Manual
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1. 5 Escape Key Comparing Setting Main Display ea Setting SET SetKey Parameter Setting Secondary Zero Teach A Display Output Lamp VM2 Load Cell Panel Meter User Manual High Resolution ver 1 12 A Scale Setting Function Introduction Main Display To display input weight at present or parameter items in setting mode Q Secondary Display To display Set Value in running mode or parameter values in setting mode Q Button Introduction ESC To cancel settings or return to Main Display To enter parameter setting mode or confirm settings To change value in setting mode or set scale value and decimal place goi To change the digit to set or change option items directly in setting mode Press for 1 sec to clear Peak record y Press for 1 sec to force zeroing N N O O X an an Press for 1 sec to cancel forced zeroing Instruction of Operation amp Setting Main Display SET Target Setting Main Display SET Upper Limit IIIA L L LILI IL J tg ml stil ESC SET High cl Pre warn Value CO_LI High Limit Settihg ll IL 1 Low Limit Low Limit Setting ESC IT DI lIl _ l L LI en Lower Limit ESC IT DI _ 11 II la La Parameter List amp Introduction I2. rtd HOLD When this function is enabled displayed value won t change but the value will be recorded NIL Ol If comparative source is set as HOLD then the meter will proceed comparing JOC OL i DITE II Display Peak Value To switch the display of the secondary window to PEAK Value OCOL Display Peak Value To switch the display of the secondary window to PEAK Value J Lit and clear PEAK record UOC DL Peak Value Auto Capturing The function needs to work when the comparative mode is set IIS LUI as PEAK Please see Output Mode Explanation DZ ZL Print The function needs to work when the communication mode is set as STRAM Output Il INIL data types Display Gross Peak Hold are selectable Data is sent once per operation LI L INIA th L Pp HH Set Limit Superior L H e H Set High Limit Set Low Limit Lp Sa L a Set Limit Inferior EHr LE Set Target Value Ad IH Set Preset Value Gabi Satan Range Communication Format Setting Protocol Modbus RTU or ASCII and Stream Mode Address ID 1 255 Baud rate 19200 9600 4800 2400bps Data Length 7 amp 8bit Stop bit 1 amp 2bit Parity check None Odd Even Stream Mode Stream Mode can be sent automatically or via external triggering When the input control is selected as Print function it is via external triggering otherwise it is automatic The sending interval can set between
3. HI SP LO SP LL HH OUT OFF H our m Go our E LO our E LL OUT EEE LI Output Mode 1 Target Setting Target Setting Preset SP HI SP LO Zero Setting OUTI OUT2 OUT3 OUT4 o U Output Mode 3 SP HI SP LO Zero Setting Q External Wiring Analog Output Main Feature Q Output Setting Metered Value LLANO AC DC 100 240V Output can be set to correspond with any of the output mode Q lt Input Signal 2 4 5 mV V Input Range 21mV 42mV Aux Power 5V 100 mA Frequency 60 50 Hz Auto switch according to domestic electricity Resolution 500000 scale Max Display 19999 99999 Accuracy 0 005 FS Display Size 0 56 red 0 3 green Output Method Optional Relay contact output 1 3 sets a b 4 sets a Analog output 4 20mA 1 5V 0 10V 12 16 bits Communication output RS 232 RS 422 RS485 Modbus RTU ASCII or Stream Q Rated Specification Power Supply AC DC 90 260V 50 60 Hz Pwr Consumption Under 15VA Insulation Impedance Hi pot Test Above 20M 2 DC 500V between terminal and housing input and output AC 2000V 1 minute between terminal and housing input and output Noise Susceptibility 2KV 5KHz Ambient Temperature Relative Humidity 0 50C 25 85 RH no condense Storage Temperature 20 2465 C Net W
4. 20 9999ms The sent data can be any of the following including formats NET Xx xxx CR LF Ross Xx xxx CR LF PEAK Xx xxx CR LF HOLD _ Xx xxx CR LF Setting of Communication Contact ModBus Mode To force to zero Repeatable os bi 0005 0006 r our Status SSS 08 wort 9001 4002 R w Movable average seting Range 1 18 09 word 0002 4003 R W Simple average seting Range 1 18 Auto zeroing time Range 0 99 100 ms Setting of display scale 0 gt 1 1 gt 2 2 gt 5 3 gt 10 4 gt 20 Frequency setting of electricity 0 gt 60Hz 1 gt 50Hz R W 0 gt Display input signat 1 gt Display communication sel valle Comparing Comparin Md RE 2 Input Contra 0 Standard 0 Display 0 Forcedzero 8 INHIBIT INHIBIT Area Ane 9 n ni Display Total 2 Setting of limit 3 Peak Mode Key Lock 11 Preset Setting Setting of upper Mode 1 4 Display Peak 12 Sing innit OM Lower Limit Setting of limit Mode 2 5 Display Peak 13 S6ting inne o Lo Mode 3 6 apuro Peak 14 ze etimo I Print isf Comparative Output LW STANDARD Metered Value Output Mode PEAK PEAK PEAK Preset SP HI SP LO Zero Setting OUTI OUT2 OUT3 OUT4 LJ Output Mode 2 Target Setting SP HI Target Setting SP LO Zero Setting dd ZONE LW LEVEL Metered Value SP HH Metered Yan SP
5. 999 99999 Can be set through TEACH 19999 99999 The display value corresponds with input ration 2 E S The input value corresponds with display ratio 3 19999 99999 Can be set through TEACH 19999 99999 The display value corresponds with input ration 3 E S The input value corresponds with display ratio 4 19999 99999 Can be set through TEACH 19999 99999 The display value corresponds with input ration 4 _ 7 The input value corresponds with display ratio 5 19999 99999 Can be set through TEACH 19999 99999 The display value corresponds with input ration 5 _ _ The displayed value corresponding to the minimum 19999 99999 of analog output _ _ The displayed value corresponding to the maximum 19999 99999 of analog output Stand Zone Level Peak To select output comparing mode Mode1 Mode2 Mode3 See Output Explanation DISP GROSS PEAK HOLD To select output comparing source HH HI GO LO LL 5 output modes will be generated after the input signals are compared The output contact can correspond with any HH HI GO LO LL of the modes Please see the explanation below In 2 Value Display 2 Value In 3 Value Display 3 Value In 4 Value Bulyjas ajeos Display 4 Value In 5 Value Display 5 Value Analog Output 1 Analog Output 2 Comparing Mode Comparing Source ep D Di D Output 1 Bulnedwoyg Output 2 Display Setting Range Function Introduction Output 3 out 3 HH HI GO
6. LO LL 5 output modes will be generated after the input signals are compared with set values The output contact can correspond Output 4 ove 4 HH HI GO LO LL with any of the modes See explanation below Communication Fa IC ASCII RTU STEAM Setting of communication mode Set according to LIO ASCH RTU STEAM actual application SO 255 For identifying data during communication Can t be repeated in the same set Setting of Baud rate The higher the speed the lower Baud Rate C bPS 19200 9600 4800 2400 1200 the ability of noise susceptibility Communication f LEE 701 7E1 7N2 702 7E2 Setting of communication format Set according to Format 8N1 801 8E1 8N2 actual application Ending Character ON OFF Add ending character in the end in STREAM mode SO C Stn DISP GROSS PEAK HOLD Select sent data type in STREAM mode Io C dL4H 20 9999 ms In STREAM mode send delay time automatically Function Introduction of Input Control Contacts uias Bulleduoo O 3 a O A gt Era Forced Zero To force the input value to zero Press Shift UP key to cancel E H L Tare Set the input value to be deducted Ce Display Gross Weight The secondary display shows set value in operation and shows gross weight Ws oe when this function is enabled Pp i DI 2 F Lock Panel Keys When this function is enabled keys on the panel can t be operated
7. eight 330 grams Dimension 152 L X 96 W X 48 H mm Model Explanation Index Output Contact R Analog Output A Communication C oma ea pe tov iy ea mad esas vas wy
8. tem Display Setting Range Function Introduction AdSEL 20 40 mV To selecting the range of input signal E LEE i on To filter the surge and regular jitter of input signal ne AUG 1 16 To filter out noise making display more stable 5 AUYD 1 16 To slow down the display to make it more stable FErok O 9 9 Sec Tracking time of auto zeroing Eror O 999 Auto zeroing range GrAdu 1 2 5 10 20 To set the minimum increasing grade of display value Line O 99999 The maximum software limit of input signal L Cut 0 999 Display 0 if input signal is lower than set range Please input corresponding work frequency according P FrE 50 60 m kerk l Input function selection of control point see explanation below Input function selection of control point see explanation below Ad in To view actual input voltage Point 0 0000 0 000 0 00 0 O Setting of decimal place of present value Scale Mode SLALA 2 set 5 set To set scale setting as 2 sets or 5 sets _ B N The input value corresponds with display ratio 1 Filter Simple Average Zero Time s 2 lt Q D a O k a D o O Q Cc D P Zero Range Display Scale Input Limit Zero Mask 6uljjas jesueuag O D nl D O D O lt i N i In 1 Function In 2 Function Input Voltage Decimal Place Display 1 Value 19999 99999 The display value corresponds with input ration 1 _ 7 The input value corresponds with display ratio 2 19
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