-Power ON/OFF Switch -Fuse : AC 250V 2A -AC IN : AC86~265V Power In 1,2 - OPTION BOARD install slot. - ANALOG out, Serial I/F, etc CELL CONNECTOR (N-16) -EXC + (+5V) PIN1 (RED) -EXC - (-5V) PIN2 -SIG+ PIN3 (GREEN) -SIG- PIN4 (BLUE) -SHIELD PIN5 (SHEILD) Input - Digital Input Signal terminal Refer to “F-function 11”. Terminal -RS-232C/CURRENTLOOP (Standard Installed) ( GND,TXD1,CL1,CL2,RXD,GND,TXD ) (Digital Lock Pin) - Insert “Lock Pin Header”, to protect “F-function” data and other settings from Electric Noise effect. - To change the setting, please remove the “Lock Pin Header”. 4. INSTALLATION 4-1. External Dimension & Cutting Size (External Dimension) (unit : mm)
F83 Analogue output setting Under option installed F89 Span Value check F90 Date check / change F91 Time / change 5-6. Function List detailed information. Set-Up / Calibration Mode Selection F00 Clear Set-Up mode Enter Calibration Mode Decimal Point Setting F01 ● 0 No Decimal point 1 1st place under Zero (0.0) 2 2nd place under Zero (0.00) 3 3rd place under Zero (0.000) Back up mode selection F02 ● 0 Normal mode 1 Back up mode setting F03 5 0 ∫ 9 This is set “Steady” acceptable range of weighing part. If there is vibration on weighing part, you can set this function and reduce the vibration effect on weighing process. 0 : Weak vibration ∫ 9 : Strong Vibration Zero setting
F04 5 0 ∫ 9 Due to external causes(Temperature, wind, and dust), there are small weight difference, indicator will ignore the weight difference and display Zero. For this compensation function, indicator will estimate the weight difference is over the set range during fixed time period. If there is large weight difference over set range within fixed time period, the “Zero” is breaking and will find new zero point. Auto Zero Range setting F05 00 00 ∫ 99 Within the “Auto Zero” weighing part is steady, indicator will display current weight as “Zero” If the weighing part is not “Steady”, indicator will display current weight. ( : ± Set + weight unit) Digital Filter setting F06 15 00 ∫ 49 set value for weak vibration Large set value for strong vibration set value more sensitive Zero /Tare key Operation mode selection F07 ● 0 Activate when “Steady” condition, only 1 Always activated Zero key selection F08 0 Activated within 2% of Max. Capacity 1 Activated within 5% of Max. Capacity 2 Activated within 10% of Max. Capacity ● 3 Activated within 20% of Max. Capacity 4 Activated within 100% of Max. Capacity Tare key selection F09 0 Activated within 10% of Max. Capacity 1 Activated within 20% of Max. Capacity 2 Activated within 50% of Max. Capacity ● 3 Activated within 100% of Max. Capacity “Hold” Mode selection F10 ● 0 Peak Hold : Measure Max. weight and hold on display. 1 Sample Hold : Hold current weight until “Hold Reset”. 2 Average Hold : Make average during 3sec, and hold display 3 Average Hold : Make average during 5sec, and hold display 4 Average Hold : Make average during 8sec, and hold display
External Input Selection F11 Set Input 1 Input 2 Input 3 Input 4 ● 0 Zero TARE TARE RESET 1 Zero HOLD HOLD RESET 2 Zero TARE/RESET SUB-Total Print 3 Zero HOLD HOLD RESET 4 Zero SUB-Total Print 5 Zero TARE TARE Net/Gross Weight 6 Zero Print SUB-Total SUB TOTAL DELETE 7 Zero Print GRAND TOTAL DELETE Code No. setting F12 ● 0 Fixed Code No. 1 Increase Code No., whenever finish one weighing process 2 Decrease Code No., whenever finish one weighing process Serial No. key Operating Selection F13 ● 0 S/N key Activate – Use S/N key function 1 S/N key Deactivate – Not use S/N key function Hold “Off” time setting F14 00 00 ∫ 99 Time setting of the “Hold Off” After set time, Hold function will be off automatically. Communication setting Parity Bit selection Mode F30 ● 0 No Parity 1 Odd Parity 2 Even Parity Serial Communication selection Total
1 Automatic Delete Mode After SUB/GRAND Total Print, Automatically Deleted. Paper Withdraw Rate setting (After Finish Printing process) F54 4 0 ∫ 9 Whenever set value increased, 1line will be added. Printer Line Interval Selection (Only for Continuous Printer format) F55 1 0 ∫ 9 Whenever set value increased, 1line will be added. SUB Print Mode Selection F56 ● 0 Normal Mode 1 Normal Mode + Average total value print Printing Language Selection F57 ● 0 KOREAN 1 ENGLISH Print Delay time Setting F58 00 00 ∫ 99 00 : No Delay time 99 : 9.9sec later, print output BCD output Selection F60 ● 0 Positive output 1 Negative output Average Display Selection F63 00 00 ∫ 99 00 : Not Use Average Display 99 : High Set value could be caused late display speed. Steady LED Status Lamp Delay time setting F64 00 00 ∫ 99 00 setting : No delay for the Steady LED lamp 99 setting : Delay during 9.9sec, and LED lamp will be ON. Tension and Compression setting
1. READ COMMAND [Start(STX ), End(ETX ), Succeed(ACK ), Failed(NAK )] RxD & TxD Transfer & Response display Command PCIndicator Format (ASCII) (HEX) Date Data Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Time Data Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Serial No. Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Code No. Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Part No. Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) TARE weight value Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Current Weight value Response from Indicator (ASCII) (HEX) Remark STX(1) ID(2) Command(4) Status1(2) Status2(2) Symbol(1) Weight (Include decimal Unit(2) ACK(1) ETX(1) = Total 23 BYTE PCIndicator Format (ASCII) (HEX) Sub-Total Data Response from Indicator (ASCII) (HEX) Remark STX(1) ID(2) Command(4) P/N(2) Code(6) Sub-Total times(6) Sub-Total Weight(8) ACK(1) ETX(1) = Total 31 BYTE PCIndicator (ASCII) (HEX)
Format Data Response from Indicator (ASCII) (HEX ) Remark STX(1) ID(2) Command(4) P/N(2) Code(6) Grand-Total times(6) Grand-Total Weight(10) ACK(1) ETX(1) = Total 33 BYTE PCIndicator Format (ASCII) (HEX) Weighing Condition Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Memorized Data Response from Indicator (HEX) Remark STX(1) ID(2) Command(4) Date(6) Time(6) P/N(2) Code(6) Sub-Total times(6) Tare(6) Current Weight(6) Grand-Total Weight(6) ACK(1) ETX(1) = Total 53 BYTE 2. WRITE COMMAND [Start(STX ), End(ETX ), Succeed(ACK ), Failed(NAK )] RxD & TxD Transfer & Response display Command PCIndicator Format (ASCII) (HEX) TARE input Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) TARE RESET Response from Indicator (HEX) PCIndicator Format (ASCII) (HEX) ZERO input Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Print input Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) ( HEX) Sub-Total Print Response from Indicator (HEX)
PCIndicator Format (ASCII) (HEX) Grand-Total Print Response from Indicator (HEX) PCIndicator Format (ASCII) (HEX) Date setting Remark STX(1) ID(2) Command(4) Date(6) ETX(1) Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Time setting Remark STX(1) ID(2) Command(4) Time(6) ETX(1) Response from Indicator (HEX) PCIndicator Format (HEX) Serial No. Change Remark STX(1) ID(2) Command(4) S/N(6) ETX(1) Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Part No. Change Remark STX(1) ID(2) Command(4) P/N (2) ETX(1) Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Code No. Change Remark STX(1) ID(2) Command(4) Code(6) ETX(1) Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Hold input Response from Indicator (ASCII) (HEX) PCIndicator Format (ASCII) (HEX) Hold Response from Indicator (HEX) PCIndicator (ASCII)
output TEST 6. External Input)TEST Mode that external input is normal or not TEST 7. Un-Calibrated Analogue TEST Mode the pure analogue value when not calibration you installed Analogue Option card, you can test Analogue output test with “TEST 2” mode. (Please check detailed information) Enter to TEST Mode Turn on the power with pressing key. Then, display will show , then , and then press No. key and move to the certain TEST mode. Exit from TEST Mode Press key to exit from each TEST mode. Then, display will show Under TEST 3. mode, press key to exit . 2. Error and Treatment 2-1. Load Cell Installation Error Cause Treatment Remark Weight Value is unstable 1). Load cell broken 2). Load cell isolation resistance error 3). Weighing part touches other devices or some weight is on the weighing part 4). Summing Error 1). Measure input/output resistance of Load cell. 2). Measure Load cell isolation resistance 3) Check attach point with other devices. 1).Input Resistance of “EX+” and “EX-“ is about 350Ω~450Ω. 2). Output Resistance of “EX-“ and “EX+” is about 350Ω. 3). Isolate Resistance is more than 100Ω
Weight Value is increased regular rate, but not return to “Zero” 1). Load cell Error 2). Load cell connection Error 1). Check Load cell connection 2). Measure Load cell Resistance Weight Value is increased to under Zero Load cell Output wire (SIG+, SIG-) is switched Make wire correction “UN PASS” display Load cell broken or Indicator connection Load cell Load cell connection Check Power was “ON” when some weight is on the load cell? Remove weight on the Load cell “OL” or “UL” display 1). Load cell broken or Indicator connection Error 2). Loading over than Max. Capacity 1). Load cell 2). Load cell connection 3). Remove over loaded weight 2-2. Calibration Process Cause Treatment Err 01 When Max.capacity/digit value is over 20.00 Re-input the Max. Capacity, less than 20.00 (Max. Capacity / Digit) Err 04 Standard weight value is over than Max. Capacity Re-input Standard weight value with Number keys, under Max. Capacity Err 05 Standard weight value is less than 10% of Max. Capacity Re-input Standard weight value with Number keys, more than 10% of Max. Capacity Err 06 1. Amp. Gain is too big 2. Sig+ and Sig- wire connection error 3. Test weight is not loaded standard weight’s weight with set value. If there is difference between set value and real weight, please re-input the value (set value is too small)