Xk3190 c602 инструкция по применению на русском

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  X K 3 1 9 0－C 602 XK3190-C602 Weighing Indicator （Version 1.03） May 2009 Manufactured by Shanghai Yaohua Weighing System Co., Ltd. No 00000071 Made in Shanghai…
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  X K 3 1 9 0－C 602 Content Preface Chapter 1 General…………………………………………………… Chapter 2 Main Parameters…………………………………………… Chapter 3 Installation, Interface & Communication Format………… Chapter 4 Parameters Setting and Calibration………………………… Chapter 5 Operating Instruction of Quantitative Scale………………… Chapter 6 Control Process of Quantitative Scale ……………………… Chapter 7 Operating Instruction of Catchweigher………………………………
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  Preface Instruction for use of manual This manual is for reference by the operators and installers of XK3190-C602 indicator during their operation or installation and testing. Chapter 1 and chapter 2 of this manual introduce the technological features and parameters of the indicator in a general manner. Chapter 3 and chapter…
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  X K 3 1 9 0－C 602 than the weight of material delivered by the feeder since part of the delivered material is still in the air and has not reached to the load carrier. To obtain the predetermined material weight, it is necessary to turn off the feeder in advance.
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  X K 3 1 9 0－C 602 weight of next object is captured. The main display or auxiliary display can be selected to show the captured object weight. Initial zero-setting is the first zero-setting operation after startup. It can be set as automatic zero-setting upon startup (initial) or manual zero-setting.
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  X K 3 1 9 0－C 602 Chapter 1 General The XK3190-C602 weighing indicator adopts Cortex M3 32-bit processor and high-precision Σ- A/D convertor to carry out conversion display for weight signal. The maximum conversion △ speed can reach up to 200/s. The display can be easily connected with resistance strain gauge transducer to form batching scale and quantitative packing scale etc., suitable for various…
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  Serial output is adopted. 20mA current Scoreboard display loop signal can be connected to various interface sizes of scoreboard display of Shanghai Yaohua Weighing System Co., Ltd. 2 serial RS232C, one of which can be set Communication interface as RS422/RS485…
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  X K 3 1 9 0－C 602 Baud rate 600 ~ 57600bps optional. Parallel output port: to be connected with Print interface micro printer, LT800, KX-P1121 or LQ1600K line printers. Serial interface: to be connected with serial interface printer 8 optical isolation and open collector Switch output switch output with max.
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  X K 3 1 9 0－C 602 one of three modes 4-20mA / 0-5V / 0-10V. Precision degree ≤0.2%FS Load capacity: 4-20mA max. load resistor 250Ω 0-5V / 0-10V output impedance ≤ 1Ω 110～230V AC；50/60 Hz Working power supply 0℃～40℃；≤90％RH Temperature humidity working…
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  X K 3 1 9 0－C 602 Chapter 3 Installation, Interface & Communication Format I. Schematic diagram of front panel and back panel of indicator Indicator lamp for output Indicating lamp for operating status Display window Indicator lamp for weighing Keyboard Indicator lamp input…
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  X K 3 1 9 0－C 602 Connecting Connecting terminal of Connection Connection terminal of terminal of switch output terminal of switch analogue output power Connection terminal Calibration Connecting of weighing load cell Interface of switch terminal of parallel printer Figure 3－2 Schematic Diagram of Back Panel…
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  X K 3 1 9 0－C 602 II. Schematic diagram of main panel and power panel IO expansion Socket of AD Inter-panel Expansion socket module socket ISP jumper or toggle RS232/RS485 JTAG interface switch optional jumper Figure 3-3 Schematic Diagram of Main Panel…
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  X K 3 1 9 0－C 602 Inter-panel High voltage area connector in power panel Setting jumper of analogue output Figure 3-4 Schematic Diagram of Power Panel…
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  X K 3 1 9 0－C 602 Attention: the indicator shall have sound and reliable earthing protection so as to ensure the operation stability and safety of operator. Installation method of indicator Unscrew two M4 fastening screws on both sides at back of the indicator, remove the binding, insert the indicator into the installation hole, insert the binding again and fasten it with M4 screws.
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  X K 3 1 9 0－C 602 III. Connection between load cell and indicator 1. 7-pin electrical male plug are adopted for connection of load cell. Figure 3-5 shows the meanings of each pin. 2. When junction box is used to connect several load cells or extend the cable of load cell, six-wire connecting method must be adopted.
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  X K 3 1 9 0－C 602 IV. Printer interface 1. Parallel printer interface adopts the standard 25-pin D type jack socket. Figure 3-6 shows the meaning of each pin. The indicator can be connected to printer by standard parallel interface printer cable.
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  X K 3 1 9 0－C 602 V. Scoreboard display interface The scoreboard display interface is the 20mA current loop interface which is capable of driving various scoreboards produced by Yaohua. Please refer to appendix C for the data format and oscillograph of scoreboard display interface. In the figure, DP+ and DP- are the 20mA current loop interface of scoreboard.
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  X K 3 1 9 0－C 602 in which the right RxD and TxD are RS-232 (2) interface while the TXD0, TXD1, XD0, and RXD1 are RS422/485 interface. Only one of the two can be selected in operation. If terminating resistance and pull-up resistance or pull-down resistance needs to be connected, open the housing, draw out main panel, and short jumper JP3 in main panel.
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  X K 3 1 9 0－C 602 0x0A Linefeed sign For instance, if the indicator measures a gross weight of 50.00 (kg), it will send data as follows: “G＝ 50.00”; If the indicator measures a net weight of －0.040 (kg), it will send data as follows: “N＝…
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  X K 3 1 9 0－C 602 VIII. Control interface and indicating lamp See figure 3-8 for optical isolation switching value interface. O0 ~ O7 are the switch output signal terminals for the 8 open collectors, with each terminal absorbs current 100mA at maximum and the total current shall not exceed 200mA.
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  X K 3 1 9 0－C 602 Oper Standby ation Definition of catch- weigher terminal Corresponding O7 O6 O5 O4 O3 O2 O1 O0 indicating lamp on panel Figure 3-8 Switch input and Output Interfaces Attention: among the input and output terminals, it is prohibited to short 0V terminal and +12V terminal.
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  X K 3 1 9 0－C 602 Figure 3-9 Setting of Analog Output Calibration method of Analog output The zero point value and full range value of analog quantity are proportional to the corresponding DA code (see table 4-3, explanation for 【 SET 1】 parameter 11 and 12). Calculation and calibration of parameter 11 and 12 can be done by using the tolerance of Analog output.
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  X K 3 1 9 0－C 602 Chapter 4 Parameters Setting and Calibration I. Parameters setting The indicator has 5 groups of parameters setting condition, which are as follows: 0】: inquiry parameters; 【SET 【SET 1】:general parameters; 2】: control parameters; 【SET 【SET 3】: calibration;…
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  X K 3 1 9 0－C 602 next parameter. In the following parameters, the italic letters “ABCDEF” in “indicator display” represent that the indicator displays the values of parameters A, B, C, D, E, and F at the same time. “*”, “**”, “******”, and “**.**.**”…
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  X K 3 1 9 0－C 602 The same as the above Display of accumulative weight: when effective value above 6 digits, the digits of decimal will Accumulated weight A—printing option automatically reduce. [******] printing, printing When the integer is accumulative data, 2: printing all above 6 digits, it can data in memory)
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  X K 3 1 9 0－C 602 Table 4-1【SET 0】Parameter Table of Catchweigher (When 【SET 1】 parameter 13A selects 2 or 3 in table 4-3) Para Indicator Remarks mete Parameter explanation display [**.**.**] time date Current date setting [dAtE ] modified, it still stops in current parameter after pressing【input】button,…
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  X K 3 1 9 0－C 602 can also return to “0” Displayed Internal Weight AD code status. content code Display of accumulative B—content in auxiliary display weight: when effective value is above 6 digits, the decimal digits will automatically reduce.
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  X K 3 1 9 0－C 602 【SET 1】 general parameters Table 4-3 Table for Setting of General Parameters Param Indicator display Parameter explanation Remarks eter Hardware selection A－communication (1) communication OFF, communication (1) ON) B－communication (2) communication OFF, communication (2) ON) [ABCDEF] C－scoreboard [COMM ]…
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  X K 3 1 9 0－C 602 difficult stability indicating lamp to light on when the weight is less stable. When the stability indicating lamp is not on, A little Mediu A little Filter Weak Strong zero-setting, tare and printing weak strong operation cannot be carried…
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  X K 3 1 9 0－C 602 Parameter B is only effective for micro printer. As for A—selection of printing language (0: English; 1: Chinese) panel-installed micro printer, B—printing direction selecting reverse printing is (0: no reverse printing, 1: reverse printing) easy for checking printing result.
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  X K 3 1 9 0－C 602 Note 1: if parameter 9 B is set as 1, while meeting the condition for automatic printing, it will save weight data, with 8064 weighing times as maximum. If 2 is selected, while meeting the condition for automatic printing, it will also save the current time and weight data, with 4032 weighing times and weight data as maximum.
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  X K 3 1 9 0－C 602 【SET 2】control parameters Refer to table 4-4 and 4-5 according to different value of 【SET 1】 parameter 13A. Table 4-4 Parameter 2 of Quantitative Scale (when 0 or 1 is selected for parameter 13A in【SET 1】in table 4-3) Param Indicator Parameter explanation…
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  X K 3 1 9 0－C 602 1. The discharge is deemed over when the indicator shows the gross [******] weight is below zero zone. Zero zone [0_Zone] 2. The indicator can print and sum only when the gross weight is above zero zone.
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  X K 3 1 9 0－C 602 Table 4-5 Parameter 2 of Catchweigher (when 【SET 1】 parameter 13A is set as 2 or 3 in table 4-3) Para Indicator mete Parameter explanation Remarks display A—catchweighing mode (0: non-peak hold, 1: peak [CtrL ] hold) Upper limit of channel 1:…
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  X K 3 1 9 0－C 602 Judgment delay (0 ~ 25.5) seconds: Under external control mode, when it is activated, data Please refer to parameter 6 ***] calculation is started after for the definition of “zero zone”. Under self-control mode, data calculation is started after t0 when weight is out of zero zone.
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  X K 3 1 9 0－C 602 the calibration is valid. Toggle the switch to ‘ON’, press the button 【Setting】and press 【↑】or 【↓】repeatedly until [CALIb ] is shown. Press 【Input】 and the indicator will show , which means it is [SEt the calibration status.
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  X K 3 1 9 0－C 602 The calibration is done and the calibration status is [******] quitted. Toggle Display current load [CALEnd calibration switch to OFF weight and press 【Input】 to go back to normal weighing status. III. Checking of calibration data Prompt: The calibration switch should be opened when the calibration data is modified, otherwise it cannot be saved.
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  X K 3 1 9 0－C 602 Cannot be modified. Current Zero [******] This parameter reflects (Relative calibration [0Point] the zero stability of zero) weighing load cell. A—Whether to print each parameter [Print?] （0：No，1：Yes ） Note 1: Nonlinear correction uses the parabola calculation method. The correction value is 1/2 max. weighing position, that is, the correction amount at the top of the correction curve.
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  X K 3 1 9 0－C 602 Chapter 5 Operating Instruction of Quantitative Scale I. Startup and zero setting upon startup After power is connected, the screen will full display for 10 seconds and show the indicator type and software version, then finally enter the weighing status. If the button【Exit】is pressed halfway, then automatic checking will be ended in advance.
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  X K 3 1 9 0－C 602 V. Print 【Print】 Print the current weight（under non operating, non setting status）. Remark: Please confirm the parameter setting of the printer type before printing to avoid printing mistake. Data Query and Removal Method to Save Weighing Data Set Parameter B in Parameter 9 of 【SET 1】as 1, the quantitative scale will [Auto P]…
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  X K 3 1 9 0－C 602 to the running status and continue its work. If the button 【Stop】is pressed repeatedly, the indicator will be switched over between ‘pre-stop’ and ‘pause’; Press button【Setting】under ‘pause’ status to enter the status of stop, and the status before ‘pause’ will not be saved. The valid signal (i.e.
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  X K 3 1 9 0－C 602 with long duration is executed (for example, print the weighing record), the button pressed during the command execution period will be stored in the buffer area of key command. The new key command will be responded only when the current key command is executed.
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  X K 3 1 9 0－C 602 Chapter 6 Control Process of Quantitative Scale I. Additive Scale Please refer to Fig 6-1 for the function and meaning of setting parameters during the process and the sequence order for controlling the input and output: Figure 6-1 Working Sequence Drawing of Additive Quantitative Scale The parameters instruction in the Figure：t0：Measurement delay of material feed，t1：…
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  X K 3 1 9 0－C 602 4. If the Add Signal and Discharge Signal are always valid, the indicator will automatically execute the procedure repeatedly. quantitative scale subtraction by program Table 6-2 describes the working process of step. Set Parameter 7B of【SET 0】to 4; under running status, Display method of program step the auxiliary display of the indicator will show the current program step number in forms of ‘Step**’.
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  X K 3 1 9 0－C 602 of material 1 and the gradual feed is allowed, go to program step 7 and the timer will be T3; If the gradual feed is not allowed and the weight is more than the batching value plus tolerance, out-of -tolerance treatment will stop at this step and wait for qualified out-of-tolerance treatment.
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  X K 3 1 9 0－C 602 is less than the batching value of material 1 minus tolerance of material 1 and the gradual feed is allowed, go to program step 16 and the timer will be T3; If the gradual feed is not allowed and the weight is more than the batching value plus tolerance, out-of-tolerance treatment will stop at this step and wait for qualified tolerance treatment.
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  X K 3 1 9 0－C 602 Subtracting scale is to control the material (i.e. the material feed) weight discharged by the control hopper. Please refer to Fig 6-2 for the function and the meaning of setting parameters during the process and the sequence order for controlling the input and output: Figure 6-2 Working Sequence Drawing of Subtracting Quantitative Scale The parameter instruction in the Figure：…
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  X K 3 1 9 0－C 602 execute the procedure repeatedly. 4. If the remaining material weight is less than the min. weight (i.e.d1+d2) of one time material feeding weight plus material in the hopper, the instrument will be stopped to do the material feeding and wait for the Add Signal (it means material charging is allowed, that is, feed material to the hopper);…
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  X K 3 1 9 0－C 602 off quick feed. The timer will be T1 and go to program step 3. The timing is over, go to program step 4 and the timer will be T0. Start the slow feed; timing is over and weight inspection is started. If the loaded value reaches to batching value minus slow feed lead, turn off slow feed.
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  X K 3 1 9 0－C 602 program step 1. Otherwise stop the action. If there is an Add Signal, go to program step 14. Start the material discharging, add material to the hopper until the allowed weight is reached and go to program step 15. If the material discharging is started manually, then stop the action.
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  X K 3 1 9 0－C 602 Chapter 7 Operation Instruction of Batching scale I. Power on and Zero Setting upon Start up 1. After power is on, the screen will full display 10 seconds and show the instrument type and software version, then finally enter the weighing status.
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  X K 3 1 9 0－C 602 【Setting】→【Input】 （date setting）→【Input】 （time setting） V. Printing Print the current weight（in non-operating, non-setting status）. 【Print】 Remark: Please confirm the type of printer before printing to avoid printing mistake. Data Query and Removal Method to Save Weighing Data batching scale Set Parameter B in Parameter 9 【SET 1】to 1, the…
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  X K 3 1 9 0－C 602 status or exit running status. After it is started, O0 will output the running signal to control the function of devices such as conveyer belt. When the functioning status is entered, any other buttons will not respond except the button 【Stop】.
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  X K 3 1 9 0－C 602 Chapter 8 Application Examples of Batching scale I. Self Control Mode If belt weighing scale is provided at the control site, the user has to choose three different cargoes of different weights through the belt. The weights of these three cargos are respectively 5kg, 10kg and 15kg and it will be delivered through the belt every 10 seconds.
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  X K 3 1 9 0－C 602 Fig 8-1 Time Sequence of Catchweigher in Self-control Mode Brief introduction of control procedure of batching scale in self-control mode (Please refer to the sequence order figure): (1) The instrument starts to run and it will judge whether the weight is higher than zero zone. If it is higher, then enter t0 delay to wait for the cargo to be completely loaded to the weighing platform;…
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  X K 3 1 9 0－C 602 the auxiliary display of the instrument will show the current program step number in forms of ‘Step**’. Table 8-2 Description of Program Steps of Self-control Mode Program Description Step If the net weight value is more than upper limit of zero zone, go to program step 2 and timer will be T0.
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  X K 3 1 9 0－C 602 External Control mode Suppose high speed batching scale is provided at site: Industrial control PLC will combine with the instrument to sort out the cargos quickly. PLC will control the cargo to the weighing platform.
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  X K 3 1 9 0－C 602 to the max. value. Please refer to Fig 8-2 for the control sequence order of batching scale in external mode. Fig 8-2 Control Sequence Diagram of batching scale in External Control Mode Brief description of control procedure of the batching scale in external control mode (Please refer to sequence order Fig 8-2): (1) The instrument is operating and waiting for triggering signal;…
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  X K 3 1 9 0－C 602 Set Parameter 17B of 【SET 0】 to 4. Under running status, Display method of program step the auxiliary display of the instrument will show the current program step number in forms of ‘Step**’. Table 8-4 Description of Program Step in External Control Mode Program Description…
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  X K 3 1 9 0－C 602 Annex A Error Prompt Message Table A-1 Error Prompt Message Explanation Error Prompt Explanation Handling method Message [Error ] Tare requirement is not met. Tare after getting stable. [Error ] Requirement of zero-setting is zero after getting…
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  X K 3 1 9 0－C 602 10X] wrong U16 on main board U15, hardware damaged or not installed [Error ] Error occurs during weighing Ditto 110] record saving. Calibration parameter is not [——] appropriate, causing weight Recalibrate correctly, and [XXXXXX] indication value…
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  Stand-by Stand-by Figure B-1 Definition of Output Function of XK3190-C602 Relay Box During installation, connect the cable coupled with relay J1 terminal to output terminal block of C602 instrument, i.e. change output signal of C602 instrument transistor to output signal of relay.
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  X K 3 1 9 0－C 602 Annex C Large Screen Data Waveform Graph and Format 1. C602 instrument can be connected with all kinds of large screen display produced by Yaohua Company for use. 2. Large screen display interface is provided with 15 core connector assembly, (sharing a socket with serial communication interface), the definition of its pin can be seen in description of pin 9, 10 in Figure 3-4.
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  X K 3 1 9 0－C 602 Figure C Signal Format of Scoreboard Display Interface…
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  X K 3 1 9 0－C 602 Annex D Data Format of Communication Port (1) During work mode selection of communication port 1 (setting 1, step parameter), it transmits data to PC once after each time of AD sampling. Mode 0: transmit AD code continuously Baud rate of communication should be more than “AD conversion rate * 60”, or otherwise unrecognized characters or data loss may occur.
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  ASCII character string, with the last two bits being check sum. XK3190-C602 communication (2) has eight groups of (non-byte) communication command buffer areas; if all buffer areas are full, later commands may be lost, so continuous command transmission speed of PC should not be too fast.
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  X K 3 1 9 0－C 602 Send 02H Addr A XH XL 03H 02H AA00 03H Handshake instrument sent Read gross 02H Addr B XH XL 03H 02H AB03 03H weight Send Send gross 02H Addr B ****** XH AB ******* instrument weight…
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  X K 3 1 9 0－C 602 02H Addr K XH XL 03H 02H AK0A 03H Send the instrument enters Pause/Continue instrument into pause or running state Send 02H Addr L XH XL 03H 02H AL0D 03H Accumulate Send 02H Addr L XH XL 03H 02H AL0D 03H Accumulate instrument…
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  X K 3 1 9 0－C 602 Write Addr AT NN ****** Send calibration ****** XH XL 03H parameter Refer to note 2, note 5. Addr AT NN ****** Return to Send ****** XH XL 03H calibration instrument （ Return parameter command）…
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  X K 3 1 9 0－C 602 Addr AACO0013D Send Send IO state ****** XH XL 03H Note 9 Send Addr AACO0013D Send IO state instrument ****** XH XL 03H Send Read internal 02H Addr AD NN XH 02H AAD J13F 03H memory state XL 03H Note 10…
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  X K 3 1 9 0－C 602 zero) AQNL 000.000 1C Non-linear modification value 0 AQAD 2 27 AD transfer speed 2 ：60cps AQFL 2 28 Filtration strength 2 AQFm 1 0A Filtration method 1 AQSt 2 05 Stable judgment 2 AQ0T 1 45 Zero tracking range 1：0.5e AQ0S 1 42…
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  X K 3 1 9 0－C 602 ARPr 3 02 Printer type 3 ARPL 1 3E Printing language 1: Chinese AR1C 1 50 Work mode 1 of serial port 1: send weight continuously AR2C 2 50 Work mode 2 of serial port 2: RS485 mode AR1B 4 54 Baud rate 4 of serial port 1: 9600bps AR2B 4 57…
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  X K 3 1 9 0－C 602 Note 4 of Table E-2: NN=00: read accumulated data, NN=01: read all stored data. Codes of accumulated data of quantitative scale: Tc total times; Tw total weight. Codes of accumulated data of batching scale: Tc total times; Tw total weight; 1C~5C total times of channel 1 ~ channel 5; 1W~5W total weight of channel 1~ channel 5.
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  X K 3 1 9 0－C 602 and data format are same as Note 8 of E-2. Table E-2 Note 10: The meaning of NN parameter is shown in Table E-8. Table E-8 Definition of Parameters Parameter code Definition Remaining time of time relay 0 ~ time relay 7; integer of returned 3 bytes of C602 represents calculated value TA~TH of remaining time.
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  X K 3 1 9 0－C 602 Annex F Explanation on Print Format F.1 Microprint format : F.1.1 Print current weight F.1.1 Print current weight Print in Chinese ———— 日期：08/12/07 时间：10:10:31 毛重：010.000 kg 皮重：001.000 kg 净重：009.000 kg ———— Print in English —————- Date : 08/12/07 Time : 10:10:31…
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  X K 3 1 9 0－C 602 F.1.3 Accumulated print of quantitative scale Print in Chinese 累计 ———— 日期：08/12/07 时间：15:04:18 次数：00003 总重：0000014.999kg ———— Print in English Accu ———— Date:08/12/07 Time:15:04:18 No :00003 Total 0000014.999kg ———— F.1.4 Accumulated print of grader Print in Chinese ———— 日期：08/12/07…
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  X K 3 1 9 0－C 602 通道 5 次数 00000 总重 0000000.000 kg ———— 总计 次数 00004 总重 0000009.000 kg Note: the accumulated data of various channels are not saved when de-energized, while the total accumulated value is saved, therefore, after being energized, the total accumulated No, total weight and sum of various channels will be inconsistent if the original total value is not cleared.
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  X K 3 1 9 0－C 602 SUM : No: 00004 Tt: 0000009.000 kg F.2 Line printer format F.2.1 Print current weight Print in Chinese 毛重 kg 皮重 kg 净重 kg 日期 时间 08/12/07 9:14:43 003.000 000.000 003.000 Print in English Date Time Gross(kg)
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  X K 3 1 9 0－C 602 ———— 日期：08/12/07 时间：15:04:18 次数：00003 总重：0000014.999kg ———— Print in English Accu ———— Date:08/12/07 Time:15:04:18 No :00003 Total 0000014.999kg ———— F.2.4 Accumulated print of catchweigher Print in Chinese 日期：08/12/08 时间：09:15:28 通道： 次数： 总重：kg 00001 0000001.000 00002 0000006.000 00001…
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  X K 3 1 9 0－C 602 printer) There is only English format for parameter print, the explanation is as follows： Content of print Explanation C602 Ver1.00 Instrument type and software version No. Max=: 020.000kg Max. capacity 20kg e= : 01 Scale interval (effective bit) 1 Dp : 03 Decimals 3…
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  X K 3 1 9 0－C 602 There is only English format for parameter print, with explanation as follows: Content of print Explanation Set NO. 0 Parameters No., corresponding to 【 SET 1 】 parameter 13B Ctrl: 000 Control setting, corresponding to 【 SET 2 】…
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  X K 3 1 9 0－C 602 F.3.2 Print of catchweigher working parameter There is only English format for parameter print, with explanation as follows： Content of print Explanation C602 Ver1.00 Instrument type and software version No. Pn : 1 Parameters No., corresponding to 【…
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  X K 3 1 9 0－C 602 Annex G Troubleshooting of General Problems When the instrument work abnormally, if there is any error prompt, please handle it according to A-1 “Explanation of Error Prompt Information”. If the working procedure is abnormal, auxiliary display can be set to work step state (【SET 0】quantitative scale parameter 7B = 4, catchweigher parameter 17B = 4), to observe at which step the action stops.
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  X K 3 1 9 0－C 602 The instrument cannot Working parameter Please check whether enter running state. setting has problems. parameters reasonable according to specifications. Cannot work There are problems of Ditto accordance with parameter setting. Check whether “allow expected steps.
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  X K 3 1 9 0－C 602 (【SET 1】parameter Stable light is not ON Settings stability Increase the value of after figures are stable. judgment is too small 【SET 1】parameter Stable light is ON even Settings stability Decrease the value of when the figure is not judgment is too large 【…
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  X K 3 1 9 0－C 602 Safety Instructions In order to guarantee personal safety and property safety of the user, please pay attention to the following points: 1. The system should be well grounded. 2. Yaohua Company is trying to improve product’s quality and provide high quality product to the users.
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  X K 3 1 9 0－C 602 Company address: No. 4059, Shangnan Road, New Pudong District, Shanghai Direct line of sales department: (021) 58863788, 50840546, 50842579, 58411284, 50842876, 50840434, 58862570, 50823184, 58491310, 50824201, 50824202, 50824203 Switchboard: (021) 50842212, 50840671, 50840806 Sales department extension: 821, 822, 823 After-sales telephone: 50825520…

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