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[SM-P00049-A]

 

3

 

PRODUCT 

 

1.  PRODUCT 

1.1 

General outline of the system 

1)  M4GA/B4-T6G1 

This  solenoid  valve  system  is  equipped  with  a  remote  I/O  station  (slave  station  unit 
OPP3-1G),  MELSEC-A  sequencer,  made  by  Mitsubishi  Denki  Company  Ltd.  And  Qna 
series field network; the CC-Link system. 

(1)  It  helps  to  curtail  wiring  man-hours  as  it  requires  twist  pair  cables  only  to  connect  it 

with PLC. 

(2)  Up to 64 units of the slave station OPP3-1G having 16 output points, are able to be con-

nected to one master unit, made by Mitsubishi Denki Company Ltd. 

(3)  The source of power for unit and valve can be installed individually and each unit has a 

monitor LED indicator. 

(4)  The charging of power for valve is verified on the side of sequencer by means of commu-

nication. 
The location of electric trouble such as abnormal condition of power or burnt out fuse is 
detected easily. 

(5)  HLD/CLR switch helps choosing either holding output signal or All points OFF. 

 
2)  CC-Link System 

The CC-Link is one of MELSEC-A PLC, made by Mitsubishi Denki Company Ltd. And 
Qna  series  field  network  systems  including  remote  I/O  devices  and  intelligent  devices 
(high speed counters, inverters etc) can be configured with reduced wire connections. 
Morever, the user can create programs that control these devices installed away from the 
master system has the following features;   

(1)  To a single master station, the CC-Link system allows the connection of up to 64 remote 

I/O stations and the control over up to 2048 input and output points. 

(2)  The scan time achieved through the links between the master and remote I/O stations is 

4 ms when the number of the controlled I/O points is 2048 (at the data transfer rate of 
10M bps). 

(3)  The CC-Link system allows cyclic transfer not only of bit data but also of word data. 

 
The CC-Link is maintained and controlled by the CC-Link Association (CLPA). 

Note :  Read  this  User

s  Manual  and  the  CKD

s  Solenoid  Valve  Instruction  Manual 

without fail before using the solenoid valve system. 
Whilst  this  manual  chiefly  describes  solenoid  valve  and  slave  station  (OPP3-1G.).   
This  manual  chiefly  describes  the  solenoid  valve  system  and  the  slave  station 
(OPP3-1G) installed to it.    Another units (master, slave station) which allows con-
nection with the CC-Link, refer to the corresponding user’s manuals.    Before using 
the solenoid valve system, you are requested to study its functions and performance 
by  reading  both  this  manual  and  the  Solenoid  Valve  Instruction  Manual  without 
fail. 

 

 

If the customer has any question about the CC-Link, contact the following home page. 

 
 

CC-Link Association 

Home page address : http://www.cc

http://www.cc

http://www.cc

http://www.cc----link.org

link.org

link.org

link.org 

 

Summary of Contents for M4GA4-T6G1

Page 1: ...PE SERIAL TRANSMISSION TYPE SERIAL TRANSMISSION TYPE SERIAL TRANSMISSION TYPE M4G 4 M4G 4 M4G 4 M4G 4 T6G1 T6G1 T6G1 T6G1 Please read this instruction manual care fully before using this product parti...

Page 2: ...read this read this read this instruction instruction instruction instruction manual carefully for manual carefully for manual carefully for manual carefully for proper operation proper operation pro...

Page 3: ...ecifications 5 1 4 Outside view of valve 9 1 5 Slave station for valve 19 2 CAUTION 22 3 OPERATION 3 1 Switch setting 22 3 2 Correspondence between Output Nos and internal connector Nos 25 3 3 Corresp...

Page 4: ...programs that control these devices installed away from the master system has the following features 1 To a single master station the CC Link system allows the connection of up to 64 remote I O statio...

Page 5: ...tation Station controlling remote I O stations remote device stations and local stations Remote I O station Remote station that handles ON OFF data only Remote device station Remote station that handl...

Page 6: ...e1 Not required Degree of protection Dust proof Vibration shock m s2 50 or less 300 or less Atmosphere Use in the environment containing corrosive gas is not permissible Note 1 Use the turbine oil Cla...

Page 7: ...0 38 7 1 0 15 Rc3 8 G3 8 NPT3 8 3 position PAB connection 6 0 0 37 6 8 0 13 2 position 8 3 0 23 9 0 0 21 All ports closed 7 4 0 15 8 8 0 19 ABR connection 7 5 0 15 9 5 0 21 M4GB4 Rc1 2 G1 2 NPT1 2 3 p...

Page 8: ...on speed In the case of multi drop connection Ver 1 10 B RATE Transmission Speed Interstation Cable Length Total Cable Extension 4 10Mbps 100m 3 5Mbps 160m 2 2 5Mbps 400m 1 625kbps 900m 0 156kbps 0 2m...

Page 9: ...xed use of cables only for CC Link and high performance cables only for CC Link is allowed 3 Slave station specification Item Specification Communication object CC Link Ver1 10 Note 1 Power supply vol...

Page 10: ...L1 26 5xn 129 5 144 5 26 5 pitch 24 5 Push in joint 4 A port Rc3 8 4 A port Mounting hole 4 6 6 Push in joint 2 B port Rc3 8 2 B port 2 Rc1 2 5 R port 2 Rc1 2 1 P port 2 Rc1 2 3 R port 17 35 35 19 5...

Page 11: ...joint 4 A port Rc3 8 4 A port Mounting hole 4 9 Push in joint 2 B port Rc3 8 2 B port 2 Rc1 2 5 R port 2 Rc1 2 1 P port 2 Rc1 2 3 R port 21 35 3 36 6 29 4 2 Rc1 8 12 14 PA port 29 39 1 51 9 131 9 Manu...

Page 12: ...id 137 7 L1 26 5xn 135 5 179 26 5 pitch 59 Push in joint 2 B port Rc3 8 2 B port 131 9 Manual override position 121 6 Manual override position 111 2 Manual override position 40 49 5 33 31 6 117 2 Rc3...

Page 13: ...5 pitch 59 Push in joint 4 A port 2 Rc1 8 82 84 PR port Mounting hole 4 9 Rc3 8 2 B port 131 9 Manual override position 121 6 Manual override position 111 2 Manual override position 40 49 5 33 31 6 1...

Page 14: ...noid 137 7 143 26 5 pitch Push in joint 4 A port 2 Rc3 8 5 R port Mounting hole 4 6 6 Push in joint 2 B port 131 9 Manual override position 121 6 Manual override position 111 2 Manual override positio...

Page 15: ...le solenoid 137 7 149 29 pitch Mounting hole 4 9 Rc1 2 4 A port 131 9 Manual override position 121 6 Manual override position 111 2 Manual override position 29 49 5 33 27 16 5 103 7 61 141 5 L1 29xn 1...

Page 16: ...9 Mounting hole 4 9 2 Rc1 2 5 R port 2 Rc1 2 1 P port 2 Rc1 2 3 R port 21 35 3 43 8 29 4 2 Rc1 8 12 14 PA port 29 39 1 51 9 131 9 Manual override position 121 6 Manual override position 111 2 Manual o...

Page 17: ...Double solenoid 137 7 L1 26 5xn 128 5 169 26 5 pitch 49 Mounting hole 4 6 6 131 9 Manual override position 121 6 Manual override position 111 2 Manual override position 33 48 36 27 4 22 Push in joint...

Page 18: ...5 Single solenoid 207 1 Double solenoid 137 7 L1 29xn 133 179 29 pitch 59 Mounting hole 4 9 131 9 Manual override position 121 6 Manual override position 111 2 Manual override position 40 49 5 33 31...

Page 19: ...1 29xn 133 179 29 pitch 59 Push in joint 2 B port 2 Rc1 8 12 14 PA port Mounting hole 4 9 131 9 Manual override position 121 6 Manual override position 111 2 Manual override position 40 49 5 33 31 6 2...

Page 20: ...SM P00049 A 19 PRODUCT 1 5 Slave station for valve 1 Appearance 41 50 84 47 5 66...

Page 21: ...he user specifies a value out of range when setting the station number or transfer rate Lit again when the user corrects the setting and reboots the system Blinks when the station number or transfer r...

Page 22: ...ce Wiring connection to sta tion is accomplished through these terminal blocks Function of each terminal is printed on the face of station mounting device Choose 6 6mm wide or less of M3 crimp type te...

Page 23: ...ring an error and specifying the end station Since different switches are used for different kinds of setup you must correctly identify the switch to be used Before changing the switch positions be su...

Page 24: ...se the same station No 2 Transfer rate setting SW3 Set the transfer rate for communication between the master and slave stations Position Transfer rate 0 156kbps 1 625kbps 2 2 5Mbps 3 5Mbps 4 10Mbps B...

Page 25: ...2 Additionally 130 terminating resistor 1 2W which is purchased on the gen eral market or supplied with the master station is connected to a position between the terminal blocks DA and DB of this slav...

Page 26: ...and manifold solenoid correspond with each other as per tables posted below 2 Manifold block number is allocated from leftmost block toward right while holding piping port facing to you regardless th...

Page 27: ...the Mitsubishi User s Manual CC Link system master local units Functions particular to this slave station unit are the specification of the state of output during an error and the declaration of the...

Page 28: ...e name and specifications of the recommended cable in the table below Specifications Item Cable exclusively for CC Link High performance cable exclusively for CC Link Name FANC SB FANC SBH Manufacture...

Page 29: ...uit for the solenoid valve system Moreover two separate power sources can be used to supply power independently to the slave station unit and the solenoid valve system The illustrations below are exam...

Page 30: ...er power cables Since connecting the electric wires that were only twisted direct to the terminal strip may cause firing be sure to use a crimp terminal Connect the power supply always after checking...

Page 31: ...has blown The ERR LED on the master station unit blinks to report an error Check the unit associated with the register that is ON one among SW0098 through SW009B Is any of the special master station l...

Page 32: ...t Is the data cable properly con nected Y N N Y Is the L RUN LED lit Is the SD LED lit or blinking Is the transfer rate B RATE correctly set Y N N N Y Y Correct the power supply voltage The unit is fa...

Page 33: ...setting switches without a duplicate N Correct the station number setting Turn the power OFF and then ON Y The unit is faulty The station number setting switches are faulty Y Done From previous page...

Page 34: ...PAB connection Rc1 4 2 G1 4 2 NPT1 4 2 Rc3 8 G3 8 e Option NPT3 8 Rc1 2 2 none G1 2 2 External pilot NPT1 2 2 Coolant proof f Station number 2 M4GB4 only A B port filter integrated Supply spacer 2 st...

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