Yamatake MagneW3000 PLUS User Manual Download Page 9

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Detailed Table of Contents

Configuration and Structure of the Measuring
Systems ........................................................................... 1 - 1

Outline of this chapter ....................................................... 1 - 1

1.1

System Configuration ....................................................... 1 - 2

Measuring System ............................................................ 1 - 2

Analog Output and Digital Output ..................................... 1 - 4

System Configuration for Analog Output

(4 - 20 mA DC output) ....................................................... 1 - 5

System Configuration for Digital Output (DE Output) ....... 1 - 8

1.2

Structure of this Unit and Functions of Parts .................... 1 - 9

Structure of the Device ..................................................... 1 - 9

1.3

Approval of this Device ..................................................... 1 - 11

Chapter 2 -

Installing the Device ....................................................... 2 - 1

Outline of this chapter ....................................................... 2 - 1

2.1

Before Installation ............................................................. 2 - 2

Selecting the Installation Site (1) ...................................... 2 - 2

2.2

Installation Method ........................................................... 2 - 3

Installing the Converter ..................................................... 2 - 3

Electrical Wiring (1) ........................................................... 2 - 5

Electrical Wiring (2) ........................................................... 2 - 8

Electrical Wiring (3) ........................................................... 2 - 11

Electrical Wiring (4) ........................................................... 2 - 12

Electrical Wiring (5) ........................................................... 2 - 13

Electrical Wiring (6) ........................................................... 2 - 14

Electrical Wiring (7) ........................................................... 2 - 15

Chapter 3 -

Operating and Stopping of the Measuring System ..... 3 - 1

Outline of this chapter ....................................................... 3 - 1

3.1

Start-up ............................................................................. 3 - 2

3.2

Preparations before Measurement ................................... 3 - 3

Zero Adjustment (1) .......................................................... 3 - 3

Method Using the Data Setting Device ............................. 3 - 4

Method Using the S-SFC .................................................. 3 - 6

3.3

Stopping ........................................................................... 3 - 7

3.4

Setting the Communication Function ................................ 3 - 8

3.5

Setting Write Protection .................................................... 3 - 10

3.6

Setting the Empty Detection Function .............................. 3 - 11

Chapter 4 -

Operation Using the Data Setting Device ..................... 4 - 1

Outline of this chapter ....................................................... 4 - 1

4.1

Functions of the Data Setting Device ............................... 4 - 2

Data Setting Device .......................................................... 4 - 2

Operating the Display/Data Setting Device ...................... 4 - 5

Screen Organization ......................................................... 4 - 7

How to Skillfully Operate the Touch Key Switches ........... 4 - 10

How to Enter the Operator's Mode ................................... 4 - 11

Operating in Operator’s Mode .......................................... 4 - 12

Resetting the Damping Time Constant ............................. 4 - 13

Zero Adjustment ............................................................... 4 - 14

Summary of Contents for MagneW3000 PLUS

Page 1: ...CM2 MGG210 2001 MagneW3000 PLUS Smart Electromagnetic Flowmeter Model MGG14C User s Manual ...

Page 2: ...d warranties of merchantability and fitness for a particular purpose and makes no express warranties except as may be stated in its written agreement with and for its customer In no event shall Yamatake Corporation be liable to anyone for any indirect special or consequential damages This information and specifications in this document are subject to change without notice MagneW is a trademark of ...

Page 3: ...ctromagnetic Flowmeter This product is a highly reliable high performance electromagnetic flowmeter converter for general use It has been developed based on our extensive experience and field record This con verter suits a wide range of application and is easy to use in on site operation ...

Page 4: ... model number Output communications Power supply Contact input output If you have any questions regarding the specifications of this device contact your nearest Yamatake Corporation office or Yamatake Corporation repre sentative When making an inquiry make sure to provide the model number and product number of this device Inquiries When storing this device before use observe these precautions Stor...

Page 5: ...anual and be sure to follow the instructions on installation operation and maintenance Caution Warning Signal words Two kinds of safety precaution are used in this manual Warning and Caution The meaning of these is as follows Potentially hazardous situation which if not avoided could result in death or serious injury Failure to observe these precautions may produce dangerous conditions that could ...

Page 6: ... for Performance Under Rated Conditions EN 61000 4 2 1995 IEC 1000 4 2 1995 ESD B 4kV Contact Electrostatic Discharge B 8kV Air ENV 50140 1993 IEC 1000 4 3 1995 Radiated RF A 10 V m 1 Fields 80 1000MHz ENV 50204 1995 Radiated RF Fields 900 MHz A 10 V m 1 EN 61000 4 4 1995 IEC 1000 4 4 1995 Electrical Fast B 2 kV Process Measurement Control Transients Burst ENV 50141 1993 Conducted RF Fields 150 kH...

Page 7: ...Current 3A Maker type 239003 LITTEL FUSE 3 Earthing Protective earthing should be performed as shown in Operator s Manual The MagneW PLUS has protective earthing terminals in the terminal box and on the external surface of its casing see figure internal external external internal Remote models Integral models An external switch or circuit breaker must be installed near the MagneW PLUS on the power...

Page 8: ... Two operating methods are explained one uses the data setting device of this product and the other uses the Smart Communicator S SFC Read this chapter when using this product just after installation or after the operation of this product has been halted Chapter 4 This chapter explains the operation of this product using the data setting device Chapter 5 This chapter describes the procedures to be...

Page 9: ...ng 3 2 11 Electrical Wiring 4 2 12 Electrical Wiring 5 2 13 Electrical Wiring 6 2 14 Electrical Wiring 7 2 15 Chapter 3 Operating and Stopping of the Measuring System 3 1 Outline of this chapter 3 1 3 1 Start up 3 2 3 2 Preparations before Measurement 3 3 Zero Adjustment 1 3 3 Method Using the Data Setting Device 3 4 Method Using the S SFC 3 6 3 3 Stopping 3 7 3 4 Setting the Communication Functio...

Page 10: ...ng the Coefficient of Compensation 4 48 Setting the Pulse Scale 4 49 Setting the Pulse Width 4 50 Setting the Drop out 4 51 Setting High and Low Limit Alarms 4 52 Setting a 2 stage Flow Rate Alarm 4 53 Setting the Low Flow Cut 4 55 Determining the Pulse Output Abnormality Treatment Direction 4 56 Determining Analog Output Abnormality Treatment Direction 4 57 Setting the Contact Output Status 4 58 ...

Page 11: ...ix Error Messages and Treatment Display 5 13 Chapter 6 Parts List 6 1 Appendix A Standard Specifications of this Unit and Model Numbers Appendix A 1 Appendix B External View of This Unit Appendix B 1 ...

Page 12: ...er 2 6 Figure 2 5 Relation between fluid conductivity and cable length 2 8 Figure 2 6 Outer Dimensions of Signal Cables 2 9 Figure 2 7 Signal Cable Construction 2 9 Figure 2 8 Outer Dimensions of Excitation Cables 2 10 Figure 2 9 Excitation Cable Construction 2 10 Figure 2 10 Detector to converter connection 2 11 Figure 2 11 Wiring diagram for current output 2 13 Figure 2 12 Wiring diagram for pul...

Page 13: ...xi MEMO ...

Page 14: ...ne of this chapter This chapter explains the configuration of measuring systems using this unit The structure of this unit and the names and functions of its respective parts are explained The smart communicator S SFC required for communication with this unit is explained ...

Page 15: ...nverter are installed as an integrated unit on the pipe Remote detector and converter are installed separately and connected by a cable Figures 1 1 and 1 2 show examples of measurement systems using the device Figure 1 1 Integral configuration Pulse output Contact input output Fluid Examples of flow measurement systems AC power supply Analog output Digital output Converter Detector Continued on ne...

Page 16: ... configuration Examples of flow measurement systems Continued Fluid Flow signal input Excitation output Pulse output Contact input output Analog output Digital output AC power supply Converter Commercially available cable or dedicated cable Detector ...

Page 17: ...tput An analog output system outputs only the instantaneous flow rate as an analog value to the control equipment Digital output DE output A digital output system outputs the instantaneous flow rate the database in the unit and self diagnosis to the control equipment Switching output The output for this unit can be selected Refer to the selective specifications in the model number organization Add...

Page 18: ...ing side the external power supply DC power with a cur rent capacity of at least 40 mA and the external resistive load min 250 Ω required for communication Analog output range is 3 2 mA 22 4 mA 5 115 The DC power is 16 45 V DC and the maximum value of the external resis tive load is Maximum resistive load Ω Continued on next page External power supply for communication 8 5V 0 025 Note For systems ...

Page 19: ...0 mA DC analog signal In this system the DC power supply that transmits the analog signal is inte grated into the unit which can output the analog signal directly to the host control system Figure 1 3 System configuration of analog output WITHOUT communica tion function Host control system AC or DC power supply Smart Electromagnetic Flowmeter device Measures flow rate and out puts an analog signal...

Page 20: ...and a resistance of 250Ω or more must be installed on the receiving side Figure 1 4 System configuration for analog output WITH the communica tion function example setup Host control system 1 5 V input S SFC AC or DC power supply 24 V DC power supply 4 20 mA analog output 250Ω resis tance Smart communicator Smart Electromagnetic Flowmeter device Measures flow rate and out puts an analog signal ins...

Page 21: ...e DE protocol based signal di rectly Figure 1 5 System configuration for digital output AC or DC power supply SHL S SFC AC or DC power supply S SFC PM100 PM300 or A MC SPC Control system Smart electromagnetic flowmeter device Measures the flow rate and out puts the instantaneous flow rate and unit self diagnostics using a digital signal Smart protocol converter SPC Converts the DE protocol based d...

Page 22: ... I O card pulse card data setting device and a terminal box Figure 1 6 Structure of the main body Main components Data setting device Main card Contact input card Converter main body Cover Terminal box Plug Waterproof gland Terminal box cover Tag No plate Display cover Continued on next page Data setting device control card Pulse card ...

Page 23: ...neous flow rate to the control equipment as an analog or digital signal Data setting device Indicates the instantaneous flow rate or the inte grated flow rate The flowmeter functions can be changed using the four keys on the panel Terminal box Encloses the input output terminals Contains an integrated 12 kV 100 A isolator Nameplate Indicates model number the product number and the detector constan...

Page 24: ...UITABLE FOR USE IN CLASS I DIVISION 2 GROUPS A B C D CLASS II III DIVISION 2 GROUPS F G OR NON HAZARDOUS LOCA TIONS ONLY CAUTION 1 power supply and internal voltage of ordinary equip ment to the earth shall not exceed AC250V 50 60HZ DC250V in case of normal formal conditions 2 ambient temperature is from 25 to 60 C 3 Process temperature is from 40 to 160 C Remote model Process temperature is from ...

Page 25: ...1 12 ...

Page 26: ...Outline of this chapter This chapter explains the installation and wiring procedures of the device in the following order Selecting the installation site Adjusting the data setting device direction Installing the device Signal line wiring ...

Page 27: ...rors Avoid installing the product near high current power lines motors or transformers to prevent damage from electromagnetic induction which may cause equipment malfunction or output errors DO NOT use this product for grounding a welder as it may cause damage to the product When welding near this product be sure to ground the welding power transformer Avoid locations subject to severe vibration o...

Page 28: ...al converters are as sembled with the detector remote detectors can be wall mounted or mounted on a 2B converters are assembled pipe Figure 2 1 Wall mounted Mounting plate Terminal box Tag No plate Figure 2 2 2B pipe mounted 2B pipe 2B pipe mounted Mounting bracket Material SPCC Galvanized Mounting bracket Continued on next page Material US304 ...

Page 29: ...2 4 Installing the Converter Continued Basic installation method Installation continued Figure 2 3 Integral assembly ...

Page 30: ...m the model number on the name plates Connecting posi tions for the elec tromagnetic flowmeter main body Figure 2 5 below shows the terminal block of the electromagnetic flowmeter main body During wiring turn OFF the power supply before opening the cover in order to prevent the danger of electric shock DO NOT perform wiring work while the power is ON as it may result in electric shock Warning Note...

Page 31: ... Y B 2 contact output Terminal arrangement for integral converter On an integral converter terminal symbols X Y SB SA A B C and E are not indicated as on the remote converter because these terminals are not used Terminal arrangement of a 24 V DC converter The 24 V DC converter has a terminal marked POWER DC24V instead of POWER as on the remote converter Pay close attention to the and polarity Cont...

Page 32: ...ut X Excitation output Y STATUS IN1 Contact input 1 STATUS IN2 Contact input 2 POWER AC L Power supply N E Not used Class 3 grounding DC24V 2 contact output 1 contact input and 1 contact output Symbol Meaning A B C Flow rate SA signal input SB I OUT Current output P OUT Pulse output X Excitation output Y STATUS OUT2 Contact input 2 STATUS OUT1 Contact input 1 POWER AC L Power supply N E Not used C...

Page 33: ...h Cable between remote detector and converter Length Max 300 m Depends on fluid conductivity Outer diameter 10 12 mm Signal cable Dedicated cable Diameter 11 4 mm 0 75 mm2 or equivalent com mercially available cable e g CVVS CEEV Excitation cable Dedicated cable Diameter 10 5 mm 2 mm2 or equivalent commer cially available cable e g CVV 2 5 mm or 5 mm diameter Diameter 10 mm or more Cable length m ...

Page 34: ...n zener barrier side Zener barrier side Detector side Model B Model E Model D Model E Model E Model C Model E Model D Terminal treatment on zener barrier side Terminal treatment on converter side Zener barrier side Detector side Zener barrier side Converter side Zener barrier side Converter side Figure 2 7 Signal Cable Construction Outer sheath Inner sheath Inner shield Conductive tube black Condu...

Page 35: ...rew For M4 screw Insulating tube Detector side Converter side Terminal treatment on detector side Black Detector side White Model A Black White Detector side Model A Model B Black White Detector side Model B Black White Detector side Figure 2 9 Excitation Cable Construction Sheath Insulator Conductive wire Cloth tape Electrical Wiring 2 Continued ...

Page 36: ...on Figure 2 10 Detector to converter connection Wiring of dedicated cables Model MGA12W Detector Signal cable MGA12W Converter Excitation cable MGA12W Commercially available cable Signal cable 2 core single shielded cable Detector Converter Excitation cable ...

Page 37: ...of φ11 is optimum The applicable range of cable outer diameters is φ10 φ12 A crimp terminal M4 screw with an insulation sleeve is recommended for the terminal connections The maximum length of the wiring cable is 1500 m However the maximum length between converter and detector is 300 m Installing the wiring cable When installing the cable connecting this product to the control equipment the follow...

Page 38: ...ly OFF Figure 2 11 Wiring diagram for current output With S SFC communications An external power supply is needed Converter Receiving instrument Converter Receiving instrument DC power supply 24V 42V Position of main card pins Move the switches to the blackened positions Position of main card pins Move the switches to the blackened positions No S SFC communications Note Miswiring of polarity may c...

Page 39: ...larity when wiring Figure 2 12 Wiring diagram for pulse output Protective diode 200mA max Load this is impossible Note Miswiring of polarity may cause damage to the equipment Recheck the wiring position carefully Use an external power supply with voltage and capacity that satisfy the specifications External power supply 30V max ...

Page 40: ...input Contact output wiring Pay close attention to voltage and polarity when wiring because this is an open collector output Figure 2 14 Wiring diagram for contact output Semiconductive contact input No voltage contact input Protective diode Load External power supply 30V max this is impossible Note Miswiring of polarity may cause damage to the equipment Recheck wiring position carefully Use an ex...

Page 41: ...2 16 MEMO ...

Page 42: ...e with this product Using the data setting device that may be included with this product Using communications between the S SFC and this product Refer to S SFC User s Manual CM2 SFC100 2001 For an electromagnetic flowmeter with no data setting device select the method that uses the S SFC Both methods allow zeroing the flowmeter and employ a data setting device Before using this product be sure to ...

Page 43: ...ly completed 3 Charge the electromagnetic flowmeter with the fluid to be measured and make the fluid stand still Make sure there is no fluid leaking from the flange to which the electromagnetic flowmeter is attached 4 5 Turn the power to the electromagnetic flowmeter ON Branch For flowmeters without the data setting device this is the completion of start up Next start up the S SFC For flowmeters w...

Page 44: ...eter There are two zero adjustment methods Using the data setting device for this product Using the S SFC Refer to S SFC User s Manual CM2 MGG000 2001 For electromagnetic flowmeters without the data setting device select the S SFC method Both methods allow zeroing an electromagnetic flowmeter and employ a data setting device ...

Page 45: ...r Zero adjustment becomes possible when the flow speed is 0 2 m s or less but wait until the fluid com pletely stops Flow speed 0 0 m s for accurate adjustment Oth erwise output errors may result Step Procedure Screen 1 Touch the MODE key for more than 3 seconds Note The screen at left will be displayed for 8 seconds Complete the following op erations within 8 seconds 2 Touch the MODE key on the d...

Page 46: ...n 0 0 will be flash ing When zero adjustment is completed the flashing will stop and the ON message will return to READY Zero adjust ment takes about 30 sec onds 5 Touch the key once AUTO ZERO READY 6 Touch the MODE key for more than three second to return to the Measuring Mode measuring status The zero value will be writ ten into non volatile memory 0 00 m 3 h 0000123456 TOTAL 7 Lastly be sure to...

Page 47: ...XXXXXXX INPUT ZEROED 2 Make sure the S SFC has started up and is ready to communicate with the flowmeter Press the CORRECT key Press the SHIFT key Press the OUTPUT key Press the ENTER key Result The screen will change to the display shown in the fig ure on the upper right hand side and the zero adjust ment will start When zero adjustment has been completed the screen will change to the display sho...

Page 48: ...quipment to manual control This will prevent the power shut off on this unit from directly affecting the control equipment Caution Procedures Perform the following steps to stop flowmeter operation Switch the control equipment connected to the flowmeter to the manual control mode Step Procedure 1 2 Turn the power switch of the flowmeter OFF ...

Page 49: ...ging the converter mode To communicate with the device set the switches as follows Procedure 1 Step Procedure 1 The main card will be visible Set the SFC and I switches on the upper part of the card as shown below Move the switches to the blackened positions Continued on next page Main card Terminal box ...

Page 50: ... Continued Procedure 2 When not using communications set the switches as followings 1 Remove the display cover Step Procedure 2 Set the SFC and I switches on the top of the main card as shown below Move the switches to the blackened posi tions ...

Page 51: ...s 0 O O O When shipped 1 O O x 2 x 3 x O Both data confirmation and manipulation are possible Only data confirmation is possible x Neither data confirmation nor manipulation is possible Procedure 1 To change the write protect level set the switches in the following steps The switches are located on the main card Set switches LEV1 LEV2 and LEV3 on the top of the card as shown below Move the switche...

Page 52: ...mpty detection function set the switches in the following steps Step Procedure 1 2 Remove the display cover The switches are located on the main card Set switches EP and STD on the right of the card as shown below Move the switches to the blackened positions Empty detection function not activated Data setting device Pulse card Empty detection function activated Main card Terminal box ...

Page 53: ...3 12 MEMO ...

Page 54: ...his product using the data setting de vice Read this chapter only if this device has a data setting device Refer to the S SFC user s manual CM2 MGG000 2001 Device Smart Electromagnetic Flowmeter S SFC II User s Manual if using an S SFC data setter The device can be operated using the 4 keys on the data setting device ...

Page 55: ...d TOTAL for the integrated value Section Explanation 7 segment 6 digit display Indicates the flow rate selected in the Operator s Mode Percent flow rate indicator Indicates that percent flow rate is currently displayed Actual flow rate indicator RATE Indicates that actual flow rate is currently displayed Indicates that the integrated value is currently dis played Integrated value indicator TOTAL A...

Page 56: ...internal data in the Engineering Mode or Maintenance Mode press this key to write the data into memory Touch this key for more than one second to complete the write Change the parameter at the cursor position Display the previous screen When the cursor is located at the far left of the upper row Right shift key Shift the cursor to the right Down key Changes the screen When the cursor is located at...

Page 57: ...w O P E R A T O R S MODE Increments the numerical figure When the cursor is located at the decimal point Moves the decimal point to the left Starts opera tion when touched Name Explanation Cursor Changes the screen When the cursor is located at a numerical figure Cursor Cursor Cursor When the cursor is located at READY D A M P I N G 0 0 1 0 S 1 0 0 0 0 m S P A N 0 7 0 6 9 m 3 h A U T O Z E R O R E...

Page 58: ...on data monitoring is available Includes damping time constant auto zero adjustment counter reset counter preset value Mode Explanation Outline of the various modes Note Registered or changed data is tempo rarily written in to memory when input but will return to the previous status within two minutes unless it is saved exception only counter reset will not re turn to the previous status even afte...

Page 59: ...asur ing mode by pressing the MODE key MAINTENANCE MODE This is the maintenance setting mode It is used when adjustment or verification is needed at regu lar maintenance periods or when an abnormality occurs Settings can be adjusted or confirmed only when the write protect level is set at 0 Includes loop check output adjustment gain ad justment This mode is further divided into the following 3 mod...

Page 60: ...s follows Operation at start up LCD indication flow Flash Example of measuring status Operator s Mode 2 seconds later Maintenance Mode 2 seconds later Engineering setting mode 1 Indicates when there is a pulse circuit and TOTAL display is selected Continued on next page ...

Page 61: ...tching range is selected 4 Indicated when normal reverse automatic range or normal re verse external switching range is selected 5 Indicated when automatic range is selected in 3 and 4 6 Indicated when normal direction double range is selected 7 Indicated when a mass unit is selected 8 Indicated when NNK detector is selected Engineering setting mode 3 seconds later Continued on next page ...

Page 62: ...ion range is selected 10 Indicated when high low limit alarms are set for the contact out put in function setting 11 May indicate DUTY 50 instead of NUM 12 Indicated when there is a pulse circuit 13 Indicated when contact output is registered in function setting 14 Indicated when 2 contact output is used 15 Indicated when Single Range HH LL is selected in function setting Single range Double range...

Page 63: ...creen change to ensure smooth operation If the screen change is not completed within 3 seconds move the finger off and touch the MODE key again 3 seconds later If you touch the key right away the input may not be accepted 3 To enter the or keys in succession increment or decrement keep touching the target until the desired display is obtained Note how ever that the key stops at the mode signs show...

Page 64: ...e key 2 To return to the Measuring Mode move the cursor un der N and touch the key The screen will automati cally return to the Measur ing Mode screen shown in step 1 8 seconds later Screen Procedure Step 1 2 How to Enter the Operator s Mode The operation mentioned under 1 in the above step will make the screen on the right be dis played for about 2 seconds 3 The Damping Setting screen will be dis...

Page 65: ...tive specifications and setting of counter pre set in function setting Sets the preset value of the built in flow counter COUNTER PRESET Sets the flow rate display DISPLAY SELECT Enters the Engineering Mode MODE ENTER ENGINEERING Enters the Maintenance Mode MODE ENTER MAINTENANCE Setting of write protect to level 0 Details of the screens are explained on the following pages using concrete examples...

Page 66: ...ting is changed Default setting Setting range Screen Procedure Step 1 Touch the MODE key for more than 3 seconds Note The screen at left will be displayed for 8 seconds Complete the following opera tions within 8 seconds 2 Touch the MODE key for more than one second 3 About 2 seconds after that the screen will indicate the damp ing time constant setup display 4 Touch the key three times 5 Touch th...

Page 67: ...ow speed is 0 2 m s or below but wait until the fluid completely stops flow speed 0 0 m s for accurate adjustment Otherwise output errors may result Screen Procedure Step 1 Touch the MODE key for more than 3 seconds Note The screen at left will be displayed for 8 seconds Complete the following opera tions within 8 seconds 2 Touch the MODE key for more than one second 3 Touch the MODE key on the da...

Page 68: ...ws the flow rate in percent 0 0 will flash during adjustment When zero adjustment is completed the flashing will stop and the ON message will return to READY It takes about 30 seconds for zero adjustment 6 Touch the key once Zero Adjustment Continued Zero Adjustment Continued AUTO ZERO ON AUTO ZERO READY ...

Page 69: ...w Counter Introduction This sets and changes the integration starting value of the built in flow counter This function is used when a pulse output board has been selected additional specification Default setting The reset value is set to 0000000000 at shipment Setting range Screen Procedure Step 3 Touch the or key to set the desired numbers In this example the number 1 is changed to 5 by four touc...

Page 70: ...s been selected additional specification 1 Open the built in counter reset screen by entering the Opera tor s Mode 2 Touch the key once 3 Touch the key to reset the counter About 0 5 seconds later the ON message will return to READY and reset ting is completed 4 Touch the key once Screen Procedure Step CNT RESET READY PREV 0000000000 CNT RESET READY PREV 0000000000 CNT RESET ON PREV 0000123456 CNT...

Page 71: ...at shipment Setting range 0000000000 9999999999 Open the built in flow counter preset value setup screen by following the steps to enter the Operator s Mode 2 Touch the key to move the cursor to the desired digits In this example the cursor is moved to the 2 position by touching the key five times 3 Touch the or key to set the desired numbers In this case the numeral 2 is changed to 5 by five touc...

Page 72: ...percent flow rate RATE instantaneous actual flow rate or TOTAL integrated value Open the flow rate display setup screen by following the steps to enter the Operator s Mode Touch the key once Touch the or key to select the desired flow rate display In this example is changed to RATE by one touch of the key Touch the key once Perform setting for the TO TAL display as well Screen Procedure Step 1 2 3...

Page 73: ...itches on the main board are used to select level 1 2 or 3 If level 0 is selected both the Engineering Mode and the Maintenance Mode will open Refer to Chapters 3 and 5 To enter the Engineering Mode Call up the Engineering Mode selection screen by following the steps to enter the Operator s Mode Touch the key once Touch the key and the dis play will change to the Engi neering Mode Two seconds late...

Page 74: ...he dis play will change to the Mainte nance Mode Call up the Maintenance Mode selection screen by following the steps to enter the Operator s Mode Screen Procedure Step 1 3 2 4 Two seconds later the display shown at right will appear 5 MODE ENTER ENGINEERING MODE ENTER MAINTENANCE MODE ENTER MAINTENANCE MAINTENANCE MODE OUTPUT CHECK MODE OFF ...

Page 75: ...ge Sets the hysteresis Selection of normal direc tion automatic double range or normal reverse di rection automatic double range in function setting Selects the electromagnetic output method Selection of normal direc tion automatic or external double range or normal re verse direction automatic or external double range in function setting Selects the specific gravity Selection of a weight unit t k...

Page 76: ...iption Screen display Sets high low limit alarms Selection of alarm output and high low limit alarms in function setting option LO ALM1 LO ALM2 Sets the 2 stage low limit alarm HI ALM1 HI ALM2 LOW FLOW CUT Sets the low flow cut ERROR OUT MODE P OUT Determines the pulse out put abnormality treatment direction ERROR OUT MODE I OUT ST OUT MODE Details of the various screens are explained on the follo...

Page 77: ...n Step 1 4 3 2 Procedure Open the ID setup display by following the steps to enter the Engineering Mode Touch the key to move the cursor to the characters to be changed Touch the or key to change the characters to the desired ones Use the Right shift Down and Up keys to set up the desired code When the desired tag No is shown touch the key to move the cursor to the ID SET XXXXXXXX ID SET XXXXXXXX ...

Page 78: ... key to select the kind of function settings One touch is for range setting two touches for built in counter setting three touches for the contact input function setting and four touches for the contact output function setting Screen Step 1 Touch the or key to select the desired function Two touches of the key in Step 1 enables the selection of the built in counter function Touch the or key to sel...

Page 79: ...f the key in Step 1 enables the selection of the contact output function Touch the or key to select the desired function Screen Procedure Step 6 When completing the settings of the respective functions touch the key to move the cursor to the 7 FUNC SET F0A14 ERROR DIAG ALM ...

Page 80: ...check result output 5 Empty detection function 6 High low limit alarm 2 External auto zero adjustment X None 1 Alarm output 4 Self check result output 5 Empty detection function 6 High low limit alarm A Addition X Not activated X Not activated 1 Alarm output 4 Self check result output 5 Empty detection function 6 High low limit alarm 1 External 0 lock X Not activated 1 Alarm output 4 Self check re...

Page 81: ...set output 3 Normal X Not activated X Not activated 2 Range switching output reverse 1 External 0 lock 2 Range switching output automatic 2 External auto zero adjustment 2 Range switching output switching A Addition X Not activated 2 Range switching output range 1 External 0 lock 2 Range switching output 2 External auto zero adjustment 2 Range switching output 4 Counter reset 2 Range switching out...

Page 82: ...ition 3 External range switching X Not activated 6 External 0 lock Range switching X Not activated 8 External auto zero adjustment Range switching X Not activated A External range switching Counter reset X Not activated 4 Normal X Not activated 3 External range switching X Not activated reverse 6 External 0 lock Range switching X Not activated external 8 External auto zero adjustment Range switchi...

Page 83: ...switching Self check empty detection function B Addition with preset X Not activated B Range switching Preset output 3 Normal X Not activated X Not activated 2 Range switching output reverse 7 Alarm Range switching output automatic 8 Self check result Range switching output switching 9 Empty detection function Range switching output range A High low limit alarm Range switching output C Range switc...

Page 84: ...on The output for a reverse flow will be as follows Analog output Possible to approx 20 0 8 mA With S SFC communica tion to approx 5 3 2 mA Pulse output No output Display A minus symbol appears Input Pulse output Hz Input Analog output mA Input Input Display Continued on next page ...

Page 85: ... DC is output according to either range No 1 or range No 2 whichever has the wider span When there is a pulse output The pulse scale is the same for both ranges No 1 and No 2 Contact output At shipment the contact output status of the distinction status signal for ranges No 1 and No 2 is as follows Range No 1 Open Range No 2 Closed Reverse setting is also possible Figure 4 2 Normal direction autom...

Page 86: ... 20 mA DC 2 When WIDE is selected for an analog output 4 20 mA DC is output according to either range No 1 or range No 2 whichever has the wider span When there is a pulse output The pulse scale is the same for both ranges No 1 and No 2 Contact input Range switching command contact input Range No 1 Open Range No 2 Closed Contact output select functions as required Range switching distinction statu...

Page 87: ...n the reverse direction 100 99 98 0 1 2 3 With indication With a reverse flow rate the symbol will appear on the flow rate dis play With a pulse output it is possible to select the normal reverse dif ferential flow integration function Contact output Normal reverse distinction status signal The contact output status at shipment is as follows Range No 1 Open Range No 2 Closed Reverse setting is als...

Page 88: ...also the same The built in counter simply integrates the flow rate without distinguish ing between the normal and reverse directions However when normal reverse differential flow integration is selected the integration of the direction subtraction is available Example In the normal direction 100 99 98 0 1 2 3 In the reverse direction 100 99 98 0 1 2 3 With indication With a reverse flow rate the s...

Page 89: ...ly B Addition counter with preset The preset value ranges from 0000000000 9999999999 In the normal reverse range addition is made in the normal and reverse directions respectively C Normal reverse differential flow rate integration display Displays the difference in integration between the normal and reverse directions It is necessary to determine the direction normal or reverse ...

Page 90: ...t turns OFF 5 External 0 lock input and external auto zero adjustment input Terminal ST IN1 can be set to external 0 lock input and terminal ST IN2 to external auto zero adjustment input 6 External 0 lock input and external range switching input Terminal ST IN1 can be set to external 0 lock input and terminal ST IN2 to external range switching input 7 External 0 lock input and built in counter res...

Page 91: ... NVM error ADC error Output selection Mode Burn out high Hold Burn out low selection HIGH HOLD LOW Burn out high Burn out low Analog output HIGH Hold LOW 4 20mA DC Without SFC communication HOLD Without SFC communication 24 mA DC 0 8 mA DC With SFC communication With SFC communication 23 8 mA DC 2 96 mA DC Pulse output Hold Burn out low HOLD LOW Contact output Abnormal status Open closed can be fr...

Page 92: ...ion Open Range No 2 or reverse direction Closed Reverse setting is also possible 3 Counter preset status output Activated when the counter reaches the preset value 4 Self check result output Activated only when a self diagnostic abnormality occurs in the alarm contact output of code 1 5 Empty detection function Activated only when an empty status is detected in the alarm contact output of code 1 6...

Page 93: ...OUT2 C Range switching output and self check result output or empty detection 2 contact output The range switching output can be set to ST OUT1 and the output when either a self check result or empty detection abnormality occurs to ST OUT2 D Alarm contact output and counter preset status output 2 contact output The alarm contact output can be set to ST OUT1 and the counter preset status output to ...

Page 94: ... Table 4 1 1 Open the detector data setup screen by following the steps to enter the Engineering Mode 2 Touch the key to set the detector constant Use the and keys to input the numerical value printed on the EX column of the detector nameplate 3 Touch the key to select the type of detector Use the and keys to select the model number printed on the nameplate of the detector to be used 4 Touch the k...

Page 95: ... 0 O O O 400 0 O O O O 450 0 O 500 0 O O O 600 0 O O O O 700 0 O O 800 0 O 900 0 O O 1000 0 O 1100 0 O Diameter Detector model No O Can be used Note The method for setting the excitation current value EX value de pends on the detector model number For models MGG and KID input the value indicated on the nameplate into the converter For models NNM and NNK contact Yamatake Corporation sales per sonne...

Page 96: ...ater electromagnetic flowmeter NNK Default setting 0 Setting range 0 9 Open the dummy detector setup screen by following the steps to enter the Engineering Mode Touch the key once Use the and keys to input the number of dummy detec tors In this example the num ber of the dummy detectors has been changed from 0 to 3 1 Screen Procedure Step Touch the key once to move the cursor to the 2 3 4 DUMMY 0 ...

Page 97: ... to enter the Engineering Mode Touch the key to move the cursor to the desired digits Use the and keys to change the numbers Touch the key to move the cursor to the time unit Use the or key to select the de sired unit Touch the key to move the cursor to the flow rate unit Use the or key to select the desired unit 1 Screen Procedure Step Touch the key to move the cursor to the 6 5 4 3 2 1 4147 m s ...

Page 98: ...omatic double range Default setting 0 Setting range 0 20 Open the hysteresis setup screen by following the steps to enter the Engineering Mode Touch the key once Use the and keys to input the desired hysteresis value In this example here the hys teresis is changed from 5 to 10 Touch the key to move the cursor to the 1 Screen Procedure Step 4 3 2 HYSTERESIS 0 5 HYSTERESIS 0 5 HYSTERESIS 1 0 HYSTERE...

Page 99: ...e method Normal direction double range Normal reverse direction double range Default setting AUTO Setting the range Either AUTO or WIDE Open the current output method selection screen by fol lowing the steps to enter the Engineering Mode Touch the key once Use the and keys to enter the desired hysteresis value Touch the key to move the cursor to the 1 Screen Procedure Step 2 3 4 Output Output Inpu...

Page 100: ...r may result Default setting 1 0000 Setting range 0 1000 9 9999 Open the specific gravity setup screen by following the steps to enter the Engineering Mode Use the key to move the cursor to the desired numbers Use the and keys to change the figures Touch the key to move the cursor to the 1 Screen Procedure Step 2 3 4 GRAVITY 1 0000 GRAVITY 1 0000 GRAVITY 1 0050 GRAVITY 1 0050 ...

Page 101: ...tting Setting range 0 1000 9 9999 Open the compensation coeffi cient setup screen by following the steps to enter the Engineer ing Mode Use the key to move the cursor to the desired numbers Use the and keys to change the figures Touch the key to move the cursor to the 1 Screen Procedure Step 2 3 4 COEFFICIENT 1 0000 COEFFICIENT 1 0000 COEFFICIENT 1 0050 COEFFICIENT 1 0050 ...

Page 102: ...range use the wider range 100 00 cm3 p Default setting Setting range Within the range where the frequency will not exceed 2000 Hz Unit m3 l cm3 t kg g Open the pulse scale setup screen by following the steps to enter the Engineering Mode Use the key to move the cursor to the desired numbers Use the and keys to change the figures Touch the key to move the cursor to the 1 Screen Procedure Step 2 3 4...

Page 103: ...ected DUTY is fixed at 50 Open the pulse width setup screen by following the steps to enter the Engineering Mode Use the key to move the cursor to NUM By touching the key the screen used to enter a numeri cal value pulse width will change to the screen used to fix the duty ratio at 50 To enter the pulse width using a numerical value return to the numerical value entry screen by using the key and m...

Page 104: ...ow rate is at the preset percentage of the set range Default setting 2 Setting range 0 10 Open the drop out setup screen by following the steps to enter the Engineering Mode Touch the key Use the and keys to change the number Touch the key to move the cursor to the 1 Screen Procedure Step 2 3 4 DROP OUT 0 2 DROP OUT 0 2 DROP OUT 0 5 DROP OUT 0 5 ...

Page 105: ...output function Default setting HI ALM 100 LO ALM 100 Setting range HI ALM 115 115 LO ALM 115 115 Open the high and low limit alarm setup screen by following the steps to enter the Engineer ing Mode Use the key to move the cursor to the desired digit Use the and keys to change the numbers Touch the key to move the cursor to the 1 Screen Procedure Step 2 3 4 HI ALM 100 LO ALM 100 HI ALM 100 LO ALM ...

Page 106: ...d in the contact output function Default setting HI ALM1 HI ALM2 100 LO ALM1 LO ALM2 100 Setting range HI ALM1 HI ALM2 115 115 LO ALM1 LO ALM2 115 115 Open the 2 stage high low limit alarm setup screen by follow ing the steps to enter the Engi neering Mode Use the key to move the cursor to the desired digits Use the and keys to change the numbers Touch the key to move the cursor to the 1 Screen Pr...

Page 107: ...set the 2 stage high limit alarm in the same way Use the key to move the cursor to the desired digits Use the and keys to change the numbers Touch the key to move the cursor to the 5 Screen Procedure Step 6 7 8 HI ALM1 100 HI ALM2 100 HI ALM1 100 HI ALM2 100 HI ALM1 090 HI ALM2 110 HI ALM1 100 HI ALM2 110 ...

Page 108: ...10 Open the low flow cut setup screen by following the steps to enter the Engineering Mode Touch the key By touching the key the OFF message will change to ON Now you can enter the low flow cut in a numerical value Touch the key and the cursor will moves to the nu merical figures Use the and keys to select the desired numbers Touch the key to move the cursor to the 1 Screen Procedure Step 2 3 5 6 ...

Page 109: ...rmine the treatment direction very carefully Otherwise the equipment will be dam aged Caution LOW LOW Outputs no pulse HOLD Holds the pulse to the value obtaining just before the abnormality occurred Default setting Setting range Open the pulse output abnor mality treatment direction setup screen by following the steps to enter the Engineering Mode Touch the key Use the or key to deter mine the ab...

Page 110: ...fault setting LOW Setting range LOW Minimizes the output HIGH Maximizes the output HOLD Holds the pulse to the value obtaining just before the abnormality occurred Open the analog output abnor mality treatment direction setup screen by following the steps to enter the Engineering Mode Touch the key Use the and keys to determine the abnormality treatment direction Touch the key to move the cursor t...

Page 111: ... setting CLOSE Setting range CLOSE OPEN For 1 contact input and 1 contact output Open the contact output status setup screen by following the steps to enter the Engineering Mode Touch the key Use the key to set the con tact output status Touch the key to move the cursor to the 1 Screen Procedure Step 2 3 4 Continued on next page ST OUT MODE NORMAL CLOSE ST OUT MODE NORMAL CLOSE ST OUT MODE NORMAL ...

Page 112: ...the steps to enter the Engineering Mode Touch the key Use the key to set the contact output status Touch the key to move the cursor to the Touch the key to set con tact output 2 in the same way 1 Screen Procedure Step 2 3 4 5 ST OUT1 MODE NORMAL CLOSE ST OUT1 MODE NORMAL CLOSE ST OUT1 MODE NORMAL OPEN ST OUT1 MODE NORMAL OPEN ST OUT2 MODE NORMAL CLOSE ...

Page 113: ...he 2 contact input loop Selection of 2 contact input ad ditional specification ST IN1 OPEN ST IN2 OPEN Checks the 2 contact output loop Selection of 2 contact output ad ditional specification ST OUT1 CLOSE ST OUT2 CLOSE EX CHECK Check the excitation source CALIBRATION MODE CAL EX Adjusts the excitation current CAL I OUT Adjusts the analog output CAL GAIN Adjusts the converter gain Screen display D...

Page 114: ...4 61 MEMO ...

Page 115: ...ures used to check the converter func tions The items to be checked are as follows Input output signal loop check Analog output Pulse output Contact input output Excitation current False signal input by the calibrator These items serve to aid in early detection of the causes of abnormalities in converter operation This chapter also explains the troubleshooting procedures and the initial data recov...

Page 116: ... can be performed with this function as can loop checking of the pulse output and contact input out put This function can be executed in the Maintenance Mode Occasion Use this function to check wiring and the operation of the equipment con nected to the converter in the measuring loop Type These are the items used for the loop check Analog output Pulse output Contact input output Excitation curren...

Page 117: ... cursor to the numerical figure to be checked In this situation the current corresponding to the percentage of the preset I OUT will be output 1 Screen Procedure Step Using the and keys change the percentage to the desired one In the example at right an analog output of 100 of the range 20 mA is output Touch the key to move the cursor to The analog out put will return to the value cor responding t...

Page 118: ...h the key to move the cursor to the numerical figure to be checked In this situation the pulse of the frequency cor responding to the indication will be generated 1 Screen Procedure Step Using the and keys change the percentage to the desired one In the example at right a pulse of the frequency corresponding to a flow rate of 100 will be generated Touch the key to move the cursor to The pulse will...

Page 119: ...ut loop check screen by following the steps to enter the Mainte nance Mode Touch the key to move the cursor to the CLOSE or OPEN that indicate the sta tus of ST OUT abbreviation of contact output 1 Screen Procedure 2 Using the key select the contact output status to be checked While this screen is being dis played the contact status is output as indicated While this screen is being dis played the ...

Page 120: ...en by following steps to enter the Maintenance Mode Touch the key to move the cursor to the CLOSE or OPEN that indicates the con tact output status Using the key select the contact output status to be checked The two contact output termi nals close or open simulta neously While this screen is being displayed the contact status is output as indicated It is impossible to change the sta tus of only o...

Page 121: ...ot be stable since the excitation cur rent is flowing rectangularly Touch the key once and the excitation current will be a di rect current and will flow from X to Y Make sure the current reaches 160 0 mA 1 Screen Procedure Step Touch the key again and the current will flow from Y to X The polarity will be the re verse of the status in Step 2 Touch the key again and the excitation current will sto...

Page 122: ...em occurs in the converter use this method to judge whether detector or the converter is responsible for the problem Preparation Prepare the following equipment Dedicated calibrator and dedicated cable Digital voltmeter Resistor 250Ω In addition the value of the measuring span is needed as data to be input into the dedicated calibrator How to check Calibrate the electromagnetic flowmeter according...

Page 123: ...magnetic flowmeter operation and fi nally damage the flowmeter if not corrected When serious trouble occurs during electromagnetic flowmeter operation an error message will appear on the converter s display panel and the flowmeter will continue to output the preset value in the abnormality treatment fail safe direction The error mes sage and the self diagnostic results will be visible on the displ...

Page 124: ...k points and treatment Check the converter power supply specifica tion Make sure the ambient temperature is not below 25 C No indication on display panel at power up Make sure the signal line is correctly con nected Make sure the S SFC is correctly connected Make sure the S SFC is Version 7 0 or later Some functions will not work on other ver sions Make sure the pulse output line is correctly conn...

Page 125: ...unded Make sure the damping time constant is set correctly Clean the electrodes Output fluctuates exces sively beyond the estimated flow rate range Trouble Check points and treatment Make sure the set range is set correctly Make sure the span is set correctly Make sure the zero point is correctly ad justed Make sure the converter is correctly cali brated Output exceeds 100 Make sure the pipe is no...

Page 126: ...put has burnt out Make sure the pulse scale and width are cor rectly set Make sure the converter is correctly cali brated Make sure the pulse counter specification is proper Make sure the drop out value is correctly set between 0 and 10 Pulse output is too large or too small for the flow rate Trouble Check points and treatment ...

Page 127: ...nection 2 Measure coil resistance 3 Restore power Coil disconnected EX open Err 01 Error Error contents Treatment LCD display code 1 Restore power 2 Replace ROM 3 Replace main circuit board ROM check error Err 02 1 Restore power 2 Replace main circuit board RAM READ AFTER WRITE error Err 03 1 Restore power 2 Replace main circuit board NVM READ AFTER WRITE error Err 04 1 Restore power 2 Replace mai...

Page 128: ...reatment LCD display code Mismatch of diam eter and detector type Check diameter and detector and enter proper data Set HI LO Err 12 High low limit alarm error HI LO Check SPAN DIA TYPE DUMMY settings Err 21 Span setting of 12 m s or more Check 1 pulse scale and 2 pulse frequency settings Err 22 Pulse frequency too large or too small Pulse width too large DUTY 70 or more at pulse frequency output ...

Page 129: ...6 1 Parts List Continued MGG10C MGG14C ...

Page 130: ...rrosion resistant finish 1 80381004 101 80381164 161 Corrosion proof finish 1 80381004 201 80381164 261 Display cover assembly WO LCD Horizontal and integral model Standard finish 1 80381004 011 80381164 071 Corrosion resistant finish 1 80381004 111 80381164 171 Corrosion proof finish 1 80381004 211 80381164 271 Display cover assembly W LCD Vertical and integral or remote model Standard finish 1 8...

Page 131: ...ir purge hole 1 80381052 001 11 Terminal assembly AC100 to 120V AC200 to 240V 1 80381015 001 DC24V 1 80381015 002 11 1 Fuse 1 80381226 001 12 Cover 1 80381073 001 13 O ring 1 80020935 807 14 Screw 4 311 250 100 15 ABC cable Signal cable 1 80381050 001 16 XY cable Excitation current cable 1 80381046 001 17 2inch pipe mounting kit SPCC 1 80279935 002 SUS304 1 80381130 002 18 Name plate for MGG10C 1 ...

Page 132: ...ower unit AC100V 1 80381220 101 AC110V 1 80381220 102 AC120V 1 80381220 103 AV200V 1 80381220 201 AC220V 1 80381220 202 AC240V 1 80381220 203 DC24V 50Hz 1 80381220 301 DC24V 60Hz 1 80381220 302 21 Adaptor assembly 1 2NPT 1 80381077 001 CM20 1 80381077 002 Pg13 5 1 80381077 003 ...

Page 133: ...Document Number CM2 MGG210 2001 Document Name MagneW3000 PLUS Smart Electromagnetic Flowmeter General Use Converter Model MGG14C Date Mar 1997 Aug 2004 Rev 5 Issued Edited by Yamatake Corporation ...

Page 134: ...2 12 19 Shibuya Shibuya ku Tokyo 150 8316 Japan Tel Fax 81 3 3486 2310 81 3 3486 2593 This has been printed on recycled paper http www yamatake com Savemation Saving through Automation ...

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