Excell EX2005 Operation & User’s Manual

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CONTENT Safety...................................................................................................................................3 Features...............................................................................................................................3 Chapter 1 Front and Rear Panel Specifications..........................................................................4 1-1 Front panel .............................................................................................................4 1-2 Rear panel..............................................................................................................4 1-3 Keypad Description ................................................................................................5 1-4 A/D Conversion.......................................................................................................5 1-5 Power supply..........................................................................................................5 1-6 Dimensions.............................................................................................................6 Chapter 2 General Function Guide......................................................................................7 2-1 Function Setup and Operation Procedures ............................................................7 2-2 Error Messages (Display in General Function setting) ...........................................8 2-3 Function Setting .........................................................................10 Chapter 3 Calibration.........................................................................................................13 3-1 Load Cell Connection ...........................................................................................13 3-2 Parameter Setting and Calibration Flow Chart .....................................................14 3-3 MODBUS Calibration............................................................................................16 3-4 Specification calibration .............................................................17 3-5 General Calibration ....................................................................19 3-6 Linearity calibration ....................................................................20 3-7 Digital calibration ....................................................................22 Chapter 4 Weight Comparison Procedures .......................................................................23 4-1 Function Configuration Menu ...............................................................................23 4-2 Check Weighing Configuration .............................................................................26 4-3 Batching Signal Outputs .......................................................................................29 4-4 Normal batching flow chart (SQ-01=1) .................................................................30 4-5 Loss-in Weight flow chart (SQ1=2).......................................................................31 4-6 Hi, OK, Lo output flowchart...................................................................................32 4-7 Normal batching (built-in program) flowchart (SQ-01=4) ......................................33 4-8 Loss-in Weight (built in program) (SQ-01=5) ........................................................34 4-9 Hold mode (SQ-01 = 6) ........................................................................................35 4-9-1 Hold mode flow chart .................................................................................36 4-9-2 Hi, OK, Lo comparison ...............................................................................37 4-10 Totalizing (ACCU.) Auto / Transmit .....................................................................37

Chapter 5 Interface ............................................................................................................38 5-1 Serial Input / Output Interface (default OP-01) .....................................................38 5-2 BCD parallel output interface (OP-02) ......................................46 5-3 Analogue Current / Voltage Output Interface (OP-03) ..........................................48 5-4 External Parallel Input / Output Interface..............................................................50 Chapter 6 Maintenance......................................................................................................55 6-1 Restore All Parameters to Their Default Factory Values.......................................55 6-2 Maintenance Function Parameters.......................................................................55 6-2-1 Restore the function parameter back to its default value............................56 6-2-2 Clear zero compensation and TARE values...............................................56 6-2-3 Clear batch setting .....................................................................................56 6-2-4 Display zero voltage (mV/V).......................................................................56 6-2-5 Clear batch setting .....................................................................................56 6-3 Test mode.............................................................................................................57 6-3-1 7-Segment display testing..........................................................................58 6-3-2 Keypad and calibration SW testing ............................................................58 6-3-3 Display A/D internal value display ..............................................................58 6-3-4 RS-232 serial loop back testing..................................................................58 6-3-5 EEPROM memory testing ..........................................................................58 6-3-6 Option interface card testing ......................................................................58 Appendix 1 Description of 7-Segment Characters.............................................................60 Appendix 2 Function Table.................................................................................................61 Appendix 3 MODBUS Data Address Table I ......................................................................70 Appendix 4 MODBUS Data Address Table II .....................................................................71 Appendix 5 Examples for Input and Output of Modbus......................................................72

Safety � When the instrument is installed, connect an earth bonding conductor from FG to the earth connection marked “ ”. � Disconnect the mains power supply before opening the instrument housing. � To install the optional interface cards, it is necessary to disconnect the mains power supply and fit a yellow/green earth bonding cable to the rear panel. � Before turning the power on ensure the supply voltage is within the acceptable range, DC24 V. � The operating ambient temperature range is 0 oC ~ 40 oC (32 °F ~ 104 °F). Features EX2005 has a wide range of applications from batching to simple weighing. Features: � Stand alone batching mode or connect to PLC for external system control � Built in batching / dosing functions � Manual / automatic discharge operation � Set cycle times in a batch � Totalise weight and number of cycles � Key in the signal voltage value (mV / V) directly via the keypad, no need to apply any weight to the bottom work to calibrate the weigher � Display load cell output voltage (mV / V) for future maintenance � Adjustable filter � RS232C bi-directional and RS485 communication � Built-in MODBUS (RTU) format Interface options: � OP-01 RS-422 / RS-485 / RS-232 serial interface � OP-02-1 BCD parallel output interface (Open collector output) � OP-02-2 BCD parallel output interface (TTL output) � OP-03 16 Bit Analogue current/voltage output interface (4 ~ 20 mA / 0 ~ 10 V) � OP-04 Control I/O (4 In / 4 Out) + Setpoint In (BCD code) � OP-05 Control I/O (8 In / 8 Out)

Chapter 1 Front and Rear Panel Specifications 1-1 Front panel Display • 6 digits, bright red, 7 segment LED display, character height 16mm (0.63”). • Display can be switched between Gross Weight / Net Weight / Totalised Weight / Number of transactions in the total. Indication icons “◄” ZERO ◄ : Zero Indication MD ◄ : Unstable weight Indication GROSS ◄ : Gross weight Indication NET ◄ : Net weight Indication ♦ The indicator is supplied with suitable labels to customise the icon displays. ♦ Refer to FNC-06 ~ FNC-09 for the various options available. Weighing Units � Weighing Units kg / g / t / lb. 1-2 Rear panel � Calibration Switch set to the left is “OFF” and to the right is “ON” Terminal Block Calibration Switch � 13 Way Terminal Block 1st FG 2nd DC+ 3rd DC- 4th NC 5th TX 6th RX 7th SG 8th E+ 9th SEN+ 10th E- 11th SEN- 12th SIG + 13th SIG - Display Area Weight Unit Indication

1-3 Keypad Description : When entering data or reference setting, it means “ESC”. In the normal operation, it puts the indicator in standby mode or escape. Entering standby mode: All of the display (except ZERO “3” symbol) and serial data output are disabled. Escape from standby mode: Re-power on mains for normal operation. � Function FNC-03 can be used to selectively disable individual keys. � Zero operation, will be limited by functions CSP-05 and CSP-10. � Zero operation, will be limited by functions CSP-10 and CSP-11. 1-4 A/D Conversion * Input Sensitivity * Internal Resolution * Max. Sampling Speed * Application Range * Load Cell Excitation Voltage : Over 0.12μV/d : 1 / 1 000 000 : 120 times/s. : - 0.1 ~ 4.0 mV / V : 5 V DC ±5%, 120 mA (Up to eight (8) 350 Ω load cells can be connected) 1-5 Power supply ♦ DC24 V ♦ Power consumption is about 10 VA : When parameter setting, it moves the flashing digit left. In the normal mode, it performs a Zero operation. : When parameter setting, it moves the flashing digit right. In the normal mode, it performs a semi-auto Tare operation. : When parameter setting, it increments the flashing digit or steps up the select item. In the normal mode, it accesses the FNC-05 setting. : When parameter setting, it decrements the flashing digit or steps down the select item. In the normal mode, it accesses the FNC-04 setting. : Confirm / enter key.

Chapter 2 General Function Guide 2-1 Function Setup and Operation Procedures Function Operation Display Description Enter calibration mode Turn the calibration switch to “ON” See 3-2 for details Enter function setting Press not release, then press key after the power is turned on See 2-2 for details Reset all parameters back to default Turn the power on then turn the calibration switch to “ON” then press and hold the and keys during the self-testing sequence . See 6-1 for details Reset general function parameters back to default Turn the power on and press and keys during self-testing sequence See 6-2-1 for details Clear zero point compensation and tare value Turn the power on and press and keys during self-testing sequence, and then press key See 6-2-2 for details Clear setpoint parameter setting Turn the power on and press and keys during self-testing sequence, and then press two times See 6-2-3 for details Value of zero point voltage(mV / V) Turn the power on and Press and ,then press key three times See 6-2-4 for details Value of Span voltage (mV / V) Turn the power on and Press and , then Press key See 6-2-5 for details Entering to test mode Turn the power on and press and keys during self-testing sequence . See 6-3 for details

Function Operation Display Description Check weighing setpoint parameter setting Press the key to set the parameter of FUNC.4 to 1 in the normal mode . or . See 4-2 for details � Key actions in function set up mode ⇒ Increases the number of the flashing digit ⇒ Decreases the number of the flashing digit ⇒ Moves the flashing digit one space to the left ⇒ Moves the flashing digit one space to the right ⇒ Saves the configuration ⇒ Quits set up mode / Escape 2-2 Error Messages (Display in General Function setting) . ⇒ Load Cell output voltage < - 0.1m V / V or > 4mV / V . ⇒ Weight value ≤ previous weight value . ⇒ Actual measured weight value ≤ previous weight value . ⇒ Setting value 0 . ⇒ mV / V value entered > measuring range . ⇒ mV / V value entered is too small (SPAN – Zero < 0 mV / V) . ⇒ Displayed resolution is less than 0.12 μV / division

Function Setting First Serial Port Interface Second Serial Port Interface BCD Parallel Port output interface Analogue current / voltage output interface External parallel control input interface External parallel trip output interface � Function Setting Procedures With weight displayed press and hold the key. Then, press key See 5-1 for details See 5-2 for details See 5-3 for details See 5-1 for details See Function Setting 2-2 for details See Chapter 4 for details See 5-4 for details See 5-4 for details Set Point Procedure

2-3 Function Setting Press key Input desired Parameter code Press key Display shows the previous parameter code. Input the new code as required Press key To continue the next function setting or press key to escape ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape *Function Parameter code ⇒ Digital Filter I ⇒ Digital Filter II ⇒ Lock keypad function ⇒ “F” function setting ⇒ “F1” function setting ⇒ Front panel indication “◄” setting (first) ⇒ Front panel indication “◄” setting (second) ⇒ Front panel indication “◄” setting (third) ⇒ Front panel indication “◄” setting (fourth) ⇒ Terms of back to zero ⇒ Hold ⇒ Rate for display rewrite ⇒ Turn-on zero setting ⇒ Stand-by mode setting ⇒ Zero function record setting

� FNC Group function setting Setting value Item Function Parameter Description Default 0 5 Hz 1 4.17 Hz 2 2.5 Hz 3 2.08 Hz 4 1.25 Hz 5 1.04 Hz 6 0.63 Hz 7 0.52 Hz 8 0.31 Hz FNC-01 Digital Filter I 9 0.26 Hz 4 0 Disabled 1 2 3 4 FNC-02 Digital Filter II 5 Less filter Greater 2 0 Normal (lock disable) FNC-03 Key – Locked 000000 ↓ 111111 1 Close (lock enable) The bits and front panel key positions are related to each other 000000 FNC-04 “F” function setting 1 FNC-05 “F1” function setting Parameter ⇒ Description 0 ⇒ Display Net / Gross weight 1 ⇒ Setpoint parameter setting 2 ⇒ Tare reset 3 ⇒ Manual serial, parallel print output 4 ⇒ Start load 5 ⇒ Stop load 6 ⇒ Start comparison 7 ⇒ Unload command 8 ⇒ Totalise weight and counts command 9 ⇒ Clear totalised weight and counts 10 ⇒ Hold mode 11 ⇒ Escape Hold mode(I / O DSP) 12 ⇒ Convert to Gross / Net / totalised weight / totalised Count 0

Setting value Item Function Parameter Description Default FNC-06 Front panel indication “◄” setting (top) 0 FNC-07 Front panel indication “◄” setting (next to top) 1 FNC-08 Front panel indication “◄” setting (next to bottom) 2 FNC-09 Front panel indication “◄” setting (bottom) Parameter ⇒ Description 0 ⇒ Zero 1 ⇒ MD 2 ⇒ Gross 3 ⇒ Net 4 ⇒ Totalised weight (Accu. V) 5 ⇒ Totalised transactions (Accu. C) 6 ⇒ SP1 7 ⇒ SP2 8 ⇒ SP3 9 ⇒ Hi 10 ⇒ OK 11 ⇒ Lo 12 ⇒ Under 13 ⇒ Over 14 ⇒ Discharge 15 ⇒ Running 16 ⇒ Hold 3 0 5 d 1 10 d 2 20 d 3 40 d 4 60 d 5 80 d 6 100 d 7 150 d 8 200 d FNC-10 Return to zero band (d: refer to CSP-03) 9 250 d 0 0 Hold 1 Peak hold (positive 1) 2 Peak hold (negative) 3 Peak hold (absolute value) FNC-11 Hold 4 Peak hold (positive 2) 0 0 No limitation 1 20 times/s 2 10 times/s 3 5 times/s FNC-12 Rate for display rewrite 4 1 time/s 0

Setting value Item Function Parameter Description Default 0 Disable FNC-13 Turn-on zero setting 1 Enable 0 0 Disable all the functions under stand-by mode FNC-14 Stand-by mode setting 1 Only turn off display but not disable other functions under stand-by mode 0 0 Zero point record not saved into EEPROM FNC-15 Zero function record setting 1 Zero point record saved into EEPROM 0 Chapter 3 Calibration 3-1 Load Cell Connection

Specification Calibration Linearity Calibration Digital Calibration MODBUS Calibration 3-2 Parameter Setting and Calibration Flow Chart Calibration Switch ON Zero Point Voltage Calibration Span Voltage Calibration Select 1 Point for Weight Calibration (1P~5P) Calibration Switch OFF Calibration Completed Zero point Calibration Weight Calibration General Calibration

� Calibration process � Before the Linearity Calibration, the General Calibration should be completed. Calibration Switch set to ON Entering the specification calibration, see 3.4 for details Entering the General calibration, see 3.3 for details Entering the General calibration, see 3.5 for details Entering the linearity calibration, see 3.6 for details Entering the Digital calibration, see 3.7 for details Spec. Calibration General Calibration Linearity Calibration Digital calibration MODBUS Calibration

3-3 MODBUS Calibration 2 RS1-02 set as “4” (MODBUS RTU mode) RS1-07 set as “01” (address) Eg: Zero calibration Input 01050423FF007CC0 ← zero calibration Reading calibration status Input 0101004100565AC1D ← Refer to “Appendix 3: MODBUS data address table” The zero calibration is finished, and there should be no Err message appeared. Span calibration Input weight calibration value 3000 Input 0110044C0001020BB8EADE ← Input weight calibration value 3000 Put 3kg on the platter Span calibration Input 01050424FF00CD01 ← Span calibration Reading calibration status Input 0101004100565AC1D ← Refer to “Appendix 3: MODBUS data address table” The span calibration is finished, and there should be no Err message appeared. Press key Keep flashing

3-4 Specification calibration Press key Key in calibration code Press key Display shows the previous parameter code. Input the new code as required Press key To continue the next function setting or press key to escape ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape *Calibration parameter code ⇒Unit ⇒Decimal Point ⇒Min. Division ⇒Max. Capacity ⇒Zero Range ⇒Time of Zero tracking ⇒Range of Zero tracking ⇒Investigate period of unstable ⇒Investigate range of unstable ⇒Function Zero and Tare when the weight is unstable ⇒Tare function availability when gross weight is negative

Setting value Item Function Parameter Description Default 0 None 1 g 2 Kg 3 t CSP-01 Unit 4 lb 2 0 None 1 1 Decimal Point 2 2 Decimal Point CSP-02 Decimal Point 3 3 Decimal Point 0 1 2 5 10 20 CSP-03 Division 50 Division size 1 CSP-04 Max. Capacity 999999 ↓ 000000 Max. capacity 999999 CSP-05 Zero range 0 =full range (±1%~30%) Zero range = calibration zero point ± (Max. capacity×setting value %) 0 CSP-06 Time of zero tracking 0.0 ~ 5.0 (sec) Time and range of zero tracking should be use at the same time. If the time is set to 0.0, the zero tracking function is disabled 1.0 CSP-07 Range of zero tracking 0 ~ 9 Range of zero tracking = (setting value×½)D , D=min. division Range and time of zero tracking should be use at the same time. If the range is set to 0, the zero tracking function is disabled 2 CSP-08 Investigate time in stable 0.0 ~ 5.0 (sec) Investigate time and range should be use at the same time. If the time is set to 0.0, the investigate time is disabled 1.0 CSP-09 Investigate range in stable 0 ~ 9 Investigate time and range should be use at the same time. If the range is set to 0, the investigate range is disabled 2 0 Action CSP-10 Weight unstable, function ZERO and TARE 1 None 0 0 Action CSP-11 Gross Weight is negative, function TARE 1 None 0

3-5 General Calibration Set CAL switch to ON Select General Calibration Press Key Zero Calibration No weight on the platform or in the hopper Press the key Five sec. later Two sec. later Weight Calibration Use the front panel to key in the weight value Place the weight on the platform or inside the hopper After the weight is stable Press the key Five sec. later Calibration complete set calibration switch to the OFF position � Zero calibration only, press key to escape after the display shows . � Span calibration only, press key entering directly to span calibration after the display shows . � Please refer to error message during calibration of the display show . X . ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape kg kg . . . . . kg . . . . . kg

3-6 Linearity calibration Before the Linearity calibration, the General calibration should be completed. Set CAL switch to ON Select linearity calibration Press the key Select one of five calibration, and Press the key Press the key When stable, the display area shows the modified weight value � Please refer to the error message list if the display shows . X . ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left. ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape Use to select one of calibration points (1P~5P) : no setting value : with setting value Press the key Press the key Key in the correct weight value Press the key Press the key . . . . . . Finish the 1st calibration point setting. Either continues the second point calibration or press key to exit the linearity calibration process

� Display the setting value of linearity calibration Set CAL switch to ON Select linearity calibration Press the key Press the key Press the key � Clear the setting value of linearity calibration Set CAL switch to ON Select linearity calibration Press the key Press the key Press the key � Please refer to the error message list if the display shows . X . ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape Either continue to display the second point value or press key to exit the linearity calibration mode Use to select one of calibration points (1P~5P) : no setting value : with setting value Display the setting value of this calibration point Either continue to clear the second point value or press key to exit the linearity calibration mode The screen shows the setting Use keys to select one of calibration. (1P~5P) � No setting value � With setting value

3-7 Digital calibration Set CAL switch to ON Select Digital calibration Press the Key Two sec. later q Press the key Two sec. later Input the span voltage Press the key Two sec. later Enter the weighing capacity Press the key Calibration completed set calibration switch to the OFF position � Please refer to the error message list if the display shows . X . Example: Zero Voltage ⇒ 0.00036 mV/V(incl. dead load) Span Voltage ⇒ 2.90000 mV/V Capacity ⇒ 30 000 divisions ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape Weight mV/V Zero voltage (ZERO) Span voltage (SPAN) ( CAP. ) Capacity Zero voltage calibration. Span voltage calibration . . . . . Method 1 Input zero voltage Method 2 With no weight on the platform or in the hopper press the key to set zero. Display shows nothing after calibration

⇒ Batching mode ⇒ Batching start delay time ⇒ Compare SP1 & SP” waiting time ⇒ Batch finishes output signal delay time ⇒ Batch finish condition ⇒ Batch finish output signal duration ⇒ Supplementary load times ⇒ Supplementary loading gate open time ⇒ Supplementary loading gate closed time ⇒ Discharge start delay time ⇒ Discharge stop delay time ⇒ Discharge time ⇒ Restart delay time ⇒ Batching times ⇒ Weight completed value in Zero band ⇒ Hi, OK, Lo action mode ⇒ Auto totalise weight / counts ⇒ The parameter source for weight comparison ⇒ Weight comparison delay time ⇒ Tare auto ⇒ Discharge auto Chapter 4 Weight Comparison Procedures 4-1 Function Configuration Menu *Item code Press the key Select the desired menu code Press the key Display shows the existing parameter code. Input a new code as required Press the key Continue to another function Setting or press key to save and exit ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape

Functional Parameter Instruction Setting value Item Function Parameter Description Default 1 Normal batch 2 Loss-in weight 3 Comparison mode 4 Normal batch (Built-in program) 5 Loss-in weight (Built-in program) SQ- 01 Batching mode 6 Hold mode (Built-in program) 1 SQ- 02 Batching start delay time 0.0 ~ 25.5 (sec) The built-in auto-program starts the batch comparison procedure after the input of the batch start signal 0.0 SQ- 03 SP1,SP2 Waiting time comparison 0.0 ~ 25.5 (sec) No full flow comparison during this function’s set time period. If the set value is 0, indicates this function is not in use 0.0 SQ- 04 Batch finish output signal delay time 0.0 ~ 25.5 (sec) Output the batch finished signal after this delay time 0.5 0 Wait until the weight is stabilized SQ- 05 Batch finish Condition 1 No need to wait until the weight has stabilized 0 SQ- 06 Batch finish Output signal time 0.0 ~ 25.5 (sec) Batch finished output signal time. If set to 0, the output signal will be off until the next batch start 1.0 Batch finish signal ON SQ 04 OFF SQ 06 Batch finish SQ- 07 Number of Times the supplementary loading function operates 0 ~ 255 If the set value is 0, this function is not in use 0 SQ- 08 Supplementary loading gate open time 0.0 ~ 25.5 (sec) Must be coordinate with times of supplementary loading, (SQ- 07) 0.1 SQ- 09 Supplementary loading gate close time 0.0 ~ 25.5 (sec) Must be coordinate with times of supplementary loading, (SQ- 07) 1.0 Supplementary loading signal SQ- 08 SQ- 08 ON SQ- 09 SQ- 09 OFF SQ- 07 Times of “ON” of the supplementary loading

Setting value Item Function Parameter Description Default SQ- 10 Discharge start delay time 0.0 ~ 25.5 (sec) Delay time before Discharge signal is ON 0.0 SQ- 11 Discharge stop delay time 0.0 ~ 25.5 (sec) Delay time before Discharge signal is OFF 0.0 SQ- 12 Discharge time 0.0 ~ 25.5 (sec) Won’t activate internal discharge control function, if set to 0 0 Discharge input signal Weight reach zero band SQ- 10 Discharge output signal SQ- 11 SQ- 13 Restart delay time 0.0 ~ 25.5 (sec) Delay time before Restart signal is ON 1.0 SQ- 14 Batching counts 0 ~ 255 (times) Number of batch runs 0 ⇒ one batch only 0 0 No setting SQ- 15 Set the zero band in to final weighing value 1 Setting 0 0 Comparison anytime 1 To compare at batch finish 2 To compare at external input signal 3 To compare at batching finish and external input signal SQ- 16 Hi, OK, Lo 4 Comparison auto 0 0 Disabled SQ- 17 Auto totalise weight / counts 1 Enabled 0 0 Key in directly from front keypad SQ- 18 The parameter source in weight comparison 1 Input directly from rear interface 0 SQ- 19 Weight comparison delay time 0.0 ~ 25.5 (sec) Comparison delay time for Hi, OK, Lo 0.5 0 Press keypad TARE to TARE SQ- 20 TARE auto. 1 TARE auto 0 0 Input from external input or keypad SQ- 21 Discharge auto 1 Discharge auto + manual 0

4-2 Check Weighing Configuration 1. FNC-04 = 1, SQ-01 = 1, 2, 4 or 5 Press the key Display shows the existing Final value setting, Input new value as required. Press the key Display shows the existing SP1 value setting, Input new value as required. Press the key Display shows the existing SP2 value setting, Input new value as required. Press the key Display shows the existing Free Fall value setting, Input new value as required. Press the key Display shows the existing Over value setting, Input new value as required. Press the key ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape . . . . . . . . . . Display shows the existing Under value setting. Input new value as required. Press the key Display shows the existing Zero Band. setting. Input new value as required. Press the key

2. FNC-04 = 1, SQ-01 = 3 Press the Key Display shows the existing Hi value setting, Input new value as required. Press the key Display shows the existing Lo value setting, Input new value as required. Press the key Display shows the existing Zero Band setting. Input new value as required. Press the key ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape . . . . .

3. FNC-04 = 1, SQ-01 = 6 Press the key Display shows the existing Hi value setting, Input new value as required. Press the key Display shows the existing Lo value setting, Input new value as required. Press the key Display shows the existing Zero Band setting, Input new value as required. Press the key Display show the existing Peak Ready value setting. Input new value as required. Press the key ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape . . . . . .

4-3 Batching Signal Outputs � Normal batching signal outputs Signal Output condition SP1 Net ≥ Final(value) - SP1(value) SP2 Net ≥ Final(value) - SP2(value) SP3 Net ≥ Final(value) – Free Fall (in-flight) (value) Under Net < Final(value) – Under(value) Over Net ≥ Final(value) + Over(value) Zero Band Gross ≤ Zero Band(value) � Loss-in-weight signal outputs Signal Output condition SP1 Gross ≥ SP1(value) SP2 - Net ≥ Final(value) – SP2(value) SP3 - Net ≥ Final(value) – Free Fall (in-flight) (value) Under - Net < Final(value) – Under(value) Over - Net ≥ Final(value) + Over(value) Zero Band Gross ≤ Zero Band(value) � Hi, OK, Lo signal outputs Setting SQ01 SQ16 Signal Output condition 1,2,4,5 1,3 Net < Final(value) – Under(value) 3 0,2,4 Under Net

04011210 4-6 Hi, OK, Lo output flowchart JUDGMENT Setting: IN 01~08=12 or FNC04~05=6

04011210 ZSME40000003 4-7 Normal batching (built-in program) flowchart (SQ-01=4) Batch signal setting 1. FNC04~05=4、5 2. IN01~08=4、5 3. If use "unloading continuously control" (SQ14), please keep batch start signal ON ● If to activate circulatory function, please wait till zero signal output.

04011210 ZSME40000003 4-8 Loss-in Weight (built in program) (SQ-01=5) Batch signal setting 1. FNC04~05=4、5 2. IN01~08=4、5

04011210 ZSME40000003 4-9 Hold mode (SQ-01 = 6) 1. General hold mode (FNC-11 = 0) 2. Peak hold mode ( FNC-11 = 1、2 ) 3. Peak hold mode ( FNC-11 = 3、4 ) Peak hold mode with four different states ( FNC-11 = 1,2,3,4 ), positive peak weight(1), negative peak weight, absolute value of peak weight and positive peak weight(2) . The peak holds of absolute value and positive peak weight (2) both have no peak ready signal output. Hold (Key / Ext.In) Hold Release (Key / Ext.In) ZERO Hold (Key / Ext.In) Hold Release (Key / Ext.In) Normal display Hold display

4-9-1 Hold mode flow chart (SQ-01=6,SQ-16=0 or 2 or 4) HOLD signal setting: 1. FNC04~05=10、11 2. IN01~08=7、8 JUDGMENT Setting: IN 01~08=12 or FNC04~05=6

ZSME400000003 4-9-2 Hi, OK, Lo comparison 1. Normal HOLD ( FNC-11 = 0 ) Entering the Hold mode, Hi, OK, Lo comparison output. Escape Hold mode will switch off the outputs. 2. Peak HOLD ( FNC-11 = 1, 2 ) If Peak Ready is ON, Hi, OK, Lo comparison output. Escape Hold mode will switch off the outputs. 3. The absolute value of peak HOLD ( FNC-11 = 3 ) Entering the Hold mode, Hi, OK, Lo comparison output. 4. FNC-11 = 4 When the external input single Judgement is ON, Hi, OK, Lo comparison output. 5. If to release HOLD (display value and Hi, OK, Lo signal), please make HOLD release signal on. 4-10 Totalizing (ACCU.) Auto / Transmit With automatic totalising active (SQ-17) or RS232 / RS485 or BCD output set to auto transmit. 1. SQ-01 = 1, 2, 4 or 5 batch / loss-in weight a) When the weight reaches the Final weight and the batch finish signal is ON the net weight will be added to the totaliser and number of additions is incremented. The RS-232 / RS-485 and BCD outputs transmit data. (RS-01/ RS-02=10 accumulated weight and counts) b) When the net weight returns to the zero range (FNC-10), then the sequence in a) above can be repeated. c) When SQ-01=1 or 4, Net ＞Final and Batch finish=1, it accumulate once. d) When SQ-01=2 or 5, -Net ＞Final and Batch finish=1, it accumulate once. 2. SQ-01 = 3 Comparison mode a) When the net weight exceeds the zero range and the weight has stabilized it will be added to the totaliser and number of additions is incremented. The RS-232 – RS-485 and BCD outputs transmit data. 3. SQ-01=6 HOLD mode a).Lo. Wt. ＜weight＜Hi. Wt. weight will be added to the totaliser and number of additions is incremented.RS-232 / RS-485 and BCD outputs transmit data. (RS-01/ RS-02=10 accumulated weight and counts) b). Until the net weight returns to the zero range (FNC-10), then the sequence in a) above can be repeated.

ZSME400000003 10 1 5 4 3 2 9 8 7 6 CAL 13 12 11 RS-232 1.TxD 3.RxD 6.SG 2 3 4 5 1 RS-422/485 5.TRM 6.SG 6 2.SDB 4.RDB 3.RDA 1.SDA ON Chapter 5 Interface 5-1 Serial Input / Output Interface (default OP-01) � Pin location and setting 1. Default RS232 and Current-loop PIN Function 5 Current loop out 6 Current loop out 7 TXD 8 RXD 9 SG 2. OP-01 RS-422 / RS-485 / RS-232 Function PIN RS422/RS485 RS232 1 SDA TXD 2 SDB 3 RDA RXD 4 RDB 5 TRM 6 SG SG � Jumper configuration 1. OP-01 RS422/RS485/RS232 10 1 5 4 3 2 9 8 7 6 CAL 13 12 11 ON J1 J2 J3 J4 1 2 3 J6 1 J5 2 3 J5-J6 1-2 short RS422 2-3 short RS485 J1-J4 1-2 short RS422/485 2-3 short RS232

ZSME400000003 � Connection type RS-422 SDA SDB RDA RDB SG 电脑主机 EX-2002 RS2-7=01 DA DB SG RS-485 EX-2002 RS2-7=02 EX-2002 RS2-7=10 EX-2002 RS2-7=10 EX-2002 RS2-7=02 EX-2002 RS2-7=01 SDA(1) SDB(2) RDA(3) RDB(4) SG(6) TRM(5) TRM(5) SG (6) RDB(4) RDA(3) SDB(2) SDA(1) TRM(5) SG(6 ) RDB(4) RDA(3) SDB(2) SDA(1) TRM (5) SG (6) RDB(4) RDA(3) SDB(2) SDA (1) TRM(5) SG (6) RDB(4) RDA(3) SDB (2) SDA(1) TRM(5) SG (6) RDB(4) RDA(3) SDB(2) SDA(1) 电脑主机 � Notice: � The maximum connection is 10 sets of indicator. � When the Host computer has the built-in terminal resist, it is not necessary to have the external one. � On the last set of indicator, the TRM & RDB can be connected depends on the situation. � When the host computer has no single (SG), it is acceptable to disconnect that part. Host computer Host computer

ZSME400000003 � Function setting First serial port interface Setting procedure Press the key Press the key Input desired Input desired Parameter code Parameter code Press the key Press the key Display shows the existing Display shows the existing parameter code. Input parameter code. Input a new code as required a new code as required Press the key Press the key Continue to the next function setting Continue to the next function or press key to escape or press key to escape ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape

ZSME400000003 Setting value Item Function Para- meter Description Default 0 As display 1 Gross only 2 Net only 3 As display (simple) 4 Gross (simple) 5 Net (simple) 6 Comparison + As display (simple) 7 Comparison +Gross (simple) 8 Comparison +Net (simple) 9 Tare RS1- 01 RS2- 01 Transmit format 10 Totalised (Accu.) Weight and number of transactions 0 0 Transmit continuous + command mode 1 Auto transmit + command mode 2 Manual transmit + command mode 3 Command mode RS1- 02 RS2- 02 Transmit mode 4 MODBUS RTU mode 3 0 600 1 1200 2 2400 3 4800 4 9600 RS1- 03 RS2- 03 Transmit speed 5 19200 2 0 N, 8, 1 No parity, 8 data bits, 1 Stop bit 1 O, 7, 1 Odd parity, 7 data bits, 1 Stop bit Parity Bit length Stop Bit 2 E, 7, 1 Even parity, 7 data bits, 1 Stop bit 2 0 N, 8, 2 No parity, 8 data bits, 2 Stop bit 1 O, 8, 1 Odd parity, 8 data bits, 1 Stop bit RS1- 04 RS2- 04 Parity Bit length Stop Bit 2 E, 8, 1 Even parity, 8 data bits, 1 Stop bit 2 0 Open 1 1 time/sec. 2 2 time/sec. 3 5 time/sec. RS1- 05 RS2- 05 Transmit times 4 10 time/sec. 0 RS1- 06 RS2- 06 Transmission conditions 0 0 0 0 0 0 000000 RS1- 07 RS2- 07 Indicator poling address 00 ↓ 99 When set to 0, Indicator addressing is not used 0 Negative (Net Wt.) Weight unstable Overload (OL) 0 ⇒ transmit cont. 1 ⇒ Stop transmit

ZSME400000003 � Data format 1. General Format NET S T , G S , + 0 1 2 3 4 5 6 k g GROSS S T , N T , + 1 2 3 4 . 5 6 g TARE S T , T R , + 0 1 2 3 4 5 6 t + OL O L , G S , + SP SP SP SP SP SP SP SP SP - OL O L , G S , - SP SP SP SP SP SP SP SP SP UNSTABLE U S , G S , + 1 2 3 4 . 5 6 k g CR LF 2. Totalised (Accu.) Format (RS1-01 / RS2-01=10) Accu. Weight T W , + 1 2 3 4 5 6 . 7 8 9 k g Accu. Wt. Over+ T W , + SP SP SP SP SP SP SP SP SP SP SP SP Accu. Wt. Over - T W , - SP SP SP SP SP SP SP SP SP SP SP SP Accu. Count T N , + 0 1 2 3 4 5 6 7 8 9 Accu. Count over T N , + SP SP SP SP SP SP SP SP SP SP CR LF 3. Sample Format Gross/Net or as display + 1 2 3 4 5 6 Over load positive + SP SP SP SP SP SP Over load negative - SP SP SP SP SP SP CR LF 4. Setpoint (1) + Simple Format (Gross/Net or as display) + 1 2 3 4 5 6 CR LF bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 bit 0 : Zero Band bit 1 : Over bit 2 : Under / Hi bit 3 : SP1 / OK bit 4 : SP2 / Lo bit 5 : SP3 bit 6 : Discharge bit 7 : Batch finished

ZSME400000003 5. Comparison condition (2) Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5 Byte 6 Byte 7 Byte 0 : Zero Band Byte 1 : Over Byte 2 : Under / Hi Byte 3 : SP1 / OK Byte 4 : SP2 / Lo Byte 5 : SP3 Byte 6 : Discharge Byte 7 : Batch finished Description Output ASCII Description OL 4FH, 4CH Over load ST 53H, 54H Weight stable Status 1 US 55H, 53H Weight unstable GS 47H, 53H Gross Weight NT 45H, 54H Net Weight TR 54H, 52H TARE TW 54H, 57H Totalised Weight Status 2 TN 54H, 4EH Number of transactions in total 0 ~ 9 30H ~ 39H Figure of weight +, - 2BH, 2DH Symbol (+ or -) of weight Space 20H Over load Data of Weight . 2EH Decimal Space, Space 20H, 20H None kg 6BH, 67H kg Space t 20H, 74H tonne Units lb 6CH, 62H lb Ending code CR, LF 0DH, 0AH Ending code Separating code , 2CH Comma ON : 0 ( ASC II Code 30 H ) OFF : 1 ( ASC II Code 31 H )

ZSME400000003 � Command mode 1. Command Format A Host Command < LF> Slave Command < LF> MZ Zero CZ Zero compensation On/OFF MT Tare CT Clear TARE value MG Gross Weight MN Net weight AT Accu. Current net weight and times plus 1 ST Deduct times of last accu. Value minus 1 DT Clear accu. Value and times BB Start batching (one time) HB Load stop BC Start batching (continuous) BD Start unload SC Transmit continuous SA Auto transmit SM Manual transmit SO Command mode % Stop continuous transmission and enter the command mode Note ： Since BC continuous weighing is completed, it must zero re-set the continuous weighing frequency by BB command. 2. Command Format B Host Command < LF> Slave Data < LF> RW Read current weight RT Read TARE RG Read Gross Weight RN Read Net weight RB Read current display of wt (simple) RH Read Gross (simple) RI Read Net (simple) RJ Read comparison situation + current display of weight (simple) RK Read comparison situation + Gross (simple) RL Read comparison situation + Net (simple) RO Read comparison situation (2) RF Read prior completed weight RA Read accu. Value (incl. times) Note ： Prior command plus % Read Weight Compared value: RS□□ FW Read target item of unload value S1 Read SP1 S2 Read SP2 S3 Read SP3 UD Read Under LO Read LO ZB Read Zero Band HI Read HI PR Reading Peak value OV Read Over Ex: Command : RSFW＜CR＞＜LF＞ Indicator reply : RSFW□□□□□□ Finish 6 bytes

ZSME400000003 3. COMMAND FORMAT C Host Command + Data < LF> Slave Command + Data< LF> Write weight compared value WS□□XXXXXX XXXXXX : value (6 bytes) □□ : setting items FW Write target item of unload value S1 Write SP1 S2 Write SP2 S3 Write SP3 UD Write Under LO Write LO ZB Write Zero Band HI Write HI PR Write Peak value OV Write Over BC Write SQ14 PT Set OUT Note ： WSPTxxxxxx (input 0~255 decimal system) converts to BIT value which indicates OUT (1-8) is ON, and the rest of numbers are OFF. Ex: Inputting WSPT000010 means the BIT value is 00001010 (OUT 2, 4 = ON) (OUT 1, 3, 5, 6, 7, 8 are OFF). � Error messages E1: Format command fault E2: Setting parameters over range E3: Command not recognised � Indicator poling address If the indicator has an address configured in RS1 (2) – 07, it will only respond to messages prefixed with its address. For example: The indicator poling address is set to 02; it would send the weight value only if it received the command: @02RW＜CR＞＜LF＞

ZSME400000003 +30V(max.) EX2002 inside 30mA(max.) SG SG +5VE Signal out EX2002 inside SG Hold in +5V EX2002 inside 5-2 BCD parallel output interface (OP-02) � PIN Location D-Sub 37PIN PIN Function PIN Function 1 SG 20 SG 2 1×100 21 2×100 3 4×100 22 8×100 4 1×101 23 2×101 5 4×101 24 8×101 6 1×102 25 2×102 7 4×102 26 8×102 8 1×103 27 2×103 9 4×103 28 8×103 10 1×104 29 2×104 11 4×104 30 8×104 12 1×105 31 2×105 13 4×105 32 8×105 14 Gross / - Net 33 Stable / - MD 15 Plus / - Minus 34 DP1 16 DP2 35 DP3 17 DP4 36 Over / - Normal 18 Data ready 37 Hold input 19 � Equivalent Circuit Open Collector Output (OP-02-1) TTL Output (OP-02-2) Hold Input EX2005 EX2005 EX2005

ZSME400000003 � Function setting Press the key Input desired Parameter code Press the key Display shows the existing parameter code. Input new code as need. Press the key Continue to another function setting or press key to escape Setting value Item Function Parameter Description Default 0 As display 1 Gross bCd- 01 Data type 2 Net 0 0 Transmit continuous 1 Auto transmit bCd- 02 Transmit mode 2 Manual transmit 0 0 Positive logic action bCd- 03 Output Logic 1 Negative logic action 0 0 Positive logic action bCd- 04 Data ready Signal logic 1 Negative logic action 0 0 FFFFFF bCd- 05 OL output code 1 999999 0 0 BCD Code bCd- 06 Data code 1 Hex. Code 0 ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape

ZSME400000003 5-3 Analogue Current / Voltage Output Interface (OP-03) � Location A B C A. Terminal (4 way) 1 : 0 ~ 20mA current output, positive 2 : 0 ~ 10V voltage output, positive 3 : Current / voltage signal, negative 4 : Ground / 0V B. SPAN adjustment Current / voltage Span adjustment to increase value turn clockwise, decrease value turn anticlockwise. C. ZERO adjustment Current / voltage Zero adjustment to increase value turn clockwise, decrease value turn anticlockwise. � Analogue output interface specification Resolution : 16 bits Current output : 0 ~ 20mA ( 0 ~ 550 Ω load) Voltage output : 0 ~ 10V CAL 1 2 3 4 5 10 6 7 8 9 11 12 13 2 1 2. V (+) 1. A (+) - SPAN 3. Com. (-) 4 3 + ZERO + - 4. FG ON

ZSME400000003 � Function setting Press the key Input desired Parameter code Press the key Display shows the existing parameter code. Input new code as required. Press the key Continue to another function setting or press key to escape Setting value Item Function Parameter Description Default 0 As display 1 Gross AnL- 01 Data type 2 Net 0 0 Current output AnL- 02 Signal output 1 Voltage output 0 AnL- 03 Weight in Lo 000000 ~ 999999 0 AnL- 04 Current / Voltage in Lo 0.0 mA ~ 20.0 mA or 0.0 V ~ 10.0 V When the weight reaches the value of that in AnL-03(the Max. weight is the max setting value (refer to CSP-04 ), the current / voltage(refer to AnL-02) output is changed to that configured in AnL-04 4.0 AnL- 05 Weight in Hi 000000 ~ 999999 300000 AnL- 06 Current / Voltage in Hi 0.0 mA ~ 20.0 mA or 0.0 V ~ 10.0 V When the weight reaches the value of that in AnL-05(the Max. weight is the max setting value (refer to CSP-04 ), the current / voltage(refer to AnL-02) output is changed to that configured in AnL-06 20.0 ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape

ZSME400000003 � Analogue output notes 1. The current output, load resistor should not exceed 550 Ω. It is recommended that a resistor with a low temperature coefficient and a power rating above 0.2 W be used. 2. Avoid short circuits between the positive and negative analogue output terminals as the interface this may cause damage. 3. It is recommended that a screened cable is used to connect the analogue output to its load and that the screen is earthed to avoid noise interference. 5-4 External Parallel Input / Output Interface � PIN location � OP-04 Control I/O (4 in / 4 out) + Setpoint Input (BCD code) PIN I/O Signal PIN I/O Signal 1 IN Code 100 20 IN Code 101 2 IN Code 102 21 IN Code 103 3 IN Code 104 22 IN Code 105 4 IN Code 106 23 IN Code 107 5 IN Code 108 24 IN Code 109 6 IN Code 1010 25 IN Code 1011 7 26 8 27 OUT OUT 1 9 OUT OUT 2 28 OUT OUT 3 10 OUT OUT 4 29 IN Vex 11 COM 2 30 COM 2 12 31 13 COM 1 32 COM1 14 IN IN 1 33 IN IN 2 15 IN IN 3 34 IN IN 4 16 35 17 36 IN Code 1 18 IN Code 2 37 IN Code 4 19 IN Code 8 � OP-05 Control I/O (8 in / 8 out) PIN I/O Signal PIN I/O Signal 1 IN IN 1 20 COM 1 2 IN IN 2 21 COM 1 3 IN IN 3 22 COM 1 4 IN IN 4 23 COM 1 5 IN IN 5 24 COM 1 6 IN IN 6 25 COM 1 7 IN IN 7 26 COM 1 8 IN IN 8 27 COM 1 9 COM 1 28 COM 1 10 COM 2 29 COM 2 11 OUT OUT 1 30 COM 2 12 OUT OUT 2 31 COM 2 13 OUT OUT 3 32 COM 2 14 OUT OUT 4 33 COM 2 15 OUT OUT 5 34 COM 2 16 OUT OUT 6 35 COM 2 17 OUT OUT 7 36 COM 2 18 OUT OUT 8 37 COM 2 19 IN Vex D-Sub 37PIN

ZSME400000003 � Input signal configuration Press the key Input desired Parameter code Press the key Display shows the existing parameter code. Input new code as required. Press the key Continue to another function setting or press key to escape Setting value Item Function Parameter ⇒ Description Default IN - 01 Input 1 1 IN - 02 Input 2 2 IN - 03 Input 3 3 IN - 04 Input 4 4 IN - 05 Input 5 5 IN - 06 Input 6 6 IN - 07 Input 7 7 IN - 08 Input 8 0 ⇒ None 1 ⇒ Zero 2 ⇒ Tare 3 ⇒ Tare reset 4 ⇒ Start batching 5 ⇒ Stop batching 6 ⇒ Discharge Command 7 ⇒ Hold 8 ⇒ Hold display & I/O reset 9 ⇒ Totalise (Accu) Command 10 ⇒ Clear totaliser (Accu) 11 ⇒ Clear previous total (Accu) Value 12 ⇒ Start to compare 13 ⇒ Serial and parallel printer manual output 14 ⇒ Net / Gross 8 ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape

ZSME400000003 � Output signal setting Press the key Input desired Parameter code Press the key Display shows the existing parameter code. Input new code as required. Press the key To continue another function setting or press key to escape Setting value Item Function Parameter Description Default OUT- 01 Output 1 1 OUT- 02 Output 2 2 OUT- 03 Output 3 3 OUT- 04 Output 4 4 OUT- 05 Output 5 5 OUT- 06 Output 6 6 OUT- 07 Output 7 7 OUT- 08 Output 8 0 ⇒ None 1 ⇒ Zero band 2 ⇒ SP1 3 ⇒ SP2 4 ⇒ SP3 5 ⇒ Batching completed 6 ⇒ Discharge 7 ⇒ Peak ready 8 ⇒ Stable 9 ⇒ Internal batching process running 10 ⇒ Under 11 ⇒ Over 12 ⇒ Hi 13 ⇒ OK 14 ⇒ Lo 8 OUT-09 The output logic of OUT-04~OUT-01 0000 � positive logic 1111 � negative logic 0000 OUT-10 The output logic of OUT-08~OUT-05 0000 � positive logic 1111 � negative logic 0000 ⇒ Increment flashing digit ⇒ Decrement flashing digit ⇒ Move flashing point left ⇒ Move flashing point right ⇒ Store data in memory ⇒ Exit / Escape

ZSME400000003 Output inside Vs Spark killer Photo-coupler COM2 Vex OUT 1~8 Vex Vex(30 Vmax) Load Varistor Load Diode Indicator AC/IN DC/IN Relay 30 mA max � Equivalent Circuits � IN 1 ~ IN 8 and COM 1. Input signal - Open ↔ OFF, Short ↔ ON. � Warning: Don’t use external power (AC or DC) to connect to the input terminals. Input COM 1 IN 1 ~ IN 8 Indicator inside Ic ≅ 5mA VS

ZSME400000003 � Thumbwheel Switches (for OP-04) The interface can connect to external thumbwheel switches or a PLC to input various parameters depending on the configuration of SQ-01. The input variables are: � Final (5 digits), SP2 (4 digits) & Free Fall (3 digits). or � Hi (6 digits), Lo (6 digits). When using external thumbwheel Switches, SQ-18 should be set to 1. Connection data SQ-01 = 1, 2, 4 or 5 8 4 1 25 C 1 4 8 4 2 C 3 8 4 1 2 C 2 8 4 1 2 C 1 8 4 1 2 C 1 (36) 2 (18) 4 (37) 8 (19) 7 10（25） 8 9 11 10 C C C C 2 8 8 4 2 1 8 4 2 1 4 3 8 4 2 1 4 2 1 1 3 4 5 6 C C C 1 3 2 0 1 Final SP2 F.Fall 8 4 2 2 1 8 4 1 8 4 2 1 2 10（6） 10（5） 10（24） 10（23） 10（22） 10（4） 10（21） 10（3） 10（20） 10（2） 10（1） SQ-01 = 3 or 6 Hi Lo 8 4 1 2 5 C 1 4 8 4 2 C 3 8 4 1 2 C 2 8 4 1 2 C 1 8 4 1 2 C 1 (36) 2 (18) 4 (37) 8 (19) 7 10 (23) 10 (5) 10 (6) 10 (24) 10 (25) 8 9 11 10 1 8 4 2 C 10 (4) 6 6 10 (22) 10 (3) 10 (20) 10 (2) 10 (1) 10 (21) 1 6 8 4 2 C 3 3 C 4 5 8 8 4 2 1 4 2 1 8 4 C C 1 2 1 8 2 1 4 2 8 4 1 2 C C 0 1 2 4 5

ZSME400000003 Chapter 6 Maintenance 6-1 Restore All Parameters to Their Default Factory Values. (1) While the indicator is counting back to zero, adjust SW to ON and press keys. (2) Display shows the flashing digits . . (3) Confirm / abort. (3-1) To confirm press the key & don’t release it until the display shows , then release the key and return the calibration SW to OFF. (3-2) To abort, set the calibration SW to OFF directly. 6-2 Maintenance Function Parameters Power on the machine. Press keys while the display counts back to zero. . Restore all parameters to their default factory values. See for details 6-2-1. . Clear zero compensation and tare value. See for details 6-2-2. . Clear batch setting value. See for details 6-2-3. . Display span voltage (mV/V) See for details 6-2-5. . Display zero voltage (mV/V) See for details 6-2-4.

ZSME400000003 6-2-1 Restore the function parameter back to its default value (1) During the indicator count back to zero, press keys. (2) The display shows . (3) Press the key and the display shows . flashing. (4) Confirm / abort. (4-1) To confirm, press the key & don’t release it. The display will then show . (4-2) To abort press the key or switch the power off. 6-2-2 Clear zero compensation and TARE values (1) During the indicator count back to zero, press keys. (2) The display shows press the F1 key to display . (3) Press the key, the display shows . flashing. (4) Confirm / abort. (4-1) To confirm press the key & don’t release it. The display will then show (4-2) To abort press the key or switch the power off. 6-2-3 Clear batch setting (1) During the indicator count back to zero, press keys (2) The display shows press the F1 key to display . (3) Press the key, the display shows . flashing. (4) Confirm / abort. (4-1) To confirm press the key & don’t release it. The display will then show (4-2) To abort press the key or switch the power off. 6-2-4 Display zero voltage (mV/V) (1) During the indicator count back to zero, press keys. (2) The display shows press the F1 key to display . (3) Press the key the display shows the zero voltage (mV/V). e.g . . (4) Press the key or switch the power off. 6-2-5 Clear batch setting (1) During the indicator count back to zero, press keys. (2) The display shows press the F1 key to display . (3) Press the key, the display shows the span voltage (mV/V). e.g. . (4) Press the key or switch the power off.

ZSME400000003 6-3 Test mode During the indicator count back to zero Press keys 7 segment display testing. See for details 6-3-1. ⇒ Keypad and calibration SW testing. See for details 6-3-2. ⇒ Display A/D internal value display. See for details 6-3-3. ⇒ RS-232 serial loop back testing. See for details 6-3-4. ⇒ EEPROM memory testing. See for details 6-3-5. ⇒ Production testing use only. ⇒ OP-01 interface testing If OP-02, display . If OP-03, display . If OP-04, display . If OP-05, display . See for details 6-3-6 ⇒ . . . . . . . If install interface, testing continuous.

ZSME400000003 6-3-1 7-Segment display testing The display will show ~ , then display “.” and all of the icons. To exit press the key 6-3-2 Keypad and calibration SW testing Setting the calibration SW to “ON”, or pressing any key will cause the related display segment to change from → . To exit press the key 6-3-3 Display A/D internal value display Display range is 0 ~ 520,000d (-0.1mV/V ~ 4.0mV/V). To exit press the key 6-3-4 RS-232 serial loop back testing Terminal pin 7 and pin 8 must be connected together at the rear of the indicator. If display shows , the interface is working normally. If display shows , the interface is not working correctly. 6-3-5 EEPROM memory testing If the display shows , it means normal. If the display shows , the memory is not working correctly. 6-3-6 Option interface card testing � OP-01 RS232/RS422/RS485 testing 1) RS232 testing J1~J4 ⇒ 1, 2 short (Adjust J1~J4 mini jumper to 2, 3) Terminal pin 1 and pin 3 must be connected together at the rear of the indicator. If display shows , the interface is working normally. If display shows , the interface is not working correctly. 2) RS422 testing J1~J4 ⇒ 1, 2 short (Adjust J1~J4 mini jumper to 1, 2) J5~J6 ⇒ 1, 2 short (Adjust J5~J6 mini jumper to 1, 2) Terminal pin1 and pin 3, pin 2 and pin 4 must be separately connected together at the rear of the indicator. If display shows , the interface is working normally. If display shows the interface is not working correctly. � OP-02 BCD parallel output interface testing 1) A flashing decimal point indicates the test procedure is active. 2) Program will transmit OFF → ON → OFF signal for each output bit of the BCD interface in sequence.

ZSME400000003 � OP-03 Analogue current output interface testing 1) 4 ~ 20 mA current output testing Use an ammeter to measure the output current between pin1 & pin 3 of the interface. Use the keys to select the output current level desired. . ⇒ 4mA . ⇒ 12mA . ⇒ 20mA 2) 0 ~ 10V voltage output testing Use a voltmeter to measure the voltage between pin 2 & pin 3 of the interface. Use the keys to select the output voltage level desired. . ⇒ 1V . ⇒ 5V . ⇒ 10V � OP-04 Control I/O (4I/4O) testing 1) . 2) Press the key to switch to the control input value. � OP-05 Control I/O (8I/8O) testing . Input 1 ~ 8 signal ON/OFF, related to display → . Press the key ~ in sequence, represents Output 1 ~ 8. � Warning: To avoid damage to components use only a voltmeter. Input1 ~ 4 output signal ON/OFF, related to display → . Press the key ~ in sequence, represents Outputs 1 ~ 4.

ZSME400000003 Appendix 1 Description of 7-Segment Characters Digit 7 segments letter Alphabet 7 segments letter Alphabet 7 segments letter 0 A N 1 B O 2 C P 3 D Q 4 E R 5 F S 6 G T 7 H U 8 I V 9 J W K X L Y M Z

ZSME400000003 Appendix 2 Function Table Specification Calibration Setting value Item Function Parameter Description Default 0 None 1 g 2 Kg 3 t CSP-01 Unit 4 lb 2 0 None 1 1 Decimal Point 2 2 Decimal Point CSP-02 Decimal Point 3 3 Decimal Point 0 1 2 5 10 20 CSP-03 Division 50 Division size 1 CSP-04 Max. Capacity 999999 ↓ 000000 Max. capacity 999999 CSP-05 Zero range 0 =full range (±1%~30%) Zero range = calibration zero point ± (Max. capacity×setting value %) 0 CSP-06 Time of zero tracking 0.0 ~ 5.0 (sec) Time and range of zero tracking should be use at the same time. If the time is set to 0.0, the zero tracking function is disabled 1.0 CSP-07 Range of zero tracking 0 ~ 9 Range of zero tracking = (setting value×½)D , D=min. division Range and time of zero tracking should be use at the same time. If the range is set to 0, the zero tracking function is disabled 2 CSP-08 Investigate time in stable 0.0 ~ 5.0 (sec) Investigate time and range should be use at the same time. If the time is set to 0.0, the investigate time is disabled 1.0 CSP-09 Investigate range in stable 0 ~ 9 Investigate time and range should be use at the same time. If the range is set to 0, the investigate range is disabled 2 0 Action CSP-10 Weight unstable, function ZERO and TARE 1 None 0 0 Action CSP-11 Gross Weight is negative, function TARE 1 None 0

ZSME400000003 FNC Group Function Setting Setting value Item Function Parameter Description Default 0 5 Hz 1 4.17 Hz 2 2.5 Hz 3 2.08 Hz 4 1.25 Hz 5 1.04 Hz 6 0.63 Hz 7 0.52 Hz 8 0.31 Hz FNC-01 Digital Filter I 9 0.26 Hz 4 0 Disabled 1 2 3 4 FNC-02 Digital Filter II 5 Less filter Greater 2 0 Normal (lock disable) FNC-03 Key – Locked 000000 ↓ 111111 1 Close (lock enable) The bits and front panel key positions are related to each other 000000 FNC-04 “F” function setting 1 FNC-05 “F1” function setting Parameter ⇒ Description 2 ⇒ Display Net / Gross weight 3 ⇒ Setpoint parameter setting 2 ⇒ Tare reset 3 ⇒ Manual serial, parallel print output 4 ⇒ Start load 5 ⇒ Stop load 6 ⇒ Start comparison 7 ⇒ Unload command 8 ⇒ Totalise weight and counts command 9 ⇒ Clear totalised weight and counts 10 ⇒ Hold mode 11 ⇒ Escape Hold mode(I / O DSP) 12 ⇒ Convert to Gross / Net / totalised weight / totalised Count 0

ZSME400000003 Setting value Item Function Parameter Description Default FNC-06 Front panel indication “◄” setting (top) 0 FNC-07 Front panel indication “◄” setting (next to top) 1 FNC-08 Front panel indication “◄” setting (next to bottom) 2 FNC-09 Front panel indication “◄” setting (bottom) Parameter ⇒ Description 0 ⇒ Zero 1 ⇒ MD 2 ⇒ Gross 3 ⇒ Net 4 ⇒ Totalised weight (Accu. V) 5 ⇒ Totalised transactions (Accu. C) 6 ⇒ SP1 7 ⇒ SP2 8 ⇒ SP3 9 ⇒ Hi 10 ⇒ OK 11 ⇒ Lo 12 ⇒ Under 13 ⇒ Over 14 ⇒ Discharge 15 ⇒ Running 16 ⇒ Hold 3 0 5 d 1 10 d 2 20 d 3 40 d 4 60 d 5 80 d 6 100 d 7 150 d 8 200 d FNC-10 Return to zero band (d: refer to CSP-03) 9 250 d 0 0 Hold 1 Peak hold (positive 1) 2 Peak hold (negative) 3 Peak hold (absolute value) FNC-11 Hold 4 Peak hold (positive 2) 0 0 No limitation 1 20 times/s 2 10 times/s 3 5 times/s FNC-12 Rate for display rewrite 4 1 time/s 0

ZSME400000003 Setting value Item Function Parameter Description Default 0 Disable FNC-13 Turn-on zero setting 1 Enable 0 0 Disable all the functions under stand-by mode FNC-14 Stand-by mode setting 1 Only turn off display but not disable other functions under stand-by mode 0 0 Zero point record not saved into EEPROM FNC-15 Zero function record setting 1 Zero point record saved into EEPROM 0

ZSME400000003 Serial Input/Output Interface (Build in OP-1) Setting value Item Function Para- meter Description Default 0 As display 1 Gross only 2 Net only 3 As display (simple) 4 Gross (simple) 5 Net (simple) 6 Comparison + As display (simple) 7 Comparison +Gross (simple) 8 Comparison +Net (simple) 9 Tare RS1- 01 RS2- 01 Transmit format 10 Totalised (Accu.) Weight and number of transactions 0 0 Transmit continuous + command mode 1 Auto transmit + command mode 2 Manual transmit + command mode 3 Command mode RS1- 02 RS2- 02 Transmit mode 4 MODBUS RTU mode 3 0 600 1 1200 2 2400 3 4800 4 9600 RS1- 03 RS2- 03 Transmit speed 5 19200 2 0 N, 8, 1 No parity, 8 data bits, 1 Stop bit 1 O, 7, 1 Odd parity, 7 data bits, 1 Stop bit Parity Bit length Stop Bit 2 E, 7, 1 Even parity, 7 data bits, 1 Stop bit 2 0 N, 8, 2 No parity, 8 data bits, 2 Stop bit 1 O,8, 1 Odd parity, 8 data bits, 1 Stop bit RS1- 04 RS2- 04 For MODBUS:Parity Bit length Stop Bit 2 E, 8, 1 Even parity, 8 data bits, 1 Stop bit 2 0 Open 1 1 time/sec. 2 2 time/sec. 3 5 time/sec. RS1- 05 RS2- 05 Transmit times 4 10 time/sec. 0 RS1- 06 RS2- 06 Transmission conditions 0 0 0 0 0 0 000000 RS1- 07 RS2- 07 Indicator poling address 00 ↓ 99 When set to 0, Indicator addressing is not used 0 Negative (Net Wt.) Weight unstable Overload (OL) 0 ⇒ transmit cont. 1 ⇒ Stop transmit

ZSME400000003 BCD Parallel Output Interface (OP – 02) Setting value Item Function Parameter Description Default 0 As display 1 Gross bCd- 01 Data type 2 Net 0 0 Transmit continuous 1 Auto transmit bCd- 02 Transmit mode 2 Manual transmit 0 0 Positive logic action bCd- 03 Output Logic 1 Negative logic action 0 0 Positive logic action bCd- 04 Data ready Signal logic 1 Negative logic action 0 0 FFFFFF bCd- 05 OL output code 1 999999 0 0 BCD Code bCd- 06 Data code 1 Hex. Code 0 Analogue Current/Voltage Output Interface (Op - 03) Setting value Item Function Parameter Description Default 0 As display 1 Gross AnL- 01 Data type 2 Net 0 0 Current output AnL- 02 Signal output 1 Voltage output 0 AnL- 03 Weight in Lo 000000 ~ 999999 0 AnL- 04 Current / Voltage in Lo 0.0 mA ~ 20.0 mA or 0.0 V ~ 10.0 V When the weight reaches the value of that in AnL-03(the Max. weight is the max setting value (refer to CSP-04 ), the current / voltage(refer to AnL-02) output is changed to that configured in AnL-04 4.0 AnL- 05 Weight in Hi 000000 ~ 999999 300000 AnL- 06 Current / Voltage in Hi 0.0 mA ~ 20.0 mA or 0.0 V ~ 10.0 V When the weight reaches the value of that in AnL-05(the Max. weight is the max setting value (refer to CSP-04 ), the current / voltage(refer to AnL-02) output is changed to that configured in AnL-06 20.0

ZSME400000003 External Parallel Input/Output Interface (Op-04 & Op-05) � OP-04 Control I/O (4 in / 4 out) + Setpoint Input (BCD code) PIN I/O Signal PIN I/O Signal 1 IN Code 100 20 IN Code 101 2 IN Code 102 21 IN Code 103 3 IN Code 104 22 IN Code 105 4 IN Code 106 23 IN Code 107 5 IN Code 108 24 IN Code 109 6 IN Code 1010 25 IN Code 1011 7 26 8 27 OUT OUT 1 9 OUT OUT 2 28 OUT OUT 3 10 OUT OUT 4 29 IN Vex 11 COM 2 30 COM 2 12 31 13 COM 1 32 COM1 14 IN IN 1 33 IN IN 2 15 IN IN 3 34 IN IN 4 16 35 17 36 IN Code 1 18 IN Code 2 37 IN Code 4 19 IN Code 8 � OP-05 Control I/O (8 in / 8 out) PIN I/O Signal PIN I/O Signal 1 IN IN 1 20 COM 1 2 IN IN 2 21 COM 1 3 IN IN 3 22 COM 1 4 IN IN 4 23 COM 1 5 IN IN 5 24 COM 1 6 IN IN 6 25 COM 1 7 IN IN 7 26 COM 1 8 IN IN 8 27 COM 1 9 COM 1 28 COM 1 10 COM 2 29 COM 2 11 OUT OUT 1 30 COM 2 12 OUT OUT 2 31 COM 2 13 OUT OUT 3 32 COM 2 14 OUT OUT 4 33 COM 2 15 OUT OUT 5 34 COM 2 16 OUT OUT 6 35 COM 2 17 OUT OUT 7 36 COM 2 18 OUT OUT 8 37 COM 2 19 IN Vex

ZSME400000003 Function Configuration Menu Setting value Item Function Parameter Description Default 1 Normal batch 2 Loss-in weight 3 Comparison mode 4 Normal batch (Built-in program) 5 Loss-in weight (Built-in program) SQ- 01 Batching mode 6 Hold mode (Built-in program) 1 SQ- 02 Batching start delay time 0.0 ~ 25.5 (sec) The built-in auto-program starts the batch comparison procedure after the input of the batch start signal 0.0 SQ- 03 SP1,SP2 Waiting time comparison 0.0 ~ 25.5 (sec) No full flow comparison during this function’s set time period. If the set value is 0, indicates this function is not in use 0.0 SQ- 04 Batch finish output signal delay time 0.0 ~ 25.5 (sec) Output the batch finished signal after this delay time 0.5 0 Wait until the weight is stabilized SQ- 05 Batch finish Condition 1 No need to wait until the weight has stabilized 0 SQ- 06 Batch finish Output signal time 0.0 ~ 25.5 (sec) Batch finished output signal time. If set to 0, the output signal will be off until the next batch start 1.0 Batch finish signal ON SQ 04 OFF SQ 06 Batch finish SQ- 07 Number of Times the supplementary loading function operates 0 ~ 255 If the set value is 0, this function is not in use 0 SQ- 08 Supplementary loading gate open time 0.0 ~ 25.5 (sec) Must be coordinate with times of supplementary loading, (SQ- 07) 0.1 SQ- 09 Supplementary loading gate close time 0.0 ~ 25.5 (sec) Must be coordinate with times of supplementary loading, (SQ- 07) 1.0 Supplementary loading signal SQ- 08 SQ- 08 ON SQ- 09 SQ- 09 OFF SQ- 07 Times of “ON” of the supplementary loading

ZSME400000003 Setting value Item Function Parameter Description Default SQ- 10 Discharge start delay time 0.0 ~ 25.5 (sec) Delay time before Discharge signal is ON 0.0 SQ- 11 Discharge stop delay time 0.0 ~ 25.5 (sec) Delay time before Discharge signal is OFF 0.0 SQ- 12 Discharge time 0.0 ~ 25.5 (sec) Won’t activate internal discharge control function, if set to 0 0 Discharge input signal Weight reach zero band SQ- 10 Discharge output signal SQ- 11 SQ- 13 Restart delay time 0.0 ~ 25.5 (sec) Delay time before Restart signal is ON 1.0 SQ- 14 Batching counts 0 ~ 255 (times) Number of batch runs 0 ⇒ one batch only 0 0 No setting SQ- 15 Set the zero band in to final weighing value 1 Setting 0 0 Comparison anytime 1 To compare at batch finish 2 To compare at external input signal 3 To compare at batching finish and external input signal SQ- 16 Hi, OK, Lo 4 Comparison auto 0 0 Disabled SQ- 17 Auto totalise weight / counts 1 Enabled 0 0 Key in directly from front keypad SQ- 18 The parameter source in weight comparison 1 Input directly from rear interface 0 SQ- 19 Weight comparison delay time 0.0 ~ 25.5 (sec) Comparison delay time for Hi, OK, Lo 0.5 0 Press keypad TARE to TARE SQ- 20 TARE auto. 1 TARE auto 0 0 Input from external input or keypad SQ- 21 Discharge auto 1 Discharge auto + manual 0

ZSME400000003 Appendix 3 MODBUS Data Address Table I Data Register Bit I/O Bit I/O Function Code 03 (Read) Function Code 01 (Read) Function Code 05 and 15 (Write) Modbus SCALE Modbus SCALE Output Modbus SCALE Input 40000 ~ 40001 As display value 00000 Stable status 01000 Zero 40002 ~ 40003 Gross weight 00001 Zero status 01001 Clear zero compensation 40004 ~ 40005 Net weight 00002 Gross 01002 Tare 40006 ~ 40007 Tare weight 00003 Net 01003 Clear Tare 40008 ~ 40009 Gross weight hold value 01004 Clear Pre-tare 40010 ~ 40011 Net weight hold value 00050 Zero Band 01005 Display the gross weight on main display 40012 ~ 40013 Weight final value 00051 Sp1 01006 Display the net weight on main display 40014 ~ 40015 Unit weight 00052 Sp2 01007 Enter/Exit the function mode 40016 ~ 40017 Percentage value 00053 Sp3 01008 ~ 01027 Switch unit from the 1st to 20th 40018 ~ 40019 Totalised value 00054 Batch Finish 40020 ~ 40021 Totalised times 00055 Under 01049 Switch the operation modes 40022 ~ 40023 Totalised times of HI value 00056 Over 01050 Totalised the current net weight and add 1 to the totalised times 40024 ~ 40025 Totalised times of Lo value 00057 Unloading 01051 Deduct the last totalised value and deduct 1 to the totalised times 40026 ~ 40027 Totalised times of OK value 00058 Hi-Hi 01052 Clear the totalised value and times 00059 Hi 01053 Running Function Code 06 and 16 (Write) 00060 Go 01054 Stop 41000 ~ 41001 Pre-tare value 00061 Lo 01055 Discharge starts 41002 ~ 41003 Zero Band value 00062 Lo-Lo 01056 Hold mode ON/OFF 41004 ~ 41005 Target value 00063 Peak ready 01057 Release "Hold value" 41006 ~ 41007 SP1 value 00064 Running 01058 Output judgement 41008 ~ 41009 SP2 value 00065 ZERO calibration 01059 ZERO calibration 41010 ~ 41011 SP3 value 00066 SPAN calibration 01060 SPAN calibration 41012 ~ 41013 LO_LO value 00067 Calibrate ERR0 41014 ~ 41015 LO value 00068 Calibrate ERR2 41016 ~ 41017 HI_HI value 00069 Calibrate ERR6 41018 ~ 41019 HI value 41020 ~ 41021 Under value 41022 ~ 41023 Over value 41024 ~ 41025 Peak value setting 41026 ~ 41027 Batch Finish delay time 41100 ~ 41101 SPAN calibration value

ZSME400000003 Appendix 4 MODBUS Data Address Table II (For Hitech and Pro-face Human Machine Interface) Data Register Bit I/O Bit I/O Function Code 03 (Read) Function Code 01 (Read) Function Code 05 and 15 (Write) Modbus SCALE Modbus SCALE Output Modbus SCALE Input 40001 ~ 40002 As display value 00001 Stable status 01001 Zero 40003 ~ 40004 Gross weight 00002 Zero status 01002 Clear zero compensation 40005 ~ 40006 Net weight 00003 Gross 01003 Tare 40007 ~ 40008 Tare weight 00004 Net 01004 Clear Tare 40009 ~ 40010 Gross weight hold value 01005 Clear Pre-tare 40011 ~ 40012 Net weight hold value 00051 Zero Band 01006 Display the gross weight on main display 40013 ~ 40014 Weight final value 00052 Sp1 01007 Display the net weight on main display 40015 ~ 40016 Unit weight 00053 Sp2 01008 Enter/Exit the function mode 40017 ~ 40018 Percentage value 00054 Sp3 01009 ~ 01028 Switch unit from the 1st to 20th 40019 ~ 40020 Totalised value 00055 Batch Finish 40021 ~ 40022 Totalised times 00056 Under 01050 Switch the operation modes 40023 ~ 40024 Totalised times of HI value 00057 Over 01051 Totalised the current net weight and add 1 to the totalised times 40025 ~ 40026 Totalised times of Lo value 00058 Unloading 01052 Deduct the last totalised value and deduct 1 to the totalised times 40027 ~ 40028 Totalised times of OK value 00059 Hi-Hi 01053 Clear the totalised value and times 00060 Hi 01054 Running Function Code 06 and 16 (Write) 00061 Go 01055 Stop 41001 ~ 41002 Pre-tare value 00062 Lo 01056 Discharge starts 41003 ~ 41004 Zero Band value 00063 Lo-Lo 01057 Hold mode ON/OFF 41005 ~ 41006 Target value 00064 Peak ready 01058 Release "Hold value" 41007 ~ 41008 SP1 value 00065 Running 01059 Output judgement 41009 ~ 41010 SP2 value 00066 ZERO calibration 01060 ZERO calibration 41011 ~ 41012 SP3 value 00067 SPAN calibration 01061 SPAN calibration 41013 ~ 41014 LO_LO value 00068 Calibrate ERR0 41015 ~ 41016 LO value 00069 Calibrate ERR2 41017 ~ 41018 HI_HI value 00070 Calibrate ERR6 41019 ~ 41020 HI value 41021 ~ 41022 Under value 41023 ~ 41024 Over value 41025 ~ 41026 Peak value setting 41101 ~ 41102 SPAN calibration value � The settings marked in grey are not available.

ZSME400000003 Appendix 5 Examples for Input and Output of Modbus � Examples here use Appendix 3 and can also be applied to appendix 4, with different Modbus Data Address. � CRC : Error check code Function code 03: Modbus (40000~40001) Weight Display Name Input Description Name Output Description ID Address 01 Machine ID ID Address 01 Machine ID Function code 03 Function code 03 Starting Address Hi 00 Byte Count 04 1 register per 2 bytes, and total of 4 bytes Starting Address Lo 00 Register's starting address is 0 = 00 00 (HEX) Data Hi (40000) 01 No. of Points Hi 00 Data Lo (40000) F4 Data in 40000 500 (10) = 01 F4 (HEX) No. of Points Lo 02 40000~40001, 2 registers are used Data Hi (40001) 00 Data Lo (40001) 00 Data in 40001 04 BA CRC 0B CRC 3D Function code 05: Modbus (01000) write zero command Name Input Description Name Output Description ID Address 01 Machine ID ID Address 01 Machine ID Function code 05 Function code 05 03 03 Register's address E8 1000(10) = 03 E8(HEX) this address for "zero on/off" Register's address E8 1000(10) = 03 E8(HEX) this address for "zero on/off" FF FF ON/OFF 00 FF 00 :zero on 00 00 : zero off ON/OFF 00 FF 00 :zero on 00 00 : zero off 0C 0C CRC 4A CRC 4A Function code 06: Modbus (41004) write zero band value Name Input Description Name Output Description ID Address 01 Machine ID ID Address 01 Machine ID Function code 06 Function code 06 03 03 Register's address EC address for zero band value 1004 (10) = 03 EC (HEX) Register's address E8 address for zero band value 1004 (10) = 03 EC (HEX) 01 01 Setting value F4 500 (10) = 01 F4 (HEX) Setting value F4 500 (10) = 01 F4 (HEX) 48 48 CRC 6C CRC 6C

ZSME400000003 Function code 06: Modbus (41026): write batch finish delay time write Name Input Description Name Output Description ID Address 01 Machine ID ID Address 01 Machine ID Function code 06 Function code 06 04 04 Register's address 02 Batch Finish delay time address 1026 (10) = 04 02 (HEX) Register's address 02 Batch Finish delay time address 1026 (10) = 04 02 (HEX) 00 00 Setting value 07 Input value 7s is 0007(HEX) Setting value 07 Input value 7s is 0007(HEX) xx xx CRC xx CRC xx Function code 01: Modbus (00000~00001): read current scale status Name Input Description Name Output Description ID Address 01 Machine ID ID Address 01 Machine ID Function code 01 Function code 01 00 Register's address 00 Starting Address Bit 02 Read 2 Bit data: 2=10(2), 00001 = 1 (return to zero) or 0 (non return to zero), 00000 = 0 (stable) or 1 (unstable) 00 Setting value 02 Read 2 status (2 Bit) 00000~00001 BD D0 CRC CB CRC 49