8 bits, None parity and 1 stop bit
Handheld Scanner, PSC Quickscan
9600 bps, 7 bits, None parity and 1 stop bit
Handheld Scanner, PSC Quickscan 6000
9600 bps, 7 bits, None parity and 1 stop bit
9.3 PIN CONFIGURATION
8 PIN DIN PLUG FOR
BARCODE SCANNER
(BACK VIEW)
PIN SIGNAL TE610RN ZB-800R Quickscan PSC Quickscan
6000
2 GND Black Yellow Black Black
4 RXD Yellow Grey Orange Blue
5 TXD Brown Brown White Orange
6 CTS Grey White Blue Yellow (Not Used)
7 RTS Green Green Yellow White (Not Used)
8 VCC Red Red Red Red
DC 190 BARCODE SCANNER CONNECTION
38
9.4 INPUT DATA FORMAT
With Header
Header Data CR
Without header (Can scan ID Code only)
Data CR
9.4.1 3 LINES BARCODE
DC 190 can support 3 Line Barcode (Must be in the Header)
Line 1 :
Space Header Data1 CR
Line 2:
Space Data2 CR
Line3 :
Data3 CR
9.4.2 BARCODE SCANNING MODE:
Below shows the items that can be scan with :
i) OPERATION Mode :
UNIT WEIGHT PART CODE
TARE WEIGHT QUANTITY
ii) PROGRAM Mode :
PART CODE UNIT WEIGHT INVENTORY
PART NO. TARE WEIGHT
PART NAME SET POINTS
iii) JOB SCHEDULE Mode :
PART CODE
9.5 HEADER CODE
DC 190 BARCODE SCANNER CONNECTION
39
The Header Code is used to indicate the type of data that are being scanned. The table below shows
the Header Code for different data. Only these Header Codes are accepted for Barcode Scanning.
Header Code ASCII Code Data Header Code ASCII Code Data
1 31 Unit Weight I 49 Total Quantity
2 32 Quantity K 4B Inventory
3 33 ID Code M 4D Part No
4 34 Tare Weight N 4E Part Name
A 41 Gross Weight Q 51 Set Point 3
E 45 Lot No X 58 Set Point 4
F 46 Set Point 1 [W] Y 59 Set Point 5
G 47 Set Point 1 [Q] O 4F Set Point 6
H 48 Set Point 2
9.6 Z COMMAND CODE
The Barcode Scanner can also Scan Command to DC 190 but it must have a Header Z in front.
Header : Z Command CR
Z + Command Function Z + Command Function
Z0 Re-Zero Z8 NET/B/G Key
Z1 Print Z9 Reprint Label (TNP)
Z2 Unit Weight Clear ZA Re-Computing Key (PCS Key)
Z3 Plus ZS1 Scale 1 (Internal Scale 1)
Z4 Minus ZS2 Scale 2 (Internal Scale 2)
Z5 Tare ZS3 Scale 3 (External Scale)
Z6 Clear ZS4 Scale 4 (Force Balance)
Z7 PLU Key
DC 190 BARCODE SCANNER CONNECTION
40
9.7 RS232C RELATED SPEC LIST : SPEC 14 to 15
The following SPEC must be set correctly for DC190 to communicate with the Barcode Scanner
SPEC NO Bit 3 Bit 2 Bit 1 Bit 0
14
RS232C Connection
(Barcode Scanner)
0 : No
1 : Yes
RS232C Data Length
(Barcode Scanner)
(Optional)
0 : 7 bits
1 : 8 bits
RS232 Baud Rate
(Barcode Scanner)
(Optional)
0 0 : 1200 1 0 : 4800
0 1 : 2400 1 1 : 9600
15
RS232C Stop Bit
(Barcode Scanner)
(Optional)
0 : 1 bits
1 : 2 bits
RS232C with Header
(Barcode Scanner)
0 : Yes
1 : No
RS232C Parity Bit
(Barcode Scanner)
(Optional)
0 0 : No 1 0 : Not Used
0 1 : Odd 1 1 : Even
Export Default SPEC: SPEC 14: 0010
SPEC 15: 0011
Note:
SPEC14 bit 3 for RS232 Connection is disabled in Default SPEC.
In order to Enable Barcode Code Scanning, this bit must be set to 1.
9.8 BARCODE SAMPLE
The barcode formats is using CODE 39 type. Below are some command and data barcodes for testing
purpose. If generate barcode using word processor, please add * before and after the data to indicate
the start and end of barcode. If generate by barcode software or barcode printer, it is not necessary as
it will generate it own start and end of barcode.
REZERO CLEAR SCALE 1
*Z1* *Z6* *ZS1*
Z1 Z6 ZS1
SCALE 2 ID CODE
*ZS2* *312345678*
ZS2 312345678
PART NAME
*NABCDEFGH*
NABCDEFGH
DC 190 FORCE BALANCE CONNECTION
41
10 FORCE BALANCE CONNECTION
DC 190 can support these Force Balances :
Japan Version Only :
SHG 300 (fixed 7 data bits, 1 stop bit and even parity)
Max Capacity : 310g
Minimum Display : 0.001g
HR 60
Max Capacity : 60g
Minimum Display : 0.1g
HR 200
Max Capacity : 210g
Minimum Display : 0.1g
Export Version Only :
Ohaus Explorer 210g
Max Capacity : 210g
Minimum Display : 0.001g
10.1 GENERAL SPECIFICATION
Baud Rate : 4800 / 9600 / 19200 / 38400 bps (SPEC 8 bit 1 &0)
Data Length : 7 bits / 8 bits (SPEC 8 bit 2)
Parity : None / Odd / Even (SPEC 9 bit 1 &0)
Stop Bit : 1 bit / 2 bits (SPEC 9 bit 3)
Force Balance Type : Japan / Export (SPEC 9 bit 2)
-SHG300 / HR200 / HR60 (Japan)
-OHAUS EXPLORER (Export)
Type of Force Balance : SHG300 / HR200 / HR60 (SPEC 19 bit 0)
(Japan Version Only)
10.2 CALIBRATION OF THE SCALE
SHG300 / HR200 / HR60:
Preparation For SHG300/ HR200 / HR60
1. Perform Initial Setup for the Force Balance according to its Service Manual.
2. Calibrate for SHG is not necessary as it will be done on DC190.
3. Set the Force Balance to Display Masked (RS232 mode).
4. Set the baud rate, data length, parity & stop bit.
Linking to DC190
1. Connect two scales with cable.
2. Select Scale 4 by pressing Scale key several times.
3. Go to calibration mode at DC190 by pressing REZERO +8715 (Span Switch ON)
4. Remove all weight in Force Balance and press Rezero on DC190 and check for HR200 or HR60
For SHG300 and HR200
5. Place 200g on DC190.
6. Enter 200.00 on DC190 and press * key
7. After Calibration, Exit by pressing Mode key.
DC 190 FORCE BALANCE CONNECTION
42
For HR60
5. Place 60g on DC190.
6. Enter 60.000 on DC190 and press * key
7. After Calibration, Exit by pressing Mode key.
OHAUS EXPLORER :
Preparation For EXPLORER
1. Perform Initial Setup For EXPLORER according to its Service Manual.
2. Set the RS232 setting in EXPLORER.
3. Set Auto Print with Continuously option.
4. Set Numeric Only to Off.
5. Set the Unit to OZ or G.
Linking to DC190
1. Connect two scales with cable.
2. Select Scale 4 by pressing Scale key several times.
3. Calibration is not needed
Note:
1. Re-zero and zero tracking are disabled when using EXPLORER.
Weight Display in DC 190 will mask.
2. The negative start range for oz mode can up to around –3.00000oz of the capacity.
3. The max tare range for oz mode can up to 7oz.
10.3 FORCE BALANCE SPEC SETTING
The following SPEC must be set correctly for DC190 to communicate with the Force Balance.
SPEC NO Bit 3 Bit 2 Bit 1 Bit 0
8 RS232C Connection
(Force Balance)
0 : No
1 : Yes
RS232C Data Length
(PC/Force Balance)
(Optional)
0 : 7 bits
1 : 8 bits
RS232C Baud Rate
(PC/Force Balance)
(Optional)
0 0 : 19200 1 0 : 4800
0 1 : 38400 1 1 : 9600
9 RS232C Stop Bit
(PC/Force Balance)
(Optional)
0 : 1 bits
1 : 2 bits
Force Balance Type
0 : Japan
1 : Export
RS232C Parity Bit
(PC/Force Balance)
(Op tional)
0 0 : No 1 0 : Not Used
0 1 : Odd 1 1 : Even
13 RS232C Header Send
(PC) (V2.xx)
0 : Code
1 : Title
RS232C Connector
D-Sub DIN
0 0 0 : Printer Force Balance
0 0 1 : Force Balance Printer
0 1 0 : Printer PC (*1) (V2.xx)
0 1 1 : PC Printer (*1) (V2.xx)
1 0 0 : PC Force Balance (V2.xx)
1 0 1 : Force Balance PC (V2.xx)
1 1 0 - 1 1 1 : Not Used
19 Display “Not F”
message for item that
is not stored in
memory before
(V2.xx)
0 : Yes
1 : No
Link to IMS
(For US Version in
V2.xx)
0 : No
1 : Yes
Type of Force Balance
(Japan Version Only)
0 0: SHG -300
0 1: HR-200
1 0: HR-60
1 1: Not Used
DC 190 FORCE BALANCE CONNECTION
43
Export Default SPEC: SPEC 08: 0010
SPEC 09: 0011
SPEC 13: 0000
SPEC 19 0000
Note:
SPEC 08 bit 3 for RS232 Connection is disabled in Default SPEC.
SPEC 13 bit 0, 1 & 2 need to be changed before using the Force Balance.
DC 190 FORCE BALANCE CONNECTION
44
10.4 WIRE CONFIGURATION
9 Pin D-Sub Connector 9 Pin D-Sub Connector 8 Pin DIN Connector
Back View (Male) Back View (Female) Back View (Male)
DC 190 SHG300
8 Pin DIN (Male) 8 Pin DIN (Male)
SIGANL PIN PIN SIGNAL
GND 2 2 GND
RXD 4 4 TXD
TXD 5 5 RXD
CTS 6 6 RTS
DC 190 SHG 300
9 Pin D-Sub (Male) 8 Pin DIN (Male)
SIGANL PIN PIN SIGNAL
GND 5 2 GND
RXD 2 4 TXD
TXD 3 5 RXD
CTS 6 6 RTS
DC 190 Ohaus Explorer 210g
8 Pin DIN (Male) 9 Pin D-Sub (Female)
SIGANL PIN PIN SIGNAL
GND 2 7 GND
RXD 4 2 TXD
TXD 5 3 RXD
CTS 6 8 RTS
5 CTS
6 DTR
DC 190 Ohaus Explorer 210g
9 Pin D-Sub (Male) 9 Pin D-Sub (Female)
SIGANL PIN PIN SIGNAL
GND 5 7 GND
RXD 2 2 TXD
TXD 3 3 RXD
CTS 6 8 RTS
5 CTS
6 DTR
DC 190 CIRCUIT DIAGRAM
45
11 CIRCUIT DIAGRAM
11.1 BLOCK DIAGRAM
11.1.1 WITH MAINBOARD TWB-01900
DC 190 CIRCUIT DIAGRAM
46
11.1.2 WITH MAINBOARD TWB-01901
DC 190 CIRCUIT DIAGRAM
47
11.2 DC 190 MAIN BOARD TWB-01900-3 (PAGE 1 OF 3)
DC 190 CIRCUIT DIAGRAM
48
11.2.1 DC 190 MAIN BOARD TWB-01900-3 (PAGE 2 OF 3)
DC 190 CIRCUIT DIAGRAM
49
11.2.2 DC 190 MAIN BOARD TWB-01900-3 (PAGE 3 OF 3)
DC 190 CIRCUIT DIAGRAM
50
11.3 DC 190 MAIN BOARD TWB-01901-0 (PAGE 1 OF 4)
DC 190 CIRCUIT DIAGRAM
51
11.3.1 DC 190 MAIN BOARD TWB-01901-0 (PAGE 2 OF 4)
DC 190 CIRCUIT DIAGRAM
52
11.3.2 DC 190 MAIN BOARD TWB-01901-0 (PAGE 3 OF 4)
DC 190 CIRCUIT DIAGRAM
53
11.3.3 DC 190 MAIN BOARD TWB-01901-0 (PAGE 4 OF 4)
DC 190 CIRCUIT DIAGRAM
54
11.4 DC 190 A/D BOARD TWB-01930-1
DC 190 CIRCUIT DIAGRAM
55
11.5 DC 190 FILTER BOARD TWB-01940-0
DC 190 CIRCUIT DIAGRAM
56
11.6 DC 190 A/D CONNECTOR BOARD TWB-01950-1
DC 190 CIRCUIT DIAGRAM
57
11.7 DC 190 CONNECTOR BOARD TWB-01921-1
DC 190 CIRCUIT DIAGRAM
58
11.8 DC 190 RS232 / 4 LINE INTERFACE BOARD TWB-01970-0 (PAGE 1 OF 2)
DC 190 CIRCUIT DIAGRAM
59
11.8.1 DC 190 RS232 / 4 LINE INTERFACE BOARD TWB-01970-0 (PAGE 2 OF 2)
DC 190 CIRCUIT DIAGRAM
60
11.9 DC 190 KEY BOARD TPB-1672-3
DC 190 CIRCUIT DIAGRAM
61
11.10 DC 190 POWER BOARD TWB-01911-1
DC 190 APPENDIX A
62
12 APPENDIX A
Teraoka
Code
ASCII Char
Teraoka
Code
ASCII Char
Teraoka
Code
ASCII Char
00 20 SP 35 35 5 70
01 41 À 36 36 6 71
02 42 B 37 37 7 72
03 43 C 38 38 8 73
04 44 D 39 39 9 74
05 45 Å 40 40 @ 75
06 46 F 41 21 ! 76
07 47 G 42 22 “ 77
08 48 H 43 23 # 78
09 49 I 44 24 $ 79
10 4A £ 45 25 % 80
11 4B Ê 46 26 & 81
12 4C L 47 2F / 82
13 4D Ì 48 28 ( 83
14 4E N 49 28 ) 84
15 4F Î 50 27 ‘ 85
16 50 P 51 86
17 51 Q 52 87
18 52 R 53 88
19 53 S 54 89
20 54 Ò 55 90
21 55 U 56 91
22 56 V 57 92
23 57 W 58 93
24 58 X 59 94
25 59 Y 60 95
26 5A Z 61 96
27 2C , 62 97
28 2E . 63 98
29 2D - 64 99 0D CR
30 30 0 65
31 31 1 66
32 32 2 67
33 33 3 68
34 34 4 69
DC-190 Limited Warranty
Rice Lake Weighing Systems (RLWS) warrants that all RLWS equipment and systems properly installed by a
Distributor or Original Equipment Manufacturer (OEM) will operate per written specifications as confirmed
by the Distributor/OEM and accepted by RLWS. All systems and components are warranted against defects
in materials and workmanship for one year.
RLWS warrants that the equipment sold hereunder will conform to the current written specifications
authorized by RLWS. RLWS warrants the equipment against faulty workmanship and defective materials. If
any equipment fails to conform to these warranties, RLWS will, at its option, repair or replace such goods
returned within the warranty period subject to the following conditions:
• Upon discovery by Buyer of such nonconformity, RLWS will be given prompt written notice with a detailed explanation
of the alleged deficiencies.
• Individual electronic components returned to RLWS for warranty purposes must be packaged to prevent electrostatic
discharge (ESD) damage in shipment. Packaging requirements are listed in a publication, “Protecting Your Components
From Static Damage in Shipment,” available from RLWS Equipment Return Department.
• Examination of such equipment by RLWS confirms that the nonconformity actually exists, and was not caused by
accident, misuse, neglect, alteration, improper installation, improper repair or improper testing; RLWS shall be the sole
judge of all alleged non-conformities.
• Such equipment has not been modified, altered, or changed by any person other than RLWS or its duly authorized repair
agents.
• RLWS will have a reasonable time to repair or replace the defective equipment. Buyer is responsible for shipping charges
both ways.
• In no event will RLWS be responsible for travel time or on-location repairs, including assembly or disassembly of
equipment, nor will RLWS be liable for the cost of any repairs made by others.
THESE WARRANTIES EXCLUDE ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED,
INCLUDING WITHOUT LIMITATION WARRANTIES OF MERCHANTABILITY OR FITNESS
FOR A PARTICULAR PURPOSE. NEITHER RLWS NOR DISTRIBUTOR WILL, IN ANY EVENT,
BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES.
RLWS AND BUYER AGREE THAT RLWS’S SOLE AND EXCLUSIVE LIABILITY HEREUNDER
IS LIMITED TO REPAIR OR REPLACEMENT OF SUCH GOODS. IN ACCEPTING THIS
WARRANTY, THE BUYER WAIVES ANY AND ALL OTHER CLAIMS TO WARRANTY.
SHOULD THE SELLER BE OTHER THAN RLWS, THE BUYER AGREES TO LOOK ONLY TO
THE SELLER FOR WARRANTY CLAIMS.
No terms, conditions, understanding, or agreements purporting to modify the terms of this warranty shall have any legal effect unless
made in writing and signed by a corporate officer of RLWS and the Buyer.
© 2002 Rice Lake Weighing Systems, Inc. Rice Lake, WI USA. All Rights Reserved.
RICE LAKE WEIGHING SYSTEMS
• 230 WEST COLEMAN STREET • RICE LAKE, WISCONSIN 54868 • USA
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