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Azbil C7G, Installation And Configuration Manual

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Azbil C7G Installation And Configuration Manual Download Page 167

4-97

Chapter 4.  Functions

Item (bank)

Display

Description

Setting value

Output range of block A2 
(ANALOG OUTPUT bank)

MENU > AnalogOutput
Block A2 / Output range

0: 4 to 20 mA
1: 0 to 20 mA

0

Output type of block A2 
(ANALOG OUTPUT bank)

MENU > AnalogOutput
Block A2 / Output type

0: Fixed at 0 %
1: MV
2 to 3: Reserved
4: PV
5: SP
6: Deviation (PV - SP)
2048 to 3071:  Standard 
numerical codes

 

14 - 2 Standard Bit 

Codes and Standard 
Numerical Codes (p. 14-6)

1

Loop definition of block A2 
(ANALOG OUTPUT bank)

MENU > AnalogOutput
Block A2 / Loop Definition

1: Loop 1
2: Loop 2
3: Loop 3
4: Loop 4

2

Output scaling low limit of 
block A2 
(ANALOG OUTPUT bank)

MENU > AnalogOutput
Block A2 / Output scaling
low limit

−32000 to +32000

0.0000

Output scaling high limit of 
block A2 
(ANALOG OUTPUT bank)

MENU > AnalogOutput
Block A2 / Output scaling
high limit

−32000 to +32000

100.00

Summary of Contents for C7G

Page 1: ...ecessary information for installation maintenance and troubleshooting This manual should be read by those who design and maintain equipment that uses this product Be sure to keep this manual nearby fo...

Page 2: ...anual are subject to change without notice Considerable effort has been made to ensure that this manual is free from inaccuracies and omissions If you should find an error or omission please contact t...

Page 3: ...display unit z z AC power Supply voltage 100 240 V AC operating voltage 85 264 V AC Power supply frequency 50 60 Hz Power consumption 25 VA max 10 W max z z DC power Supply voltage 24 V DC operating v...

Page 4: ...tion is required in handling The indicated action is prohibited Be sure to follow the indicated instructions Handling Precautions Precaution is required in handling Note Indicates information that may...

Page 5: ...ned without the use of a key or tool Also before touching electrically charged components such as the input terminal block for AC power be sure to turn off the power After checking that the voltage ha...

Page 6: ...al of this device is a functional ground Ground the frame ground terminal to suppress adverse effects from external noise Otherwise malfunction may result Be sure that the settings are correct for the...

Page 7: ...the software according to the license of STMicroelectronics in a part of the software The following contents are based on the license agreement which does not prescribe customers usage restrictions C...

Page 8: ...11 Screen transitions 1 11 Parameter bank 1 12 Japanese language display 1 16 Monitor and graph screen transitions 1 17 Screen transitions of the user HOME screen 1 21 1 6 Operation Modes 1 23 Chapter...

Page 9: ...nctions 4 1 4 1 Loop Types 4 1 Model numbers and loop types 4 1 Setting the loop type 4 4 4 2 AI Analog Input 4 6 Range types 4 7 Linear scaling low and high limits 4 7 Setting the linear input unit c...

Page 10: ...oup No 4 34 DI assignment for LSP group selection 4 34 SP ramp unit 4 35 SP ramp up and down slopes 4 36 SP low and high limits 4 37 RSP tracking 4 37 4 7 Pattern Operation 4 38 Number of patterns 4 3...

Page 11: ...ent measurement range 4 82 Current measurement and error detection 4 83 Condition for restoring status before measurement 4 88 Timing for updating CT current measurement 4 88 4 15 VT Voltage Transform...

Page 12: ...Type Setting 4 121 Loop types 4 121 Input assignment 4 121 Virtual AI analog Input 4 123 Chapter 5 Screens 5 1 5 1 Monitor Screen and Graph Screen 5 1 Home screen 5 1 1 loop monitor screen 5 10 Patte...

Page 13: ...hapter 6 Display and Setting Data 6 1 6 1 Operation Display Data 6 1 Home screen 6 1 1 loop monitor screen 6 2 Graph screen 6 5 6 2 Parameter Setting Display Data 6 6 SP bank 6 6 EVENT bank 6 7 PID ba...

Page 14: ...operation display V P block 6 51 Monitor Status DI DO block 6 51 Monitor Status Events 1 to 16 6 52 Monitor Status other 6 52 Alarm condition 6 53 Monitor Position proportional 6 53 Monitor Pattern mo...

Page 15: ...section 8 6 Multiple data read command 03H 8 6 Multiple data write command 10H 8 7 1 data write command 06H 8 8 Chapter 9 User defined Addresses 9 1 9 1 Overview of User defined Addresses 9 1 User de...

Page 16: ...onnection 10 22 Chapter 11 Maintenance and Troubleshooting 11 1 11 1 Maintenance and Troubleshooting 11 1 Cleaning 11 1 Parts replacement 11 1 Replacement of the CLOCK block 11 1 Replacing the MOTOR b...

Page 17: ...dard Bit Codes and Standard Numerical Codes 14 6 Standard bit codes 14 6 Standard numerical codes 14 8 14 3 Precautions for Communication Function 14 10 Examples of operations when using both the norm...

Page 18: ......

Page 19: ...nsists of a display unit with a 3 5 inch QVGA LCD touch panel as well as a main unit capable of controlling up to four loops with an input sampling cycle of 10 ms and an indication accuracy of 0 1 FS...

Page 20: ...r CDS and health index with a battery MOTOR Motor drive output Motor drive outputs 100 200 V AC direct OPEN reverse CLOSE with motor feedback MFB inputs DI Digital input 4 digital inputs external powe...

Page 21: ...the model number slots A1 A2 C V W or N V Voltage pulse output 2 CT inputs 1 No block V P Selectable if the 8th digit of the model number slots A1 A2 F F Current output CT andVT inputs 1 each 2 AO C A...

Page 22: ...C F N or 1 C Current output CT and VT inputs 1 each 1 No block AO C Selectable if the 8th digit of the model number slots A1 A2 C V W N 1 or 2 V Voltage pulse output 2 CT inputs 1 No block V P Selecta...

Page 23: ...Slot A1 Slot B1 0 None No block No block C Current output CT and VT inputs 1 each 1 AO C No block V Voltage pulse output 2 CT inputs 1 V P No block N Current output CT and VT inputs 1 each voltage pu...

Page 24: ...VT inputs 1 each 1 AO C No block V Voltage pulse output 2 CT inputs 1 V P No block N Current output CT and VT inputs 1 each voltage pulse output 2 CT inputs AO C V P G Current output CT and VT inputs...

Page 25: ...B 0 No special support Rear mounting bracket included Optional Parts Sold Separately Part name Model No SLP C7 Smart Loader Package free version SLP C7FJ91 SLP C7 Smart Loader Package paid version SLP...

Page 26: ...diagram examples C7G_ _ 11CG_ _ _ _ C7G_ _ 11MC_ _ _ _ C7G_ _ 22FF_ _ _ _ AO C AO C AO C AO C AO C AO C AO C AO C AI AI AI AI AO C AO C AI AI AI AI AO C AO C AI AI AO C AO C AI AI AI AI AI AI HMI2 HMI...

Page 27: ...utput process Analog output process Other Other Digital input 1 to 7 1 Digital input 1 to 8 8 Analog input 1 to 4 2 PV process RSP process Event process TP time proportioning output process Control pr...

Page 28: ...mer input block positions A2 B2 A1 B1 The current can be measured by the input from the CT The control loop that displays CT input can be set in the basic action bank z z VT voltage transformer input...

Page 29: ...UTO MANUAL RUN READY AT start HOLD ON OFF in pattern operation ADVANCE in pattern operation G SOAK clear in pattern operation DI DO monitor ON OFF status of DI DO ON OFF status of events ON OFF status...

Page 30: ...roups 1 to 8 for loops 1 to 4 Cooling use proportional band of PID groups 1 to 8 for loops 1 to 4 Cooling use cumulative time of PID groups 1 to 8 for loops 1 to 4 Cooling use derivative time of PID g...

Page 31: ...loops 1 to 4 SP high limit for loops 1 to 4 SP ramp unit for loops 1 to 4 LSP ramp up slope for loops 1 to 4 LSP ramp down slope for loops 1 to 4 RSP tracking for loops 1 to 4 Number of LSP groups for...

Page 32: ...USER DEFINED ALARM Assignments 1 to 4 of user defined alarms 1 to 4 Loop specification for user defined alarms 1 to 4 CT Number of turns of blocks A2 B2 A1 and B1 Number of power wire loops of blocks...

Page 33: ...SP of segments 1 to 16 of patterns 1 to 16 Time of segments 1 to 16 of patterns 1 to 16 PID Group of segments 1 to 16 of patterns 1 to 16 G SOAK type of segments 1 to 16 of patterns 1 to 16 G SOAK wid...

Page 34: ...l AI 1 to 4 Linearization table group definition of virtual AI 1 to 4 FIRMWARE VERSION Version of MAIN block Version of HMI block display unit Version of DI DO block Version of RS 485 block Version of...

Page 35: ...er 1 Overview Monitor and graph screen transitions z z For 1 loop Power on Home button The home screen is the 1 loop monitor screen Graph icon Numeric icon 1 loop monitor screen LOOP1 1 loop graph scr...

Page 36: ...n LOOP1 1 loop monitor screen LOOP2 Touch the PV No of each loop Change button Multi loop graph screen LOOP1 to 2 1 loop graph screen LOOP1 1 loop graph screen LOOP2 Handling Precautions The screen tr...

Page 37: ...LOOP2 Touch the PV No of each loop Change button Multi loop graph screen LOOP1 to 3 1 loop graph screen LOOP1 1 loop graph screen LOOP2 1 loop monitor screen LOOP3 1 loop graph screen LOOP3 Handling P...

Page 38: ...h loop Change button Multi loop graph screen LOOP1 to 4 1 loop graph screen LOOP1 1 loop graph screen LOOP2 1 loop monitor screen LOOP3 1 loop graph screen LOOP3 1 loop monitor screen LOOP4 1 loop gra...

Page 39: ...Disabled 1 Enabled 0 The user HOME screen is displayed only when the power is turned ON or the home button is pressed For example if the loop type is set to 4 loops and Loop 1 and Loop 2 are selected...

Page 40: ...a multi loop screen the destination graph screen will also be a multi loop screen If the user HOME screen is a 1 loop screen the destination graph screen will also be a 1 loop screen If the numeric i...

Page 41: ...mode RUN END mode LSP mode RSP mode AT stop AT stop RUN AUTO mode Constant value operation Pattern operation RUN mode LSP mode RSP mode AT stop RUN MANUAL mode Constant value operation Pattern operat...

Page 42: ...tatus in which pattern progression is stopped RUN END Control status in which pattern progression is stopped at the final point AT Auto tuning The PID constants are set automatically using the limit c...

Page 43: ...l Display unit mounting screw 4 locations Control panel mounting screw 2 locations Panel processing method Gasket with 92 92 mm hole Panel cutout front 96 N 4 Hole 0 5 0 92 Hole 0 5 0 Panel processing...

Page 44: ...r straight LAN cable of an appropriate length Cable is not included with the product Note Connecting the cable between the main unit and display unit p 3 18 for details about the cable to be used 1 Sc...

Page 45: ...the product Select appropriate screws according to the thickness of the control panel 6 mm screws 1 0 4 5 mm thick control panel 10 mm screws 4 5 8 5 mm thick control panel Handling Precautions Hold...

Page 46: ...hapter 2 Mounting 5 Further tighten the four display unit mounting screws Tightening torque 0 6 N m 6 Connect the display unit and the display unit connector on the main unit using the LAN cable LAN c...

Page 47: ...r integrated mounting supplied with the product with the specified colors into the terminal block of the display unit Terminal No 1 2 3 4 5 6 Cable color White orange Blue White blue White green Green...

Page 48: ...ough the cutout in the panel and hang it on the connecting part of the setscrews 5 Working from the back of the panel attach the display unit to the integrating bracket with the four display unit moun...

Page 49: ...e sure to mount the gasket with 92 92 mm hole Control panel mounting screw Control panel mounting screw 7 Hook the catches on the back of the main unit on the main unit mounting rail of the integratin...

Page 50: ...MEMO...

Page 51: ...ailure CAUTION Wire this device correctly by using the wiring method power and installation method specified in this user s manual Otherwise there is a danger of fire electric shock or device failure...

Page 52: ...t with what is in this user s manual After wiring be sure to check that there are no mistakes The input output signal wires should be at least 50 cm away from power lines for motors etc and from other...

Page 53: ...tachi Metals Ltd 2 JKPEV S 2P x 0 5SQ 3 JKPEV S 3P x 0 5SQ 2 JKPEV S 2P x 0 75SQ 3 JKPEV S 3P x 0 75SQ Use power cables with an appropriate wire size of 12 to 22 AWG a rated voltage of 300 V or more a...

Page 54: ...inals compatible with M4 screws A B max Recommended crimp terminals Compatible screw Terminal dimensions mm Compatible wire size J S T Mfg Co Ltd Model No Reference A B M4 8 6 8 3 16 to 20 AWG V1 25 M...

Page 55: ...ended ferrules for display unit Model Product number Cross sectional area mm2 Notes AI 0 25 6 YE 3203024 0 25 24 AWG For display connector without insulating sleeve Recommended ferrules for MOTOR Mode...

Page 56: ...ectric shock Before touching terminals shut off the power for the motor Attach ferrules with insulating sleeves to the wires for the MOTOR block Do not use ferrules without insulating sleeves Use ferr...

Page 57: ...mp terminal for M4 8 5 mm or less wide and the proper tightening torque is 1 4 N m Do not connect three or more crimp terminals to the same terminal screw After completing the work be sure to mount th...

Page 58: ...I specifications Open terminal voltage 7 V or less terminal current 1 mA Allowable ON residual voltage 1 V or less allowable OFF state leakage current 0 1 mA or less DO specifications 4 5 to 28 V DC m...

Page 59: ...has been detected When the overcurrent status is canceled the DO is restored automatically RS 485 RS 485 communication port C1 C2 C3 C4 C5 C1 and C2 and C3 and C4 are electrically continuous inside t...

Page 60: ...to only one end of the shielded cable not to both ends Analog input block analog input V B C A mA Current input Voltage input T C input RTD input 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 Maximum allow...

Page 61: ...loops LOOP1 PV LOOP1 PV LOOP1 PV LOOP1 PV LOOP1 PV LOOP1 PV LOOP2 PV LOOP2 PV LOOP2 PV LOOP2 PV LOOP2 PV LOOP2 PV LOOP1 RSP LOOP1 RSP LOOP2 RSP LOOP2 RSP LOOP1 RSP LOOP1 RSP C7G _ _ 11 _ _ _ _ _ _ C7G...

Page 62: ...the display or communication When monitoring is required set the loop type so that the relevant block is used for control Analog output block current outputs CT inputs and VT inputs 1 CT input 2 CT V...

Page 63: ...normal operation If a current transformer is used for a UL compliant model the transformer must be compliant with UL 2808 categories XOBA and XOBA7 Do not use an uncertified current transformer Voltag...

Page 64: ...mA or less Handling Precautions Gold contacts etc suitable for turning a microcurrent ON or OFF should be used for contacts When a semiconductor is used as a contact use a semiconductor with an OFF st...

Page 65: ...e the wires of the MOTOR block output terminals 1 2 and 3 through the same duct as the wires of the MOTOR block MFB input terminals 4 5 and 6 Also do not put 6 core cables together Otherwise the devic...

Page 66: ...al circuits I O isolation 1 Blocks other than the CLOCK and HMI2 blocks are functionally isolated from one another 2 The AC power supply and motor drive output units have reinforced isolation from all...

Page 67: ...moval of a microSD memory card is hazardous as there is a power input terminal nearby Be sure to turn off the power before inserting or removing this card Insert a microSD memory card at a right angle...

Page 68: ...ing Precautions A 4 core LAN cable cannot be used If the length of the LAN cable for the display unit is from 30 m to 100 m an external power source must be connected for the display unit LAN cable z...

Page 69: ...andling Precautions A 4 core LAN cable cannot be used The additional display unit can be mounted in the 92 92 mm hole using the integrating bracket Connect to the main unit using a LAN cable If the le...

Page 70: ...er wire when wiring the instruments Otherwise the wire could break If using a stranded wire for external power wiring while inserting the wire into the connector hole press a screwdriver into the adjo...

Page 71: ...oop 1 PV2 PV for loop 2 PV3 PV for loop 3 PV4 PV for loop 4 RSP1 RSP for loop 1 RSP2 RSP for loop 2 Unused Although an analog input of the AI block is present it is not assigned to the PV or RSP of th...

Page 72: ...B4 PV2 B3 RSP2 7 4 loops A4 PV1 A3 PV3 B4 PV2 B3 PV4 8 1 loop 1 RSP A4 PV1 B4 RSP1 9 Internal cascade A4 PV1 master B4 PV2 slave A4 PV1 master A3 None B4 PV2 slave A4 PV1 master A3 None B4 PV2 slave...

Page 73: ...nused AI cannot be displayed To display the value of the AI even if it is not a control target assign it to PV in the loop type However since the AI is actually not controlled it is not necessary to a...

Page 74: ...with other parameter settings If the loop type is changed the device restarts Handling Precautions The loop type cannot be set by the parameter setting in the display unit of this device Select the mo...

Page 75: ...4 5 Chapter 4 Functions Note 4 22 Advanced Loop Type Setting p 4 121 for details on the advanced loop type setting and input assignments...

Page 76: ...k diagram for analog input For thermocouple For RTD For DC voltage current Range type Range type Range type Scaling Alarm low and high limits Ratio Bias Linear approximation Filter Low and high limits...

Page 77: ...Item bank Display Description Initial value Linear scaling low limit Range type Analog input bank MENU AnalogInput Linear scaling low limit If the range type is DC voltage or DC current 32000 to 3200...

Page 78: ...et for the unit of measurement to the model C7G along with other parameter settings Filter The setting is valid if the AI block is in the A4 B4 A3 or B3 slot The filter is a first order lag filter use...

Page 79: ...00 Bias Analog input bank MENU AnalogInput Bias 32000 to 32000 A maximum of 5 digits plus 4 digits after the decimal point can be set 0 0000 Note 4 16 Linear Approximation p 4 90 for details on linear...

Page 80: ...bank Display Description Initial value Sampling cycle Basic action bank MENU BasicAction Sampling cycle 0 10 ms 1 50 ms 2 100 ms 1 PV Hold Updating of the PV value can be stopped by using PV Hold for...

Page 81: ...power supply frequency for the region where the product will be used If a different power supply frequency is set the specifications for analog input indication accuracy may not be satisfied It is not...

Page 82: ...re are 2 methods of switching Method 1 1 Press the MV button on the 1 loop monitor screen The confirmation screen for changing the mode to MANUAL appears 2 Press the MANUAL button The mode is switched...

Page 83: ...ion screen for changing the mode to pattern operation appears 4 Press the PATTERN button The mode changes to the pattern operation mode z z Pattern operation Constant value operation 1 Press the SP bu...

Page 84: ...EADY The confirmation screen for changing the mode to RUN appears 3 Press the RUN button The mode changes to RUN Handling Precautions The master side of the internal cascade control is fixed in RUN mo...

Page 85: ...t number changes Handling Precautions If Number of patterns is set to 0 Do not use pattern operation PTN START NUMBER is not displayed on the SP change screen In this case change the setting of Number...

Page 86: ...4 Press the HOLD ON button The mode changes to HOLD Handling Precautions The HOLD mode is sometimes called the RUN HOLD mode because PID control is in the RUN state control is active z z HOLD RUN 1 Pr...

Page 87: ...ears 2 Press the PATTERN button in the upper left corner of the screen The mode selection screen for pattern operation appears 3 Press the ADVANCE button to the right of ADVANCE The ADVANCE execution...

Page 88: ...ol loop independently z z AT stop AT start 1 Press the mode button on the 1 loop monitor screen The mode selection screen appears 2 Press the START button on the right side of AUTO TUNING The confirma...

Page 89: ...t selected or when PV is normal MV MANUAL MV When fixed value output is selected Fixed value outputs 1 to 8 Functional block diagram of ON OFF control ON OFF control READY MV ON or OFF is output When...

Page 90: ...output processing Heat limit processing Cool limit processing READY MV Cool PV PID group selection MV if PV is bad READY AUTO READY MV Heat MV Manual MV 10 to 100 C MV Cool MV H MV Heat MV SP Control...

Page 91: ...The Heat MV and Cool MV are output based on the MV that was output by the PID control calculation The Heat MV and Cool MV that are output behave as shown in the figures below based on the settings of...

Page 92: ...Initial value Fixed value output 1 CONTROL bank MENU Control Fixed value output 1 10 000 to 110 00 0 0000 Fixed value output 2 CONTROL bank MENU Control Fixed value output 2 Fixed value output 3 CONT...

Page 93: ...lay Description Initial value Type of change to MANUAL CONTROL bank MENU Control Type of change to MANUAL 0 Bumpless 1 1 Preset 2 0 Preset MANUAL value CONTROL bank MENU Control Preset MANUAL value 10...

Page 94: ...ant when the LSP value is changed or SP groups are switched 3 If 2 Initialize is set PID control is always initialized when the LSP value is changed or SP groups are switched This is a useful setting...

Page 95: ...ivative time 0 0000 to 32000 s 30 000 RE Manual reset PID bank MENU PID RE Manual reset 10 000 to 110 00 50 000 OL MV low limit PID bank MENU PID OL MV low limit 10 000 to 110 00 0 0000 OH MV high lim...

Page 96: ...hange when the SP is changed This can be set for each control loop Item bank Display Description Initial value SP lag factor CONTROL bank MENU Control SP lag factor 0 0 to 1000 0 0 0000 z z SP lag fun...

Page 97: ...ed for each control loop Item bank Display Description Initial value Differential for ON OFF control CONTROL bank MENU Control Differential for ON OFF control 0 0000 to 32000 5 0000 The action of the...

Page 98: ...graph on the 1 loop monitor screen Alternatively on the 1 loop monitor screen press the mode button and press the STOP button in AUTO TUNING Also AT can be stopped by switching the mode to READY or M...

Page 99: ...below Power the device off and back on FAIL button CLEAR button Handling Precautions Before starting AT make the PV analog input and the actuators heater power etc ready for control If the control ac...

Page 100: ...oling control is used execute AT with both Heat MV and Cool MV running In the first half the MV changes with the output low high limit during AT In the second half it changes in a somewhat narrow rang...

Page 101: ...ction of DI For two or more LSP groups Assign DI for LSP group selection Yes No For one LSP group Pattern SP Constant value operation pattern operation mode selection Pattern SP increase decrease chan...

Page 102: ...ameter setting The setting range of the SP for LSP groups 1 to 8 in the SP bank is fixed to 32000 to 32000 Selecting LSP group and RSP from the 1 loop monitor screen 1 Press the SP button on the 1 loo...

Page 103: ...loop the value set for the PID group number can be set for each of the 8 LSP groups and for the RSP Item bank Display Description Initial value LSP1 PID group number SP bank MENU SP LSP1 PID group 1...

Page 104: ...h DI group Item bank Display Description Initial value Operation type DI bank MENU DI Operation type 0 Disabled 1 LSP group selection 0 1 2 LSP group selection 0 2 3 LSP group selection 0 4 4 PID grou...

Page 105: ...OFF 0 ON 2 LSP group selection 0 4 OFF 0 ON 4 The LSP group number is determined by adding 1 to the sum of the values of the LSP group selection by ON OFF of each DI For example if the sum of the val...

Page 106: ...onditions if the SP ramp is set to enable both up and down slopes the ramp starts with the current SP as the starting point When the LSP value changed When the SP group changed When the mode changes f...

Page 107: ...limits and the PV range 0 to 100 If the ranges do not overlap the value is limited to the PV range If the version of the MAIN block firmware is earlier than 6 x x where x stands for any number the SP...

Page 108: ...number pattern start number low limit pattern start number high limit pattern SP increase change limit pattern SP decrease change limit Each pattern Pattern Number of segments G SOAK time PV start Cyc...

Page 109: ...l patterns and loops Item Display Description Initial value Time unit for patterns Basic action bank MENU BasicAction Time unit of patterns 0 0 01 s 1 0 1 s 2 s 3 min 2 Number of segments For each pat...

Page 110: ...the segment 7 00 s If the time unit setting for the pattern 1 0 1 s the duration of the segment 70 0 s 1 min 10 s If the time unit setting for the pattern 2 s the duration of the segment 700 s 11 min...

Page 111: ...bank MENU Segment G SOAK type 0 No G SOAK 1 G SOAK at the segment end point 2 G SOAK at the segment start point 0 G SOAK width Segment bank MENU Segment G SOAK width 0 0001 to 32000 0 1 0000 The G SOA...

Page 112: ...ler than the G SOAK width for a period equaling or exceeding the G SOAK time the G SOAK wait period is canceled and pattern operation resumes The figure below shows an example of G SOAK at the start o...

Page 113: ...The PV start function starts pattern operation from the SP of Segment 2 if it matches the PV Whether to enable PV start can be set for each pattern If there is a point that matches the PV operation st...

Page 114: ...number of times set 1 is the total pattern operation count Item Display Description Initial value Cycle Pattern bank MENU Pattern Cycle 0 to 32000 0 SP Time Cycle 0 Cycle 1 Cycle 2 Pattern link Patter...

Page 115: ...MENU Pattern End of operation 0 READY 1 END 2 Constant value operation 0 Handling Precautions If one time 1 repetition or more is set in the cycle count the device enters the end of operation state a...

Page 116: ...peration starts Sum of the pattern Nos specified by DI Base number pattern start No low limit 1 The pattern start number pattern start number low limit and pattern start number high limit can be set f...

Page 117: ...base number 10 11 For Loop 1 pattern number 1 is selected by DI For Loop 2 pattern number 11 is selected by DI DI1 OFF DI2 ON The sum of the pattern numbers specified by DI 2 The value obtained by ad...

Page 118: ...ease change limit is something other than 0 0000 SP change continues even in the RUN HOLD or RUN END mode or during a G SOAK wait period if the pattern SP change limit is active If the mode transition...

Page 119: ...e 7 DI DOs digital inputs and outputs To use as DI set to DI in the DI DO configuration bank If Block A3 or B3 is a DI block it is not necessary to set the configuration bank and there are four DIs in...

Page 120: ...utput linearization table group selection 0 2 17 Output linearization table group selection 0 4 18 to 20 Reserved 21 RUN READY mode selection 22 AUTO MANUAL mode selection 23 LSP RSP mode selection 24...

Page 121: ...selection 1 Block A2 2 Block B2 3 Block A1 4 Block B1 effective only when the block type is AO C or V P 0 Handling Precautions For the operation type 1 to 3 LSP group selection the LSP group number i...

Page 122: ...k and V P block For the operation type 41 Control operation direct reverse selection direct reverse is not selected if the control operation of the control bank is set to PID control heating cooling a...

Page 123: ...oup number 0 Output linearization table group number 2 17 Output linearization table group number selection 0 4 Output linearization table group number 0 Output linearization table group number 4 18 2...

Page 124: ...lid Pattern operation the rising edge from OFF to ON is valid 67 HOLD edge HOLD clear the falling edge from ON to OFF is valid HOLD the rising edge from OFF to ON is valid 68 69 Reserved Not available...

Page 125: ...16 To output an event status using DO it is necessary to assign the event to the output type in the DO configuration bank The number of events is 8 if the version of the MAIN block firmware is 3 x x o...

Page 126: ...ent main setting ON HYS PV SP Event main setting ON HYS PV Deviation high and low limits 6 Event main setting Event subsetting PV SP ON HYS ON HYS ON HYS HYS Event main setting Event subsetting PV SP...

Page 127: ...SP is used instead of the current SP SP high limit 10 ON HYS Event main setting SP ON HYS Event main setting SP SP low limit 11 Event main setting SP ON HYS Event main setting SP ON HYS SP high and l...

Page 128: ...g PV change rate 29 Operates according to the magnitude of the PV change Value change current value previous value PV change ON ON Event main setting Event subsetting or ON ON PV change Event main set...

Page 129: ...The event hysteresis and event direct reverse settings are disabled The event ON delay and event OFF delay can be combined When event setting value 0 normally high limit event is used Sampling cycle P...

Page 130: ...erse action heating OFF during direct action cooling ON during reverse action heating Estimating MFB status 68 ON while estimating valve opening OFF while measuring valve opening ON while measuring va...

Page 131: ...mit 15 MV high and low limits 16 MFB high and low limits 17 to 25 Reserved 26 Standard numerical code high limit 27 Standard numerical code low limit 28 Standard numerical code high and low limits 29...

Page 132: ...andby standby when the SP is modified 0 READY mode operation MENU EventConfig READY mode operation 0 Continue 1 Force OFF 0 Handling Precautions Standby is a function that prevents an event from turni...

Page 133: ...y 0 No standby 1 Standby 2 Standby Standby when the SP is modified PV Hysteresis SP change LSP SP group SP Event main setting after change SP Event main setting before change PV Event standby 0 No sta...

Page 134: ...ial value Direct reverse Event configuration bank MENU EventConfig Direct reverse 0 Direct 1 Reverse 0 Standby Event configuration bank MENU EventConfig Standby 0 No 1 Standby 2 Standby standby when t...

Page 135: ...DO configuration bank If Block A1 or B1 is a DO block it is not necessary to set the configuration bank and there are four DOs in each block DI DO configuration To use as a DO set the operation type o...

Page 136: ...Numerical Codes p 14 6 0 MENU DO Config DO2 Output type MENU DO Config DO3 Output type MENU DO Config DO4 Output type MENU DO Config DO5 Output type MENU DO Config DO6 Output type MENU DO Config DO7 O...

Page 137: ...des 14 2 Standard Bit Codes and Standard Numerical Codes p 14 6 0 MENU DO Config BLOCK A1 DO2 Output type MENU DO Config BLOCK A1 DO3 Output type MENU DO Config BLOCK A1 DO4 Output type Block B1 DO1 t...

Page 138: ...r the V P block V P block is in slot A2 B2 A1 or B1 MV of a certain loop is set for the TP setting of the above block Time proportional output of the MV of the loop shown above or ON OFF status of the...

Page 139: ...groups 4 to 7 and four settings are available for blocks A2 B2 A1 and B1 Item bank Display Description Initial value TP output type TP bank MENU TP TP output type 0 OFF 1 MV for loop 1 2 MV for loop 2...

Page 140: ...V P output used for TP time proportioning output Four settings are available for DI DO groups 4 to 7 and four settings are available for blocks A2 B2 A1 and B1 Item bank Display Description Initial v...

Page 141: ...ay Description Initial value Linearization table group definition TP bank MENU TP Linearization table group 0 No linearization 1 to 8 0 Handling Precautions If a linearization table group is specified...

Page 142: ...nk Display Description Initial value Output range ANALOG OUTPUT bank MENU AnalogOutput Output range 0 4 to 20 mA 1 0 to 20 mA 0 Output type The setting is valid if the AO C block is in the A2 B2 A1 or...

Page 143: ...ank Display Description Initial value Output scaling low limit ANALOG OUTPUT bank MENU AnalogOutput Output scaling low limit 32000 to 32000 Either of the following units is used depending on the outpu...

Page 144: ...on table group selection by DI digital input Item bank Display Description Initial value Linearization table group definition analog output bank MENU AnalogOutput Linearization table group 0 No linear...

Page 145: ...the I O slot The standard numerical code and output type that is output to the motor drive output can be set Item bank Display Description Initial value Output type PP position proportional bank MENU...

Page 146: ...disconnection is detected While the MFB is being estimated standard bit code 1888 Estimating MFB changes to 1 It is 0 at all other times z z Setting 1 MFB control close upon line break Motor drive out...

Page 147: ...or setting the derivative time D to 0 0 seconds MFB AT MFB auto tuning The setting is valid if a MOTOR block is inserted using four slots into the I O slot MFB AT start and stop can be operated for F...

Page 148: ...ff during execution of MFB AT MFB AT is stopped after the power is turned back on Execution of MFB AT continues even during switching between AUTO MANUAL RUN READY or LSP RSP modes during execution of...

Page 149: ...t OPEN side relay turn on Set the initial value by taking into consideration the controllability and lifespan using 10 as a general guide If the dead zone is small MFB opening follow up control with r...

Page 150: ...approximation of motor drive output can be set The linearization table group selections made by DI digital input cannot be combined Item bank Display Description Initial value Linearization table grou...

Page 151: ...c CT CT input This controller Power wire To relay or power supply etc The CT input can be displayed on the monitor screen of the loop number that was set to Input value display loop definition CT VT i...

Page 152: ...low limit A Number of turns 2000 number of power wire loops Current measurement range high limit A Number of turns 16 number of power wire loops The following table shows an example of the display ran...

Page 153: ...er burnout for terminal OUT 0 CT measurement wait time CT bank MENU CT CT measurement wait time 30 to 300 ms 30 Heater burnout detection current value CT bank MENU CT Burnout detection value 0 0000 to...

Page 154: ...ent detection current value Overcurrent Current value Set value Current when output OFF Measurable Short circuit detection current value Short circuit Current value Set value Time proportioning curren...

Page 155: ...more of the measurement current range CT input display range and current measurement range p 4 82 Normal current Burnout current Set value 2 If the CT operation is set to 0 Continuous current measure...

Page 156: ...t the hysteresis common to heater burnout detection overcurrent detection and short circuit detection z z Delay time Set the ON delay time common to heater burnout detection overcurrent detection and...

Page 157: ...OUT terminal that is being monitored For heater burnout detection and overcurrent detection the current at output ON is monitored so the delay timer is updated only for the period when the output of...

Page 158: ...oring status before measurement to ON if no heater burnout overcurrent or short circuit is detected Timing for updating CT current measurement If CT operation is set to 1 Detection of heater burnout f...

Page 159: ...he VT input Exceeding the upper limit could cause malfunction If the voltage exceeds the rated input high limit of the VT input a VT input error alarm will be generated However if the voltage is too l...

Page 160: ...ration type setting is available and linearization is performed by specifying breakpoints only If the version of the MAIN block firmware is 6 x x or later where x stands for any number linearization t...

Page 161: ...B8 B7 B6 B5 B4 B3 B2 B1 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 Input A For B1 B10 upward arrows mean a positive value and downward arrows mean a negative value Example using linear approximation by analog in...

Page 162: ...point B2 10 32000 Breakpoint B3 Linearization table bank MENU LinearizationTable Breakpoint B3 15 0 0000 Breakpoint B8 Linearization table bank MENU LinearizationTable Breakpoint B18 85 0 0000 Breakpo...

Page 163: ...ation type DI bank MENU DI GROUP1 Operation type 0 No function Explanation of the settings for 1 to 14 is omitted 15 Output linearization table group selection 0 1 Select this 16 Output linearization...

Page 164: ...axis output A axis input Breakpoint 3 A3 B3 Breakpoint 5 A5 B5 Breakpoint 4 A4 B4 Breakpoint 2 A2 B2 Breakpoint 1 A1 B1 Breakpoint 6 A6 B6 A3 is less than A2 so is excluded A7 to A10 are less than A6...

Page 165: ...tion This device Master side control LOOP1 Scaling calculation Slave side control LOOP2 SP set value PID set value SP set value LSP PID setting value PV on master side MV on master side RSP on slave s...

Page 166: ...Cascade bank MENU Cascade Scaling high limit 32000 to 32000 200 00 Filter Cascade bank MENU Cascade Filter 0 0000 No filter 0 0001 to 120 00 s 0 0000 The RSP conversion calculation formula may vary d...

Page 167: ...6 Deviation PV SP 2048 to 3071 Standard numerical codes 14 2 Standard Bit Codes and Standard Numerical Codes p 14 6 1 Loop definition of block A2 ANALOG OUTPUT bank MENU AnalogOutput Block A2 Loop Def...

Page 168: ...ion results can be used as inputs for logical operations Logical operation results and the inputs in which the results are used can be in the same group or a different group Logical operations are exe...

Page 169: ...l Codes p 14 6 1024 Input assignment B Logical operation bank MENU LogicalOperation Input assignment B 1024 Input assignment C Logical operation bank MENU LogicalOperation Input assignment C 1024 Inpu...

Page 170: ...Rising Falling Input assignment B Direct Reverse Rising Falling Power supply Time Reverse This selects whether the results of the logical operation are reversed Item bank Display Description Initial...

Page 171: ...operation is the sampling cycle The ON delay and OFF delay operation are shown in the figure below Status after reverse processing Calculation result ON delay time Time Status after reverse processing...

Page 172: ...Stop is set in Operation type Handling Precautions If the operation type has been set to DI1 or DI2 set the operation type of the applicable DI DO to DI in the DI DO bank Changes made to the CDS bank...

Page 173: ...ata and Data 1 to Data 40 is recorded If recording continues and the maximum number of files or the maximum capacity of the microSD memory card is reached and recording can no longer be done To contin...

Page 174: ...cal codes 14 2 Standard Bit Codes and Standard Numerical Codes p 14 6 1024 Data 2 CDS bank MENU CDS Data2 1024 Data 3 CDS bank MENU CDS Data3 1024 Data 4 CDS bank MENU CDS Data4 1024 Data 5 CDS bank M...

Page 175: ...U CDS Data26 1024 Data 27 CDS bank MENU CDS Data27 1024 Data 28 CDS bank MENU CDS Data28 1024 Data 29 CDS bank MENU CDS Data29 1024 Data 30 CDS bank MENU CDS Data30 1024 Data 31 CDS bank MENU CDS Data...

Page 176: ...efore data is written the accumulated data will be lost To prevent this turn off the DI event or standard bit selected for the operation type and wait for the time required to write the accumulated da...

Page 177: ...Management file name No management file Same as on the left xxx_yyyyy last xxx_yyyy Same as the name of the last written file Maximum file size for each file Approx 2 MB Same as on the left Approx 19...

Page 178: ...ection Data Notes Context section From Section Context to SectionEnd P Proportional band Records the setting when CDS starts I Integral time D Derivative time OL MV low limit OH MV high limit SP high...

Page 179: ...a clock function and some do not For models without a clock function the date and time in the file attributes and the date and time in the timestamp for the time sequence section indicate the time tha...

Page 180: ...is recorded correctly When the microSD memory card capacity is full an alarm will be generated Delete unneeded files on the microSD memory card as appropriate File operations cannot be done from the...

Page 181: ...Data is customized using the parameter settings of the display unit or using the parameter settings of the SLP C7 Smart Loader Package An example is presented here using the SLP C7 screen 1 Open the...

Page 182: ...t click the setting field of Data1 lists of standard bit codes and standard numerical codes are displayed 5 Click the target value in the list to enter the standard bit code or standard numerical code...

Page 183: ...dling Precautions For model numbers without a clock function the date and time are initialized when the power is turned on again and the clock is accurate within about 5 seconds day To ensure that the...

Page 184: ...ght end of the destination folder field 4 Select the folder where the files will be transferred from the CDS data folder list click the Start move button to open the transfer operation screen and then...

Page 185: ...ded by custom recording 4 x x Ring and custom recording are not available The setting items Data selection Number of data and Data1 to Data40 are not available When the recording cycle is set to 10 ms...

Page 186: ...process An R value that represents the characteristics of the process is specified for one batch process This is called the specific R value By comparing the specific R value that was determined when...

Page 187: ...t integer The SP high limit is used as a condition for determining the specific R value Set this value as close to the SP as possible If the SP high limit exceeds the SP by a large margin the specific...

Page 188: ...value of the ideal data plus the deviation high limit 3 Ideal data This line shows the ideal data 4 Deviation low limit This line shows the deviation low limit subtracted from the ideal data 5 Latest...

Page 189: ...brightness 4 Position adjustment The touch panel position is adjusted during manufacturing However the position may shift over time If so adjust the position When the monitor screen is displayed hold...

Page 190: ...mark shown in the lower right If touch panel test 2 is successful the Monitor screen is displayed again If the test fails the screen returns to the screen for step 1 and adjustment must be performed...

Page 191: ...loop type can be selected regardless of the model because the standard numerical codes can be assigned to the PV and RSP instead of to analog inputs and overlapping of assigned numerical codes is also...

Page 192: ...0 0000 Assignment range high limit Input assignment bank MENU InputAssignment Assignment range high limit 1000 0 z z Loop 3 Item bank Display Description Initial value PV assignment Input assignment b...

Page 193: ...the loop Virtual AI analog Input If the advanced loop type setting is enabled the application range of the control is widened by assigning the standard numerical codes to the PV and RSP However there...

Page 194: ...log input bank MENU VirtualAnalogInput Ratio 0 0010 to 10 000 1 0000 Bias virtual analog input bank MENU VirtualAnalogInput Bias 32000 to 32000 A maximum of 5 digits plus 4 digits after the decimal po...

Page 195: ...5 1 3 9 8 7 2 4 11 10 1 to 4 Separate monitor displays for loops 1 to 4 The PV numeric value MV bar graph RUN READY mode and AUTO MANUAL mode is shown for loops 1 to 4 If auto tuning AT is started th...

Page 196: ...on screen 10 Menu button Pressing this button displays the parameter bank menu screen Holding down the button turns ON the key lock in which case the parameter bank menu screen cannot be displayed 11...

Page 197: ...T progress graph is displayed instead of the MV The LSP RSP mode is not displayed When the area of any loop is touched the display changes to the 1 loop monitor screen for that loop 4 Graph icon Touch...

Page 198: ...t be displayed 10 SD card icon Displayed when a microSD memory card is inserted Handling Precautions The figure above shows the screen layout when the HOME screen layout parameter setting of the Basic...

Page 199: ...5 Screens z z For 3 loops Vertically arranged When the HOME screen layout setting of the basic action bank is set to 2 Vertically arranged the three loops on the Home screen appear as shown in the fi...

Page 200: ...ed the AT progress graph is displayed The LSP RSP mode is not displayed When the area of any loop is touched the display changes to the 1 loop monitor screen for that loop 3 Graph icon Touching this i...

Page 201: ...microSD memory card is inserted 10 SP display characters In the constant value operation mode LSP is displayed in LSP mode and RSP in RSP mode In the pattern operation mode SP is displayed Handling Pr...

Page 202: ...r 5 Screens z z For 2 loops Vertically arranged When the HOME screen layout setting of the basic action bank is set to 2 Vertically arranged the two loops on the Home screen appear as shown in the fig...

Page 203: ...5 9 Chapter 5 Screens z z For 1 loop The Home screen is the 1 loop monitor screen 1 loop monitor screen p 5 10 for details on displays and button operation...

Page 204: ...RSP is displayed on the left Touching it displays the SP menu screen 3 MV display Touching this displays the MANUAL mode change screen 4 MV bar graph The display range is 0 to 100 5 SD card icon Displ...

Page 205: ...isplay Available values can be viewed from among the MANUAL MV Cool MV and Heat MV of heating cooling control MFB CT input VT input and resistance calculated from CT input and VT input 6 1 Operation D...

Page 206: ...pattern operation mode pattern numbers and segment numbers are displayed on the Home screen or 1 loop monitor screen z z For 4 loops P pattern numbers S segment numbers z z For 3 loops P pattern numb...

Page 207: ...oops PTN pattern numbers SEG segment numbers z z For 1 loop MV bar graph PTN pattern numbers SEG segment numbers Specified pattern time and remaining time PTN pattern numbers SEG segment numbers PTN p...

Page 208: ...umbers SEG segment numbers Handling Precautions If the version of the MAIN block firmware is earlier than 6 x x where x stands for any number the pattern operation function is not available Specified...

Page 209: ...on Shows which loop s PV scale is shown on the right axis of the graph Touching this button changes the scale on the right axis to the PV of another loop 5 Right axis scale Displays the PV scale of th...

Page 210: ...P1 9 Home button Pressing this button displays the Home screen Other displays and buttons conform to the Home screen Handling Precautions This product does not store the graph display data When the po...

Page 211: ...aph bank If the set value of the recording cycle is a multiple of 60 the scale of the time axis is h hours DIV In other cases the scale is min minutes DIV Example If the recording cycle setting is 30...

Page 212: ...dreds digit cannot be selected 4 MV button Pressing this button displays the mode change screen for changing MANUAL to AUTO 5 View change button Touching this icon changes the display Other displays a...

Page 213: ...the AT and returns the display to the 1 loop monitor screen Other displays and buttons follow the pattern of the 1 loop monitor screen Handling Precautions Periods of times necessary for the AT progr...

Page 214: ...ning This displays the amount of MFB opening calculated from the MFB input and adjustment value When MFB is light blue and steadily lit MFB is being measured not estimated When MFB is yellow and blink...

Page 215: ...unt When MFB AT ends the counts at the fully closed position and fully opened position are saved to Fully closed MFB count and Fully open MFB count in the PP positional proportional bank 4 View change...

Page 216: ...en cannot be displayed in the key lock status Even in the key lock status you can change the display on the monitor screen switch between the monitor and graph screens and display the DI DO monitor an...

Page 217: ...m the alarm 2 icon is displayed in dark gray and disabled The alarm 2 icon is not displayed on the multi loop monitor screen To view it change to the 1 loop monitor screen When at least one of the sta...

Page 218: ...n Touching this button closes the screen and returns the display to the previous screen 3 Home button Pressing this button displays the Home screen 4 Menu button Pressing this button displays the para...

Page 219: ...screen 2 Next page and previous page buttons Touching the relevant button displays the function alarm on the next or previous page 3 Close button Touching this button closes the screen and returns th...

Page 220: ...en 2 LSP VALUE CHANGE button Touching this button displays the LSP set value change screen 3 Close button Touching this button closes the screen and returns the display to the monitor screen 4 Home bu...

Page 221: ...t return to the monitor screen even when this is selected 3 Back button Touching this button returns the display to the monitor screen 4 Home button Pressing this button displays the Home screen 5 Men...

Page 222: ...LSP group selection is enabled even in the RSP mode this LSP group number is displayed 4 Input value Displays the value that has been input using the numeric keypad The initial value is 0 5 Numeric ke...

Page 223: ...the parameter bank menu screen Handling Precautions An input value in the range from the SP low limit to the high limit and the PV range is valid If the input value is invalid the LSP does not change...

Page 224: ...the AT start stop screen START display AT start screen STOP display AT stop screen 4 PATTERN button Touching this button displays the mode menu screen pattern 5 Close button Touching this button retur...

Page 225: ...to the previous screen 6 Home button Pressing this button displays the Home screen 7 Menu button Pressing this button displays the parameter bank menu screen Handling Precautions In the READY and END...

Page 226: ...UTO MANUAL 2 MANUAL AUTO button Touching this button switches the mode between AUTO and MANUAL and returns the display to the monitor screen Selecting MANUAL changes AUTO to MANUAL Selecting AUTO chan...

Page 227: ...thout changing RUN READY 2 READY RUN button Touching this button returns the display to the monitor screen with RUN READY changed Selecting READY changes RUN to READY Selecting RUN changes READY to RU...

Page 228: ...hanging the AT mode 2 START STOP button Touching this button changes the AT mode and returns the display to the monitor screen Touching the START button starts the AT Touching the STOP button stops th...

Page 229: ...hanges HOLD OFF the non HOLD mode to HOLD ON HOLD mode Selecting HOLD OFF changes HOLD ON HOLD mode to HOLD OFF the non HOLD mode 3 Home button Pressing this button displays the Home screen 4 Menu but...

Page 230: ...en Executing ADVANCE steps the operation forward to the start of the next segment 3 Home button Pressing this button displays the Home screen 4 Menu button Pressing this button displays the parameter...

Page 231: ...d returns the display to the monitor screen 3 Home button Pressing this button displays the Home screen 4 Menu button Pressing this button displays the parameter bank menu screen Handling Precautions...

Page 232: ...has a gray background the DO terminal is OFF The TP time proportioning output ON OFF is also displayed as the DO terminal status If the actual terminal ON OFF time is shorter than the display update...

Page 233: ...minal s activity may not be reflected on the display 2 Screen forward and back buttons When is touched the screen goes back to the previous screen and when V is touched the screen switches to the next...

Page 234: ...minal s activity may not be reflected on the display 2 Screen forward and back buttons When is touched the screen goes back to the previous screen and when V is touched the screen switches to the next...

Page 235: ...ard and back buttons When is touched the screen goes back to the previous screen and when V is touched the screen switches to the next enabled screen among the DI DO monitor DI monitor DO monitor and...

Page 236: ...tons When is touched the screen goes back to the previous screen and when V is touched the screen switches to the next enabled screen among the DI DO monitor DI monitor DO monitor and EV monitor scree...

Page 237: ...mber of the parameter bank For example 1 5 means that the 1st page of five pages is displayed 2 Next page button right previous page button left Touching the relevant button displays the next or previ...

Page 238: ...tton left Touching the relevant button displays the next or previous page of the parameter item 4 Parameter item buttons Displays the name and set value of the parameter item Touching the parameter it...

Page 239: ...ayed 4 CLEAR button Touching this button clears the input value to 0 5 BS button Touching this button clears one character at the right end of the input value When the input value is only one characte...

Page 240: ...o Touch here to display the previous pattern No 2 Segment number button Touch here to display the next segment No Touch here to display the previous segment No 3 Next page button right previous page b...

Page 241: ...lays the Home screen 7 Menu button Pressing this button displays the parameter bank menu screen Handling Precautions If the version of the MAIN block firmware is earlier than 6 x x where x stands for...

Page 242: ...een for the individual address you have touched 2 Subnet mask setting Displays the set value of the subnet mask Touching this portion displays the setting change screen for the individual address you...

Page 243: ...ing this button displays the parameter bank menu screen Handling Precautions If the IP address subnet mask or default gateway was changed the settings are applied when the power is turned on the next...

Page 244: ...er year month day Touching this displays the setting change screen for the individual setting you have touched 2 Time setting From the left the settings for the time are displayed in the order hour mi...

Page 245: ...ction the date and time are backed up by a battery even when the power is cut off However if the battery runs out of power when the device is turned on the date and time will revert to January 1 2000...

Page 246: ...dicator Corresponding Slot Main MAIN Fixed at the top left position Standard display unit HMI DI DO DI DO RS 485 RS 485 Current output AO C A1 A2 B1 B2 Voltage pulse output V P A1 A2 B1 B2 Motor drive...

Page 247: ...ayed during pattern operation SEG Displays the number of the currently operating segment 2 loops 2 loop screen PV Displays the PV Unit If the PV sensor is a thermocouple or resistance temperature dete...

Page 248: ...splays the MV Unit Number of decimal places 1 digit after the decimal point MV graph Displays the MV as a bar graph The line is displayed on the bar graph at intervals of 10 Display range 0 to 100 val...

Page 249: ...ecimal point value changed automatically within 5 digits Slot Displays the slot position of an AO C block which has CT and VT input terminals Variable display 6 SP Displays the SP Same as SP display i...

Page 250: ...ern operation 2 SP Displays the SP Same as SP display in variable display 1 Displays the time for the pattern currently being executed The pattern time does not reflect cycles and links MV Displays th...

Page 251: ...axis is set by the Graph scaling low limit for loop 1 and Graph scaling high limit for loop 1 parameter settings of the Graph bank The PV corresponding to the number of loops is displayed The scales...

Page 252: ...tial value Communication Notes Read Write RAM EEPROM LSP1 SP LSP group 1 SP 32000 to 32000 0 0000 With decimal point LSP1 PID group LSP group 1 PID group number 1 to 8 1 LSP2 SP LSP group 2 SP Same as...

Page 253: ...isplay Item Settings Initial value Communication Notes Read Write RAM EEPROM P Proportional band P Proportional band 0 1000 to 3200 0 5 0000 With decimal point I Integral time I Integral time 0 0000 t...

Page 254: ...to Input types and ranges p 13 12 Linear scaling low limit Linear scaling low limit 32000 to 32000 0 0000 Enabled for voltage input and current input With decimal point Linear scaling high limit Linea...

Page 255: ...nal display unit Power supply frequency Power supply frequency 0 50 Hz 1 60 Hz 0 Time unit of patterns Time unit of patterns 0 0 01 s 1 0 1 s 2 s 3 min 2 HOME screen layout HOME screen layout 0 Normal...

Page 256: ...V and SP for loop 3 on the monitor screen No of decimal places for PV4 No of decimal places for PV4 0 No decimal point 1 1 digit after the decimal point 2 2 digits after the decimal point 3 3 digits a...

Page 257: ...E screen setting loop3 0 Disabled 1 Enabled 0 HOME screen setting loop4 HOME screen setting loop4 0 Disabled 1 Enabled 0 Display intensity Display intensity 1 Dark 2 Slightly dark 3 Normal 4 Slightly...

Page 258: ...rential for ON OFF control 0 0000 to 32000 5 0000 Valid when the control action is in ON OFF control With decimal point Heat Cool control dead zone Heating cooling control dead zone 100 00 to 100 00 0...

Page 259: ...y be automatically reset to 0 0000 or 50 000 For details see Handling Precautions p 6 14 With decimal point READY MV Heat Output at READY Heat 10 000 to 110 00 0 0000 Enabled when the control action i...

Page 260: ...ol action is changed from an action other than the PID control heating and cooling action to PID control heating and cooling action PID initial MV and Preset MANUAL value are reset to 50 000 When Cont...

Page 261: ...limit SP low limit 32000 to 32000 32000 With decimal point SP high limit SP high limit 32000 to 32000 32000 With decimal point SP ramp unit SP ramp unit 0 s 1 min 2 h 0 LSP ramp up slope LSP ramp up...

Page 262: ...r heating cooling control 3 Cool MV for heating cooling control 4 PV 5 SP 6 Deviation PV SP 7 to 2047 Reserved 2048 to 3071 Standard numerical codes 14 2 Standard Bit Codes and Standard Numerical Code...

Page 263: ...t 11 SP low limit 12 SP high and low limits 13 MV high limit 14 MV low limit 15 MV high and low limits 16 MFB high and low limits 17 to 25 Reserved 26 Standard numerical code high limit 27 Standard nu...

Page 264: ...ion 1 Loop 1 2 Loop 2 3 Loop 3 4 Loop 4 5 to 2047 Reserved 2048 to 3071 Standard numerical codes 14 2 Standard Bit Codes and Standard Numerical Codes p 14 6 1 Direct reverse Direct reverse 0 Direct 1...

Page 265: ...type DI DO1 Operation type 0 DI 1 DO 0 DI DO2 Operation type DI DO2 Operation type Same as DI DO 1 0 DI DO3 Operation type DI DO3 Operation type Same as DI DO 1 0 DI DO4 Operation type DI DO4 Operatio...

Page 266: ...t 9 20 Event 10 21 Event 11 22 Event 12 23 Event 13 24 Event 14 25 Event 15 26 Event 16 27 to 1023 Reserved 1024 to 2047 Standard bits 14 2 Standard Bit Codes and Standard Numerical Codes p 14 6 0 The...

Page 267: ...ut type DO1 Output type Same as Block DI DO DO1 output type 0 DO2 Output type DO2 Output type Same as DO1 0 DO3 Output type DO3 Output type Same as DO1 0 DO4 Output type DO4 Output type Same as DO1 0...

Page 268: ...Control operation direct reverse selection 42 to 45 Reserved 46 Timer stop start selection 47 to 50 Reserved 51 RUN READY mode selection edge 52 AUTO MANUAL mode selection edge 53 LSP RSP mode selecti...

Page 269: ...in the standard bit codes Loop definition Loop definition When the operation type is other than timer stop start selection 0 All loops 1 Loop 1 2 Loop 2 3 Loop 3 4 Loop 4 When the operation type is t...

Page 270: ...of loop 3 4 MV of loop 4 5 to 10 Reserved 11 Heat MV of loop 1 for heating cooling control 12 Cool MV of loop 1 for heating cooling control 13 Heat MV of loop 2 for heating cooling control 14 Cool MV...

Page 271: ...P output type 0 OFF 1 MV of loop 1 2 MV of loop 2 3 MV of loop 3 4 MV of loop 4 5 to 10 Reserved 11 Heat MV of loop 1 for heating cooling control 12 Heat MV of loop 1 for heating cooling control 13 He...

Page 272: ...munication Notes Read Write RAM EEPROM TP operation type TP operation type 0 Priority on controllability 1 Priority on device life only one ON OFF operation within the time proportional cycle 0 Linear...

Page 273: ...g Falling is not detected if the target data is set to OFF at power on when the setting is 3 Falling Input assignment B Input assignment B 1024 Input assignment C Input assignment C 1024 Input assignm...

Page 274: ...o 1 0 User defined bit6 User defined bit 6 0 to 1 0 User defined bit7 User defined bit 7 0 to 1 0 User defined bit8 User defined bit 8 0 to 1 0 User defined bit9 User defined bit 9 0 to 1 0 User defin...

Page 275: ...4 32768 to 32767 0 0000 User defined value5 User defined value 5 32768 to 32767 0 0000 User defined value6 User defined value 6 32768 to 32767 0 0000 User defined value7 User defined value 7 32768 to...

Page 276: ...ment1 Assignment 1 1024 to 2047 Standard bits For the standard bit codes refer to 14 2 Standard Bit Codes and Standard Numerical Codes p 14 6 1024 Assignment2 Assignment 2 1024 Assignment3 Assignment...

Page 277: ...fined as overcurrent 0 0000 to 350 00 A 0 0000 CT1 Short circuit detection value CT1 minimum current defined as short circuit 0 0000 to 350 00 A 0 0000 CT1 Hysteresis CT1 hysteresis 0 0000 to 350 00 A...

Page 278: ...nt 1024 to 2047 Standard bit code 1024 For V P block VT INPUT bank Bank selection VT Block selection A2 B2 A1 B1 Group selection None z z Blocks A2 B2 A1 and B1 common Item display Item Settings Initi...

Page 279: ...control 12 Heat MV of loop 1 for heating cooling control 13 Heat MV of loop 2 for heating cooling control 14 Heat MV of loop 2 for heating cooling control 15 to 2047 Reserved 2048 to 3071 Standard num...

Page 280: ...set but are not saved 2 to 4 are saved automatically when auto tuning finishes but can also be set and saved manually Fully closed MFB count Fully closed MFB count 0 to 8000 2000 Saved automatically w...

Page 281: ...0 0000 Breakpoint A10 Breakpoint A10 32000 to 32000 0 0000 Breakpoint B1 Breakpoint B1 32000 to 32000 32000 Breakpoint B2 Breakpoint B2 32000 to 32000 32000 Breakpoint B3 Breakpoint B3 32000 to 32000...

Page 282: ...raph scaling high limit 32000 to 32000 100 00 LOOP3 Sampling cycle Loop 3 Recording cycle 1 to 3600 s 1 LOOP3 Graph scaling low limit Loop 3 Graph scaling low limit 32000 to 32000 0 0000 LOOP3 Graph s...

Page 283: ...lt gateway 0 0 0 0 to 255 255 255 255 0 0 0 0 RS 485 bank Bank selection RS 485 Loop selection None Group selection None Item display Item Settings Initial value Communication Notes Read Write RAM EEP...

Page 284: ...s 3 10 s 4 1 min 5 10 min 0 Operation type Operation type 0 Stop 1 DI1 status 2 DI2 status 3 to 10 Reserved 11 Event 1 12 Event 2 13 Event 3 14 Event 4 15 Event 5 16 Event 6 17 Event 7 18 Event 8 19...

Page 285: ...ata 7 1024 Data8 Data 8 1024 Data9 Data 9 1024 Data10 Data 10 1024 Data11 Data 11 1024 Data12 Data 12 1024 Data13 Data 13 1024 Data14 Data 14 1024 Data15 Data 15 1024 Data16 Data 16 1024 Data17 Data 1...

Page 286: ...tion None z z Loops 1 to 4 common Item display Item Settings Initial value Communication Notes Read Write RAM EEPROM Operation type Operation type 0 Stop 1 DI1 status 2 DI2 status 3 to 10 Reserved 11...

Page 287: ...h previous specific R value 9th previous specific R value LOOP2 Same as LOOP1 10 specific R values 0 to 9999999 The rightmost point on the graph is the latest LOOP3 Same as LOOP1 10 specific R values...

Page 288: ...n Notes Read Write RAM EEPROM PV assignment PV assignment 2048 to 3071 Standard numerical codes 2313 2313 is PV block B4 RSP assignment RSP assignment 2048 to 3071 Standard numerical codes 2048 2048 i...

Page 289: ...an be displayed and set The loop type can be set by the SLP C7 Smart Loader Package For PV assignment and RSP assignment the standard numerical codes are set In addition to the PV of the AI block the...

Page 290: ...s Initial value Communication Notes Read Write RAM EEPROM Virtual AI assignment Virtual AI assignment 2048 to 3071 Standard numerical codes 14 2 Standard Bit Codes and Standard Numerical Codes p 14 6...

Page 291: ...erical Codes p 14 6 2114 2114 is User defined number 4 Filter Filter 0 0000 to 120 00 0 0000 With decimal point Ratio Ratio 0 0010 to 10 000 1 0000 With decimal point Bias Bias 32000 to 32000 0 0000 W...

Page 292: ...The value after subtracting 10 is the number of decimal places Pattern configuration bank Bank selection PATTERN CONFIG Loop selection Loops 1 to 4 Group selection None z z Loops 1 to 4 common Item di...

Page 293: ...00 s 2 0000 With decimal point PV start PV start 0 Disable PV start 1 Enable PV start 0 PV start is only possible for segment 2 Cycle Cycle 0 to 32000 times 0 Pattern link Pattern link 0 No link 1 to...

Page 294: ...ther than segment 1 0 to 8 For segment 1 1 For segments other than segment 1 0 The setting 0 indicates the same group number as that of the previous segment G SOAK type G SOAK type 0 No G SOAK 1 G SOA...

Page 295: ...MANUAL 0 AUTO 1 MANUAL Loop1 RAM LSP RSP 0 LSP 1 RSP Loop1 RAM Current LSP 32000 to 32000 With decimal point Loop1 RAM Current proportional band 0 1 to 3200 Loop1 RAM Current integral time 0 to 32000...

Page 296: ...0 to 32000 s Loop1 Current manual reset 10 to 110 Loop1 Current MV low limit 10 to 110 Loop1 Current MV high limit 10 to 110 Loop1 Current proportional band for cooling 0 1 to 3200 Loop1 Current inte...

Page 297: ...above Block A1 V P CT2 Current at output OFF Same as above Block A1 V P CT2 Time proportioning current Same as above Block A1 V P Output terminal 0 OFF 1 ON Note The items for blocks A2 B1 and B2 are...

Page 298: ...Same as above Event 7 Same as above Event 8 Same as above Event 9 Same as above Event 10 Same as above Event 11 Same as above Event 12 Same as above Event 13 Same as above Event 14 Same as above Even...

Page 299: ...rrors 1 V P block with CT1 input error or CT2 input error Loop1 alarm bit field Bit field Bit fields p 9 8 Loop 2 alarm bit field Bit field Loop 3 alarm bit field Bit field Loop 4 alarm bit field Bit...

Page 300: ...e RAM EEPROM Loop 1 Pattern No 1 to 16 Loop 1 Segment No 1 to 16 Loop 1 Pattern SP 32000 to 32000 With decimal point Loop 1 Progress time in segment 0 to 32000 Loop 1 Progress time in pattern 0 to 320...

Page 301: ...d Bit fields p 9 8 SP Configuration LSP group selection Item Settings Communication Notes Read Write RAM EEPROM LSP group selection 1 to 8 RAM LSP group selection 1 to 8 User defined bits RAM Item Set...

Page 302: ...Day 1 31 Day Calender Hour 0 23 Hours Calender Minute 0 59 Minutes Calender Second 0 59 Seconds Calendar update of Year Month and Day 1 Update The value read is always 0 Calendar update of Hour Minut...

Page 303: ...C7 Smart Loader Package Up to 200 communication data addresses can be set They are used also for Modbus TCP If the communication specification of the host unit is RS 232C an RS 232C RS 485 communicat...

Page 304: ...the settings above according to the characteristics of the host unit and RS 232C RS 485 communication converter used Communication procedure The communication procedure is as follows 1 An instruction...

Page 305: ...s used for checking if the message was corrupted due to a problem e g electrical noise during communications The check code is 2 bytes The following shows how the check code CRC is created The section...

Page 306: ...57600 2 ms or more 115200 2 ms or more Command type Command send message types supported by this device are as follows Command type Function code Conformance class Multiple data read 03H 1 byte class...

Page 307: ...If the version of the MAIN block firmware is earlier than 6 x x where x stands for any number the processing related to illegal data addresses is as shown in the table below Start data address Second...

Page 308: ...ta 5 Check code CRC z z Response message The structure of the response message is as follows Example in normal status 1 Station address 2 Function code 3 Number of items read 2 number of bytes 4 Read...

Page 309: ...ite data 2 8 Check code CRC z z Response message The structure of the response message is as follows 1 Station address 2 Function code 3 Write start data address 4 Number of write data 5 Check code CR...

Page 310: ...2 Function code 3 Data address 4 Write data 5 Check code CRC z z Response message The response message in the normal status is the same as the send message Note The response message in case of an erro...

Page 311: ...uction message Item Specifications Out of spec examples Allowable characters 00H to FFH all Number of characters 2 or 1 00H 01H 02H 3 characters Expressible numeric values 2 characters 8000H to 7FFFH...

Page 312: ...me slave station or a different slave station No 2 in the diagram Instruction message Transmission line Response message Instruction message Response message 1 Master station send end time Slave stati...

Page 313: ...me way three Modbus TCP connections are available when using Modbus RTU with RS 485 In the case of Modbus communications the communication data address of this controller that is set on the host unit...

Page 314: ...e instruction message and executes read or write processing according to the contents of the message 4 Furthermore the slave station sends a response message appropriate for the processing details 5 T...

Page 315: ...function code z z Detailed data z z Transaction Identifier A request and its response have the same value The host station can use the transaction identifier to confirm that the data is the response...

Page 316: ...te command the illegal data address exception code is added For a read command data is read for the correct addresses and the values of incorrect addresses are read as 0 For a write command data is wr...

Page 317: ...on code Amount of data RAM EEPROM Multiple data read 03H 1 to 32 1 to 32 Multiple data write 10H 1 to 32 1 to 32 1 data write 06H 1 1 Note For details on the specifications for Modbus communication re...

Page 318: ...ead Holding Registers 2 Number of bytes 2 3 Read data 0 1 3 2 3 Abnormal response 1 Error code Read Holding Registers 2 Exception code 01H 02H 03H 06H 8 1 3 2 z z For multiple data 1 Function code Rea...

Page 319: ...address 3 Number of data 1 Abnormal response 1 Error code Write Multiple Registers 2 Exception code 01H 02H 03H 06H 9 1 0 2 1 1 0 2 3 5 4 z z For multiple data 1 0 9 0 1 0 6 1 Function code Write Mult...

Page 320: ...nction code Write Single Register 2 Write address 3 Write data Request Normal response 1 Function code Write Single Register 2 Write address 3 Write data echo back Abnormal response 1 Error code Write...

Page 321: ...r the decimal point 1 1 digit after the decimal point 2 2 digits after the decimal point 3 3 digits after the decimal point 4 4 digits after the decimal point 5 to 9 Invalid 10 0 digits after the deci...

Page 322: ...use the SLP C7 Smart Loader Package How to define the data address is described below using the SLP C7 screen as an example Setting a user defined address 1 Open the Setup screen of the SLP C7 and cli...

Page 323: ...5 x x where x stands for any number settings 0 to 4 are enabled and 10 to 14 in RAM are invalid for the decimal point position When writing data to Calender Year Month and Day of Device Info write the...

Page 324: ...rmal memory area and these parameters are classified into parameters for setting and for monitoring User defined addresses can be set for either type of parameter Parameter data for setting in the nor...

Page 325: ...mmunication write Parameter for setting the normal area Parameter for setting the RAM area Parameter for monitoring the normal area EEPROM Data is copied at power ON Data is cleared at power OFF Write...

Page 326: ...alue to the RAM area and then write the same value to the normal memory area as was first written to the RAM area Example Write 100 to the RAM area Write 101 to the RAM area Write 100 to the normal me...

Page 327: ...Restart from the menu in the Setup screen of SLP C7 to restart the C7G and then write the data from SLP C7 This writing procedure is simple but the restart interrupts control by the C7G Care is also...

Page 328: ...Event10 Bit8 Event9 Bit7 Event8 Bit6 Event7 Bit5 Event6 Bit4 Event5 Bit3 Event4 Bit2 Event3 Bit1 Event2 Bit0 Event1 Monitor Segment Event Segment Event1 to Segment Event16 bit field Bit15 Segment Eve...

Page 329: ...Block B3 Bit5 Block B2 Bit4 Block B1 Bit3 Block A4 Bit2 Block A3 Bit1 Block A2 Bit0 Block A1 Monitor Alarm Status DO Overcurrent Alarm bit field Bit15 Empty fixed to 0 Bit14 DI DO block Bit13 to Bit8...

Page 330: ...PV low limit error Monitor Alarm Status Loop 3 Alarm bit field Bit15 User defined alarm Bit14 to Bit4 Empty fixed to 0 Bit3 RSP high limit error Bit2 RSP low limit error Bit1 PV high limit error Bit0...

Page 331: ...defined address 21 204 Monitor Loop2 AUTO MANUAL 0 User defined address 22 205 Monitor Loop2 LSP RSP 0 User defined address 23 206 Monitor Loop2 AT stop start 0 User defined address 24 207 SP Loop2 LS...

Page 332: ...P RSP 0 User defined address 53 406 Monitor Loop4 AT stop start 0 User defined address 54 407 SP Loop4 LSP1 SP 1 User defined address 55 408 Monitor Loop4 Manual MV 1 User defined address 56 409 PID L...

Page 333: ...n monitoring function is assigned to a user defined address settings can be configured from the host device via communication Item Settings Initial value Communication Notes Read Write RAM EEP Recepti...

Page 334: ...1 to 3 is reflected in Reception monitoring 1 to 3 in the standard bit codes These are OFF when normal and ON when abnormal Enabled for both Modbus RTU RS 485 and Modbus TCP Ethernet The received ins...

Page 335: ...cation access to the pattern data cannot be made To set the pattern start address use the SLP C7 Smart Loader Package The data addresses are arranged as shown below 0 49999 Communication data address...

Page 336: ...1 in the setting would be converted to 1 for the purpose of communication If the SP 12 345 it would be converted to 123 by multiplying by 10 and rounding off Writing of SP 123 is converted to 12 300 b...

Page 337: ...et the pattern start address decimal point SP G SOAK width and decimal point G SOAK time using the SLP C7 Smart Loader Package z z Writing all pattern data 1 Write the pattern number of the pattern to...

Page 338: ...o possible to write the pattern number and pattern settings in one message There is no restriction on the order of writing and reading of the pattern settings segment settings and segment settings for...

Page 339: ...7 Same as for Segment 1 166 to 169 Reserved 170 to 175 Segment 8 Same as for Segment 1 176 to 179 Reserved 180 to 185 Segment 9 Same as for Segment 1 186 to 189 Reserved 190 to 195 Segment 10 Same as...

Page 340: ...ment 5 SP 809 Segment 5 Time 810 Segment 6 SP 811 Segment 6 Time 812 Segment 7 SP 813 Segment 7 Time 814 Segment 8 SP 815 Segment 8 Time 816 Segment 9 SP 817 Segment 9 Time 818 Segment 10 SP 819 Segme...

Page 341: ...4 sheets 32 lines Triggered data transfer 4 sheets 32 lines z z Cyclic data transfer Data from the controller can be transferred to the PLC periodically Data can also be transferred from the host devi...

Page 342: ...he amount of data to be transferred the cyclic data transfer process may be delayed continuously resulting in all sheets being executed consecutively instead of periodically This means that data is tr...

Page 343: ...r device is turned on triggered data transfer starts 2 Data is read from the PLC 3 The read data is written to the controller 4 When transfer of the data specified for the sheet is complete a completi...

Page 344: ...er scan cycle the trigger is detected if it is on Triggered transfer scan cycle Trigger device initialization Trigger device Triggered data transfer sheet 1 Trigger detected if turned OFF by trigger d...

Page 345: ...00000 to D4184063 Link register W000000 to W3FD7FF Index register Z0000 to Z0015 4 File register R R00000 to R32767 File register ZR 2 ZR00000 to ZR1042431 Special register SD00000 to SD02047 5 Link s...

Page 346: ...gs common to transfer 1 to 4 2 Enter the IP address of the PLC 3 Enter a value for each item 4 Click the Register button to enable the configured PLC link settings Note that registration only rewrites...

Page 347: ...n be specified in total for transfer 1 to transfer 4 combined Remaining items is displayed at the bottom of the screen 5 Other lines can be selected by using Up and Down 6 Set PLC Address and C7 Addre...

Page 348: ...s Transfer type Cyclic data transfer PLC C7 Live notification device M0000100 Device to receive completion notification bit M0000010 Device to receive completion notification data D0000010 z z Transfe...

Page 349: ...decimal point and transferred to D0000200 to D0000201 periodically z z Transfer operation settings Transfer type Cyclic data transfer C7 PLC Live notification device M0000101 Device to receive comple...

Page 350: ...000016 and M0000017 to the C7 mode when M0000050 changes from OFF to ON z z Transfer operation settings Transfer type Cyclic data transfer PLC C7 Trigger device M0000050 Device to receive completion n...

Page 351: ...a to D0000070 and D0000071 when Event 1 of the C7 changes from OFF to ON z z Transfer operation settings Transfer type Cyclic data transfer C7 PLC Trigger device Event 1 Device to receive completion n...

Page 352: ...fer PLC C7G Cyclic data transfer C7G PLC Triggered data transfer PLC C7G Triggered data transfer C7G PLC Not set Trigger device address When trigger device is PLC See the list of address ranges for th...

Page 353: ...e shown in the table below Setting item Settings Initial value Notes PLC device type address See the list of address ranges for the PLC device type Not set C7G data Selectable from the C7G monitor dat...

Page 354: ...CPU module Ethernet port Communication protocol TCP IP SLMP 3E binary code z z Device structure LAN PLC 192 168 0 1 C7G IP address 192 168 0 127 z z SLP C7 settings 1 Configure the PLC Link settings a...

Page 355: ...ings Setting item Setting IP Address IP Address 192 168 0 1 Subnet Mask 255 255 255 0 Enable Disable Online Change Enable All SLMP Communication Data Code Binary Opening Method Do Not Open by Program...

Page 356: ...6 Click the Apply button to close the window Q series CPU direct connection Usage examples of the following devices are provided PLC Q04UDEHCPU Communication interface CPU module Ethernet port Commun...

Page 357: ...0 127 Subnet mask 255 255 255 0 Default gateway 0 0 0 0 z z PLC settings Configure the settings as shown below in GX Developer 1 Go to Project New and create a new project with Q04UDEHCPU set for the...

Page 358: ...5 255 255 0 Default Router IP Address Set the default router IP address Communication Data Code Binary Code Enable online change Check the checkbox 4 Click the Open Setting button The Built in Etherne...

Page 359: ...series Ethernet interface module Usage examples of the following devices are provided PLC Q04UDEHCPU Communication interface Ethernet interface module QJ71E71 100 Communication protocol TCP IP SLMP 3...

Page 360: ...roject with Q04UDEHCPU set for the CPU type 2 Double click Network Parameter The Network Parameter selection window appears 3 Click the Ethernet CC IE MELSECNET button The Network Parameter Ethernet C...

Page 361: ...ation Setting Use the KeepAlive Enable Online Change Check the checkbox The Network Parameter Ethernet CC IE MELSECNET Sheet Quantity Setting window appears 7 Click the Open Setting button in the tabl...

Page 362: ...Communication protocol TCP IP SLMP 3E binary code z z Device structure LAN PLC 192 168 0 1 C7G IP address 192 168 0 127 z z SLP C7 settings 1 Configure the PLC Link settings according to the device se...

Page 363: ...ppears 3 Select Basic Settings and set each item of Own Node Settings Setting item Setting IP Address IP Address 192 168 0 1 Subnet Mask Pattern 255 255 255 0 Communication Data Code Binary 4 Click De...

Page 364: ...ation Drag and drop the SLMP Connection Module Setting item Setting Model Name SLMP Connection Module Protocol TCP PLC Port No 1025 The Module Parameter Ethernet Port setting window appears 6 Click th...

Page 365: ...after turning off the power to the C7G and all connected devices before replacing the block A special tool for replacement that comes with the replacement CLOCK block and a screwdriver are needed to r...

Page 366: ...he block alarm screen The block alarm screen schematically shows the blocks of the main unit and the display unit On this screen the alarm status is distinguished by color Blue block Normal Red block...

Page 367: ...AO C V P Slots A1 to 2 B1 to 2 CT input or VT input exceeds the high limit Reduce the CT input or VT input to less than the high limit CT input circuit or VT input circuit has failed Request repair o...

Page 368: ...repair or replacement of the block Internal memory error was detected Request repair or replacement of the block DO Slot A1 B1 Overcurrent of DO was detected Check and correct the loads and wiring Bl...

Page 369: ...nction alarm screen the alarm status is distinguished by color for each function Function in gray Normal Function in red Alarm error Pressing the and buttons displays the alarms for other functions Pr...

Page 370: ...the block CT V P CT input exceeds the high limit Reduce the CT input to less than the high limit CT input circuit has failed Request repair or replacement of the block BLOCK DIAGNOSIS Block is pulled...

Page 371: ...unit cable The display unit has failed Request repair or replacement of the display unit The main unit has failed Request repair or replacement of the main unit An error is indicated on the display un...

Page 372: ...irmware version in 14 4 Firmware Version History p 14 13 The following can be performed using the SLP C7 Smart Loader Package Checking the combination of firmware versions Updating the firmware versio...

Page 373: ...w Note that this may damage the device or cause faulty operation 1 Pull up the catch at the bottom left of the CLOCK block Claw Clock function block 2 Place a screwdriver in the groove above the catch...

Page 374: ...s A jig must to be used to replace the CLOCK block If the CLOCK block is removed without using a jig damage or faulty operation of the device may result For the replacement method see the user s manua...

Page 375: ...nge z z Thermocouple Reference junction compensation accuracy 0 5 C with ambient temperature of 21 to 27 C under standard conditions 1 5 C with ambient temperature of 0 to 50 C under standard conditio...

Page 376: ...ower Status indication in LCD DO status alarm status Operation button Touch panel resistive and 3 hardware buttons Power for display unit Power from main unit if distance from main unit display unit c...

Page 377: ...ectable pulse width for ON 20 ms min for 10 ms sampling cycle 50 ms min for 50 ms sampling cycle 100 ms min for 100 ms sampling cycle Description of function allocation RUN READY mode selection AUTO M...

Page 378: ...in this range 4 digits max after the decimal point Derivative time D 0 to 32000 s 5 digits max within this range 4 digits max after the decimal point MV limit 10 to 110 5 digits max within this range...

Page 379: ...QN206A hole diameter 5 8 mm 800 turns QN212A hole diameter 12 mm 800 turns Note Not UL certified Current measurement range 0 4 to 50 0 A AC 50 60 Hz peak current 71 A max with 800 turns and 1 pass of...

Page 380: ...or feedback input Allowable potentiometer 100 to 2500 2500 max including amount for wiring resistance Indication accuracy 0 5 FS under standard conditions Sampling cycle 100 ms Burnout indication Down...

Page 381: ...sink type Load voltage 4 5 to 28 8 V DC Maximum load current 100 mA for each terminal Overcurrent detection 130 mA min When an overcurrent is detected the output is turned OFF and the status is check...

Page 382: ...d 100 Mbps max No of physical ports connectors 1 RJ 45 Cable UTP cable 4P Cat 5e min straight both ends ANSI TIA EIA 568 B Protocol Modbus TCP Mitsubishi SLMP 3E for PLC link communication Loader comm...

Page 383: ...odels 12 W max DC models Power ON inrush current 25 A max 10 ms max Start delay at power ON 10 s required until normal operation begins under standard conditions Allowable transient power loss 20 ms m...

Page 384: ...for use in industrial location During EMC testing the reading or output may fluctuate by 10 FS cULus UL 61010 1 CSA C22 2 No 61010 1 applicable model needs to be selected Overvoltage category Categor...

Page 385: ...umidity 10 to 90 RH without condensation Rated power voltage 100 to 240 V AC operating input voltage 85 to 264 V AC AC models 24 V DC operating input voltage 20 4 to 28 8 V DC DC models Power supply f...

Page 386: ...0 1 FS 1 digit 0 1 C Upscale 105 FS 20 WRe5 26 0 to 1400 C 0 1 FS 1 digit 0 1 C Upscale 110 FS 21 WRe5 26 0 to 2300 C 0 1 FS 1 digit 0 1 C 23 PR40 20 0 to 1900 C 0 5 FS 1 digit 4 0 1 C 1 For 200 to 0...

Page 387: ...to 20 mA 0 1 FS 1 digit Burnout cannot be detected about 0 FS 90 Current mA 4 to 20 mA 0 1 FS 1 digit Downscale 10 FS 92 Voltage V 10 to 10 V 0 1 FS 1 digit Burnout cannot be detected about 0 FS Inpu...

Page 388: ...MEMO...

Page 389: ...ias Linearization Filter High and low limits PV assignment based on loop type RSP assignment based on loop type Standard numerical code AI blocks A4 B4 A3 B3 DC current DC voltage Range type sensor ra...

Page 390: ...1 to 4 Standard values Deviation PV SP LOOP1 to 4 Connect when heating cooling control is used Standard values Cool MV LOOP1 to 4 Standard values Heat MV LOOP1 to 4 Standard values SP final value LOOP...

Page 391: ...ool MV PV SP Deviation etc Loop definition Output types Standard values Linearization Scaling Standard values AO C percentage output value blocks A4 B4 A3 B3 Output range AO output terminal Switch by...

Page 392: ...V P percentage output value blocks A2 B2 A1 B1 TP operation type Time proportional cycle V P output terminal Standard bit V P terminal status blocks A2 B2 A1 B1 Standard values TP percentage output va...

Page 393: ...t types MV Heat MV Cool MV for loops 1 to 2 Output types Standard values Standard value MFB count Switch by output type Linearization Standard bit MFB input error Standard value MFB opening actual val...

Page 394: ...al status block A3 1212 DI1 terminal status block B3 1213 DI2 terminal status block B3 1214 DI3 terminal status block B3 1215 DI4 terminal status block B3 1224 DO1 terminal status block A1 1225 DO2 te...

Page 395: ...n mode 1715 Loop 4 pattern operation mode 1720 Loop 1 HOLD state 1721 Loop 2 HOLD state 1722 Loop 3 HOLD state 1723 Loop 4 HOLD state 1728 Loop 1 END state 1729 Loop 2 END state 1730 Loop 3 END state...

Page 396: ...17 Loop 2 MV Standard numerical code Meaning of standard numerical code 2418 Loop 3 MV 2419 Loop 4 MV 2432 Loop 1 Heat MV 2433 Loop 2 Heat MV 2434 Loop 3 Heat MV 2435 Loop 4 Heat MV 2448 Loop 1 Cool M...

Page 397: ...me 2671 Event 16 timer remaining time 2736 CT1 Time proportioning current block A2 2737 CT2 Time proportioning current block A2 2738 CT1 Time proportioning current block B2 2739 CT2 Time proportioning...

Page 398: ...address 1007 Loop 1 LSP group 1 LSP Decimal point position 0 RAM area Data address 1008 Loop 1 LSP group 1 LSP decimal point position 0 Normal area 3 Write the parameters from the SLP C7 to the C7G z...

Page 399: ...0 00 At this time the value in RAM is 200 00 and in the normal memory area it is 100 00 3 On the Setup screen of the SLP C7 set 200 00 for Loop1 LSP group 1 LSP and then write the parameters to the C7...

Page 400: ...the normal memory area has 100 00 3 Turn the C7G off and then on again The Loop1 LSP group 1 LSP changes to 100 00 At this time RAM has 100 00 and the normal memory area has 100 00 4 Write 200 to data...

Page 401: ...of column B Support for multiple loops 1 loop 1 RSP 2 loops 2 loops 1 RSP 2 loops 2 RSPs 3 loops 3 loops 1 RSP 4 loops 1 5 Button Operation Monitor and graph screen transitions p 1 17 Added loop type...

Page 402: ...oning Output Added the content at left 6 2 Parameter Setting Display Data DI DO CONFIG bank p 6 19 Increased the set value range of DI DO4 to 7 Operation types 6 2 Parameter Setting Display Data TP ti...

Page 403: ...B4 A3 B3 Changed the block order for the parameter settings in the analog output bank CT input bank and VT input bank 6 2 Parameter Setting Display Data ANALOG OUTPUT bank p 6 16 CT INPUT bank p 6 31...

Page 404: ...24 Added Linearization table group definition Support for internal cascade control 4 17 Internal Cascade p 4 95 Added the content at left 6 2 Parameter Setting Display Data Cascade bank p 6 35 Added...

Page 405: ...scription in 4 19 CDS Compact Data Storage 6 2 Parameter Setting Display Data HEALTH INDEX bank p 6 40 Added Operation type Best data Deviation low limit and Deviation high limit items for each loop i...

Page 406: ...ioning Output TP output type p 4 69 TP cycle p 4 70 Added items for blocks A2 B2 A1 B2 6 2 Parameter Setting Display Data TP time proportioning bank p 6 24 Added items for blocks A2 B2 A1 B2 Chapter 1...

Page 407: ...or cool side items 4 5 AT Auto tuning p 4 28 Added a description of AT for heat cool control to Handling Precautions 4 11TP Time Proportioning Output TP output type p 4 69 Increased the set value rang...

Page 408: ...6 22 Same as above Added standard bits to the output types for DO digital output 4 10 DO Digital Output DO assignment p 4 66 Increased the set value range of Output types 6 1 Operation Display Data D...

Page 409: ...bank p 6 9 Added an Input value display loop definition item for slots A2 B2 A1 and B1 Changed the decimal point position for Resistance in the 1 loop monitor screen 6 1 Operation Display Data 1 loop...

Page 410: ...slot B2 1 0 X z z Added functions Description User s Manual Reference User s Manual Change Support for MOTOR block 1 2 Model No Model Selection Guide p 1 2 Added a table for the motor drive model Nos...

Page 411: ...n block diagram Added PV Hold 4 2 AI Analog Input PV Hold p 4 10 Added the content at left Added Hold PV Control operation direct reverse selection and Timer stop start selection to the operations of...

Page 412: ...to user defined values 1 to 16 Added standard numerical codes 4 9 Events Operation p 4 56 Operation type and Loop definition p 4 61 Added standard numerical code high limit standard numerical code lo...

Page 413: ...2 Parameter Setting Display Data CDS bank p 6 38 Same as above 4 19 CDS Compact Data Storage Files p 4 107 Customizing the number of data items and data types p 4 111 Added the content at left Chapte...

Page 414: ...efined addresses p 9 1 RAM area p 9 5 Added a description of defining the RAM area using the decimal point position setting Added a display for the model No and S N serial number to the firmware versi...

Page 415: ...ard Bit Codes and Standard Numerical Codes Standard numerical codes p 14 8 Added Virtual AI to 1 to 4 Virtual PV 1 to 4 Support for the DI Digital Input block 4 8 DI Digital Input Function block diagr...

Page 416: ...screen p 5 36 G SOAK clear screen p 5 37 Added the content at left 6 1 Operation Display Data Home screen p 6 1 1 loop monitor screen p 6 2 Added display of pattern number and segment number Added di...

Page 417: ...igh limit and PV range Added the fixed value output function 4 4 Control Functional block diagram of PID control p 4 19 Functional block diagram of ON OFF control p 4 19 Functional block diagram of he...

Page 418: ...as added Added user defined alarms 5 1 Monitor Screen and Graph Screen 1 loop monitor screen if there is an alarm p 5 23 Added a description of the user defined alarm to Handling Precautions 6 2 Param...

Page 419: ...to 4 to Groups 1 to 16 Changed the logical operations executed after PID calculation from Groups 5 to 16 to Groups 17 to 32 6 2 Parameter Setting Display Data Logical operation bank p 6 27 Added logic...

Page 420: ...Digital Input DI DO Digital Input Digital Output DO Digital Output END End State reached when operation stops at the end of a pattern EV Event Event ON OFF status can be selected by error detection e...

Page 421: ...nt in which the SP changes in pattern operation READY Ready A standby state in which control operation is stopped RSP Remote set point Set point through analog input RUN Run State in which control ope...

Page 422: ...MEMO...

Page 423: ...Revision History of CP SP 1402E Date Rev Revised pages Description Jan 2017 1 Mar 2017 2 Overall revision Nov 2017 3 Overall revision 3rd ed 6th Jp ed Dec 2018 4 Overall revision 4th ed 8th Jp ed...

Page 424: ...3 Measures to be taken to secure the required level of the reliability and safety of your Equipment in your use Although azbil is constantly making efforts to improve the quality and reliability of Az...

Page 425: ...argin of your machine or equipment you are required to renew any Azbil Corporation s products every 5 to 10 years unless otherwise specified in specifications or instruction manuals System products fi...

Page 426: ...10 Specifications are subject to change without notice 1 12 2 Kawana Fujisawa Kanagawa 251 8522 Japan https www azbil com 1st edition Jan 2017 V 4th edition Dec 2018 V...

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