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CSGW User Manual

1. To change the IP address of the device enter new IP address subnet mask and gateway address then click change IP CSGW can also acquire an IP address from DHCP server by leaving the IP address empty IP address change will take effect upon next power cycle 2 Setup BACnet Parameters System Setup gt Setup gt BACnet Settings BACnet Sethngs Device Instance 26000 Device Description Chen Sen Network Gateway BACnet IP Network Number 1 Zero disables BACnet IP Network Port default OxBACO 47808 47808 MS TP Network Number 0 Zero disables M5 TP Network MS TP MAC Address 10 To enable BACnet IP network specify the parameters as follows BACnet IP Network Number 1 Enables BACnet IP Network 2 MS TP Network Number O Disables MS TP Network 3 Click the save button To enable BACnet MS TP network specify the parameters as follows 4 BACnet IP Network Number 0 Disables BACnet IP Network Settings about MS TP does not apply to CSGW 4 http www cs controls com 4 23 pa Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 MS TP Network Number 1 Enables MS TP Network 6 Specify a MS TP MAC Address to CSGW and make sure it is unique on the MS TP trunk 7 Click the save button Device Instance 76000 Device Description Chen Sen Network Gateway O Zaro debe BACnet 1P hater Port default OxBACO 47808 47808 Zero disables MS TP Network 6 US TD MAC Add
2. http www cs controls com 20 23 A B Release 3 0 0 A CS CONTROLS Issued Oct 10 2013 7 Invoke Auto Discovery S Insert Foint Fizard Start aee Select Definition Mode Destination Select the method to m a Assisted Manual Definition O assist in Field Point Mapping Utility MOKE AMO DIScover definition Discovery Complete Close this table after reviewing the results of the Auto Discovery to proceed Native Object Name Identifier Instance Number asst OCMC To clear results from a 03 Mo 8 O3SF M c previous discovery and MO 7 O3SF cC initiate a new discovery MO 6 O2SF S C click the Restart button MO 02SF M C MO 4 025F C MO 3 015F 5 C MO 2 01SF M C MO 4 015F C MI 3 Start Definition Point Mapping Utility Points To M Mapping Utility oints To Map L E NAE NAE BACneti Device 26000 Finish Multi state Outputs H E Multi state Inputs Binary Outputs eo Binary Inputs Analog Outputs os C Analog Inputs http www cs controls com 21 23 wy CS CONTROLS 9 Now BACnet objects created in CSGW are listed in NAE NCE Betasys tem Edit View Acton Insent Tools Quen Help All Items a Schedule Se FCB E J BACnet Multi state Outputs O35F S C O3SF M C O35F C O2SF S C O2SF M C O2SF C O1SF S C O1SF M C O1SF C Multi state Inputs HES 03MOD HES omon bgg omon 6 Binary Outputs a NOTE Description Multi state Outputs
3. i 47 x Ti i 7 ae 7 l l P T 4 cK on map number to see more detail and insert delete Remote Remote Remote Local 1 Coil output 4 None e fo ai lo1cv s 2_ Dacweinpt E B e ee ee oes Specify Coil output for Remote Type Bit for Remote Register Format 1 for Remote Register register 00001 1 for Remote Unit slave 1 BI 1 for Local Object 01CV S for Name Click the update button to save changes To check whether the newly created mapping works please refer to Part 2 4 To create mappings for holding registers 4X references e g MI1 40007 of slave 1 UInt16 Modbus gt Modbus RTU Setup gt RTU Read Map Coil registers support not only read but also written as well as holding registers Ulnt16 16 bit unsigned integer is one of the data formats For more information about the data formats please refer to Part 10 http www cs controls com 9 23 pan Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 lata Objects z Modbus Programming Modbus RTU Data EA RITU Setup Local Device RTU Read Mar Showing 1 to 3of3 Remote Remote I Register Format Unit Swapped Coil output Bit i o None ieo BI lt E o1cv 5 Discrete Input x Bit e 4 4 None Bie 01TP S F Holding Register z Utte x Ja None 0 i mi1___ 01MOD_ Specify Holding Register for Remote Type Ulnt16 for Remote
4. Stop bits eN 10125 101 10145 101 ETS control 1161 101 oe 1017 101 Server settings 10133 10 1209 10 Respontiveness fa 0 to 10 000 a Load register values at start 10257 102 iC Units are all off at start up 10273 102 Advanced settings 10289 103 _ 10305 10 Perform MODBUS MOSCAD row table chec a Allen Bradley master mode Checkros fusing CRC Total 1o5 ooo ec occ cee ec egg e0 e080 1G oC oGg oe occ cage aoc ogg eg0 e080 EE socooocooocoocoocooococooooo eg yoocoocooocooocoocooocoocooocoooo aia l yoocoocooocooocoocooocooocoooooo EE 1S oeaeceeg eg ge aceaae qcaaac aN AC DE US RTU RS 222 PLC Si a po t COM 9600 SN1R n Connected 1 received sent 151 151 Serv read data a g elt m A m ii F Address Hex Dec IM Digital Inputs 100 Fmt decimal Prot MODBUS RS l Clone Address 15 14 413 412 11 10001 10016 10017 10032 10033 10048 10049 10064 10065 10080 10081 10096 10097 10112 10113 10128 10129 10144 10145 10160 10161 10176 10177 10192 10193 10208 10209 10224 10225 10240 10241 10256 10257 10272 10273 10288 10289 10304 10305 1032 2 1 0 Total 2000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0o00 0o00 0o00 nnnn w 2 L Ea Comms mn on en a es es ee Pooooocoeceoeceoeoeoeoee e0 oe O PoocTCTTC CCC CCC CCCCCCO em ae ee es ee en e
5. EERO Pa SL t T Power LED always on green if power is applied EOL End Of Line indicator yellow when the switch is ON Communication LED TX in green for sending message RX in red for receiving message COM4 is RS485 port only available for CSGW 4 Ce i COMS is RS485 port available for CSGW 3 and CSGW 4 http www cs controls com 1 23 Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 COM1 is RS485 port can work as MS TP on CSGW 1 CSGW 2 CSGW 3 or can be connected to RS485 bus on CSGW 4 COM 2 is RS485 port available for CSGW 2 CSGW 3 CSGW 4 RJ45 Ethernet Port NOTE lt 1 gt If the yellow Link LED is not on check the cable to make sure it is connected properly It should be on any time power is applied and an Ethernet connection is present lt 2 gt CSGW takes about 45 seconds to boot up after power is applied The Fault LED should be on and web access wont be available until it is completely started lt 3 gt There are RESTORE and RESET buttons within the housing To restore factory default settings remove the upper cover press the RESTORE button and hold for more than 5 seconds and then press the RESET button lt 4 gt To restart CSGW you can re applied power to the device or press the RESET button http www cs controls com 2 23 xan Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 Access to CSGW via Web Browser 1 Launch the browser preferably IE8 or Google Chrome
6. Multistate Inputs Binary Outputs Binary Inputs Analog Outputs Analog Inputs lt 1 gt You can change names of devices and units of points Release 3 0 0 Issued Oct 10 2013 en Sen NetWork Online Normal lt 2 gt You can create folders before mapping points when devices inserted Shown as figure below lt is recommended to place points into different folders if there re a large number of points mapped Fa Betasys All tems Lg Schedule 2 FCB PR BACnet Chen Sen Network 9 OFAN U2FAN aga O35F h C O35F C O3M00 O3KL C O3AF C O3CV S O3TP 0 F O3TP S F O3HV 5 O3S5F L S O35F h S 1 4 http www cs controls com Description Multi state Outputs hulti state Inputs Binary Outputs Binary Inputs Analog Outputs Analog Inputs Sen Network Gateway Online Normal 22 23 wy CS CONTROLS 2 Mapping through MS TP trunk do the followings 4 Insert Integration Metasys _ p Item Edit View CO insert kaa Query Help Field Device Field Point Folder Control System Object Graphic Trend Study User View Summary Definition all fF select Object Type Object Type a mM Select the type of ps eb FeO Bus m object you wish to LON Trunk create N1 Migration N2 Trunk VND Integration Wireless Superisor XLSK Integration 3 Please refer to Part 1 NOTE Release 3 0 0 Issued Oct 10 2013 If the superv
7. The default settings are 10 seconds for Poll Rate 1 second for Timeout and 0 05 seconds for Poll Delay For Modbus devices that can only support function code 05 06 when written please check the box of Use FC 5 6 and specify the starting unit number Click on the update button to save your settings 2 To create mappings for discrete input registers 1X references e g BI6 10003 of slave 1 Modbus gt Modbus RTU Setup gt RTU Read Map Data Objects gt fdodbus Programming System Setup Modbus RTU Data Modbus RTU Setup Showing 1 to1of1 Update lt Prev Next gt HELIES Remote Local Discrete Input i ES 3 1 None o x 01TP S F None Int16 z 0 fo None l0 Specify Discrete Input for Remote Type Bit from Remote Register Format 1 for Remote Register Modbus Register 10003 1 for Remote Unit Modbus slave address BI 6 for Local Object Local BACnet Object and 01TP S F for Name BACnet object name Register number starts from 1 equals to register address which starts from 0 adding 1 E g 10003 register number 3 represents register address 2 Name should be short less than 14 characters plain and simple Suggested characters are alphanumeric dash dot and space otherwise it might not be correctly shown in MSEA http www cs controls com 7 23 xan Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 Click the update button to save changes To chec
8. and enter hitp 192 168 0 123 as URL in the address bar Authentication is required before you can access the device The server 192 168 0 123 at Web Server Authentication requires a username and password Warning This server is requesting that your username and password be sent in an insecure manner basic authentication without a secure connection system eeso Remember my credentials 2 Type in system as user name and root as password to login the device 3 After login you will see the following page BACnet Object Property summary System Capacity Summary Trouble Shooting Modbus Notes Quick Help Click any tab above to log in If you are not already logged in you will be asked for your user name and password You will need these in order to log in To log out simply close your browser IMPORTANT If you have made configuration changes that you want to save permanently go to the System gt Setup gt Config File page and click save Changes made by clicking update are only temporary until you save changes permanently in your configuration file General Help for First Time Users This web site is laid out with a heirarchy of index tabs The uppermost row of tabs is the top of the heirarchy Selecting any top level tab will open a set of related tabs on the next two levels down The top tab selects a broad topic the middle tab selects a sub topic and the bottom tabs sel
9. 10 23 pan Release 3 0 0 Wg CS CONTROLS Issued Oct 10 2013 Specify BO 1 for Local Object Coil output for Remote Type Bit for Remote Register Format 2 for Remote Register register 00002 1 for Remote Unit slave 1 01SF C for Name Click the update button to save changes To check the newly created mapping works do the followings O Refer to Part 2 connect Serial to USB cable with RS485 convertor and setup the serial port parameters accordingly in the Modbus simulator e g ModSim exe 2 Select Coil Outputs from the I O dropdown list 3 Modbus gt Modbus RTU Data gt RTU Registers enter 1 in Register Data of BO 1 check the up date checkbox click the update button Data Objects i Modbus Programming i System Setup io Modbus KITU Data Modbus RTU Setup RTU Registers Error Codes RTU Unit 1 Showing 1 ofl Update lt Prev Update lt Prev Next gt Remote Local Time since Rag Register Name Obiect Register Data Last update to Coil 2 01SF C BO 1 I 454944 RTU Unit 1 Unit Reg lype ra MODBUS RTU RS 232 PLC Simulator port COM3 9600 8 N 1 n Se Connected Greceived sent T 27 Serv read data 8 aleji w s Im E Address Hex Dee 1 0 fot pa Prot E z Clone Address FE a EEE EmgmE izi si soc coc oo eo coe oo aoe oonan 2 h h 0 2 2 1 1 1 1 1 2 1 1 1 1 1 I e f f
10. WGEA we ianus PHEA TE S A iB hep ff Ci PEN E R D Cam stoe Ime O i Success File wmloaded MOA amp Bytes uploaded 2155 4 Click on the drop down list of Local file directory to select the configuration file you just uploaded and load it Click on the boot button to make it as the default configuration which will be loaded as the device starts up Configuration files can be downloaded or created by CSGWTool For more information of CSGWTool please refer to CSGW Tool User Manual http www cs controls com 6 23 nS Release 3 0 0 Wg CS CONTROLS Issued Oct 10 2013 Modbus RTU Setup 1 Setup Modbus RTU Local Device parameters Modbus gt Modbus RTU Setup gt Local Device COM Port COM2 Baud Rate 9600 Parity None Data Bits 3 Stop Bits 1 Default Poll Rate 10 Seconds Timeout 1 Seconds Poll Delay 0 05 Seconds L Use FC 5 6 instead of 15 16 for unit numbers slave addresses starting at 0 _ Disable Modbus RTU For CSGW 1 only COM2 can be specified from the COM Port drop down list For CSGW 2 CSGW 3 CSGW 4 please select a COM Port to configure its parameters RTU Data and Setup pages only show objects associated with the current selected COM port Baud Rate Parity Data Bits and Stop Bits should be the same as the Modbus slave connected to the bus Default Poll Rate and Poll Delay can be fine tuned according to specific application in the field
11. newly created mapping works please refer to Part 6 8 To create read write Object e g Holding Register AO 1 40005 of slave 1 York Sp16 Create two mappings for the object AO and BO suggested with the same parameters one in the RTU Read Map page the other in the RTU Write Map page Data Objects if Modbus Programming System Setup Modbus RTU Data Modbus RTU Setup i RE ok mop Ue Ad s uh Ss Showing t___ to 1of 4 juan rie E L oap Remote Remote Remote Rem ote 1 jaoi fo CEATA rasoei 5 None SIE i Programming j RTO YYrite Man Showing 1 f to 1 of 1 Update Mi Remote Remote Remot Remote E Local T Fa ee Regis ister F Format Register s Unt S EE e nan Sane 1 Holding Register York 5p16 5 Ioi r None Jaor oiRM tsP 2 None e ints e fo fo To jb NOTE A read write object can read from a remote Modbus register to update the local BACnet object and write the present value of the local BACnet object whenever it is changed by other BACnet devices 9 Detailed mapping configuration Re ister Format 2 z l mer Object ft None T C C E Read Holding Register as York Sp16 from register 5 at Unit 1 with None swapped Apply bit mask if applicable 0000 1 then apply multiplying division scale EO and offset o G Apply expression a o Save in local object AO 1 named O1RM TSP Repeat this pro
12. 0 f f 0 8 8 2 2 7 oh e es e 2 e e 2 2 2 2 2 soca c 30 0 o o a OG OOO coGGoC5 N E i i i i i E i i E i i E E E E i E E A E E E 20 a O GG OGOOGO OGOGO eooos p CE A E E E ESEE 1860 oo amp 688 eG 88 6686 amp oococeo oOC0COoOCoOCCoOCoOoOGSCS socoaol E IBeeoteaaaasaeaaaqactsaa 1866 08 668 G8 66686 amp E a Li D D D 0 Li 0 Li 0 o D o m aa EEA Be ISS egcocoe seco esc ccc 6 ooocal 7 To write preset value to Holding Registers AO e g 40005 of slave 1 York Sp16 Modbus gt Modbus RTU Setup gt RTU Write Map Data Objects gt Modbus Programming i system Setup Wodhus KIU Data RTU Vyrite Mar tamed nere Cic On map num De CO see more detail and inse re delete Showing 1 to 2 of 2 Update lt Prev Next gt o Remote Remote Remote gt Register Format Register Unit Coil output Bit ia 2 1 None _ 01SF c_ Holding Register York Sp16 5 None e 01RM TSP Rere http www cs controls com 11 23 pan Release 3 0 0 Wg CS CONTROLS Issued Oct 10 2013 Specify AO 1 for Local Object Holding Register for Remote Type York Sp16 for Remote Register Format 5 for Remote Register register 40005 1 for Remote Unit slave 1 O1RM TSP for Name Click the update button to save changes To check if the
13. A Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 CSGW User Manual Wire CSGW 0rn 2 nnn owner mene nnn nnnnnnne cern nnnennrnnnnennrnnnnnnnresnrennrecnrennscnnresnracnreserece 1 Access to CSGW via Web Browser 3 System SCtUP 0ee ners nnn en nennnrenneennrennrennrecerencrssnrensrensernsrsscersscessernscensresscrssresscrnse 4 Modbus RTU Setup 7 Troubleshooting 2 7 2 15 Lua Script Programming aa 17 NAE NCE Mappings 19 http www cs controls com Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 Wire CSGW 1 Connect the 24 VAC supply power wires from the transformer to the 3 terminal rising clamp terminal block as shown in the figure below 2 Connect the CAT5 cable between the RJ 45 jack on the CSGW and the network switch or hub You cannot directly connect CSGW to a PC unless using a crossover cable SE Qa G Oo i aie T a im coon C LENN d Fd Hod HO dg hte HTA eet FV Meet ee gE ye oe be Se ee ETHERNET t rag
14. Register Format 7 for Remote Register register 40007 1 for Remote Unit slave 1 MI 1 for Local Object 01MOD for Name Click the update button to save changes To check if the newly created mapping works please refer to Part 2 5 To create mappings for input registers 3X references e g Al1 30001 of slave 1 York Sp16 Modbus gt Modbus RTU Setup gt RTU Read Map Data Objects Hodbus rogrammine system setup Lt Write Map Showing 1 to4of4 Update lt Prev Next gt Type Register Format Register Unit l Object 1 Coil output Bit x ia a Bit jicveS 2 Discrete Input x Bit 3 E B IT 3 Input Register York Sp16 11 1 None laa o Specify Input Register for Remote Type York Sp16 for Remote Register Format 1 for Remote Register register 30001 1 for Remote Unit slave 1 Al 1 for Local Object 01RM T for Name Click the update button to save changes To check if the newly created mapping works please refer to Part 2 6 To write values to Coil Registers BO e g BO1 00002 of slave 1 Modbus gt Modbus RTU Setup gt RTU Write Map Data Objects z Modnus Frogr annnm l System Setup dbus RTU Data Showing 1___ to 1 of 1 ec lt Prev Next gt Remote Remote Remote Remote 1 B01 0 Coil output Bt 2 None K Er http www cs controls com
15. cess every 0 5 5 seconds Apply this default value lo i read failure s Batch read next object as neccessary Initial COV increment 0 Units no_units http www cs controls com 12 23 Release 3 0 0 Wg CS CONTROLS Issued Oct 10 2013 4 Bit mask 4 hexadecimal digits Usually it s used to remove undesired bits from data e g Al3 is mapped to Modbus register 30002 and only the lower byte is needed Bit mask is set to OOFF Register value A1B2H will be evaluated to 178 i e B2H Al4 is mapped to Modbus register 30002 and only the higher byte is needed Bit mask is set to FFOO and scale is set to division 256 i e right shift by 8 bits Register value A1B2H will be evaluated to 161 i e A1H BI2 is mapped to Modbus register 40003 and only bit 0 is needed Bit mask is set to 0007 Register value 8001H will be evaluated to 7 BI3 is mapped to Modbus register 40003 and only bit 5 is needed Bit mask is set to 0020 Register value 8001H will be evaluated to 0 Bl4 is mapped to Modbus register 40003 and only bit 15 is needed Bit mask is set to 8000 Register value 8001H will be evaluated to 7 NOTE For non binary objects bit mask is often used together with scale to get the proper value For binary objects please select Int16 or Ulnt16 as data format if you specify a bit mask 2 Scale if the scale value is not zero register value will be multiplied by it if the multiplying radio box is selected or divi
16. date only for read map Modbus gt Modbus RTU Data gt RTU Registers Data Objects gt Modbus Programming System Setup mY gt Modbus RATU Data Modbus RTU Setup eT Registers RTU Unit 1 Showing 1 to 15 of 21 Remote Local Time since Reg Type Ran Register Name Obiect Update Register Data Last update BI 1 al ia Coil 01CV S 0 721 S amp S Coil O1SF H S BI 2 0 476 n Coil O1SF M S BI 3 0 487 Coll O1SF L S BI 4 0 503 Coil O1HV S BI5 0 512 Discrete In 0O1TP S F BI 6 Discrete In 01TP O F BI7 1 016 1 024 0 874 olfol fol fol ol o Input Reg 01RM T Click the update button continuously The value of Time since Last update should change periodically If not please check the wiring and devices http www cs controls com 15 23 pan Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 4 Tocheck the error codes Modbus gt Modbus RTU Data gt Error Codes Data Objects gt Modbus Programming System Setup Modbus RTU Data Modbus RTU Setup Click the update button continuously The value of Total Messages should be increasing while value of No Responses value of CRC Errors and value of Exception always show 0 If not please check Read Write Error and refer to the Quick Help within the page for more information http www cs controls com 16 23 A Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 Lua Script Programming 1 Enable Lua Script functi
17. ded by it if the division radio box is selected Default is multiplying e g Al5 is mapped to Modbus register 30003 and one tenth of the register value is desired The scale value is set to multiplying and 0 1 Register value OOC8H will be evaluated to 20 3 Offset if set it will be added to the register value e g AI6 is mapped to Modbus register 30003 Offset is set to 0 5 and then register value OOOAH will be evaluated to 9 5 i e 10 0 5 4 Free expression For cases that cannot be processed by above parameters you can use free expression For detailed information about supported math functions and operators please refer to the Quick Help within the page x represents the initial value reading from the register e g Below is the format representing temperature in a communication protocol TH TL is the higher byte and lower byte respectively TH LaLa TL v TH F BIT3 sign bit 1 means negative temperature 0 means positive temperature BITZ7 gt BIT4 in TH reserved always 0010 BIT2 gt BITO in TH the higher 3 bits of temperature data T6 BIT2 is the highest bit BIT7 gt BITO in TL the lower 8 bits of temperature data LT4 BITO is the lowest bit The temperature resolution is 0 0625 C 1 16 C http www cs controls com 13 23 Jan Release 3 0 0 Wg CS CONTROLS Issued Oct 10 2013 Apply free expression as 1 2 extract x 11 1 band x 2047 0 0625 Initial value TH 01 H TL 76 H e
18. e ee es es ee ee BB P aooTOCT CC CCC CCC CCC CcCCC em Ba pe ee ee ee ee ee ee er p e A m G ee ma E m eee A ma A a 3 a8 ae ee ee a E a 3 ea en ee ee ee ee ee GE a G a 3 ae es ee ee ee ee ee O EE pm a A m G o E ee ee ee se ee ge gt Socoococococc cco oCoOoCoOoOoOoOSD http www cs controls com 8 23 pan Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 On CSGW Modbus gt Modbus RTU Data gt RTU Registers Register Data of BI 6 should be 1 Data Objects s Modbus Programming A A RIL Data Modbus RTU Setup RTU Registers Error Codes RTU Unit 1 Showing 1 to 1 of 1 Update Remote kocal al ees eget Time since ee ee aes REE object Hex Update from Discrete In 3 01TP S F BI 6 E RTU Unit 1 Unit Register Name 6 Click the update button Time since Last update will change periodically Data Objects gt Modbus Programming system Setup Modbus KTU Data Modbus RITU Setup RTU Registers Error Codes RTU Unit 1 Showing 1 to 10f 1 Remote i Time since Dir _ Reg Type Reg Register Name l 1 Register Data ast update 0 422 from Discrete In 3 O1TP S F f 1 RTU Unit 1 Unit Unit 3 To create mappings for coil registers OX references e g BI1 00001 of slave 1 Modbus gt Modbus RTU Setup gt RTU Read Map Data Objects ji gt Modbus Programming i System Setup Modbus RTU Data Modbus RTU Setup Local Device RTU Read Map RTU Write Map
19. ect individual pages within the sub topic Virtually all pages have an Update button Click this button to register any changes you have made on the page before leaving the page Until you click the Update button you are only changing numbers in your browser Your browser does not actually send the numbers to the connected device until you click Update When viewing real time data returned to your browser by the connected device the browser will display the data received when the page was displayed To get newer data click the Update button or click your browser s reload button Each time you request an update of the page new real time data is obtained by the page displayed There are many instances where the page is used to cycle through some number of sequential items Click the Prev or Next buttons to advance to the previous or next item or group of items Each page has a Quick Help section at the bottom to give a few tips on use of the page 4 For each page a Quick Help section is provided explaining functionalities http www cs controls com 3 23 pan Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 System Setup 1 Change IP address System Setup gt Setup gt Local Host Data Objects Modbus Programming i gt System Setup Local Host Module Settings IP Address 192 168 0 172 192 168 0 172 Subnet Mask 255 255 255 0 255 255 255 0 Change IP Gateway 192 168 0 1 192 168 0 1
20. isor device is NCE you can add device directly under the FCB trunk with no need for adding Integration and Field Bus Mapping through MS TP trunk does not apply to CSGW 4 http www cs controls com 23 23
21. k whether the newly created mapping works do the followings 4 Connect CSGW to PC using a Serial to USB cable with RS485 convertor find out the correct COM port for the cable on PC 2 Run a Modbus slave simulator e g mod_RSsim exe Address C Tora Address 10001 10016 10017 10032 BE sococooocoooooooocoaooooa ae Meee sCse eee oeee Soe eGG0G0G6 10033 10048 1049 104 LOGS 1 000 1006 i 1 006 10GST 10112 10113 10128 IDISTO 10145 10160 10161 10176 LO1TT 101a2 10133 10208 roata 1024 1OeSS i040 toza 106 10257 10272 10T 10268 ii2ga i0 1OS0S 10320 Se 2 C JBERRRRSSSEESEEEREOS ar I1SBOB ECE SESESGETCESGEB EBS E Ee T Bee Sesescccsoscossosses le BR scccccsssccccss5500605 E AIE P E EE O Aaaa BE oocooooccoooocooocoooool occccoccoooocooccooocon t 1 1 1 1 1 1 1 1 1 1 L 1 1 1 1 1 1 1 1 AE oocccoooooooocoocoo EE 1 3 Select and Setup the serial port parameters accordingly BE MODBUS RTU RS 232 PLC Simulator port COM1 9600 8 N 1 lo nes Connected 0 received sent 0 0 Serv read date s a ar Al m E Address RS 232 MODBUS PLC Sim server Settings E3 ecinal Prot MODBUS RS 2 7 Clone Address 10001 100 10017 100 10033 100 Baud rate as 10049 1100 If you see a 10085 100 Parity Little next 10081 1000 to the COM 10087 101 Data bits i port it is the 10113 101
22. on System Setup gt Setup gt Module Settings Data Objects Modbus Programming syslem Setup Sonia File BACnet Settings Local HOSI Module Settings Assign COM1 to MS TP Assign COM to None e Assign COM3 to None Assign COM4 to None Enable Lua Script To enable Lua Script function do the followings T Check the box Enable Lua Script 2 Assign the COM e g COM2 to None as vendor port defined when developing script 3 Click the save button in Module Settings page 2 Upload and run Lua Scripts Programming gt Script Lua gt Program File battery_system 4 lua Auto run program on startup Maintua Upload Program Fide fc PE To upload a script do the followings 4 Click the browse button browse and select the script file 2 Click the upload button The page shown as figure below will show to indicate the upload result EI CE MIAU pn vetoed cp p Eo Swan Success File uploaded battery system lua Bytes uploaded 4515 Lua Scripts can be developed according to real need For more information of how to develop Lua scripts for CSGW please refer to the built in CSGW Language Help http www cs controls com 17 23 nS Release 3 0 0 Wg CS CONTROLS Issued Oct 10 2013 To run a script do the followings 3 Click on the drop down list of File to select the script you just uploaded 4 Click the button Start to
23. ress 10 If there re more than one CSGWs connected on the BACnet network make sure every CSGW has a unique Device Instance Click the save button to save changes before leaving the page 3 Save Configuration File System Setup gt Setup gt Config File 2 configuration efault db Be sure to save any changes you made using the save button You can also save the current configuration to a new file 4 Type new file name in the input box following the Create new file check box It is suggested to only contain alohanumeric characters e g test123 db in the file name 2 Check Create new file 3 Click the save button http www cs controls com 5 23 pan Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 4 Upload and Download Configuration File System Setup gt Setup gt Config File onfiquration to Flash file relected from directory of to new file if checked CJ Create new file Store conf mersi oein hea Local file directory default db Download Delete Boot configuration default db To back up the current configuration do the followings 1 Click the download button and then choose a directory to save the configuration file To upload a new configuration file do the followings 2 Click the browse button browse and select the configuration file 3 Click the upload button A page shown as figure below will show up to indicate the upload result u Gia See
24. run the file S If it runs properly the Running file field will show the current running script file name 3 Back up and delete the script Programming gt Script Lua gt Program File To back up the script do the followings 4 Click on the drop down list of File to select the script you want to back up 2 Click the download button to back up To delete the script do the followings 3 If the script is running click the stop button to terminate it 4 Click on the drop down list of File to select the script Click the delete button 4 To make the script run automatically at boot up Programming gt Script Lua gt Program File Data Objects Modbus Progamming l System setup Stript Lu Running file Selected file Upload Program File from PE Browse 4 Click on the drop down list of File to select the script 2 Click the auto button to make name of the script displayed in the textbox 3 Click the save button in Config File page http www cs controls com 18 23 xan Release 3 0 0 A CS CONTROLS Issued Oct 10 2013 NAE NCE Mappings 1 Mapping through IP trunk do the followings 4 Insert Integration Metasys item Edit View RGus insert Sls Query Help Field Device Site Field Point User View Folder Summa 3 y Contr ol system Object Graphic Trend Study User View Summary Definition Select Object Type Object T
25. valuated value is 23 375 Customized poll time Depending on how important the mapping is you can set a customized repeat time for polling smaller means faster If set to zero default poll rate will be used which is set on the Modbus RTU Setup gt Local Device page 10 Examples of Data Formats Initial Data Present Value Data Format Description Hexadecimal Decimal 11 For detailed information about Mapping please refer to the Quick Help within the page http www cs controls com 14 23 pan Release 3 0 0 Wg CS CONTROLS Issued Oct 10 2013 Troubleshooting 1 When Modbus Mappings done connect a CSGW to actual Modbus devices 2 To check the reliability and status flags e g Bl Data Object gt Binary gt Input Objects Data Objects Modbus Programming system Setup Analog gt Mult State Input Objects Output Objects Value Objects Showing objects from 1 A or Force Present Value Reliability Status Flags Device Link bevs l 0 0 0 0 OISF H S 0 0 0 0 0 01SF M S We 0 0 0 0 0 OISF L S ls 0 0 0 0 O1HV S 0 0 0 0 0 01TP S F 0 0 0 0 O1TP O F 1 A 0 0 0 0 Object Name Click the update button continuously Reliability should be O and Status Flags x 0 0 x value of x can be ignored If not please refer to the Quick Help within this page for more information 3 To check the time since last up
26. ype zinia ELES BACnet Field Bus LON Trunk N1 Migration N2 Trunk VND Integration Wireless Supervisor XL5K Integration Select the type of object you wish to create Destination Finish 3 Insert Field Device Hetasy litem Edit View amie insert Tools Query Help All tems Field Device am Site Field Point l UserViewj Folder ma Summary i Control System NCEOO B Object Graphic Trend Study User View Summary Definition BACnett http www cs controls com 19 23 A Release 3 0 0 Fg CS CONTROLS Issued Oct 10 2013 4 Invoke Auto Discovery S Insert Field Device Wizard Start Destination Definition Select the method to assist in Field Device definition Dis covery Complete Select the contra or device you wa like to map Native ObjectName _ _identifier Name Instance Ny To clear results hen Sen Network Gateway Device 26000 Chen Sen Network Gateway 26000 from a previous discovery and initiate a new discovery click tf Restart button No item is Select Chen Sen Network Gateway and Last gt Finish gt Done SPENS Field Device Wizard x Identifier Destination D Erter a unique enter Definition lin the box below identifier Device 26000 Configure Summary Finish 6 Inset Field Points Fa Field Device Extension The field device has been created Now you may add field points Field Points

CSGW User Manual

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