DS 1260 User manual

-I-
Weighing Indicator
(Ds-1260)
Operation Manual
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DS LOAD CELL

-II-

-III-
WEIGHT DS-1260
12 3
ZERO TARE
456
SP1 SP2 SP3
789
SP4
CLR 0 SET/
CAL
1) LAMP.
- ZERO : IN CASE THE WEIGHT IS “0”, THE O-POINT LAMP IS INDICATED.
- TARE : IN CASE THE VESSEL HAS THE WEIGHT, IT IS LIGHTED.
- SP 1 : IN CASE (+) WEIGHT VALUE IS LARGER THAN SP1.
IT BECOMES LAMP-ON.
- SP 2 : IN CASE (+) WEIGHT VALUE IS LARGER THAN SP2.
IT BECOMES LAMP-ON.
- SP 3 : IN CASE (+) WEIGHT VALUE IS LARGER THAN SP3.
IT BECOMES LAMP-ON.
- SP 4 : IN CASE (+) WEIGHT VALUE IS LARGER THAN SP4.
IT BECOMES LAMP-ON.
2) DISPLAY & KEY BOARD
- WEIGHT DISPLAY : IT INDICATES THE WEIGHT.
- KEY BOARD : IT IS USED WHEN SP1, SP2, SP3 AND SP4 ARE SET.

-IV-
1) POWER S/W.
2) FUSE 250V 0.5A.
3) DATA OUT (OPTION)
- ANALOG-OUT (1 OPTION AMONG 0-5V, 0-10V, 4-20mA)
4) ADJUST
- THERE IS DIP S/W FOR ZERO POINT AND SPAN. (1-6ZERO POINT AND 7-8 SPAN)
5) AC-IN
- THE USABLE VOLTAGE OF DS-1260 IS THE DOUBLE USE OF AC110V/220V,
AND THUS CAN BE ADJUSTED. BEFORE THE POWER IS APPLIED,
BE SURE TO CONFIRM THE USABLE VOLTAGE, AND THEN WHEN THE CHANGE-OVER
IS REQUIRED, OPEN THE CASE, AND THEN ADJUST THE CHANGE-OVER SWITCH
NEXT TO THE FOLLOWING TRANSFORMER.
* NOTE) IT IS ADJUSTED TO 110V IN THE DELIVERY OF PRODUCTS.
6) RELAY OYT : OUTPUT SP1, SP2, SP3, SP4.
7) IN-PUT : INPUT GROSS/NET, TARE, HOLD, ZERO.
8) RS232C & CURRENT LOOP PORT ( RS232C, CURRENT LOOP TO BE OPTION ).
9) LOAD CELL : 1. EX+ ( RED )
2. EX- ( BLACK )
3. SIG+ ( WHITE )
4. SIG- ( GREEN )
5. SHLD

-V-
1) OUTLINE
-WHATISSETUP?
IT MEANS THAT THE FUNCTION OF EQUIPMENT IS PROPERLY SELECTED
IN ACCORDANCE WITH THE USABLE PURPOSE.
- CALIBRATION
THIS IS THE WORK WHICH INDICATES THE CORRECT WEIGHT BY
THE ADJUSTMENT OF “0” POINT PASSAGE SCOPE AND THE SCALE.
2) METHOD
- IN ORDER TO USE PROPERLY UPON THE PURPOSE OF EQUIPMENT, BE SURE
TO PERFORM THE SETUP FIRSTLY, AND THEN TO PERFORM THE CALIBRATION.
(1) WHEN IT BECOMES “POWER ON” AT WHICH “3” OF FRONT PANEL IS
PRESSED WITH POWER ON MODE, THE LETTERS OF “TEST” IS INDICATED IN
THE DISPLAY.
IN THIS TIME, WHEN “3” IS PRESSED AGAIN, THE INDICATOR SHOWS SETUP,
CALIBRATION ( S&C MODE ).
(2)INCASEITWILLBEENTEREDFROMNORMALMODETOS&CMODE,
WHEN “SET/CAL” IS CONTINUOUSLY PRESSED MORE THAN 3 SECONDS,
IT BOCOMES S&C MODE, AND THE INDICATOR SHOWS THE LETTERS LIKE
THE ABOVE (1) SECTION.
THISMEANSTHATITASKSUSERTOSELECTWHICHMODEOFSETUP,
CALIBRATION AND USER MODE, AND THUS IN CASE THE SETUP IS SELECTED,
PRESS “CLR” IN THE
LOWER LEFT SIDE ON KEY BOARD, IN CASE OF CALIBRATION,
PRESS “SET/CAL” IN THE RIGHT SIDE, AND IN CASE OF NORMAL MODE,
THAT IS TO SAY, USER MODE, PRESS “0” IN THE LOWER CENTER.

-VI-
3) SET-UP ( F-FUNCTION AND SETTING )
F-Function FUNCTION CONTENTS
F00 S & C MODE CHANGE-OVER
F01 DECIMAL POINT POSITION
SETTING-UP
0, 1, 2, 3, LESS THAN(0, 0.0, 0.00,
0.000) THE DECIMAL POINT
F02 WEIGHT BACK-UP Normal, Back - UP
F03 ZERO TRK, SCOPE SETTING-UP 0 3～
F04 MOTION AND SCOPE SETTING-UP COMPENSATING THE MOMENT
MOTION OF 2, 5, 10 DIGIT
F05 AUTO-ZERO (AUTOMATIC ZERO) 00 99(AUTOMATIC ZERO SCOPE)～
F06 DIGITAL FILTER 0-9 (MOTION REDUCTING)
F07 VESSEL KEY OPERATION MODE STABLE & NON-STABLE
OPERATION MODE
F08 ZERO KEY OPERATION MODE STABLE & NON-STABLE
OPERATION MODE
F16 HOLD MODE PEAK, SAMPLE MODE
F17 HOLD INPUT MODE PULSE, LEVEL
F18 SAMPLE HOLD MODE MANUAL & AUTOMATIC
F20 PARITY MODE EVEN, ODD, NO PARITY BIT
F21 TRANSMISSION MODE STREAM, AUTO PRINT, PRINTKEY
F22 STABLE & NON-STABLE MODE STABLE & NON-STABLE DATA OUT
F23 TRANSMISSION METHOD RS232C, COMMAND MODE
F24 ID NUMBER NAME OF DEVICE (1-99)
F25 TRANSMISSION SPEED 300-9600 BPS
F99 WEIGHT-ADJUSTING CONSTANT
AMENDING MODE

-VII-
(1) SETUP-SETTING
WHEN “CLR” IS PRESSED ON S&C MODE, THE INDICATOR SHOWS "F01-XX".
“F” ON THE INDICATOR IS THE ABBREVIATION OF FUNCTION OF SETUP
MODE, AND THE NUMBER OF FURTHER 2 FIGURE, SHOWS THE FUNCTION NUMBER.
THE NUMBER OF THE LAST 2 FIGURE SHOWS THE SETTING - UP OF
FUNCTION ON THE RELEVANT F.N. AS THE NUMBER, AND THEN IN THE CHANGE,
IT CAN BE INPUT AS THE NUMBER.
- SETTING-UP METHOD
THE NUMBER OF FUNCTION DESIRABLE IS INPUT WITH THE NUMERICAL KEY,
AND THEN “CLR” KEY IS PRESSED.
THE CURRENTLY-SET-UP VALUE IS INDICATED IN THE LAST 2 FIGURE,
AND THE NUMBER, WHICH INTENDS TO BE CHANGED, IS INPUT, AND THEN
“SET/CAL” KEY IS PRESSED.
IF SO, IT IS MEMORIZED TO THE DEVICE-INNER-MEMORY.
WHEN “CLR” IS CONTINUSOULY PRESSED, IT IS GONE OVER THE NEXT
FUNCTION NUMBER.
AFTER THE INPUT OF NUMERICAL KEY, ONLY WHEN “SET/CAL”
SURELY PRESSED, THE NEW DATA IS ENTERED INTO THE MEMORY.
WHEN SETUP MODE IS CHANGED OVER S&C MODE, “0” + “CLR” KEY IS PRESSED.

-VIII-
* SET-UP ( F-FUNCTION AND SETTING )
DECIMAL POINT
F01
00
10.0
● 2 0.00
3 0.000
Weight Back-up
F02 ● 0 Normal Mode
1 Back-up Mode
NOMAL:THE WEIGHT IN NOT MORIZED. 󰠐
BACK-UP:IT KEEPS THE UNDER WEIGHING, AS IT STANDS,
IN THE POWER FAILURE. 󰠐
NOTE) AFTER ADJUSTING THE WEIGHT IN THE NOMAL
BACK-UP : STATE, SET UP IT TO BACK-UP MODE.
ZERO TRACKING
F03 1
0
∫
3
ZERO TRACKING : IF THE WEIGHT IS CONTINUOUSLY SHANGED 󰠐
EVEN IN THE SMALL VALUE FOR ANY RERASONS, THERE
MOTION BAND
F04 1
0
∫
3
LARGE, AND IT IS SMALL IN CASE THE
SETTING-UP VALUE IS LARGE
THIS COMPENSATES THE MOMENTARY MOTION, AND THUS
IF THE SETTING-UP VALUE IS SMALL, THE MOTION IS
AUTO ZERO
F05 00
00
∫
99
IN CASE THERE IS THE REST AND F-05 VALUE TO BE
“10”, THE ZERO POINT
AFTER WEIGHING, THE WEIGHTIS AUTOMATICALLY
WORKED UNTIL 1-10G. IS INDICATED AS “0”
* SETTING-UP METHOD
EX) IF TOTAL WEIGHT IS SET TO BE 3KG/1G,
DIGITAL FILTER
F06 ●
0
1
IT IS USED WHEN THE MOTION OF WEIGHING WEIGHT
IS REDUCED.

-IX-
VESSEL KEY OPERATION MODE
F07
●0STABLE VESSEL KEY
1NON-STABLE VESSEL KEY
* MAKING THE VESSEL KEY TO PERFORM THE STABLE & NON-STABLE OPERATION
ZERO-POINT KEY OPERATION MODE
F08
●0STABLE VESSEL KEY
1NON-STABLE VESSEL KEY
* MAKING THE ZERO KEY TO PERFORM THE STABLE & NON-STABLE OPERATION
HOLD MODE
F16
●0PEAK HOLD SAMPLE MODE
1SAMPLE MODE
HOLD INPUT MODE
F17
●0ON & OFF PULSE TYPE
1LEVEL TYPE
SAMPLE HOLD MODE (EXCEPT FOR PEAK HOLD)
F18
●0MANUAL (STABLE & NON-STABLE OPERATION)
1AUTOMATIC (STABLE OPERATION)

-X-
SPAN ADJUSTING CONSTANT AMENDING MODE.
F99
ADJUSTING METHOD
IF THE NUMERICAL KEY 99 IS PRESSED IN
THE SET-UP MODE, AND THEN CLR KEY IS PRESSED,
THE CONSTANT IS INDICATED IN THE WEIGHT. IN THE AMENDMENT,
DO NOT REGARD THE DECIMAL POINT, AND THEN PRESS SET/CAL KEYAFTER
THE INPUT.
NOTE) 1. IF THE CONSTANT IS AMENDED AT RANDOM, THE WEIGHT BECOMES
FALSE, AND THUS IT IS NOT AMENDED AT RANDOM.AND,WHEN
THE CONSTANT IS REMOVED, IT IS INPUT.
2. PERFORM THE MEMO OF CONSTANT VALUE INDICATED IN
THE ADJUSTMENT OF WEIGH
*. ZERO & WEIGHT ADJUSTING DIP
BASIC ZERO : 30000,± 4000
ZERO & SPAN ADJUSTING DIP S/W
12345678
󰠞󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠠
󰠨 󰠆󰠏󰠏󰠇󰠏󰠏󰠇󰠏󰠏󰠇󰠏󰠏󰠇󰠏󰠏󰠇󰠏󰠏󰠇󰠏󰠏󰠇󰠏󰠏󰠈 󰠨
󰠨󰠐■󰠐󰠐■󰠐■󰠐■󰠐■󰠐■󰠐■󰠐󰠨
󰠨󰠐 󰠐■󰠐󰠐󰠐󰠐󰠐󰠐󰠐󰠨
󰠨 󰠌󰠏󰠏󰠍󰠏󰠏󰠍󰠏󰠏󰠍󰠏󰠏󰠍󰠏󰠏󰠍󰠏󰠏󰠍󰠏󰠏󰠍󰠏󰠏󰠎 󰠨
󰠤󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠧󰠦
󰠐󰠐󰠐󰠐
󰠌󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠏󰠎 󰠌󰠏󰠏󰠏󰠎
ZERO SPAN (WEIGHT)

-XI-
2) CALIBRATION METHOD
IF “SET/CAL” IS PRESSED ON S&C MODE, THE INDICATOR SHOWS “D XX”.
THE CALIBRATION IS DIVIDED TO 7 STEPS, AND THEN WHEN EACH STEP
IS DONE IN ORDER, AND THE LAST “END” IS INDICATED, THE PERFECT
CALIBRATION GETS TO BE FINISHED.
BE SURE TO USE “SET/CAL” KEY FOR THE PROGRESS OF EACH STEP,
AND “CLR” KEY FOR MOVING MODE TO THE FORMER STEP.
1. STEP : SETTINT-UP THE VALUE OF 1 SCALE (D)
2. STEP : SETTING UP THE WHOLE WEIGHT (CAPA)
USE THE NUMERICAL KEY AND PERFORM THE INPUT.
IF “SET/CAL” KEY IS PRESSED IN THE COMPLETION OF INPUT, IT IS
ENTERED INTOMEMORY, AND AT THE SAME TIME, IS TOWARD THE NEXT STEP.
3. STEP : IT INDICATES DEAD LOAD. (DEAD)
THE INDICATOR SHOWS THE CURRENT ZERO STATE, AND THEN DEVICE SO AS
THAT THIS VALUE CA HAVE THAT BETWEEN 1000-9000. (THE VALUE OF ZERO
DESIRALE IS 5000.)
4. STEP : ENTER THE INPUT OF WEIGHT OF SCALE FOR SPAN ADJUSTING (SPAN).
HOWEVER, BE SURE TO SET UP THE VALUE WHICH IS SIMILAR TO TOTAL.
WEIGHT OR IS MORE THAN 80% OF TOTAL WEIGHT AT LEAST.
5. STEP : SHOWING “UP” IN THE INDICATOR. (UP)
PUT THE SPAN ADJUSTING SCALE ON LOAD CELL.
6. STEP : SPAN ADJUSTING CONSTANT CALCULATION
IT CALCULATION THE CONSTANT AND SHOWS THE CONSTANT VALUE ON THE
INDICATOR. IF THIS PRICE IS LARGER THE “2.5, XXXX”, THE INDICATOR
SHOWS ERR-6.
THE CONSTANT VALUE DESIRABLE IS THAT BETWEEN 0.5-1.
IN CASE THE CONSTANT FOR SPAN ADJUSTING IS DELELTED, THE CALIBRATION
IS NOT DONE, AND THEN THE WEIGHT CAN BE ADJUSTED AS IT MEMORIZES
THE CONSTANT FOR SPAN ADJUSTING. (TO ADJUST THE WEIGHT IS F-99)
7. STEP : THE CALCULATION OF CONSTANT IS COMPLETED, AND THEN THE CONSTANT
VALUE IS INDICATED. AND THE, “END” MSG IS INDICATED, AMD IF THE SCALE
IS TAKEN OFF, AND “SET/CAL” KEY IS PRESSED, IT IS OPERATED TO
NORMAL MODE (USER MODE).
DIP SW7-8 IS ADJUSTED FOR LOAD CELL GAIN ADJUSTING.

-XII-
3) ERROR
- ERR-01----SETTING-UP MORE THAN 1/10000 (1 SCALE VALUE/TOTAL WEIGHT)
- ERR-02----THE SCALE-WEIGHT-SETTING-UP VALUE IS LAGER THAN THE
SETTING-UP VALUE OF TOTAL WEIGHT.
- ERR-03----THESCALE-WEIGHT-SETTING-UP VALUE IS SMALLER THAN 80% OF
TOTAL-WEIGHT SETTING-UP VALUE.
- ERR-04----THE MOTION OF WEIGHT OCCURS IN THE CALCULATION OF
CONSTANT VALUE.
- ERR-05----THE SPAN IS LARGE. (TURNONSPAN-ADJUSTINGDIPS/W7OR8.)
- ERR-06----THE SPAN IS SMALL. (TURN ON SPAN-ADJUSTING DIP S/W 7 OR 8.)
- ERR-07----IT IS OUT OF THE SCOPE OF DATA IN SETUP.
IF THE ERRO OCCURS, IT INDICATES THE OCCURRENCE NUMBER OF EACH
ERRORFOR 3 SECONDS, AND THEN IS REVERTED TO THE STATE
BEFORE THE OCCURRENCE OF ERROR, AND THEREFORE IS INPUT AGAIN.
* NOTE) IN CASE THE CALIBRATION IS STOPPED BY THE POWER FAILURE OR
THE ERROR DURING THE ACTING OF CALIBRATION, THE ABNORMAL STATE CAN
BE DONE IN THE NORMAL STATE, AND THEREFORE YOU ARE KINDLY
REQUESTED TO CONFIRM IT.