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TECO JN5-CM-PDP User Manual Download Page 20

JN5-CM-PDP User Manual                               

 File No.:R09-PBUS-D20         Version:01  

 

                                                                                                                                                                  19 

 
Module = "4 PKW,  2 PZD  (PPO 1)        " 0xF3, 0xF1 
EndModule 
Module = "0 PKW,    2 PZD    (PPO 3)                " 0xF1 
EndModule 
Module = "4 PKW,    4 PZD                                  " 0xF3, 0xF3 
EndModule 
Module = "0 PKW,    4 PZD                                  " 0xF3 
EndModule 
 
; Extended Description of User-Parameters 
 
PrmText = 1 
Text(0) = "Ignore and Continue" 
Text(1) = "Stop accord to Pr.Stop method" 
EndPrmText 
 
PrmText = 2 
Text(0) = "Stop DataExchange & Report Fault" 
Text(1) = "Continue & Report Alarm" 
Text(2) = "Ignore & Continue DataExchange" 
EndPrmText 
 
ExtUserPrmData = 1 "Dout 1: STW1(Master-> JN5-CM-PDP)" 
Unsigned16 0x2501 9473-9473 
EndExtUserPrmData 
 
ExtUserPrmData = 2 "Dout 2: HSW" 
Unsigned16 0x2502 9474-9474 
EndExtUserPrmData 
 
ExtUserPrmData = 3 "Dout 3: Not used" 
Unsigned16 0x0000 0-0 
EndExtUserPrmData 
 
ExtUserPrmData = 4 "Dout 4: Not used" 
Unsigned16 0x0000 0-0 
EndExtUserPrmData 
 
ExtUserPrmData = 5 "Din 1: ZSW1(JN5-CM-PDP ->Master)" 
Unsigned16 0x2520 9504-9504 
EndExtUserPrmData 
 
 

Summary of Contents for JN5-CM-PDP

Page 1: ...N N5 5 5 C C CM M M P P PD D DP P P P P Pr r ro o of f fi i ib b bu u us s s D D DP P P f f fo o or r r A A A5 5 51 1 10 0 0 U U Us s se e er r r M M Ma a an n nu u ua a al l l 2012 04 Apply to JN5 C...

Page 2: ...nating Resistors 7 2 6 Electronic Isolation 8 2 7 Data Transfer Rate and Distance 8 3 Communication 9 3 1 Initial Power Up 9 3 2 PROFIBUS DP Address 9 3 3 JN5 CM PDP Cyclical Data Exchange 9 3 3 1 PPO...

Page 3: ...e operated in combination with other base units JN5 CM PDP module can be connected with different type base units when selecting different GSD file JN5 CM PDP for A510 module selecting TECO_A51 GSD fi...

Page 4: ...tion JN5 CM PDP communication module PROFIBUS DP function is decided by GSD file You can select the following 4 functions described in the TECO_A51 GSD file via network configuration tools More functi...

Page 5: ...2 1 Installation and Dimension Installation The JN5 CM PDP module should always be mounted vertically Press the slots on the back of the module onto the rail until the plastic clamps hold the rails i...

Page 6: ...20 Version 01 5 Dimension Unit mm 1 inch 25 4mm 2 2 Connecting Power Supply JN5 CM PDP module operates with a 24vDC supply voltage User can use an external 24vDC power 1A quick blowing fuse circuit br...

Page 7: ...gth 1bit for stop bit and no parity bit Users have to set parameters as shown in the table below Function Description Setting value Default value 00 02 Run source 2 communication control 1 00 05 Frequ...

Page 8: ...transfer rate 2 5 Bus Terminating Resistors The first and last station in a bus segment must be connected to the bus with the bus terminating resistor switched on JN5 CM PDP modules have integrated bu...

Page 9: ...are supported 9 6Kbit s to 6000Kbit s Two types of bus cable are specified in IEC 61158 Cable type B should no longer be used with new applications because it has bee discontinued Cable type A allows...

Page 10: ...OFF OFF OFF OFF 0 OFF OFF OFF OFF OFF OFF ON 1 OFF OFF OFF OFF OFF ON OFF 2 OFF OFF OFF OFF OFF ON ON 3 OFF OFF OFF OFF ON OFF OFF 4 ON ON ON ON ON OFF ON 125 NOTE Setting address changes via DIP swi...

Page 11: ...T CONF 1 EXT CONF 2 3 3 3 Default settings of PZD structure JN5 CM PDP must receive the user parameters from master that configured via GSD file The default settings of PZD structure are as follows ST...

Page 12: ...1 ON OFF 7 Multi function Command S2 ON OFF 8 Multi function Command S3 ON OFF 9 Multi function Command S4 ON OFF A Multi function Command S5 ON OFF B Multi function Command S6 ON OFF C Multi function...

Page 13: ...he relevant parameter Please refer to Appendix B A510 series drive MODBUS address allocation Bits 12 to 15 AK contain the request or the response identifier Request identifier Master JN5 CM PDP Reques...

Page 14: ...mechanism Read data of parameter 00 05 frequency source command To read value of 00 05 first set the request ID to 1 Then refer to the appendix to find out the corresponding MODBUS address 0x0005 Thus...

Page 15: ...x2502 3 Dout3 U16 Not used 0x0000 4 Dout4 U16 Not used 0x0000 5 Din1 U16 This is the MODBUS address of ZSW1 Other addresses are not allowed 0x2520 6 Din2 U16 This is the MODBUS address of HIW Other ad...

Page 16: ...JN5 CM PDP User Manual File No R09 PBUS D20 Version 01 15 The default parameter setting is shown as in the following...

Page 17: ...Communication with the base unit correct BUS LED OFF DPComm not establish 1 Verify network installation is OK 2 Check the user parameter assignment of JN5 CM PDP unit is correct Green on DPComm is est...

Page 18: ..._Name A510 ProfiBus DP Revision Rev1 0 Ident_Number 0x0AC2 Protocol_Ident 0 PROFIBUS DP Station_Type 0 DP slave FMS_supp 0 Hardware_Release V1 0 Software_Release V1 0 Redundancy 0 Repeater_Ctrl_Sig 0...

Page 19: ...rvall 1 100 micro second Module Definitions Modular_Station 1 0 compact 1 modular Max_Module 1 Max_Input_Len 16 Max_Output_Len 16 Max_Data_Len 32 Modul_Offset 0 Fail_Safe 0 Max_Diag_Data_Len 8 Meaning...

Page 20: ...mText PrmText 2 Text 0 Stop DataExchange Report Fault Text 1 Continue Report Alarm Text 2 Ignore Continue DataExchange EndPrmText ExtUserPrmData 1 Dout 1 STW1 Master JN5 CM PDP Unsigned16 0x2501 9473...

Page 21: ...PrmData ExtUserPrmData 9 LossDPComTreat Unsigned16 1 0 1 Prm_Text_Ref 1 EndExtUserPrmData ExtUserPrmData 10 LossSPComTreat Unsigned16 0 0 2 Prm_Text_Ref 2 EndExtUserPrmData Ext_User_Prm_Data_Ref 0 1 E...

Page 22: ...H 00 11 010BH 01 11 020BH 2 11 030BH 03 11 040BH 04 11 000CH 00 12 010CH 01 12 020CH 2 12 030CH 03 12 040CH 04 12 000DH 00 13 010DH 01 13 020DH 2 13 030DH 03 13 040DH 04 13 000EH 00 14 010EH 01 14 020...

Page 23: ...H 06 14 0627H 06 39 070EH 7 14 050FH 05 15 0527H 05 39 060FH 06 15 0628H 06 40 070FH 7 15 0510H 05 16 0528H 05 40 0610H 06 16 0629H 06 41 0710H 7 16 0511H 05 17 0529H 05 41 0611H 06 17 062AH 06 42 071...

Page 24: ...CH 11 28 0B3AH 11 58 081DH 8 29 0A1DH 10 29 0B1DH 11 29 081EH 8 30 Group12 Group12 Group13 Group14 Group15 0C00H 12 00 0C21H 12 33 0D00H 13 00 0E00H 14 00 0F04H 15 04 0C01H 12 01 0C22H 12 34 0D01H 13...

Page 25: ...20 16 1500H 21 00 1600H 22 00 1301H 19 01 1401H 20 01 1411H 20 17 1501H 21 01 1601H 22 01 1302H 19 02 1402H 20 02 1412H 20 18 1502H 21 02 1602H 22 02 1303H 19 03 1403H 20 03 1413H 20 19 1503H 21 03 16...

Page 26: ...S2 ON OFF 8 Multi function Command S3 ON OFF 9 Multi function Command S4 ON OFF A Multi function Command S5 ON OFF B Multi function Command S6 ON OFF C Multi function Comm S7 ON OFF D Multi function...

Page 27: ...qDet1 ON A FreqDet2 ON B UnderVoltage ON C InvNoOutput ON D FreqNotFromComm ON E SeqNotFromComm ON F OverTorque ON 2521H Error content Code Meaning Code Meaning 0 31 Under Torque 1 1 UV 32 Under Torqu...

Page 28: ...al Fault 05 52 OH3 22 External Fault 06 53 Modbus External Fault 23 External Fault 07 54 Braking Transistor Fault 24 External Fault 08 55 Braking Resistor Overheat 25 External Fault 09 56 CE 26 Extern...

Page 29: ...inal S3 ON OFF 3 Terminal S4 ON OFF 4 Terminal S5 ON OFF 5 Terminal S6 ON OFF 6 Terminal S7 ON OFF Terminal output 7 Terminal S8 ON OFF 9 F unused 2523H Frequency command 2524H Frequency output 2525H...

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