Page 1
IIIInnnnddddiiiiccccaaaattttoooorr
rr
DI-80
When Accuracy Counts
OO
OO
pp
pp
ee
ee
rr
rr
aa
aa
ttiiii
tt
oo
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nn
nn
MM
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aallll
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73357
Page 2
CONTENTS
1. INTRODUCTION......................................................................................................................3
1.1. Display .................................................................................................................................3
1.2. A/D Section..........................................................................................................................3
1.3. Item Memory........................................................................................................................3
1.4. Environment.........................................................................................................................4
1.5. Interface ...............................................................................................................................4
1.6. Option...................................................................................................................................4
2. CONFIGURATION ...................................................................................................................5
2.1. Dimensions...........................................................................................................................5
2.2. External Connectors.............................................................................................................5
2.3. Control Panel........................................................................................................................6
2.3.1. Keyboard Keys ..............................................................................................................6
2.3.2. Display Icons & Indicator Lamps .................................................................................8
3. BASIC OPERATION.................................................................................................................9
3.1. Tare Subtraction...................................................................................................................9
3.1.1. Semi -Auto Tare Subtraction (One Touch Tare) ............................................................9
3.1.2. Digital Tare Subtraction (Preset Tare)........................................................................10
3.2. Gross Weight Display ........................................................................................................11
3.3. Weight Unit Conversion....................................................................................................12
3.4. Dual Scale Function...........................................................................................................13
3.5. Accumulation.....................................................................................................................14
3.6. Weight Hold Function........................................................................................................16
3.7. Animal Weighing Function................................................................................................16
3.8. Setpoint Function...............................................................................................................17
3.8.1. Setpoint Value Entry ...................................................................................................18
3.9. Call Item Code in Weighing Mode....................................................................................19
4. COUNTING OPERATION......................................................................................................20
4.1. Unit Weight Entry..............................................................................................................20
4.1.1. Unit weight entry by sampling....................................................................................20
4.1.2. Direct Entry by numeric keys......................................................................................22
4.2. Accumulation of Counting Result .....................................................................................23
4.3. Call Item Code in Counting Mode.....................................................................................25
5. PROGRAM MODE..................................................................................................................27
5.1. Item Memory......................................................................................................................27
5.1.1. Alphanumeric Data Entry............................................................................................28
5.1.2. Item Programming.......................................................................................................30
5.2. Memory Edition and Deletion ...........................................................................................33
5.2.1. Delete and edit a certain Item Code ............................................................................33
5.2.2. Erase all Item data in memory.....................................................................................34
5.3. Review Item Code already in Memory..............................................................................35
5.4. Date and Time....................................................................................................................36
APPENDIX
APPENDIX I LIST OF ASCII DATA………………………………………………………..38
APPENDIX II LIST OF TERAOKA CODE ………………………………………………….39
2
Page 3
1. INTRODUCTION
The DI-80 series is a general purpose weighing indicator for use in a variety of weighing, check weighing,
counting systems. It can operate up to two analogue scales.
The DI-80 features, in its basic configuration, two scales interface, 1,000 item memory, back light LCD display
with color bars, battery operation, fully isolated setpoint interface, one serial interface. For more complex
application, expansion modules; built-in thermal printer, analogue output interface (will be available near
future), and RS -232C/485 interface are available.
1.1. Display
7 Digits LCD display
Color Weight Checker Bars
17 digits dot matrix display (5 x 8 dots) for alphanumeric display
CCFL Back Light
Indicators: Zero, Net/Gross, Stable, Tare, Battery
Weight Base Indicator: kg, oz, g, dwt, lb and (Pcs)
1.2. A/D Section
A/D Conversion Speed: 30 times per sec. (at 1mV/V)
Internal Resolution: 1/500,000 or 1,000,000
Display Resolution: 2500d - 10,000
Excitation Voltage: 12VDC
Scale Channel: 2 scale channels
Number of Load Cells: Total 8 x 350 ohm load cells in parallel configuration
(total load cells of scale 1 and 2)
Remote Sensing function
Input Sensitivity: 0.4mV/V to 4.0mV/V
Scale Interface: Amphenol 14 pin
1.3. Item Memory
1,000 item memory as standard (Expandable up to 2,000 item memory as factory option). Memory fields of
item code are as follows;
Parameter Max Length Programmable Character
Item Code 12 or 16 Alphanumeric or Numeric
Part Number 12 or 16 Alphanumeric or Numeric
Part Name 20 Alphanumeric
Tare Weight 5 Numeric
Unit Weight 5 Numeric
Inventory 8 Numeric
Setpoint 1 6 Numeric
Setpoint 2 6 Numeric
Setpoint 3 6 Numeric
Setpoint 4 6 Numeric
3
Page 4
1.4. Environment
Power Supply : 9VDC to 15VDC Input 1.5A
or 6 pcs of D size battery (Via solder bridges, Di-80 can be configured for
dry cell battery drive or rechargeable battery drive.)
Operating Temperature : -10°C to 40 °C
Operating Humidity : 15% to 85% RH
1.5. Interface
SETPOINT INTERFACE : Max 35VDC 500mA
RS-232C INTERFACE : The device to be connected can be selected by internal
specification.
• BAR-CODE SCANNER (PSC QUICKscan 6000 series)
• BAR-CODE PRINTER (ELTRON LP2622 series)
• PC
1.6. Option
OP1 BUILT IN THERMAL PRINTER
The built-in printer module
Thermal serial dot printer (SEIKO MTP201)
Paper Size : 50mm diameter (58mm width)
OP2 RS -232/RS-485 Interface board
Optional interface board has RS -232C interface and 2 x RS-485 interface. It can be plugged into the
interface socket of the CPU board.
OP3 Analogue Output Interface board (will be available near future)
Optional analogue output board provides an analogue output signal with 11 bit resolution (Max 2000d).
Via jumper switch, it can be configured for current output (4-20mA) or voltage output (0-10V). It can be
plugged into the interface socket of the CPU board.
4
Page 5
2. CONFIGURATION
Built-in Printer
DC Power Input
1) RS-232C Interface
2) Setpoint Inteface
3) RS-485 Interface (Optional RS-232C/485 Board)
3) RS-232C Interface (Optional RS-232C/485 Board)
4) Scale 1 Interface
5) Scale 2 Interface
2.1. Dimensions
Display
Key Panel
(Option)
Battery Cover
2.2. External Connectors
DC Power Input
1 RS-232C Interface DIN 8 Pin (Female)
2 Setpoint Output Interface Mini DIN 8 pin (Female)
3 RS-232/485 Interface RS-232C DIN 8 Pin (Female)
RS-485 RJ45(8 Pin)
4 Scale 1 interface Amphenol 14 pin
5 Scale 2 Interface Amphenol 14 pin
a): 9.5± 0.5mm
b): Inside (-) 2.1± 0.5mm
Outside (+) 5.5± 0.5mm
b
a
5
Page 6
2.3. Control Panel
NET/
2.3.1. Keyboard Keys
ON/STAND BY KEY: Switches between the ON and Stand-by mode.
INVENT
HOLD
Pcs
B/G
Pcs
MODE KEY: Switches check weighing and counting mode.
(Enter program mode with RE -ZERO key.)
NET/GROSS KEY: Switches Between Net weight and Gross weight mode.
If Item data is called, display inventory data. (By internal specification setting.)
Program Inventory data in Program Mode.
HOLD KEY: Enable/ disable Hold Function
SAMPLE KEY: Calculate and enter a unit weight of item by sampling in
counting mode and program mode.
WEIGHT UNIT KEY: Select weight units.
UNIT WEIGHT KEY: Enter a unit weight of Item(per 1000 pcs) in count ing
mode and program mode.
SCALE KEY: Switch between platform 1 and 2 when connecting two
platforms.
- Continued to the next page –
6
Page 7
èTç
è0ç
FEED KEY: Feed paper when using an optional built in printer.
SET POINT KEY: Enter Setpoint Data.
TARE KEY: Enter or clear tare value.
ZERO KEY: Set the scale to zero.
-
DATE
+
Q
PROG
#
IN/OUT
C
l
Set the date and time in program mode.
Set parts name to item data in program mode.
Set set point data to item data in program mode.
TOTAL KEY: Clear total memory.
Print the label or receipt when printer is used.
Save the data in program mode.
CODE KEY: Call up item code.
Set parts no data to item data in program mode.
-
9 0
SUBTRACT KEY: Subtract weight value (a quantity of parts in counting
mode) to total memory.
ADD KEY: Add weight value (a quantity of parts in counting mode) to total
memory.
Select shipping, receiving, or stocktaking mode.
CLEAR KEY: Clear keyed-in data.
DECIMAL KEY: Enter the decimal comma during numeric entry.
NUMERIC KEY: Enter numeric data.
7
Page 8
2.3.2. Display Icons & Indicator Lamps
lINSUFF lIN lHOLD lMEMORY lSCALE 1
SCALE 2
2
1
4
9
lRECOMP lOUT lPROG l
Indicators Descriptions of Indicators
1 è0ç Zero Lamp Weight is stable at zero point.
2 èè Tçç Tare Lamp Presence of Tare weight
3 B/G Gross Lamp Gross weight is displayed.
4 Battery Lamp Battery needs to be recharged.
5 ~~
6 NET
Stable Lamp Weight is stable.
Net Lamp Net weight is displayed.
7 Pcs Pieces Lamp 1 Quantity is displayed.
8 kg,g,oz,lb,
dwt
Weight Base
Lamps
9 Total Lamp Total weight is displayed on the left half of sub-display.
10 Unit Weight Lamp 1 Unit weight is displayed on the left half of sub-display.
11 Unit Weight Lamp 2 Unit weight is displayed on the right half of sub-display.
12 Pieces Lamp 2 Quantity is displayed on the right half of sub-display.
Triangle Indicator Lamps
INSUFF Insufficient Lamp Sample weight is too small to calculate unit weight.
RECOMP Recomputing Lamp Unit weight may be re-computed for higher accuracy.
IN IN (Receiving) Lamp Add a quantity of parts to item inventory.
OUT OUT (Shipping) Lamp Remove a quantity of parts from item inventory.
HOLD Hold Lamp Hold Function is enable.
MEMORY Memory Lamp Accumulation data is in memory .
PROG Program Lamp Scale is in Program mode.
SCALE 1 Scale1 Lamp Scale 1 is in use.
SCALE 2 Scale2 Lamp Scale 2 is in use.
5 6 Checker Display
3
Main Display
10 11 12
Main display shows weight in the indicated weight base.
7
8
2nd Display
8
Page 9
3. BASIC OPERATION
3.1. Tare Subtraction
3.1.1. Semi-Auto Tare Subtraction (One Touch Tare)
This function is used for subtracting tare value of an empty container.
1. Check that the indicator is at è0ç
gross zero. NET
∼∼
0,000 kg
2. Put the container on
platform. NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
0,526 kg
3. Subtract the tare. [èTç]
èTç NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
0,000 kg
4. Fill container to required
weight. èTç NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
1,376 kg
Note * 2)
Note: 1) To clear the tare value, press [0] then [èTç] key or remove all the weight from the platform and
press [èTç] key.
Note: * 2) When the optional printer is used, the net weight will be printed by [ Q ] key.
31 JAN. 2000 09:19PM
* 1,376kg
Insuff Recom In Out Hold Mem Prog S 1 S2
u
u
9
Page 10
3.1.2. Digital Tare Subtraction (Preset Tare)
This function can be us ed when tare weight value is known. It is used for subtracting tare value of a prefilled container.
1. Check that the indicator is at è0ç
gross zero. NET
∼∼
0,000 kg
2. Enter the tare value though [ 5 ], [ , ] è0ç
numeric keys. [ 1 ], [ 5 ] NET
i.e. 5,158kg [ 8 ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
0,000 kg
5 , 1 5 8
3. Subtract the tare. [èTç]
èTç NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
- 5,158 kg
4. Put filled container.
èTç NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
11,376 kg
Note: 1) To clear the tare value, press [0] then [èTç] key or remove all the weight from the platform and
press [èTç] key.
Insuff Recom In Out Hold Mem Prog S 1 S2
u
u
10
Page 11
3.2. Gross Weight Display
DI-80 series can switch the display between the net weight and gross weight.
1. Enter tare value by any mean
of 3.1 Tare Subtraction. èTç NET
i.e. Tare value = 5.158 kg
∼∼
- 5,158 kg
2. Put weight on the platter.
i.e. Gross weight = 19.164 kg èTç NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
14,006 kg
3. Display Gross weight. B/G
[NET/ B/G] èTç
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
19,164 kg
4. Change to Net weight
display. [NET/ B/G] èTç NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
14,006 kg
Note: This function can be invalid by internal specification setting. (SPEC25 BIT0)
Insuff Recom In Out Hold Mem Prog S 1 S2
u
11
Page 12
3.3. Weight Unit Conversion
This function allows to convert the weight data in display to other weight base(s) by key operation. The
convertible weight units are different from the base unit that the scale was calibrated with. The convertible
units to each base unit and the conversion sequence when the designated key operation is done, are listed
in the following table.
The base unit The convertible units and the sequence
kg kg è lb è kg
lb lb è kg è lb
g g è oz è dwt è g
oz oz è dwt è g è oz
dwt dwt è g è oz è dwt
1. Put weight on the platter.
(i.e. Kg as base unit) NET
∼∼
1,746 kg
2. Change to lb base. [WEIGHT
UNIT] NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
3,850 lb
3. Back to kg base. [WEIGHT
UNIT] NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
1,746 kg
Note: This function can be invalid by internal specification setting. (SPEC12 BIT0)
Insuff Recom In Out Hold Mem Prog S 1 S2
u
u
12
Page 13
3.4. Dual Scale Function
This function is available only when the system has two platforms/scales. DI-80 switch the scale to be
used by pressing [SCALE] key . The active platform is indicated by indicator lamps (scale 1 and scale 2)
on the display.
1. Scale 1 is used.
NET
∼∼
0,000 kg
2. Change to scale 2. [SCALE] è0ç
NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
0,00 kg
3. Back to scale 1. [SCALE]
NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
1,746 kg
Insuff Recom In Out Hold Mem Prog S 1 S2
u
u
13
Page 14
3.5. Accumulation
The weight data can be accumulated or subtracted by using [ + ] and [ - ] keys. Total net weight will be
held and displayed in the indicator. When accumulation data is in memory, the unit weight conversion nor
the scale change functions are invalid. The total data will be cleared by pressing [ Q ] key.
1. Put weight on the platform.
NET
∼∼
2,162 kg
2. Add the weight to total [ + ]
memory. NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
totAL
W E I G H T 2 , 1 6 2
3. Clear the total display by [ C ] è0ç
pressing [ C ] key. And, NET
remove the weight
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
u
0,000 kg
4. Put next weight on the platter
NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
u
1,204 kg
5. Add the weight to total [ + ]
memory. NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
u
totAL
W E I G H T 3 , 3 6 6
Insuff Recom In Out Hold Mem Prog S 1 S2
- Continue -
u
u
14
Page 15
6. Clear the total display by [ C ] è0ç
Note *3)
pressing [ C ] key. And, NET
remove the weight
∼∼
0,000 kg
7. Put weight on the platter
Note: *1) NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
u
1,204 kg
8. Void/ Subtract the weight [ - ]
from total memory NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
u
totAL
W E I G H T 2 , 1 6 2
9. Clear the total data. [ Q ] è0ç
(Scale is back to weighing NET
display automatically.)
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
u
0,000 kg
Note: *1) To view current total, press [ Q ] key.
Note: 2) Total display after [ + ], [ - ] key can be cleared automatically by specification.
Note: *3) When the optional printer is used, the transaction will be printed by [ Q ] key.
31 JAN. 2000 09:19PM
+ 2,162kg
+ 1,204kg
- 1,204kg
3T 2,162kg
Insuff Recom In Out Hold Mem Prog S 1 S2
u
15
Page 16
3.6. Weight Hold Function
DI-80 can hold weight display for 15 seconds. By internal specification setting, the weight data can be hold
at the first stabilized point or peak point. This function is effective when pressing [HOLD] key. This
function is effective when the indicator lamp (HOLD) is on by pressing [HOLD] key.
Weight hold at the first stable point Weight hold at peak point
Actual Weight
Display Weight
Actual Weight
Display Weight
3.7. Animal Weighing Function
DI-80 can alter 4 different display filter levels by internal specification setting. (SPEC34 and 35)
Also, DI-80 series supports the animal weighing function to average the in-consist weight and display the
averaged weight for much vibration and other environmental influences.
This function is effective by internal specification settings.(SPEC36)
16
Page 17
3.8. Setpoint Function
Up to 4 setpoint values can be programmed by specification. The setpoint signals are output via the
setpoint interface when the quantity or weight exceeds setpoint va lues.
The character of the parameter can be selected from the following selections by internal specification
setting. (SPEC # 07 Bit 1 & 2)
Setpoint 1 Setpoint 2, (&3), (&4)
Weight Weight
Weight Percentage of setpoint 1 value
Quantity Quantity
Quantity Percentage of setpoint 1 value
Setpoint 1 and Setpoint 2 can be utilized as under and over limits of filling or check weighing application.
The indicator shows the under/over status audiovisually with color graphic display and internal buzzer.
This function is valid when both of setpoint 1 and setpoint 2 are entered and setpoint 2 is larger than
setpoint 1.
The setpoint alarm for filling or check weighing application can be selected by internal specification setting.
(SPEC # 17 Bit 2)
SETPOINT ALARM FOR FILLING APPLICATION
Intermittent buzzer will beep when the weight or quantity is between Setpoint 1 and Setpoint 2.
Continuous buzzer will beep when the weight exceeds setpoint 2.
E.g.) SETPOINT 1 (Weight Base) = 2.500kg
SETPOINT 2 (Percentage of SETPOINT 1) = 120 %
No Sound Intermittent Buzzer Continuous Buzzer
0 2.500 kg 120%(3.000kg)
Setpoint 1 Setpoint 2
SETPOINT ALARM FOR CHECK WEIGHING APPLICATION
The buzzer will beep when the weight or quantity is out of target limits for check weighing application by
internal specification setting.
Intermittent Buzzer No Sound Intermittent Buzzer
0 2.500 kg 120%(3.000kg)
Setpoint 1 Setpoint 2
COLOR GRAPHIC DISPLAY
Color graphic display consists of total 15 graphic blocks. Each block shows the achievement rate to the
target range.
Functions
Yellow Block shows the achievement rate to the minimum limit (setpoint 1)
Green Block shows the weight status in the target range.
Red Block shows the exceed rate against the maximum weight (setpoint 2)
17
Page 18
3.8.1. Setpoint Value Entry
1. stand-by status è0ç
NET
∼∼
0,000 kg
2. Go to Setpoint Setting mode. [SET è0ç
POINT]key NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
SP 1
3. Enter Setpoint 1 value and [ 2 ], [ l ], è0ç
enter the data by pressing [ 0 ], [ 0 ], NET
[SETPOINT] key. [ 0 ], [SET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u u
SP 2
i.e. 2.000kg POINT]key
4. Enter Setpoint 2 value and [ 2 ], [ l ], è0ç
enter the data by pressing [ 5 ], [ 0 ], NET
[SETPOINT] key. [ 0 ], [SET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u u
0,000 kg
i.e. 2.500kg POINT]key
Note: 1) If the entry of setpoint 3 and 4 are required, repeat the same procedure for Setpoint 3 and 4.
Note: 2) If Setpoint 3 and 4 are not required, press [SET POINT] key without entering data.
5. Fill the product to the
container. NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
2,200 kg
i. e. 2,200kg
6. When the weight data è0ç
reaches to the lower set point, NET
remove the weight.
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
0,000 kg
Insuff Recom In Out Hold Mem Prog S 1 S2
u
u
18
Page 19
3.9. Call Item Code in Weighing Mode
This section shows how to recall item codes in weighing mode.
(Item code should be pre-programmed in program mode before the following operation.)
Refer to 5. PROGERAM MODE)
1. Stand-by status è0ç
NET
∼∼
0,000 kg
2. Enter the item code. [ 1 ], [ 0 ], è0ç
[ 0 ], [ # ] NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
0,000 kg
C O N E J 8 W
Note: If parts name is programmed to item code, the parts name is displayed in the second display.
3. Place item on platter.
weight. NET
Insuff Recom In Out Hold Mem Prog S 1 S2
u
∼∼
u
1,376 kg
Note: * 2) C O N E J 8 W
Note: 1) If setpoint data is programmed to item code, the checker display shows the weight status.
Note: * 2) When the optional printer is used, the net weight will be printed by [ Q ] key.
31 JAN. 2000 09:19PM
100 * 1,376kg
CONEJ8
Insuff Recom In Out Hold Mem Prog S 1 S2
u
19
Page 20
4. COUNTING OPERATION
DI-80 has the counting mode. To switch between weighing mode and counting mode, press [MODE] key.
4.1. Unit Weight Entry
The unit weight can be determined by sampling or direct entry though numeric keys.
4.1.1. Unit weight entry by sampling
1. Go to counting mode. [MODE] è0ç
NET
∼∼
0,000 kg
0 0
2. Place 10 samples onto the
platter and check “INSUFF” NET
lamp is off.
Insuff Recom In Out Hold Mem Prog S 1 S2
Pcs
u
∼∼
u
Pcs
0,186 kg
1 0
Pcs
Note: If the sample quantity is not 10 pcs, enter the number of samples by numeric key.
3. Compute a unit weight. [ Pcs ]
NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
Pcs
0,186 kg
1 8 . 6 3 9 1 0
Pcs
Note: 1) DI-80 calculate the average unit weight by [Pcs]. To calculate the accurate unit weight, a
sufficient number of items are required.
Note: 2) Unit weight of item is displayed on the left half of the 2nd display.
Note: 3) Quantity is displayed on the right half of the 2nd display.
Note: 4) The indicator watches whether the weight of samples are enough to calculate a unit weight. If
sample pieces are not sufficient for accurate counting, the Insufficient lamp is lit. If calculate
the unit weight with insufficient samples, the procedure 4 and 5 are required.
The insufficient range can be selected in internal setting mode from 0.1% or 0.2% of full scale capacity.
Insuff Recom In Out Hold Mem Prog S 1 S2
- Continued -
u
Pcs
20
Page 21
4. Add the required samples.
NET
∼∼
Add kg
0 P C S
Note: The additional sample quantity for accurate calculation is displayed on the left half of the 2nd display.
5. Calculate unit weight with [ Pcs ]
sufficient samples. NET
Insuff Recom In Out Hold Mem Prog S 1 S2
Pcs
u
∼∼
u
Pcs
0,149 kg
1 8 . 6 3 9 8
Pcs
6. Count item quantity.
NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
Pcs
4,184 kg
1 8 . 6 3 9 2 2 4
Note *4)
Note: 1) To clear unit weight data, press [ C ] key.
Note: 2) If multiple scales are connected to DI-80, it is qenerally recommended to perform the sampling
operation with smaller capacity for better accuracy.
Note: 3) To return to weighing mode, press [MODE] key.
Note: *4) Accuracy of unit weight can be improved with more quantity than the sample quantities because
a larger sample size makes the weight variance smaller. Unit weight can be improved by [ Pcs ]
key when “RECOM” lamp is ON.
Note: *5) When the optional print is used, the counting result will be printed by [ Q ] key.
31 JAN. 2000 09:19PM
Note *5)
* 224Pcs
Insuff Recom In Out Hold Mem Prog S 1 S2
Pcs
u
u
Pcs
21
Page 22
4.1.2. Direct Entry by numeric keys
1. Go to counting mode. [MODE] è0ç
NET
∼∼
0,000 kg
0 0
2. Enter unit weight value. [ 1 ], [ 8 ], è0ç
[ l ], [ 6 ], NET
[ 9 ], [ 3 ]
Insuff Recom In Out Hold Mem Prog S 1 S2
Pcs
u
∼∼
u
Pcs
0,000 kg
1 8 . 6 9 3
Note: The unit weight should be 1000 pcs of items.
3. Enter unit weight. [ Unit è0ç
Weight ] NET
Insuff Recom In Out Hold Mem Prog S 1 S2
Pcs
u
∼∼
u
Pcs
0,000 kg
1 8 . 6 9 3 0
Pcs
4. Place parts on the platter.
NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
Pcs
2,757 kg
1 8 . 6 9 3 1 4 7
Pcs
Insuff Recom In Out Hold Mem Prog S 1 S2
u
Pcs
22
Page 23
4.2. Accumulation of Counting Result
In counting mode, DI-80 will accumulate the counting results in total memory.
1. Go to counting mode and è0ç
enter unit weight by any means NET
of 4.1 Unit Weight Entry.
∼∼
0,000 kg
1 . 5 1 4 0 0
Pcs
2. Place parts onto the platter.
NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
Pcs
3,756 kg
1 . 5 1 4 0 2 4 8 1
Pcs
3. Add the quantity to total [ + ]
memory. NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
Pcs
totAL Pcs
Q U A N T I T Y 2 4 8 1
Pcs
4. Clear the total display by [ C ] è0ç
pressing [ C ] key. And, NET
remove the weight.
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
u
Pcs
0,000 kg
1 . 5 1 4 0 0
Pcs
5. Put parts on the platter.
NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
u
Pcs
0,221 kg
1 . 5 1 4 0 1 4 6
Pcs
6. Subtract the quantity from [ - ]
total memory. NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
u
Pcs
totAL Pcs
Q U A N T I T Y 2 3 3 5
Pcs
Insuff Recom In Out Hold Mem Prog S 1 S2
- Continue -
u
u
Pcs
23
Page 24
7. Enter the number of parts [ 1 ], [ 0 ], è0ç
by numeric key. [ 0 ], [ 0 ] NET
∼∼
0,000 kg
(When adding or subtracting 1 . 5 1 4 0 1 0 0 0
the known quantity) Pcs
8. Add the quantity è0ç
NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
u
Pcs
totAL pcs
Q U A N T I T Y 3 3 3 5
Pcs
9. Clear the total data. [ Q ] è0ç
(Return to counting mode NET
automatically.)
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
u
Pcs
0.000 kg
1 . 5 1 4 0 0
Pcs
Note: *1) To view current total, press [ Q ] key.
Note: 2) Total display after [ + ], [ - ] key can be cleared automatically by specification.
Note: *3) When the optional printer is used, the transaction will be printed by [ Q ] key.
31 JAN. 2000 09:19PM
+ 2281Pcs
- 146Pcs
+ 1000Pcs
3T 3335Pcs
Insuff Recom In Out Hold Mem Prog S 1 S2
u
Pcs
24
Page 25
4.3. Call Item Code in Counting Mode
This section shows how to recall item codes in counting mode. (Item code should be pre-programmed in
program mode before the following operation.)
Refer to 5. PROGERAM MODE)
1. Go to Counting Mode. è0ç
NET
∼∼
0,000 kg
Note: If parts name is programmed to item code, the parts name is displayed for a second in the second
display.
2. Enter the item code. [ 1 ], [ 0 ], è0ç
[ 0 ], [ # ] NET
Insuff Recom In Out Hold Mem Prog S 1 S2
Pcs
u
∼∼
u
Pcs
0,000 kg
1 . 2 5 3 0 0
Note: If the unit weight is programmed to item code, the unit weight is recalled automatically and displayed
for a second display.
3. Select parts movement [ # ] è0ç
status. NET
Insuff Recom In Out Hold Mem Prog S 1 S2
Pcs
u
∼∼
u
Pcs
0,000 kg
1 . 2 5 3 0 0
Note: If Inventory quantity is programmed to item code, the inventory data is up-dated automatically by
pressing [ Q ] key. If you do not use the inventory function, please skip this procedure.
• When In lamp is lit, a quantity of item is added to item inventory. When Out lamp is lit, a quantity of
item is removed from item inventory . When neither are lit, item inventory is not changed.
• In-Out status can be selected by pressing [ # ] key after calling up item code. The status is toggled
between IN, OUT, NON ADD (NO CHANGE).
Insuff Recom In Out Hold Mem Prog S 1 S2
- Continue -
Pcs
u
u
Pcs
25
Page 26
4. Place parts item on platter.
weight. NET
∼∼
1,816 kg
Note: 2) 1 . 2 5 3 0 1 4 4 9
Note: 1) If setpoint data is programmed to item code, the checker display shows the weight status.
Note: *2) When the optional printer is used, the transaction will be printed by [ Q ] key.
31 JAN. 2000 09:19PM
100
SCREW103
* 1449Pcs
Insuff Recom In Out Hold Mem Prog S 1 S2
Pcs
u
u
Pcs
26
Page 27
5. PROGRAM MODE
5.1. Item Memory
DI-80 series has 1000 item memory (can be expanded to 2000 item memory as factory option). Item code
consists of the following data.
Parameter Character Data Length
Item Code
Note: *1)
Parts No.
Note: *1)
Parts Name
Tare Weight
Unit Weight
Setpoint
Inventory quantity
Note: * 1) The maximum length and the programmable character can be set by specification.
ITEM CODE
Item code is used as a reference code to call up item data.
PARTS NO
Parts No will be printed on label and transmitted to PC when connecting bar-code printer and PC. If barcode printer nor PC is not used, you may skip to program parts No.
PARTS NAME
Parts No will be printed on label and transmitted to PC when connecting bar-code printer and PC. When
calling item code in operation mode, the parts name will be displayed in the 2nd display.
TARE WEIGHT
Maximum length of data depends on the scale capacity and interval of your system. If several tare
container will be used to one item code, you may skip to store tare data to item memory.
UNIT WEIGHT
Unit weight can be registered by sampling or numeric data entry in program mode. If an item is used in
weighing mode only, you may skip to store unit weight data to item memory.
INVENTORY QUANTITY
Inventory quantity will be up-dated automatically after IN/OUT operation in counting mode. If an item is
used in weighing mode only, you may skip to store inventory data to item memory.
SETPOINTS
Maximum 4 setpoints can be programmed to each item code. The character of setpoint data can be
selected from weight base or quantity base.
Numeric or
Alphanumeric
Numeric or
Alphanumeric
Alphanumeric 20 letters
Numeric 5 digits
Numeric 5 digits
Numeric 8 digits
Numeric 8 digits
12 or 16 letters
12 or 16 letters
27
Page 28
5.1.1. Alphanumeric Data Entry
P 16 A00
POSITION OF CURSOR: These two digits shows the
CONVERTED ALPHANUMERIC DATA: The alphanumeric
PARAMETER
Alphanumeric data can be programmed to Item no., parts no, parts name. You may select the data entry
by ASCII code or TERAOKA entry (two digit numeric data) by internal spec selection.
ASCII CODE ENTRY by ASCII code
SCREW:CROMATE23_
NAME:
P: Parts Name
n: Parts No
I : Item Code
FUNCTION KEYS IN ASCII CODE ENTRY
[ C ] = Escape from Alphanumeric screen
[ + ] = Move the cursor ahead
[ - ] = Move the cursor back
[WEIGHT UNIT CHANGE] = A
[Pieces] = B
[SCALE CHANGE] = C
[UNIT WEIGHT] = D
[SETPOINT] = E
[FEED] = F
i.e.) To enter SCREW: enter
[ 5 ], [ 3 ]
[ 4 ], [ 3 ]
[ 5 ], [ 2 ]
[ 4 ], [ 5 ]
[ 5 ], [ 7 ]
[ 3 ], [ A ]
Note ) Refer to Appendix I (ASCII CODE LIST)
ASCII DISPLAY: Shows that entry is by ASCII.
position of cursor. [ + ] and [ - ], to move cursor position.
The example shows the cursor is at 16th digit in part name.
ASCII DATA: Entered ASCII code data is displayed.
data is displayed.
[ 0 ] = 0
[ 1 ] = 1
[ 2 ] = 2
[ 3 ] = 3
[ 4 ] = 4
[ 5 ] = 5
[ 6 ] = 6
[ 7 ] = 7
[ 8 ] = 8
[ 9 ] = 9
S
C
R
E
W
:
28
Page 29
TERAOKA CODE ENTRY Data can be entered by TERAOKA character code.
P 16 t00
These two digits shows the position
TERAOKA DATA: Entered TERAOKA code data is
CONVERTED ALPHANUMERIC DATA: The alphanumeric
PARAMETER
TERAOKA DISPLAY: Shows that entry is by TERAOKA
SCREW:CROMATE23_
NAME:
P: Parts Name
n: Parts No
I : Item Code
FUNCTION KEYS IN ASCII CODE ENTRY
[ C ] = Escape from Alphanumeric screen
[ + ] = Move the cursor ahead
[ - ] = Move the cursor back
[ 0 ] = 0
[ 1 ] = 1
[ 2 ] = 2
[ 3 ] = 3
i.e.) To enter SCREW:, enter
[ 1 ], [ 9 ]
[ 0 ], [ 3 ]
[ 1 ], [ 8 ]
[ 0 ], [ 5 ]
[ 2 ], [ 3 ]
Note: Refer to Appendix II (TERAOKA CODE LIST)
CODE.
POSITION OF CURSOR:
of cursor. [ + ] and [ - ], to move cursor position. The
example shows the cursor is at 16th digit in part name.
displayed.
data is displayed.
[ 4 ] = 4
[ 5 ] = 5
[ 6 ] = 6
[ 7 ] = 7
[ 8 ] = 8
[ 9 ] = 9
S
C
R
E
W
29
Page 30
5.1.2. Item Programming
1. Go to program mode. [MODE]
+ [RE -
ZERO]
ProG
P L U C O U N T 0
Note) Press [MODE] key while pressing [RE -ZERO] key.
Note) The 2nd display shows the number of items that exist in memory.
2. Enter Item Code number and [ 1 ], [ 0 ], è0ç
press [ # ] key. [ 0 ], [ # ] NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
0,000 kg
8
3. Enter tare value by any means è0ç
of 3.1 Tare Subtraction. èTç NET
Insuff Recom In Out Hold Mem Prog S 1 S2
Pcs
u
∼∼
u u
Pcs
- 0,500 kg
8
Pcs
4. Enter unit weight value by any è0ç
means of 4.1 Unit weight èTç NET
entry.
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u u
Pcs
0,056 kg
1 8 , 6 8 0 8
Pcs
5. Press [GROSS] key to enter [GROSS]
inventory value.
Insuff Recom In Out Hold Mem Prog S 1 S2
u u
Pcs
InvEnt
0
Insuff Recom In Out Hold Mem Prog S 1 S2
u
30
Page 31
6. Enter inventory quantity and [ 1 ], [ 5 ], è0ç
press [GROSS] key. [ 0 ], [ 0 ], èTç NET
[GROSS]
∼∼
0,056 kg
1 8 , 6 8 0 8
i.e.1500pcs Pcs
7. Press [ - ] key to enter [ - ]
parts no.
Insuff Recom In Out Hold Mem Prog S 1 S2
u u
Pcs
n 00 A00
8. Enter data to parts No and [ 3 ], [ 5 ], è0ç
press [ Q ] key. [ 4 ], [ 0 ], èTç NET
[ 5 ], [ 4 ],
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
0,056 kg
Refer to 5.1.1 Alphanumeric [ 5 ], [ 2 ], 1 8 , 6 8 0 8
data entry. [ Q ] Pcs
9. Press [ # ] key to enter [ # ]
parts name.
i.e. 5ATR
Insuff Recom In Out Hold Mem Prog S 1 S2
u u
Pcs
P 00 A00
10. Enter parts no and [ 5 ], [ 3 ], è0ç
press [ # ] key. [ 4 ], [ 3 ], èTç NET
[ 5 ], [ 2 ],
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
0,056 kg
Refer to 5.1.1 Alphanumeric [ 4 ], [ 5 ], 1 8 , 6 8 0 8
data entry. [ 5 ], [ 7 ], Pcs
i.e. SCREW [ # ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u u
Pcs
31
Page 32
11. Press [ + ] key to enter [ + ]
setpoint data.
SP 1 pcs
12. Enter Setpoint 1 and press [ 3 ], [ 5 ],
[ + ] key. [ 0 ], [ + ],
Insuff Recom In Out Hold Mem Prog S 1 S2
u
SP 2 pcs
i.e. 350 pcs
13. Enter Setpoint 2 and press [ 4 ], [ 0 ],
[ + ] key. [ 0 ], [ + ],
Insuff Recom In Out Hold Mem Prog S 1 S2
u
SP 3 pcs
i.e. 400 pcs
14. Enter Setpoint 3 and press [ 5 ], [ 0 ], è0ç
[ + ] key. [ 0 ], [ + ], èTç NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
0,056 kg
1 8 , 6 8 0 8
i.e. 500 pcs Pcs
Note: The setpoint data can be selected from weight base or quantity base by int ernal specification
settings. If the data is based on weight, please enter the weight value in the procedure 10 - 13.
(Refer to 3.8 Setpoint Function) If the setpoint data is not required, skip the operation procedure 10-
13.
15. Save the data to memory . [ Q ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u u
Pcs
ProG
P L U C O U N T 1
Insuff Recom In Out Hold Mem Prog S 1 S2
u
32
Page 33
5.2. Memory Edition and Deletion
5.2.1. Delete and edit a certain Item Code
1. Go to program mode. [MODE]
+ [RE -
ZERO]
ProG
P L U C O U N T 1 0
Note) Press [MODE] key while pressing [RE -ZERO] key.
Note) The 2nd display shows the number of items that exist in memory.
2. Enter Item Code to delete [ 1 ], [ 0 ],
and press [ # ] key. [ 0 ], [ # ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
ProG
If calling the item that has C L E A R P L U ?
already existed in item memory,
this display appears.
To edit an item data.
3. Press [ # ] key. [ # ] è0ç
èTç NET
Insuff Recom In Out Hold Mem Prog S 1 S2
∼∼
u
0,056 kg
The display is changed to item 1 8 , 6 8 0 8
programming screen. Pcs
Note: * 1) After changing item data, save the data by [ Q ] key.
To clear a certain item code.
4. Clear the data by [ C ] key. [ C ]
Note: * 1)
Insuff Recom In Out Hold Mem Prog S 1 S2
u u
Pcs
ProG
P L U C O U N T 9
Insuff Recom In Out Hold Mem Prog S 1 S2
u
33
Page 34
5.2.2. Erase all Item data in memory
1. Go to program mode. [MODE]
+ [RE -
ZERO]
ProG
P L U C O U N T 1 0
Note) Press [MODE] key while pressing [RE -ZERO] key.
Note) The 2nd display shows the number of items that exist in memory.
2. Enter [ • ], [ • ], [ 0 ], while [ • ], [ • ],
pressing [ RE -ZERO] key. [ 0 ], +
[RE-ZERO]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
ProG
C L E A R P L U ?
3. Clear all item data. [ C ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
ProG
P L U C O U N T 0
Insuff Recom In Out Hold Mem Prog S 1 S2
u
5.2.3. Reset Sequence Number to 0
1. Go to program mode. [MODE]
+ [RE -
ZERO]
ProG
P L U C O U N T 1 0
Note) Press [MODE] key while pressing [RE -ZERO] key.
Note) The 2nd display shows the number of items that exist in memory.
2. Press [ + ] key [ + ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
SEq no
4
Note) The 2nd display shows the existing sequence number in memory.
3. Reset Sequence No by [ 0 ]
pressing [ 0 ] key
Insuff Recom In Out Hold Mem Prog S 1 S2
u
SEq no
0
Insuff Recom In Out Hold Mem Prog S 1 S2
u
34
Page 35
5.3. Review Item Code already in Memory
1. Go to program mode. [MODE]
+ [RE -
ZERO]
ProG
P L U C O U N T 1 0
Note: Press [MODE] key while pressing [RE -ZERO] key.
Note: The 2nd display shows the number of items that exist in memory.
2. Press [ # ] key. [ # ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
CH 1
A 2 0 0
3. Check other item codes with [ C ]
[ - ] and [ + ] key.
Insuff Recom In Out Hold Mem Prog S 1 S2
u
CH 2
A 3 0 0
Note) [ + ] key works to move to the next item code. [ - ] key works to be back to the previous item.
4. Back to the initial screen of [MODE]
program mode. + [RE-
ZERO]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
ProG
P L U C O U N T 1 0
Insuff Recom In Out Hold Mem Prog S 1 S2
u
35
Page 36
5.4. Date and Time
1. Go to program mode. [MODE]
+ [RE -
ZERO]
ProG
P L U C O U N T 1 0
Note: Press [MODE] key while pressing [RE -ZERO] key.
Note: The 2nd display shows the number of items that exist in memory.
2. Press [ - ] key to display date [ - ]
and time.
Insuff Recom In Out Hold Mem Prog S 1 S2
u
21: 31:34
1 4 - 0 2 - 0 0 M O N
3. Press [ - ] key and again to [ - ]
go to date entry mode.
Insuff Recom In Out Hold Mem Prog S 1 S2
u
EntEr
D D M M Y Y 0
4. Enter date, month, and year [ 1 ], [ 8 ],
data. [ 0 ], [ 2 ],
[ 0 ], [ 0 ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
EntEr
i.e. 18 Feb 2000 D D M M Y Y 1 8 0 2 0 0
Note: Each of two digit numeric data represents date, month, and year. The order of Date, Time, Year
(DDMMYY) can be changed by specification.
5. Press [ - ] key. [ - ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
EntEr
D A Y 0
Insuff Recom In Out Hold Mem Prog S 1 S2
- Continue -
u
36
Page 37
6. Enter the day of the week. [ 4 ]
EntEr
i.e. Friday D A Y 4
Note: one digit numeric data represents the day of the week as following table.
Number Day of Week Number Day of Week
0 Monday 4 Friday
1 Tuesday 5 Saturday
2 Wednesday 6 Sunday
3 Thursday
7. Press [ - ] key. [ - ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
EntEr
H H M M 0
8. Enter the current time. [ 2 ], [ 0 ],
[ 5 ], [ 3 ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
EntEr
i.e. 20: 53 D A Y 2 0 5 3
Note: Each of two digit numeric data represents hour and minute.
9. Store the data. [ Q ]
Insuff Recom In Out Hold Mem Prog S 1 S2
u
ProG
P L U C O U N T 1 0
Note: When pressing [ Q ] key, the internal clock starts to move from 00 second.
Insuff Recom In Out Hold Mem Prog S 1 S2
u
37
Page 38
APENDIX I (LIST OF ASCII CODE)
Code Chara. Code Chara. Code Chara. Code Chara. Code Chara. Code Chara.
20 Space 30 0 40 @ 50 P 60 `` 70 p
21 ! 31 1 41 A 51 Q 61 a 71 q
22 “ 32 2 42 B 52 R 62 b 72 r
23 # 33 3 43 C 53 S 63 c 73 s
24 $ 34 4 44 D 54 T 64 d 74 t
25 % 35 5 45 E 55 U 65 e 75 u
26 & 36 6 46 F 56 V 66 f 76 v
27 ’ 37 7 47 G 57 W 67 g 77 w
28 ( 38 8 48 H 58 X 68 h 78 x
29 ) 39 9 49 I 59 Y 69 I 79 y
2A * 3A : 4A J 5A Z 6A j 7A z
2B + 3B ; 4B K 5B [ 6B k 7B {
2C , 3C < 4C L 5C \ 6C l 7C
2D - 3D = 4D M 5D ] 6D m 7D }
2E . 3E > 4E N 5E ^^ 6E n 7E
2F / 3F ? 4F O 5F _ 6F o 7F
||
∼∼
38
Page 39
APENDIX II (LIST OF TERAOKA CODE)
Code Chara. Code Chara. Code Chara. Code Chara. Code Chara.
00 Space 20 T 40 @ 60 80
01 A 21 U 41 ! 61 81
02 B 22 V 42 “ 62 82
03 C 23 W 43 # 63 83
04 D 24 X 44 $ 64 84
05 E 25 Y 45 % 65 85
06 F 26 Z 46 & 66 86
07 G 27 , 47 / 67 87
08 H 28 . 48 ( 68 88
09 I 29 - 49 ) 69 89
10 J 30 0 50 ‘ 70 90
11 K 31 1 51 Æ 71 91
12 L 32 2 52 Ä 72 92
13 M 33 3 53 Ø 73 93
14 N 34 4 54 Ö 74 94
15 O 35 5 55 Ã 75 95
16 P 36 6 56 Ê 76 96
17 Q 37 7 57 Á 77 97
18 R 38 8 58 78 98
19 S 39 9 59 79 99 CR
39
Page 40
DI-80 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 two (2) years.
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
1
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