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© Panasonic Industrial Devices SUNX Co., Ltd. 2013 CMJE-SLPC104 No.0037-84V

INSTRUCTION MANUAL

Sensor & Wire-saving Link System 

S-LINK

PC/104 Bus 

S-LINK

 Control Board

SL-PC104

Summary of Contents for SL-PC104

Page 1: ... Panasonic Industrial Devices SUNX Co Ltd 2013 CMJE SLPC104 No 0037 84V INSTRUCTION MANUAL Sensor Wire saving Link System S LINK PC 104 Bus S LINK Control Board SL PC104 ...

Page 2: ...as been developed produced for industrial use only In case noise generating equipment switching regulator inverter motor etc is used in the vicinity of this product connect the frame ground F G terminal of the equipment to an actual ground Do not use the product in places where there is excessive vapor dust or corrosive gas or in a situation where the product could be exposed directly to water or ...

Page 3: ...k cinnector Main cable and power supply of the S LINK system are connected The S LINK system terminal block connector is connector type and it is possible to wire it after removing it from SL PC104 View from wiring side No 6 5 4 3 2 1 Description Output Input G D 0V 24V 0V 24V Remarks Black White Blue Brown External power supply input Terminal block connector MC1 5 6 ST 3 81 Made by Phoenix Contac...

Page 4: ... ON 1 OFF 0 With the above setting I O address 0300H to 031FH is occupied Notes 1 I O addresses are set in binary number 2 In SL PC104 Q ZQ _ Z j z ZQ _ 9 8 4 2 8 1 4 2 1 8 4 2 1 0 I O ADDRESS HML 1 H M L j 9 9 Z 9 Make sure that there is no overlap with the I O addresses of the other boards being used Example of I O address 0300H L M H ...

Page 5: ... I O points 32 64 96 128 SA0 OFF ON OFF ON SA1 OFF OFF ON ON I O setting switch I O SET Address ON OFF 0 0 to 31 Input output 1 32 to 63 2 64 to 95 3 96 to 127 9 9 9 Q 4 System set button S LINK units Later it is possible to check ER4 using the present condition as the basis 5 Transmission indicator Green It blinks when communicating I O data with S LINK units Transmission blinking No transmission...

Page 6: ...k change over response register 00 01 02 03 S LINK input output units initial value Address where ER4 occurs S LINK unit connec tion address Control board prod uct information version etc HML 1 0 Flag HML 1 1 Number of connected S LINK units First address of units where ER4 occurs HML 1 2 I O setup of S LINK HML 1 3 Unused 00 HML 1 4 9 9 HML 1 5 9 9 HML 1 6 System set HML 1 7 Frame check HML 1 8 N...

Page 7: ... is read out in each bit In case of output write in 0 Output OFF or 1 Output ON in each bit Notes 1 Output is saved until you overwrite with the next output data 2 In case output data is written into a unit address which has been set as an input the written data is ignored and new input data is set after 1 4 to 10 7ms 7 8 Control board product information version number etc is registered in ASCII ...

Page 8: ... DC or the PC 104 bus side power supply computer power supply after fault bit R W Assignment 7 R W Output data communication completed with 0 after writing in 1 6 R W System set 1 Read condition of S LINK unit connection 5 Unusable 0 4 R Condition of S LINK system communication 1 Communicating 3 R ER4 1 Wire disconnection or abnormal I O unit 2 R ER3 1 Abnormal voltage level between D and G 1 Unus...

Page 9: ...e number 00 to 03 into 7 9 from the computer Then 1 4 to 21 4 ms later control board changes over bank of and writes in the changed bank number into _ 7 sponse register Notes 1 In case a number other than 00 to 03 is written into 7 9 register it compulsorily changes over bank to 00 2 Do not read out write in until _ 7 response register has been changed over Z _ It has the same operation as bit 6 o...

Page 10: ...e system address length setting switches SA0 and SA1 of 3 Mode switch of 3 Functional Description One of the numerical values 32 64 96 or 128 is indicated x x z x x Booster SL BS1A s connection and operation conditions are indicated SL BS1A address Connection address Operation stop address bit Assignment bit Assignment 0 0 ON 1 Connected OFF 0 Not connected 0 ON 1 Stop abnormal OFF 0 Operating 1 1...

Page 11: ...PLE PROGRAM H11 12 1 PT H300 I O Address 0300H to 031FH OUT PT H12 H1 Set 0 to 15 Output 16 to 127 Input OUT PT H14 0 Bank change over request register 0 WHILE INP PT H15 0 Wait for bank change over response register 0 WEND OUT PT 0 HFF 0 to 7 Output ON OUT PT 1 HFF 8 to 15 Output ON FOR I 0 TO 15 Read out and display ON OFF condition Rof 0 to 127 DT INP PT I PRINT INPUT OUTPUT DATA I RIGHT 0 HEX ...

Page 12: ...10ms cycle and 1μs pulse width Common 1 000Vp 10ms cycle 1μs pulse width with noise simulator Voltage withstand ability Note 5 1 000V AC for one min between external terminals and ground Insulation resistance Note 5 99 9 Vibration resistance Note 5 Z Z Shock resistance Note 5 98m s2 Z Grounding method Floating Weight Approx 70g EMC EN 50081 2 EN 50082 2 Notes 1 24V DC and 5V DC are isolated 2 The ...

Page 13: ... 0 2 85 2 0 2 90 2 102 6 7 6 11 1 19 2 0 2 63 5 0 2 5 1 0 2 85 7 0 2 95 9 24 25 5 1 0 2 6 4 0 1 80 0 2 26 7 19 2 54 48 26 0 1 31 2 54 78 74 0 1 10 7 11 1 23 3 4 3 2 spacer mounting holes 2 3 2 bracket mounting holes 3 9 10 20 5 28 2 4 5 8 ...

Page 14: ...X AND ITS AFFILIATED ENTITIES BE LIABLE FOR DAMAGES IN EXCESS OF THE z z z z RESULTING FROM LOSS OF USE BUSINESS INTERRUPTION LOSS OF INFORMATION LOSS OR z z z z 4 CAUTIONS FOR SAFE USE 1 9 99 ability of the Products for any particular application as well as to abide by Purchaser s applicable local laws and regulations if any 2 9 9 or property When such a use is made by Purchaser such Purchaser sh...

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