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INDEX

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DESCRIPTION

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1/41

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FEATURES

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1/41

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APPLICATIONS

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FUNCTION DEFINE & DESCRIPTION

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2/41

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Character Symbol

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2/41

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Input & Scaling

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Input Range

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Input type(CS2-PR only)

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Scaling Function

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Display Functions ----------------------------------------------------------------------------------------------

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Max / Mini recording

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Maximum Hold or Minimum Hold for PV

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PV(Present value) Hold

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Relative PV(

∆PV) or Tare

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Remote display by RS485 command

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Low Cut

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Digital Fine Adjustment

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Square root function

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Reading Stable Functions

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4/41

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Average Display update

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Moving Average

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Digital filter

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Relay Functions

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5/41

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Relay energized mode Hi / Lo / Go-1.2 / Go-2.3 / Hi.HLd / Lo.HLd / DO

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Start delay

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Hysteresis

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Relay energized delay

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Relay de-energized delay

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3 External Control Inputs(E.C.I.)

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Relative PV(

∆PV) or Tare

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PV Hold

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Reset for Maximum or Minimum Hold

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DI(Digital input)

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Reset for relay energized latch

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Bank selection(for CS2-VA/CS2-RS)

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Analogue Output Functions --------------------------------------------------------------------------------

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Relate on various display value

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High Limited for Analog Output

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Fine Zero & Span Adjustment for Analog Output

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RS 485 Communication

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7/41

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Remote Display function

7/41

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Field Calibration (for CS2-SG / CS2-PM / CS2-RS)

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7/41

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Bank Function(Suffix-3BK) for CS2-VA, CS2-RS

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ORDERING INFORMATION

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INSTALLATION

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10/41

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Dimensions & Panel Cut Out

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Installation

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Wiring Diagram

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OPERATIONS

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Front Panel ------------------------------------------------------------------------------------------------------- 12/41

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Operating Key

-------------------------------------------------------------------------------------------------- 13/41

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Error Massage --------------------------------------------------------------------------------------------------- 13/41

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Operating Flow Chart ----------------------------------------------------------------------------------------- 14/41

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Operating Steps

----------------------------------------------------------------------------------------------- 18/41

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User Level ------------------------------------------------------------------------------------------------------------------

18/41

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Programming Level ------------------------------------------------------------------------------------------------------

19/41

Input Group ---------------------------------------------------------------------------------------------------------------

20/41

Relay Group ----------------------------------------------------------------------------------------------------------------

23/41

External Control Input(E.C.I.) Group -------------------------------------------------------------------------------

26/41

Analogue Output Group ------------------------------------------------------------------------------------------------

27/41

RS485 Group ---------------------------------------------------------------------------------------------------------------

28/41

Field Calibration Group ------------------------------------------------------------------------------------------------

29/41

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TROUBLE SHOOTING

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31/41

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RS485 MODBUS RTU MODE

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34/41

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ADDRESS TABLE

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34/41

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User Level

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Programming Level

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[Input Group] ----------------------------------------------------------------------------------------------------------------

35/41

[Relay Group] ---------------------------------------------------------------------------------------------------------------

35/41

[ECI Group] ------------------------------------------------------------------------------------------------------------------

36/41

[AO Group] -------------------------------------------------------------------------------------------------------------------

37/41

[RS485 Group] --------------------------------------------------------------------------------------------------------------

37/41

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DISCLAIMS

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TRADEMARK

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Amend 2009/11/14, Add Square root function for PV

Содержание CS2-PM

Страница 1: ...CS2 SERIES OPERATING MANUAL EN A 2017 11 16...

Страница 2: ...ction for CS2 VA CS2 RS Analogue Output Functions 6 41 Relate on various display value High Limited for Analog Output Fine Zero Span Adjustment for Analog Output RS 485 Communication 7 41 Remote Displ...

Страница 3: ...ADDRESS TABLE For 5 digital Dispaly 38 41 User Level 38 41 Programming Level 38 41 Input Group 38 41 Relay Group 39 41 ECI Group 40 41 AO Group 40 41 RS485 Group 41 41...

Страница 4: ...friendly easily programmable operated smoothly by the front panel 3 external control inputs in standard for Relative PV PV or Tare PV Hold Maximum or Minimum Hold DI Reset for Relay Energized Hold 4...

Страница 5: ...l for Relay energized do FUNCTION DEFINE Character Symbol ordering code AV for input range And programming the function aItyp to co ordinate with the input range and wiring terminals Default Input aIl...

Страница 6: ...0 that will be 0 Low Cut set to be 0 50 Low Cut is set for 0 50 if the PV is from 0 50 0 50 that display will be 0 PV according to input signal Present Value Low cut function 0 50 0 50 50 lOcut X1 X1...

Страница 7: ...can set the times to average the readings and get smoothly display Remark To set the moving average times with higher wouldn t affect the response time of Relay and Analogue output except the 1st upda...

Страница 8: ...3 ON Hysteresis De energized delay time Hi Setting Relay Energized ry_ sp ry_ hy ry_ rd ry_ fd Energized delay time CS2 series offer the 4 relay outputs with more flexible and multi functions They can...

Страница 9: ...erminals will be disabling The ECI terminal input was designed by level trigger Please refer to description as below Relative PV PV or Tare reLpv The ecI_ can be set to the reLpv Relative PV function...

Страница 10: ...ures of machinery or equipments to be lower status The low calibration of machinery structure is not need the exactly zero to calibrate because of the field calibration function could be calibrate any...

Страница 11: ...are correspondence to 4 difference scaling decimal point above select by 3 External Control Inputs E C I or front key Example Current testing Product A Current rated 5A NG over 5A Product B Current r...

Страница 12: ...CODE AXU POWER S1 1 0mV V S8 10 0mV V N None N None N None E05 DC 5V A AC115 230V S2 2 0mV V S9 20 0mV V R2 2 Relay 8 RS 485 E10 DC 10V S3 4 0mV V SA 40 0mV V R4 4 Relay V 0 1 5 V 0 10 V EO Specify A...

Страница 13: ...16AWG Max torque 5Kg cm Please use cord end terminal 7 0mm max 7 0mm max 2 0mm max Please set the torque of automotive screwdriver to match the limited of terminals For input RS485 and ECI wiring Her...

Страница 14: ...3 27 28 26 29 30 31 33 32 34 Relay 3 b c a Relay 2 b c a Relay 1 a c Relay 4 a c Analogue output A B RS 485 port ECI1 ECI3 COM ECI2 External Control Input FG 1 2 4 5 3 6 7 8 9 10 11 12 14 15 13 Excit...

Страница 15: ...Energized Latch DO1 RS485 Energized Lo H Lo Energized Latch E C I functions Relative PV Tare PV Hold Digital Input Bank 1 selected Maximum or Minimum Reset Reset for Relay Latch Engineer Label over 80...

Страница 16: ...meter Operating Key 4 keys for Enter Function Shift Escape Up key Down key The meter has designed operation similar as PC s and Enter In any page press key means enter or confirm setting and press ke...

Страница 17: ...version ver 4 Version 1 4 0 2 100 0 ry sp ry sp Relay 2 Set point 19999 29999 0 6 0 min min the Minimum value of PV saving Checking only 0 10 bnk 1 bank CS2 VA RS Option Bank selection and programmin...

Страница 18: ...i lOhld hIhld do C 3 Mrst ecI3 ecI3 External Control Input 3 none reLpv pVhld Mrst rYrst di banK3 D 3 199 9 aOhs aOhs the high point is relative to the highest of Analogue output 19999 29999 E 3 NstB2...

Страница 19: ...11 0 lOcut lOcut Low Cut the PV 19999 29999 B 12 0 ry hy ry hy Relay 3 Hysteresis 0 5000counts A 12 5 avg avg Average update for PV 1 None 99times B 13 0 0 ry rd ry rd Relay 3 energized delay time 0...

Страница 20: ...signal output status or any higher status and keep it in stable caLhi Field Calibration High Press to read signal of the higher status Press again to finish the calibration higher point and go to next...

Страница 21: ...he energized mode of relay 2 before setting Settable range 19999 29999 Shift Up Down Enter 0 3 ry sp 100 0 100 0 80 0 ry sp rY3 SP Relay 3 Set point Please confirm the energized mode of relay 3 before...

Страница 22: ...T Rtd Thermocouple ver 0 Ver 2 0 Firmware version Review only It will be announced in our website www adtek com tw when it had been versions updated 0 10 bank bnk 0 bnk 0 bnk 2 This page will be shown...

Страница 23: ...of FUNCTION DEFINE page 2 38 Settable range 0 00 100 00 Shift Up Down Enter A 3 pVdp 0 0 0000 pVdp Pv dP Decimal Point of PV Programmable 0 0 00 000 0 0000 Up Down Enter A 4 lOsc 0 000 0 00 00 lOsc L...

Страница 24: ...ent of Low and High Up Down Enter A 10 dsply pv pv maXhd dsply dSPLY Display Function for PV screen When the dsply function set to be rs485 At meantime the input signal PV no longer display now The PV...

Страница 25: ...r The digital filter can reduce the influence of spark noise by magnetic of coil If the values of samples are over digital filter band fixed in firmware and about 5 of stable reading 3 times Digital F...

Страница 26: ...set Hi HLd Hi Latch Relay Energized ON Reset Relay Latch by ECI or Front Key ON Level Trigger Hi Setting hIhld ry_ md rYrst eci _ ry_ sp Programmable off Off Turn off the Relay and indication LED lo L...

Страница 27: ...ter B 10 ry fd 0 0 0 0 5 9 ry fd rY2 Fd Relay 2 de energized delay time Settable range 0 00 0 9 M 59 9 S Shift Up Down Enter B 11 ry md lo lo lOhld ry md rY3 Md Relay 3 energized mode Programmable off...

Страница 28: ...y will compare with ry1 sp and ry sp Go relay energized when the condition is ry1 sp Hi PV ry sp Lo go 3 Go 2 3 This function is programmable in Relay 4 only If the Relay 4 set to be Go function the r...

Страница 29: ...ini Hold in PV screen When the dsply dsply function set to be miNhd maXhd that max mini value be saved in User level and the saved values can be reset in this function too rYrst rY rSt If ry_md the re...

Страница 30: ...rammable yes YES Down Key is to be same function as ECI2 no NO Down Key isn t to be same function as ECI2 Up Down Enter Analogue Output Group The group will not be displayed except the AO function is...

Страница 31: ...an Adjustment for analogue output by front key of the meter as like as aOzro Ao Zro Settable range 38011 27524 Shift Up Down Enter D 6 ZSclr none none both ZSclr Z S CLr Clear the Fine Zero Span Adjus...

Страница 32: ...tion Level Enter the exactly pass code of the meter to access the Field Calibration Level Otherwise it will be turning back to measuring page Pass Code Adjust the structure of machinery to the lower s...

Страница 33: ...r F 5 Csel deflt deflt field Csel C SEL Calibration parameter selection As the user finished the procedures of field calibration the field calibration datum has been saved in EEProm and it can t chang...

Страница 34: ...th signal in the field or not Please check the aItyp A 00 that has to match the signal in the field CS2 SG CS2 PM 5 To inspect the field calibration whether did it match with sensor in the field or no...

Страница 35: ...rder another product with relay function B Please confirm the output type is correct and check the range in AOtyp D 01 of Ao group 2 Check the Analogue output high and low setting A Please check the A...

Страница 36: ...s the address table of RS485 to assume whether did the address right or not B Please checks the start address and data format are correct C Please do not lay the wires of RS485 together with high volt...

Страница 37: ...ATA Hi Preset DATA Lo CRC Lo CRC Hi 01H 06H 00H 00H 00H 02H 08H 0BH Response Data Frame SLAVE Address FUNCTION Code Starting Address Hi Starting Address Lo Preset DATA Hi Preset DATA Lo CRC Lo CRC Hi...

Страница 38: ...017h 19999 19999 Low Cut 0 R W avg 0018h 1 99 Average 5 R W Dfilt 0019h 0 99 Digital Filter 0 R W Pcode 001Ah 0000 9999 Pass Code 1000 R W Flock 001Bh 0 3 Function Lock 0 none 1 User Level 2 Engineer...

Страница 39: ...ized Hold 5 DO Digital Output 6 Go 1 2 Go function compare with SP1 SP2 7 Go 2 3 Go function compare with SP2 SP3 1 R W ry hy 002Bh 0000 5000 Hysteresis of Relay4 0 R W ry rd 002Ch 0000 5999 0 1second...

Страница 40: ...even 1 R W sQrot 003Ch 0 1 Square root function 0 no 1 yes 0 R W Amend 2009 11 14 Add Square root function DISCLAIMS The information in this manual has been carefully checked and is believed to be acc...

Страница 41: ...me Address Range Explain Initial Write Read Note lOsc_H 0010h 19999 99999 Low Scale 0 R W lOsc_L 0011h hIsc_H 0012h 19999 99999 High Scale 19999 R W hIsc_L 0013h pVzro_H 0014h 19999 99999 PV ZERO 0 R...

Страница 42: ...al Write Read Note rYsb 002Dh 0000 9999 Start Band of Relay 0 R W rYsd 002Eh 0000 5999 0 1second Start Delay Time of Relay 0 R W ry md 002Fh 0 5 Relay1 Energized Mode 0 oFF no use 1 Lo Low Energized 2...

Страница 43: ...for Relay Energized Hold 0 No 1 Yes 0 R W bank 0040h The addres is for CS2 VA CS2 RS CS2 PR Bank selection bit0 1 Bank1 selected bit1 1 Bank2 selected bit2 1 Bank3 selected bit0 bit1 bit2 0 Bank0 sele...

Страница 44: ...ue Output High Limit 110 00 R W RS485 Group Name Address Range Explain Initial Write Read Note adres 0048h 1 255 RS485 address 1 R W baud 0049h 0 5 RS485 baud rate 0 1200 1 2400 2 4800 3 9600 4 19200...

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