SMC Sierra Monitor FS-QS-1010 Quickserver Start-Up Manual Download Page 38

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QuickServer Start-Up Guide

Page 38 of 60

Vol_Flo_L_H_9

AI 40

30079-30080

Volume_1

AI 41

30081-30082

Volume_2

AI 42

30083-30084

Volume_3

AI 43

30085-30086

Volume_4

AI 44

30087-30088

Volume_5

AI 45

30089-30090

Volume_6

AI 46

30091-30092

Volume_7

AI 47

30093-30094

Volume_8

AI 48

30095-30096

Volume_9

AI 49

30097-30098

Volume_10

AI 50

30099-30100

Time_Point_1

AI 51

30101-30102

Time_Point_2

AI 52

30103-30104

Time_Point_3

AI 53

30105-30106

Time_Point_4

AI 54

30107-30108

Time_Point_5

AI 55

30109-30110

Time_Point_6

AI 56

30111-30112

ID_Num_1

AI 57

30113-30114

ID_Num_2

AI 58

30115-30116

ID_Num_3

AI 59

30117-30118

Appendix B.6. Kamstrup 602 Mappings to
BACnet and Modbus

Point Name

BACnet

Modbus

Energy_T_WH_1

AI 01

30001-30002

Energy_T_WH_2

AI 02

30003-30004

Energy_T_WH_3

AI 03

30005-30006

Energy_T_WH_4

AI 04

30007-30008

Energy_T_WH_5

AI 05

30009-30010

Energy_T_WH_6

AI 06

30011-30012

Energy_T_WH_7

AI 07

30013-30014

Energy_T_WH_8

AI 08

30015-30016

Energy_T_WH_9

AI 09

30017-30018

Energy_T_WH_10 AI 10

30019-30020

Temp_Flow_1

AI 11

30021-30022

Temp_Flow_2

AI 12

30023-30024

Temp_Flow_3

AI 13

30025-30026

Temp_Ret_1

AI 14

30027-30028

Temp_Ret_2

AI 15

30029-30030

Temp_Ret_3

AI 16

30031-30032

Temp_Dif_1

AI 17

30033-30034

Temp_Dif_2

AI 18

30035-30036

Temp_Dif_3

AI 19

30037-30038

Temp_Dif_4

AI 20

30039-30040

Temp_Dif_5

AI 21

30041-30042

Temp_Dif_6

AI 22

30043-30044

Time_Hrs_1

AI 23

30045-30046

Time_Hrs_2

AI 24

30047-30048

Time_Hrs_3

AI 25

30049-30050

Power_W_1

AI 26

30051-30052

Power_W_2

AI 27

30053-30054

Power_W_3

AI 28

30055-30056

Power_W_4

AI 29

30057-30058

Power_W_5

AI 30

30059-30060

Power_W_6

AI 31

30061-30062

Power_W_7

AI 32

30063-30064

Power_W_8

AI 33

30065-30066

Power_W_9

AI 34

30067-30068

Power_W_10

AI 35

30069-30070

Vol_Flo_L_H_1

AI 36

30071-30072

Vol_Flo_L_H_2

AI 37

30073-30074

Vol_Flo_L_H_3

AI 38

30075-30076

Vol_Flo_L_H_4

AI 39

30077-30078

Vol_Flo_L_H_5

AI 40

30079-30080

Vol_Flo_L_H_6

AI 41

30081-30082

Vol_Flo_L_H_7

AI 42

30083-30084

Vol_Flo_L_H_8

AI 43

30085-30086

Vol_Flo_L_H_9

AI 44

30087-30088

Vol_Flo_L_H_10

AI 45

30089-30090

Volume_1

AI 46

30091-30092

Volume_2

AI 47

30093-30094

Volume_3

AI 48

30095-30096

Volume_4

AI 49

30097-30098

Volume_5

AI 50

30099-30100

Volume_6

AI 51

30101-30102

Volume_7

AI 52

30103-30104

Volume_8

AI 53

30105-30106

Volume_9

AI 54

30107-30108

Volume_10

AI 55

30109-30110

Time_Point_1

AI 56

30111-30112

Time_Point_2

AI 57

30113-30114

Time_Point_3

AI 58

30115-30116

Time_Point_4

AI 59

30117-30118

Time_Point_5

AI 60

30119-30120

Time_Point_6

AI 61

30121-30122

ID_Num_1

AI 62

30123-30124

ID_Num_2

AI 63

30125-30126

ID_Num_3

AI 64

30127-30128

Appendix B.7. Sontay Zenner Multidata
Mappings to BACnet and Modbus

Point Name

BACnet

Modbus

ID_1

AI 01

30001-30002

Energy_WH_1

AI 02

30003-30004

Volume_1

AI 03

30005-30006

Volume_2

AI 04

30007-30008

Error_Flags

AI 05

30009-30010

Energy_WH_2

AI 06

30011-30012

Volume_3

AI 07

30013-30014

Volume_4

AI 08

30015-30016

Volume_5

AI 09

30017-30018

Vol_Flow_1

AI 10

30019-30020

Power_W_1

AI 11

30021-30022

Temp_Flow

AI 12

30023-30024

Temp_Return

AI 13

30025-30026

Energy_WH_5

AI 14

30027-30028

Energy_WH_6

AI 15

30029-30030

Energy_WH_7

AI 16

30031-30032

Energy_WH_8

AI 17

30033-30034

Energy_WH_9

AI 18

30035-30036

Energy_WH_10

AI 19

30037-30038

Appendix B.8. Sontex SuperCal 531
Mappings to BACnet and Modbus

Point Name

BACnet

Modbus

Dur_Avg_S_1

AI 01

30001-30002

Dur_Avg_M_1

AI 02

30003-30004

Energy_T_WH_1

AI 03

30005-30006

Energy_T_WH_2

AI 04

30007-30008

Energy_T_WH_3

AI 05

30009-30010

Energy_T_WH_4

AI 06

30011-30012

Energy_T_WH_5

AI 07

30013-30014

Energy_T_WH_6

AI 08

30015-30016

Energy_T_WH_7

AI 09

30017-30018

Energy_T_WH_8

AI 10

30019-30020

Energy_T_WH_9

AI 11

30021-30022

Summary of Contents for FS-QS-1010

Page 1: ...Document Revision 2 C T18043 FieldServer QuickServer Start up Guide FS QS 1010 1011 12X0 12X1 1X50 1X51 APPLICABILITY EFFECTIVITY Effective for all systems manufactured after July 2018...

Page 2: ...port needs related to the FieldServer product Sierra Monitor Corporation 1991 Tarob Court Milpitas CA 95035 Website www sierramonitor com U S Support Information 1 408 964 4443 1 800 727 4377 Email su...

Page 3: ...ickServer Over the Ethernet Port 20 6 3 Connecting to the QuickServer 21 6 3 1 Using the FieldServer Toolbox to Discover and Connect to the QuickServer 21 6 3 2 Accessing SMC Cloud 21 6 4 Set IP Addre...

Page 4: ...s 43 Appendix B 16 KromSchroderTRZ2S1 Mappings to BACnet and Modbus 43 Appendix B 17 KromSchroderDE10R25 40B Mappings to BACnet and Modbus 43 Appendix B 18 RelayPadPulsM1 Mappings to BACnet and Modbus...

Page 5: ...12 LonWorks Commissioning and Port 18 Figure 13 KNX Commissioning 18 Figure 14 RS 232 R2 Connection Port 19 Figure 15 Connecting Power 20 Figure 16 Ethernet Port 20 Figure 17 FS GUI Landing Page 21 Fi...

Page 6: ...selected drivers on the FS QS 1X11 and FS QS 12X1 one of those drivers is LonWorks A sample configuration file is also pre loaded onto the QuickServer All instruction manuals driver manuals support u...

Page 7: ...tion about the BACnet Testing Laboratory Click here for the BACnet PIC Statement LonMark International is the recognized authority for certification education and promotion of interoperability standar...

Page 8: ...rt FS 8915 35 QS WARNING Install only as instructed failure to follow the installation guidelines or using screws without the DIN rail mounting bracket could result in permanent damage to the product...

Page 9: ...QuickServer Start Up Guide Page 9 of 60 4 2 Dimensions 4 2 1 Dimension Drawing FS QS 1X10 XXXX R1 Port R2 Port Figure 2 FS QS 1X10 XXXX...

Page 10: ...QuickServer Start Up Guide Page 10 of 60 4 2 2 Dimension Drawing FS QS 1XX1 XXXX LonWorks Port R2 Port Figure 3 FS QS 1XX1 XXXX...

Page 11: ...QuickServer Start Up Guide Page 11 of 60 4 2 3 Dimension Drawing FS QS 123X Models with RS 422 R1 Port R2 Port Figure 4 FS QS 123X models with RS 422...

Page 12: ...help prevent false bits of data from being detected The bias resistors typically pull one line high and the other low far away from the decision point of the logic In the RS 485 carrier the bias resis...

Page 13: ...ation Resistor Termination resistors are also used to reduce noise These pull the two lines of an idle bus together However they would override the effect of any bias resistors if connected Terminatio...

Page 14: ...ther power supply requirements Position A The Carrier makes use of a full wave rectifying bridge Can be used for 12 24VAC input or 9 30VDC input At 9VDC this becomes marginal Position B The Carrier ma...

Page 15: ...er NOTE The following only applies to models FS QS 1A50 FS QS 1A51 FS QS 1B51 FS QS 1B51 FS QS 1C51 and FS QS 1C51 The Master Slave jumper is used to set the M Bus hardware as a Master or Slave device...

Page 16: ...erenced below o The default factory setting is OFF switch position right side o To enable biasing turn the bias switch ON switch position left side NOTE Biasing only needs to be enabled on one device...

Page 17: ...200 38400 57600 115200 For connection details to RS 232 or RS 422 refer to Appendix A 1 5 1 2 RS 485 Connection R1 Port NOTE The following only applies to non LonWorks QuickServers with an RS 435 R1 p...

Page 18: ...sure to access the Service Pin See the instructions on the QuickServer as to which way to toggle the screwdriver during commissioning 5 3 QuickServer KNX FS QS 124X XXXX Connect the QuickServer to the...

Page 19: ...Connection R2 Port only available on FS QS 122X Models Refer to Appendix A2 for further hardware connection options The following Baud Rates are supported on the R2 Port 4800 9600 19200 38400 57600 1...

Page 20: ...ND terminal The QuickServer is factory set for 9 30V DC or 12 24V AC 6 2 Connect the PC to the QuickServer Over the Ethernet Port Connect an Ethernet cable between the PC and QuickServer or connect th...

Page 21: ...f the connect button is greyed out the QuickServer s IP Address must be set to be on the same network as the PC Section 6 4 6 3 2 Accessing SMC Cloud The FieldPoP button see Figure 17 allows users to...

Page 22: ...ld IP Gateway Default Gateway field and DNS 1 2 Domain Name Server fields NOTE If the QuickServer is connected to a router the IP Gateway of the QuickServer should be set to the IP Address of that rou...

Page 23: ...w Subnet Mask If necessary change the IP Gateway Default Gateway field Type in a new IP Gateway NOTE If the FieldServer is connected to a router the IP Gateway of the FieldServer should be set to the...

Page 24: ...evant device registers in the Config csv file for the initial start up If not the product is shipped with a sample config csv that shows an example of the drivers ordered In the main menu of the FS GU...

Page 25: ...the Toolbox main page click on the setup icon the gear picture Select File Transfer Browse and select the csv file open then click Update Config Once download is complete click the Restart Button or...

Page 26: ...d finally Update Browse and select the csv file open then click Submit Once download is complete a message bar will appear confirming that the configuration was updated successfully Click the System R...

Page 27: ...menu of the FS GUI screen click Setup then File Transfer Click the config csv link under the Retrieve heading in the middle section of the screen o The file will automatically download to the web bro...

Page 28: ...the QuickServer Connect the QuickServer to the third party device s and test the application From the landing page of the FS GUI click on View in the navigation tree then Connections to see the numbe...

Page 29: ...r to peer high speed communication when low bus latency is required very few devices on the bus Its usage is very specific to client installations requirements NOTE The RS 232 looks similar to the RS...

Page 30: ...ignals may be crossed Pin 5 SHD Shield connection must be connected on at least one side of the bus but not necessarily on both sides POWER Connector Please note that AC voltage is not supported on th...

Page 31: ...arms etc This allows BMS systems to access a KNX network using direct read and write or with KNX configured groups This setup does not require the use of ETS4 to configure the QuickServer KNX gateway...

Page 32: ...kServer Gateway is configurable to act as both a Master and a Slave M Bus device The M Bus Connector consist of a and terminal Most M Bus Devices are not polarity sensitive although the polarity of th...

Page 33: ...ollowing example sets the FieldServer to accept a secure Modbus TCP connection on port 1502 Appendix A 4 1 1 Simple Secure Server Configuration Add TLS_Port parameter in the connections section of the...

Page 34: ...ldServer with the following connection settings Connections Adapter Protocol TLS_Port Validate_Client_Cert Cert_Authority_File N1 Modbus TCP 1502 Yes my_authorized_clients pem This configuration has t...

Page 35: ...ymously known as common name host name or domain etc The common name can be obtained by the following methods Ask the certificate issuer for the host name Use online tools to decode the certificate fo...

Page 36: ...rtificate against its own internal authority file before finalizing the connection By default this means the FieldServer will only establish connections to other FieldServers Remote_Node_TLS_Port Vali...

Page 37: ...5 30016 RH_Avg AI 09 30017 30018 Appendix B 4 EMU 3PH Power 3 85 Mappings to BACnet and Modbus Point Name BACnet Modbus MBUS_Meter_ node_id_Alarms AI 01 30001 30002 Energy_WH_1 AI 02 30003 30004 Energ...

Page 38: ...Vol_Flo_L_H_1 AI 36 30071 30072 Vol_Flo_L_H_2 AI 37 30073 30074 Vol_Flo_L_H_3 AI 38 30075 30076 Vol_Flo_L_H_4 AI 39 30077 30078 Vol_Flo_L_H_5 AI 40 30079 30080 Vol_Flo_L_H_6 AI 41 30081 30082 Vol_Flo...

Page 39: ...Avg_M_4 AI 14 30027 30028 Dur_Avg_M_5 AI 15 30029 30030 Dur_Avg_M_6 AI 16 30031 30032 Dur_Avg_M_7 AI 17 30033 30034 Dur_Avg_M_8 AI 18 30035 30036 Dur_Avg_M_9 AI 19 30037 30038 Dur_Avg_M_10 AI 20 30039...

Page 40: ...AI 142 30283 30284 Temp_Ret_3 AI 143 30285 30286 Temp_Ret_4 AI 144 30287 30288 Temp_Ret_5 AI 145 30289 30290 Temp_Ret_6 AI 146 30291 30292 Temp_Ret_7 AI 147 30293 30294 Temp_Ret_8 AI 148 30295 30296 T...

Page 41: ...Pressure_9 AI 279 30557 30558 Pressure_10 AI 280 30559 30560 Mass_1 AI 281 30561 30562 Mass_2 AI 282 30563 30564 Mass_3 AI 283 30565 30566 Mass_4 AI 284 30567 30568 Mass_5 AI 285 30569 30570 Mass_6 A...

Page 42: ...0818 Alarm_Flags_10 AI 410 30819 30820 Appendix B 12 Kamstrup 66 Mappings to BACnet and Modbus Point Name BACnet Modbus Energy_T_WH_1 AI 01 30001 30002 Energy_T_WH_2 AI 02 30003 30004 Energy_T_WH_3 AI...

Page 43: ..._Avg_D_4 AI 034 30067 30068 Dur_Avg_D_5 AI 035 30069 30070 Dur_Avg_D_6 AI 036 30071 30072 Dur_Avg_D_7 AI 037 30073 30074 Dur_Avg_D_8 AI 038 30075 30076 Dur_Avg_D_9 AI 039 30077 30078 Dur_Avg_D_10 AI 0...

Page 44: ...6 Time_Sec_4 AI 164 30327 30328 Time_Sec_5 AI 165 30329 30330 Time_Sec_6 AI 166 30331 30332 Time_Sec_7 AI 167 30333 30334 Time_Sec_8 AI 168 30335 30336 Time_Sec_9 AI 169 30337 30338 Time_Sec_10 AI 170...

Page 45: ...ol_Flo_L_M_1 AI 301 30601 30602 Vol_Flo_L_M_2 AI 302 30603 30604 Vol_Flo_L_M_3 AI 303 30605 30606 Vol_Flo_L_M_4 AI 304 30607 30608 Vol_Flo_L_M_5 AI 305 30609 30610 Vol_Flo_L_M_6 AI 306 30611 30612 Vol...

Page 46: ...re 1 AI 16 30031 30032 Flow Temperature 2 AI 17 30033 30034 Flow Temperature 3 AI 18 30035 30036 Return Temperature 1 AI 19 30037 30038 Return Temperature 2 AI 20 30039 30040 Return Temperature 3 AI 2...

Page 47: ...0177 30178 Fabrication Number 1 AI 90 30179 30180 Fabrication Number 2 AI 91 30181 30182 Fabrication Number 3 AI 92 30183 30184 Appendix B 23 Kamstrup Multical Mappings to BACnet and Modbus Point Name...

Page 48: ...3 30134 Volume Flow 6 AI 68 30135 30136 Volume Flow 7 AI 69 30137 30138 Volume Flow 8 AI 70 30139 30140 Volume Flow 9 AI 71 30141 30142 Volume 1 AI 72 30143 30144 Volume 2 AI 73 30145 30146 Volume 3 A...

Page 49: ...stom_1 AI 5 30009 30010 Power_W_1 AI 6 30011 30012 Pressure_1 AI 7 30013 30014 Mass_1 AI 8 30015 30016 Vol_Flo_L_M_1 AI 9 30017 30018 Volume_1 AI 10 30019 30020 Unknown_1 AI 11 30021 30022 Unknown_2 A...

Page 50: ...Dif_3 AI 19 30037 30038 Time_Op_Hrs_1 AI 20 30039 30040 Time_Op_Hrs_2 AI 21 30041 30042 Time_Op_Hrs_3 AI 22 30043 30044 Power_W_1 AI 23 30045 30046 Power_W_2 AI 24 30047 30048 Power_W_3 AI 25 30049 30...

Page 51: ...etwork If using Windows XP or later ensure that the firewall is disabled Appendix C 2 Before Contacting Technical Support Take a Diagnostic Capture When a problem occurs that cannot be resolved with r...

Page 52: ...Start Up Guide Page 52 of 60 Step 1 Take a Log o Click on the diagnose icon of the desired device o Ensure Full Diagnostic is selected this is the default NOTE If desired the default capture period ca...

Page 53: ...d is finished the Diagnostic Test Complete window will appear Step 2 Send Log o Once the diagnostic test is complete a zip file will be saved on the PC o Click Open to launch explorer and have it poin...

Page 54: ...he Diagnostic Capture is complete email it to technical support The Diagnostic Capture will accelerate diagnosis of the problem Open the FieldServer FS GUI page Click on Diagnostics in the Navigation...

Page 55: ...sword on the FS GUI Passwords page click Setup and then Passwords in the navigation panel There are 2 access levels defined by 2 account names Admin and User The Admin account has unrestricted access...

Page 56: ...ashing During the first 20 seconds the LED should be off ERR The ERR LED will go on solid 15 seconds after power up It will turn off after 5 seconds A steady red light will indicate there is a system...

Page 57: ...SNMP BACnet IP 1047 SNMP LonWorks 1178 SNMP JCI Metasys N2 1154 SNMP BACnet MS TP 1200 BACnet MS TP LonWorks 0345 Appendix D 3 QuickServer Part Numbers Field Connections Interface Connections RS 2321...

Page 58: ...y with local electrical code o Be suited to the expected operating temperature range o Meet the current and voltage rating for ProtoNode Net Furthermore the interconnecting power cable shall o Be of l...

Page 59: ...Temperature 40 C to 75 C 40 F to167 F Surge Suppression EN61000 4 2 ESD EN61000 4 3 EMC EN61000 4 4 EFT Humidity 5 90 RH non condensing Figure 31 Specifications This device complies with part 15 of t...

Page 60: ...or on which original identification marks have been removed or altered This Limited Warranty also will not apply to interconnecting cables or wires consumables or to any damage resulting from battery...

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