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Liebert RDU-S User`s Manual

1. Branchi relay state 2 OFF 1 1 GC Branch relay state 0 ON 1 2 pere Branch3 relay state 0 ON 1 2 eee 1 Branch4 relay state 0 ON 1 2 qe Branch relay state 0 ON 1 2 SE Event tab ERR contr Operation Control Name RealValue MaxValue MinValue Le Setting Address 11 39 Le Setting Upper load current 14 3 99 0 0 0 SC Setting Lower load current 2 0 99 0 0 0 Control tab Figure 5 16 Detailed information window In the Control tab the setting method of switched PDU is the same as that of metered PDU see Figure 5 14 RDU S Rack Data Unit User Manual O St SU E SC Le G 24 Chapter 5 Software Operation LU Note 1 Setting address in the Control tab will change the address of switched PDU and metered PDU and thus lose the communication between the PDU and the data unit 2 To build the communication between the PDU and the data unit the same address should be configured on the configure interface please refer to PDU in 5 4 Configure Interface Operation Description for detailed method Mps PDU The Mps PDUs are divided into different models depending on the PDU length and whether each outlet can be controlled and the interface of each model differs The following takes one model as an example to introduce the interface of Mps PDU which contains three tabs Click Signal tab and Event tab to check the status of PDU and abnormal events Click Control tab to set upper load current and lower load curr
2. RDU S Rack Data Unit User Manual 2 1 2 2 Chapter 2 Installation 5 Chapter 2 Installation This chapter expounds the installation preparation installation tools and installation method of the data unit Installation Preparation Notes To avoid personnel injury and damage to the device in installation and use of the data unit take the following precautions Never put the data unit in watery places and always prevent liquid from entering the data unit In installation and connection wear anti static clothing and an anti static wrist strap if anti static clothing and anti static wrist strap are not available wash your hands instead and dry them before installation and connection Arrange the wires properly Do not put any heavy objects on the wires or stamp the wires Ground the data unit properly Always cut off the power before performing any hardware operation Operating environment The data unit must be installed indoors The temperature and humidity should meet the product specifications see Table 1 6 EMI For EMI purpose take the following measures Do not connect the working ground of the data unit to ground of electrical power equipment or lightning ground Instead place them away from each other as far as possible Keep the data unit away from large power radio transmitters radar transmitters and high frequency large current electrical equipment Take electromagnetic shielding
3. Ce sf le St a E O OL wi uy E 48 Appendix 1 Command Lines RDU_lookstatus gt Command 0 for help 1 final cpu result occupancy 100 final flash result occupancy 85 final memory result occupancy 128 Type 2 and press the Enter key show the network status as shown in the following figure RDU_lookstatus gt Command 0 for help 2 coo oR Itt t ttt t ttt OOOO ror ees feo 2 Netflow Ett tect rrcrrrrrrrtectert rrr E s sf Rx 43799563 bytes 485281 packets 0 errs 0 drop 0 fifo 0 frame 0 compressed 2592 multicast Tx 4697512 bytes 42480 packets 0 errs U drop 0 fifo 0 frame 0 compressed 0 multicast The netflow is 0 305664 KByte s Ett ttTtrrcrrrccrrttetctrttttccrerrtetterrrettrcrrrtettetttrertertrctrrctterrtrctertrrtrcrterrerterrrerrerrrerrer ee fee ff 2 RDU_lookstatus gt Command 0 for help Type 3 or q and press the Enter key exit the lookstatus command interface and return to the main interface of command line 11 Startmod The startmod command is used to start the DHCP service command Type startmod under the command prompt RDU_admin and press the Enter key as shown in the following figure RDU_admin st artmod 0 Print this menu 1 start DHCP client service 2 Exit RDU_startmod gt Command 0 for help Jj You can type 0 2 to realize the different operation functions Type 0 and press the Enter key show the startmod command interface
4. Connection method Use a standard network cable with RJ45 connectors on both ends insert one end into the 1 wire sensor port and insert the other end into the RJ45 port of SN TH temperature amp humidity sensor SN 2D door dry contact sensor SN 3C dry contact sensor or SN L leak detection sensor 3 2 2 Connecting DI DI2 And DI3 Ports The Di DI2 and DI3 ports are used to connect the digital sensors Port position The positions of the DI1 DI2 and DI3 ports are shown in Figure 3 3 DI1 port DI3 port Ss S2esssssss gt a F DCH E C E E cl uss USP 0929 _ 0 RKO wee O 00 OOo 5 ei 0 0 O 0 0 0 O 0 0 0 OO 5 gi or Fei ES 00505 ov GND bro poz Bt Micro SD ue DI2 port Figure 3 3 Positions of DI1 DI2 and DI3 ports Pin definition The pin definition of the Di DI2 and DI3 ports is shown in Figure 3 4 12345678 Pit tii Pin definition 1 12Vdc 5 GND 2 NC 6 D2 door magnet sensor 3 D1 smoke sensor 7 D3 water sensor E 4 GND 8 D4 infrared sensor Figure 3 4 Pin definition of DI1 DI2 and DI3 ports Connection method Q Note 1 It is recommended to use the auxiliary sensors shown in Figure 3 5 If you want to connect other types of sensors make the connection cables according to the port pin definition in Figure 3 4 and then connect them 2 Both vibration sensor and water sensor use D3 channel If the vibratio
5. Q Note Java V1 6 or above is required for proper function of the software Login The login procedures are given as follows 1 Type the IP address of the data unit in the address bar of Internet Explorer browser and press the Enter key to enter the login interface as shown in Figure 5 1 EMERSON 5 Liebert ROU S ge Cogent os z wey Pa oo Figure 5 1 Login interface 2 Select the correct user name default admin from the User Name drop down list and type the correct password default emerson in Password and click Login to enter the software operation interface LU Note 1 Both the user name and the password are case sensitive 2 On one computer only one user is allowed to log in the system at a time 3 The system only supports IE7 or IE8 browser The default interface after login is the Monitor interface as shown in Figure 5 2 RDU S Rack Data Unit User Manual A LU 5 2 O v a m kd m Ce D Ld cl e Sa af E LA wll La 2 O Wd CA Le 18 Chapter 5 Software Operation 5 2 Monitor Interface Operation Description 9 2 1 After the user name and password are verified you can enter the Monitor interface as shown in Figure 5 2 Liebert RDU S RDU S EMERSON Network Power os SE Environmental Camera RDU S Temperature Sensors ms User admin logout User level Administrator ROU S
6. Diels Apo Figure 5 45 DI sensor configure window LU Note For third party equipment Custom must be selected in the Type column in the DI sensor configure window 2 Select the DI Sensor Configure tab and the window shown in Figure 5 45 will appear You can enable or disable the DI channels and set the DI type and name of the DI channels Click Apply to complete the configuration 3 Click the SN DI Sensor Configure tab and the window shown in Figure 5 46 will appear You can enable or disable the SN DI channels and set the SN DI type and name of the SN DI channels Click Apply to complete the configuration Click the Comms Loss Reset button to clear the Loss of Comms events in the event list RDU S Rack Data Unit User Manual Chapter 5 Software Operation 37 DI Sensor Configure SN DI Sensor Configure TH Sensor Configure SN DI Sensor Configure DI Enable Disable State DN 1C 1 Disable Normally Open SN 1C 2 Disable Normally Open SN 1C 3 Disable Normally pen SN 2C 1 Disable Normally Open DN 2C 2 Disable Normally Open SN 20 3 Disable Normally Open we DN 30 1 Disable Normally Open SN 3C 2 Disable Normally Open SN 3C 3 Disable Normally Open SN 1D 1 Disable Normally Close we SN 1D Disable Normally Close DN 2D 1 Disable Normally Close SN 20 2 Disable Normally Close w SN SD 1 Disable Normally Clase w SN 3D 2 Disable Normally Close we d g NW z f S SN L Disable Normally Ope
7. will cancel the settings Typing Y will confirm that the network parameters are set successfully then the system will prompt whether to save these network parameters RDU S Rack Data Unit User Manual D Lid gt Z 2 v a m Ld cl e Ce D ke had cl e Ce D D LU gt Z 2 v a E 16 4 6 Chapter 4 Parameter Setting LU Note After the network parameters are set the system will prompt whether to save them If Y is typed the system will maintain the network parameters and reboot automatically otherwise the system will retrieve the factory default IP address after 5 minutes Restarting Data Unit Use the command reboot to restart the data unit after all parameters are set The detailed procedures are given as follows 1 Type reboot following the command prompt RDU_admin and press the Enter key as shown in the following figure RDU_admin reboot re you sure to reboot the system Y N Nly 2 Type Y or N according to the system prompt Typing Y will restart the data unit typing N will cancel the restarting operation RDU S Rack Data Unit User Manual 5 1 Chapter 5 Software Operation 17 Chapter 5 Software Operation This chapter expounds the software operation of the data unit including login logout and detailed operation descriptions of Monitor Control Configure Events History and System Information interfaces
8. 1 amp 7 00 761 Wat Tad bh Vi el Send Heat Bea 8 26001 enna Leen AG Figure 5 39 SNMP window RDU S Rack Data Unit User Manual 33 D Lil gt Z 2 v A Ld cl Ce an 34 Chapter 5 Software Operation 1 Adding NMS 1 Click Add the window shown in Figure 5 40 will appear Traps Read Write User Authentication Privacy NMS IP Version Port Community Community Name Protocol Protocol 10 163 160 94 V2C 162 public private Send Heat Beat 5 1 1500 mins Apply C Enable traps for all events Apply m SNMP V3 NMS IP Traps Port 162 Read Community public Write Community jprivate Apply Figure 5 40 Adding new NMS 2 Select Enable traps for all events and click Apply to send traps for all events 3 Select SNMP V2c type a new NMS IP address in NMS IP and keep other parameters in default 4 Click Apply the setting is successful Click Cancel the setting is cancelled 5 Select SNMP V3 the window shown in Figure 5 41 will appear SNMP NMSIP Verson Traps Read Write User Authentication Privacy Port Community Community Name Protocol Protocol 10 163 160 94 V2C 162 public private Test send Heart Beat 5 1 1500 mins Apply C Enable traps for all events Apply add SNMP V2c SNMP V3 MSI O O O O Traps Port 162 User Name WS Authentication Protocol ups M Privacy Protocol DES rr ei Authentication Passphrase lauthpass O o Privacy Pass
9. DHCP client service 2 Exit RDU_stopmod gt Command 0 for help You can type 0 2 to realize the different operation functions Type 0 and press the Enter key show the stoomod command interface Type 1 and press the Enter key stop the DHCP client service Type 2 or q and press the Enter key exit the stoomod command and return to the main interface of command line 13 Setrtc The setrtc command is used to set the real time clock Type setrtc under the command prompt RDU_admin and press the Enter key as shown in the following figure RDU_admin tsetrte EEE EE KEE EE EE KE E EEE EEE EEE EEE Set ROL tine Please input year month day thour minute second format YYYY MM DDthh mm ss example 2006 05 06 1038 06 18 x SEE EEE EEE EE EEE EE E E EE Ee EEE EEE E EE EEE EEE EE EE Please input new timed 44 Y MM DD thh mm ss t2010 10 19 12 21 40 Current time is 2010 10 19 12 21 40 Tue Oct 19 12211530 UTC 2010 FIU admins 14 Version The version command is used to show the device version information including hardware version information and software version information x oe Re eK Type version under the command prompt RDU_admin and press the Enter key as shown in the following figure FOU admin version Emerson Network Power Co Ltd FIU Product Rack Data Unit U Boot version 1 1 6 Linux version 2 6 24 24 rellocalhost localdomain Loo version
10. F E e ts sl ob e 28 Chapter 5 Software Operation A Liebert RDU 5 RDU S EMERSO wie Mopntterimgp i Hr vweprkb Poa zen contoure Evens ses sytem frat RDBU User acini irgu User levek Adminkirmigr Dpbent ADUS Sraten Tine 310120 149 RUSS IP Addres 10 163 162 185 Control Reboot Digital Output Contra Firmware Upgrade Configuration File Restore Factory Defaults Copebt 2010 Eman Hetwgk Powel Co Cbd All g s Heeni Figure 5 24 Control interface Reboot 1 Click the Reboot node in the Control interface and the figure shown in Figure 5 25 will appear Raboot Figure 5 25 Reboot window 2 Click Reboot and the data unit will be restarted Digital output control 1 Click the Digital Output Control node in the Control interface and the figure shown in Figure 5 26 will appear Digttal Output Cantral D Outpt Lin Ze DO Output JO w Figure 5 26 Digital output control window Select the control mode including On and Off in DO1 Output and DO2 Output and click Apply Firmware update 1 Click the Firmware Update node in the Control interface to upgrade the firmware file of the data unit and the window shown in Figure 5 27 will appear RDU S Rack Data Unit User Manual Chapter 5 Software Operation 29 Firmware Upgrade Firhevare Upgrade Figure 5 27 Updating window 2 Click Browse select the firmware update file firmware rdus of the data uni
11. Hpiss H you have configured POU plaasa select POU on the lafl Usar admin lege Usar law Dgenznkatrster ADUS System Time 010 171 98 14a RDU S IP Address 10 163 162 137 Figure 5 11 PDU tab RDU S Rack Data Unit User Manual Chapter 5 Software Operation 21 If there are PDUs connected click the one you would like to monitor in the structure tree the PDU page shown in Figure 5 12 will appear The data unit supports three types of PDU metered PDU switched PDU and Mps PDU through RS485 serial protocol provided by Emerson RDU S Liebert RDU S ROU S Mead admin Ter Usar level Administratar Aarm Signal Name te RUS Syriam Irma 2010 1118 11 17 35 Ka Kee d ROU SI sche ree Le Heger of Laag Ob 10 163 162 137 e Vtt SET Ki Anparant Dewar gp Le Addres 28 amp ipes ead gumar Leo Le Lives ad cure op amp OKT 65 0 Le POU putput pert fumie 34 0 amp Tor bad state Figure 5 12 PDU page Metered PDU D EMERSON Atak Pirate L Time A KIRRIaLENE ANER i 2010 05 10 Livi SULY 21 Tile oy VA 2010 15 10 RUE KGR ULUI 618 PE Fo 2 2070 11 18 tinea 20D Le LE fray 2010s 18 Uae 201092 i 1E TIEUS AOLO HK LETA For metered PDU click Signal tab and Event tab to check the status of PDU and abnormal events Click Control tab to set the address upper load current and lower load current of the PDU The tabs are shown in Figure 5 13 Environmental Alarm Signal Name Value Unit bd T
12. RDU S in the Name field and click OK as shown in Figure 4 2 Connect To D RDU S Enter details for the host that you want to call Host address Fort number Connect using TCP IP winsock COM TEFAF Mingock Cancel Figure 4 2 Connect to interface 1 Ld cl Ce sf E LA wll KL gt LJ Hi E RDU S Rack Data Unit User Manual Li Ge A E LA wll CH C Hi E 14 4 3 4 3 1 4 3 2 Chapter 4 Parameter Setting 3 Select TCP IP Winsock in the Connect using field as shown in Figure 4 3 Connect fo Enter detads for the host that you want to cak Host address 109 188 0 10 Fort number ES Connect using TCP IP Winsock E Cancel Figure 4 3 Connect to interface 2 4 As shown in Figure 4 3 type the host address factory default IP 192 168 0 10 and port number and click OK to complete the HyperTerminal setting Powering On After the communication cable connection between the data unit and the computer and the HyperTerminal setting are completed you can power on the data unit Checking Before Powering On Ensure the following items before powering on the data unit 1 The power cable and communication cable are connected properly 2 The power supply voltage meets the device requirement 3 The HyperTerminal setting is completed LU Note Before powering on the device confirm the location of the power i
13. Type 1 and press the Enter key start the DHCP client service Type 2 or q and press the Enter key exit the startmod command interface and return to the main interface of command line If you do not have any operation for the command within five minutes the software will automatically exit and return to the main interface of command line LU Note 1 Upon the first startup of the system a static IP address is assigned to the system with DHCP disabled Once the DHCP is started a dynamic IP address is obtained each time the system starts You can disable DHCP with the command stopmod 2 If DHCP is enabled there are two conditions as follows 1 The system cannot obtain the IP address in five minutes the IP address will be restored as 192 168 0 10 2 The system obtains the IP address in five minutes and then the system will be restarted automatically Wait five minutes and then you can view the dynamic IP address in the Current_DHCP_IP txt file in the background computer that is connected to the data unit through the USB CONFIG port 3 Directly pressing the Enter key will leave the previous value unchanged 12 Stopmod The stopmod command is used to stop the DHCP client service Type stopmod under the command prompt RDU_admin and press the Enter key as shown in the following figure RDU S Rack Data Unit User Manual Appendix 1 Command Lines 49 RDU_admin st opmod 0 Print this menu 1 stop
14. of the data unit with an M3 screw as shown in Figure 2 4 Installation hole Round hanger Processing unit Figure 2 4 Installing round hanger 2 Hang the data unit onto the vertical pole in the rack through the round hanger 2 3 3 Installing The Data Unit On The Wall 1 Fasten two hangers respectively to both sides of the data unit with M3 screws as shown in Figure 2 5 Q Note The installation direction of the hangers in wall mounting mode is opposite to that in rack mounting mode CS GE Se O OD 0 0 9 o SC OI wess poem Bo er E 00 SE A 00 oe 98 60 D 0 0 0 0 00 6 ON al SEJ O EE L O 0 0 GH 00 0 CO LL sl 0 050 e BDO Q Installation hole Figure 2 5 Installing hanger wall mounting 2 Use a drill aiguille 6 to drill four holes depth 70mm on the wall according to the dimensions in Figure 2 6 and knock four plastic expansion pipes into the holes m BR O DEEL a Cc egene be NO AOAO ee Re Regel i I 0000000000000 CD D a esegege gege ee Reeg ege a ERR RS Re Re Re Re Ree a 02070 0202070 070 070707070 L EE
15. save the file Clear event history 1 Click the Clear Event History node and the window shown in Figure 5 57 will appear Figure 5 57 Clear Event History window 2 Click Clear Event History and the historical events will be cleared 5 6 History Interface Operation Description Click the History tab to enter the History interface as shown in Figure 5 58 Chart Click the Chart node to enter the historical data interface in chart mode as shown in Figure 5 58 The chart of two sensors will be displayed by default After the sensor types on upper side of the interface are selected the corresponding chart will appear Figure 5 58 shows the historical data charts after all sensor types are selected Clicking t and F buttons can scroll down and up the historical data charts RDU S Rack Data Unit User Manual D LU Z 2 v CA Ld Ce sf 42 Chapter 5 Software Operation Lie be RDU S EMERSON ee Pia RU User admin kozan Usor iont Admimistracor RDIS System Time 2010 12 08 12083 ROS IP Adarme TTJ IGATI History E Ghart Ld Can E Table Table interval e Clear History Dat Tiree Pointe Per Page en we Copyright 2010 Errera Retesecxk Power Co Lid Al fights Reserved Figure 5 58 Historical data interface in chart mode Table 1 Getting historical data Click the Table node to enter the historical data interface in table mode as shown in Fig
16. sensor port Figure 3 7 Position of IRM sensor port Pin definition The pin definition of the IRM sensor port is shown in Figure 3 8 E Pin dfinition a 1 12Vdc 5 NC 2 NC 6 NC 3 NC 7 D 4 GND D G 8 D Figure 3 8 Pin definition of IRM sensor port Connection method Use a standard network cable with RJ45 connectors on both ends insert one end into the IRM sensor port and insert the other end into the RJ45 port of IRM series temperature sensor or temperature amp humidity sensor 3 3 Connecting Serial Ports The serial ports silkscreen COM1 COM2 are used to connect Emerson serial PDU Port position The positions of the serial ports are shown in Figure 3 9 Serial ports Figure 3 9 Positions of serial ports Pin definition The pin definitions of the serial ports are shown in Figure 3 10 12345678 Pin dfinition 12345678 Bin dfinition OO 1 R 5 GND Oo 1 NC 5 GND 2 R 6 RXD 2 NC 6 RXD 3 TXD 7 T D 3 TXD 7 D o 4 GND T D 4 GND D G 8 T D G 8 D COM COM2 Figure 3 10 Pin definitions of serial ports Connection method When Emerson serial PDU is required to be monitored by the data unit use standard Cat5 cable to connect the RS485 port of PDU with the serial port of the data unit If multiple PDUs need to be monitored use standard Cat5 cable to connec
17. under 2M Bytes Seed Before operating you should stop application program first Di Print this menu 13 Download firmware rdus files and decompress to RDU directory 2 Delete all the files in RDU directory 3 Exit DOWNLOADS Command Co for helpi RDU S Rack Data Unit User Manual D LU 2 v a m ken kd cl e Ce D m J 3 E m O Lie Ao C 46 Appendix 1 Command Lines You can type 0 4 to realize the different operation functions Type 0 and press the Enter key show the download command interface Type 1 and press the Enter key download software package firmware rdus with recommended size of no more than 2M and decompress to RDU directory Type 2 and press the Enter key delete all contents in the directory of data unit Type 3 or q and press the Enter key exit the download command and return to the main interface of command line If you do not have any operation for the command within five minutes the software will automatically exit and return to the main interface of command line LU Note 1 If you log onto the data unit through a remote terminal or HyperTerminal and or 2 is selected the system will display rz ready Type sz file to your modem program Then you can choose a file to download by selecting Send gt Send File and send the file using the zmodem protocol 2 If you log onto the data unit throug
18. 1 wire sensor Note After unplugging and plugging the Micro SD card the data unit must be restarted to read the data Except for the Ethernet port the pin definitions of the RJ45 ports are listed in Table 1 3 Table 1 3 Pin definitions of RJ45 ports l RJ45 ports ee 1 wire DH DS D TH BUS COM1 COM2 1 VCC 5Vdc 12Vde 12Vdc R NC 2 1 wire signal NC NC R NC 3 NC D1 NC TXD TXD 4 NC GND GND GND GND 5 NC GND NC GND GND 6 NC D2 NC RXD RXD 7 NC D3 D T D D 8 GND D4 D T D D 1 2 Technical Specifications 1 2 1 Input Specifications The input specifications of the data unit are listed in Table 1 4 Table 1 4 Input specifications Input parameters Corresponding port Measurement accuracy Descriptions Capable of measuring temperature and The final accuracy is a 1 wire sensor SS l humidity The 1 wire sensor can also be 1 wire signal 1 wire sensor port determined by the used SH input Sanaa connected with the digital signal from water sensor door magnet sensor and so on Capable of measuring the digital signal Digital signal input DI DI DI3 ports from door magnet sensor smoke sensor and infrared sensor Capable of connecting Switched PDU and pulse mode Contact capacity DA 24Vdc 5A 220Vac ES mete Pele Metered PDU and Mps PDU ee Capable of measuring temperature and IRM sensor input IRM sensor port determined by t
19. 4 0 0 DEHNS EIIK 4 1 4 0 0 Filesystem version 1 04 FOU ac ing RDU S Rack Data Unit User Manual D LU gt Z 2 v A ken Lk Ce sf
20. 4Vdc connect the required cables with the relay ports silkscreen DO1 DO2 The relay of the data unit is normally open passive dry contact Properly arrange the wiring according to the site conditions LU Note Pay attention to the port silkscreen before connection to avoid the wrong connection Otherwise the device may be damaged RDU S Rack Data Unit User Manual Chapter 4 Parameter Setting 13 Chapter 4 Parameter Setting This chapter introduces the parameter setting including connecting data unit with computer setting HyperTerminal powering on logging onto data unit setting IP address and restarting data unit 4 1 Connecting Data Unit With Computer A computer is a must for commissioning the data unit Therefore before commissioning the data unit connect the data unit with the computer using a standard network cable and set the communication parameters through the computer 4 2 Setting HyperTerminal This section takes Windows XP as an example to illustrate how to set HyperTerminal After the network cable is connected set the HyperTerminal according to the following procedures 1 Click Start gt Programs gt Accessories gt Communications gt HyperTerminal and the HyperTerminal interface pops up as shown in Figure 4 1 Connection Description SL New Connection Enter a name and choose an icon for the connection Name Po lcorr Figure 4 1 Connection description interface 2 Type the name
21. 58 Sud net Mate DP Address 10 163 152 158 2 55 255 233 0 Defacht Gabeaey REER TA Configure MAC adara gi N paerb L am Email SMS SHP Time Users Sensors FOU Auto Logout Change Password Conmmght 2010 Gratan Metwork Power Ce Utd All Rights Reserved Figure 5 30 Configure interface Network Click the Network node and the window shown in Figure 5 31 will appear You can set the IP address through the window Two methods are available Select Obtain IP address automatically DHCP and click Apply to complete the configuration L Note 1 If DHCP is selected there are two conditions as follows 1 The system cannot obtain the IP address in five minutes the IP address will be restored as 192 168 0 10 2 The system obtains the IP address in five minutes and then the system will be restarted automatically Wait five minutes and then you can view the dynamic IP address in the Current_DHCP_IP txt file in the background computer that is connected to the data unit through the USB CONFIG port 2 Before using the DHCP service please check that the DHCP server has been started normally or else the DHCP can not be used normally Select Use the following IP address type IP address subnet mask and gateway in the textbox and click Apply to complete the configuration RDU S Rack Data Unit User Manual Chapter 5 Software Operation 31 Network Obtain IP address autpmabcaby CS Lise the foki TS a
22. A Temperature Sensors CS Temp A BOG F Temp A7T7DE a D Tea e SN Tempi SH femp Figure 5 3 Temperature sensor window 2 Double click one sensor histogram to enter the edit mode meanwhile the serial number of the sensor is visible as shown in Figure 5 4 RDU S Rack Data Unit User Manual Chapter 5 Software Operation 19 Pie AT E EE Fri wm AA ar SN Tempi zeen Cances Figure 5 4 Setting mode of temperature sensor 3 Drag the mouse to set the high and low thresholds and double click the sensor name SN Temp1 shown in Figure 5 4 to change it The length of the sensor name is up to 10 characters The red yellow and green areas on the histogram respectively indicate alarm warning and normal range 4 After setting click Apply to confirm the setting Clicking Cancel will cancel the preceding setting If the temperature setpoint exceeds the normal range the histogram will turn yellow or red if it is within the normal range the histogram will turn green as shown in Figure 5 5 Temp A 20 6 F Temp 77 0 F mg wm mm y emm 44 or ad oT SN Tempi SN Temp Warning status Normal status Figure 5 5 Status figure after setting 2 Displaying sensor information Move the mouse to one sensor histogram and a prompt box displaying sensor name and sensor location will appear as shown in Figure 5 6 SN Temps Sh Tempa Location SN Temps Location St Temps Locations SN Temps Location4 Figure 5 6 Prompt bo
23. After it starts up normally the HyperTerminal will display RDU S login 2 Type the user name rduadmin and press the Enter key and the HyperTerminal will prompt Password 3 Type the password rduadmin following Password and the HyperTerminal will display the command prompt RDU_admin LU Note Both the user name and the password are case sensitive Setting IP Address After logging onto the command line use the command setip first to set the IP address of the data unit The detailed setting procedures are given as follows 1 Type setip following the command prompt RDU_admin and press the Enter key as shown in the following figure RUU_acdmin setip Please input IP_addressl10 163 162 1501 10 164 162 151 Please input Subnet_mask 255 255 255 0 Jr2b55 255 255 0 Please input Default_gatewayli0 1b3 162 1 10 1645 162 1 Are you sure to set IF 10 163 162 151 Hetmaskt 255 255 255 0 Default Gateway 10 163 162 1 7 YZH CHJy Your current setting has been modified Please telnet RUU with the new IP address now System will reboot automatically after save yen operation Please relogin RU E you will use other command hb you want to save it F YAN Nu 2 Respectively type the new IP address sub_net mask and default gateway in Please input IP_address Please input Subnet_mask and Please input Default_gateway 3 Type Y or N under Y N N according to the system prompt Typing N
24. DISCONTINUED PRODUCT RDU S Rack Data Unit User Manual Version V1 4 Revision date December 13 2011 BOM 31012350 Emerson Network Power provides customers with technical support Users may contact the nearest Emerson local sales office or service center Copyright 2010 by Emerson Network Power Co Ltd All rights reserved The contents in this document are subject to change without notice Emerson Network Power Co Ltd Address No 1 Kefa Rd Science amp Industry Park Nanshan District 518057 Shenzhen China Homepage www emersonnetworkpower com cn E mail support emersonnetwork com cn DISCONTINUED PRODUCT Contents Chapter 1 Overview cccccsssccccessecceecesseceeceasseceeeceuseceeeceuseeeeseuseeeeeeeaceeeeeaeceeeeeaseceeeseuseceeeesaueeeeeseaaceessseaeceesseeeeesenaaeeess 1 1 1 Gel ter dure re T ee E 1 AAE ee e te 1 MWe OG te 1 BE PON E 2 1 2 Technical Specifications vcs ces ectnnsesdntansscestinessdeadpacsseabsnveaanaaalanicsaniisestidadgnnssqenteostameiansancddatdadsgnaussaeatenstecsiebeczensensiadaaices 3 1 2 1 Input Specifications EE 3 EE 3 123 Am enm SDC CHICA NOMS seserapan nir E E E pase E EEEE EE Er EREE 4 1 2 4 Mechanical Specifications oceanside cinedei nee ceeic actiesen dekicede ocecana deacelde nc edesiocdiedubjelecs saadedwaceadueatadncnntcbdetencadoocseddcdacaes 4 Dy ONS ceases sce cetns as cece assess E E sontgsaee settee ca sianc E E ERE 4 chanter 2 m E tte EE 5 2 1 WE
25. Figure 3 6 Connecting multiple sensors When a port is connected with multiple signals simultaneously you must note that the line sequence conflict of the signals cannot occur For example the DI1 port can be connected with four sensors simultaneously The recommended sensors include smoke sensor door magnet sensor water sensor and infrared sensor If the DI port is connected with vibration sensor and water sensor simultaneously signal conflict will occur resulting in signal acquisition failure because both sensors use the DI3 channel 3 2 3 Connecting IRM Sensor Port The IRM sensor port silkscreen TH_BUS is used to connect the IRM series temperature sensor and temperature amp humidity sensor LI Note The address range of the IRM series temperature sensor and temperature amp humidity sensor is 10 11 12 13 20 21 22 and 23 besides the above addresses the address range of the IRM series temperature sensor also includes 30 31 32 33 40 41 42 and 43 Port position Ld cl m Ce D The position of the IRM sensor port is shown in Figure 3 7 D LU gt 2 v a m RDU S Rack Data Unit User Manual Chapter 3 Connection 11 e e ZS E e E E e Ee E E ses S Ss ES Ss SSs Se Se E E gt Ze es GH p gt GND 00 por WES oO Ps Bee eene O a em 5 L 00 5 0000 EEJ EE al n LS e o 055 0 0 00 6 GU SIb e usB CONFIG E bal E 0929 GE 42 GND B Moso Y IRM
26. NT AMUN BS AMMO EE 5 AA Wis NUON TOO EE 5 2 9 Installing Data Ri E 6 23 1 Tee Hole ee EE 6 2 3 2 Installing The Data Unit In A Standard 19 Rack AA 6 2 3 3 Installing The Data Unit On The Wall esoguer eegene See 7 Chapter 3 COnnectiOn EE 8 Oe dy COMME CHOU Bet 8 3 2 Connecting Sensor PONS icczccdeccdctcenatoccedacccataaiadsenczcbdesceesdccecedss erse Enae rADo reesi E EREE rE eegene Eege e 8 3 2 1 Connecting T Wite Sensor POM EE 8 3 2 2 Connecting DIT DI2 And DIS el 9 32 3 Connecing IRM Sensor PON scrcas Ea EE E EEEE 10 3 3 ONE CHING Seral FONG seossssenire yrassa aE REE EAEE EEEE EAEE SEENE SEA EEA EEEo APARANA ASEE ERE ESAE 11 3 4 Connecting Relay Ports cccccccccccssseseeceeeeeeeeeeeeeeeeeeesaeeeseeeeeeessaeeseeeeeeeeseeeeseeeeesseeeeseeeeeeeessseaseeeeeeeesseaeeeeeeeetags 12 Chapter 4 Parameter Se Wa EE 13 4 1 Connecting Data Unit With Computer 13 East Fetter tege Eege EE Eege Eege 13 Wo a e WE 14 4 3 1 Checking Before Powering EE 14 4 3 2 Checking After Powering ON E 14 4 4 Logging Onto Data A EE 15 4 5 Setting IP Address 2 2 ccccccctecseceecsccciseeeescensccccsasasceecccedeecseneeesncccusesaesecsccseasnesednccdbsadessaeeeescecesaseeeesecccbseseeeences 15 46 Restaring Data Ee E 16 DISCONTINUED PRODUCT Chapter 5 Sofware EE OM D 17 SEEE E EE Ri 5 2 Monitor Interface Operation Description ccc ceeecccccceeceeeeeeeeeeeeeeeeeseeeceeeeseaeeeseeeeseaeeseeeeeesssaaessseeeeeeesseaaaee
27. SC Lie ob RDU S Rack Data Unit User Manual Chapter 5 Software Operation 25 Environmental ee Operation Control Name RealValue MaxValue MinValue S Load Voltage Low Limit 101 240 90 Le Load Voltage High Limit 240 240 90 oe Load Current Low Limit 0 32 0 I Load Current High Limit 31 32 0 Branchi Load Total Current t 0 16 D WW Low Limit Branchi Load Total Current Ki 16 16 U CS High Limit Branch Load Total Current F ite 0 16 Low Limit Branch Load Total Current SE 16 16 0 High Limit Branch3 Load Total Current SEI U 16 0 S i Low Limit Branch3 Load Total Current SEI 16 16 0 CS High Limit Control tab Figure 5 17 Tabs of Mps PDU In the Control tab click the icon in the Operation column to set the thresholds for metered PDU 5 2 3 Camera 1 Click the Camera tab in the operation area to enter the Camera interface as shown in Figure 5 18 Liebert RDU S RDU S EMERSON Net weih Aix zen Environmental PRU Camera RDU S 8 Camera A Camora User eum logout User lovek Administrator RDU S System Time 2010 14 18 1000 12 ROU S IP Address 10 163 162 1437 Camera 1 Camera D USS Cameras S AH Camera Camera 1 Sr Camera 2 H Seam Capture leng 0 gao gso 19 wi Framesisec Rearpng w 20 Framessec L Reanting Figure 5 18 Camera interface 2 Extend the USB Camera node Click All Ca
28. SOLLO 21 22101123 LSuU8 Le 129 2010 1424 18 WOL LRL LO 13 2S F http 10 163 162 151 ima File Fir deu Favorites Tools O Bact EN E y Address Figure 5 21 Picture preview window The record video list and the record video replay window are shown in Figure 5 22 and Figure 5 23 respectively RDU S Rack Data Unit User Manual Chapter 5 Software Operation 27 fe tit gen frota fous Heb Vi O Sta Eisen um CSB HB er El top A1 063 062 11 exp camer s USB Camera 1 Record Video List Fe Name Date Te C Camera M 20101201 140634 erg 12 01 2010 1408 52 O Camera M 20200 oes ord 11 05 2010 1 05 00 mec 120141049 a 1 20 2010 Leit O Gamerad M 202023213407 36 20e4 UNZ12010 Leem Gees M 20101322134147 9rd IZOLO 124442 Camel M 2010112214378 am 11 22 2010 14 37 99 2H 22 11 22 2010 15 51 16 2451103 1 22 2010 1405 10 22127 lee 17 0429 16440 11 22 2010 17 05 04 149943 11 22 2010 17 05 19 Flay Secatd Pindues Lnierpei Kanioartsr SS Bowe be mema Sum lt Figure 5 23 Record video replay window Lu Note 1 Do not pull out the SD card during recording 2 For alarm event the recording time is two minutes at most for manual recording the recording time is 15 minutes at most 5 3 Control Interface Operation Description Click the Control tab to enter the Control interface as shown in Figure 5 24 D SK SU E E o Lie ob CC RDU S Rack Data Unit User Manual S
29. System Time 2090 44 97 17 41 57 RDU S IP Address 00 963 162 037 gt Humidity Sensors input Contacts Output Relays Events E r Hetory gt gt Environmental Cotupes 4 St Abam time Sensor Name Severity 5E Temperature Sensors m Humidity Sensors input Contacts Output Relays ER DO 02 Structure tree Operation area Figure 5 2 Monitor interface The structure tree in Environmental displays the devices connected with the data unit including temperature sensor humidity sensor input contacts digital sensor output relays relay port output The operation area provides three tabs and you can click a tab to enter the corresponding operation interface Set temperature sensor and humidity sensor and view the working status of input contacts amp output relays and the last alarms through the Environmental tab View and set the working status of the PDU through the PDU tab View and set the working status of the cameras through the Camera tab Environmental Click the Environmental tab in the operation area and the interface shown in Figure 5 2 will appear You can set the temperature sensors and humidity sensors and view the working status of the input contacts amp output relays and the events through the interface Temperature sensor 1 Setting temperature parameter 1 Click the Temperature Sensor node in the Monitor structure tree and the window shown in Figure 5 3 will appear
30. an set the SMS function of the data unit through the interface including receiving the SMS reminding function through SMTP mode note that the mobile phone is required to apply mobile mailbox function receiving SMS sending function through Wireless Modem and adding amp deleting phone numbers 1 Wireless Modem Click the Wireless Modem tab and the window shown Figure 5 36 will appear RDU S Rack Data Unit User Manual Chapter 5 Software Operation Wireless Modem Configure Phone Configure To 13577328345 Test Message Figure 5 36 GPRS Modem window 3 Phone numbers 1 Click the Configure Phone tab and the window shown in Figure 5 37 will appear Wireless Modem Configure Fhone Configure Phone Numbers ee TRL _ Ada gecgscn Figure 5 37 Phone numbers window 2 Click Add Recipients and the window shown in Figure 5 38 will appear Virreleng Modem Configure Phone Configure Phone Numbers T ry MS _Add Keesen Eaniguie Phone An Figure 5 38 Adding phone number window 3 Type a new phone number in the textbox after Configure Phone and click Apply 4 Select a phone number and click Delete and the number will be deleted Q Note At most eight phone numbers can be added SNMP Click the SNMP node and the window shown in Figure 5 39 will appear SNMP WAIS Ip Veron Trae Port Reed Community iie Community Lk fame Auhen Protocol Privacy Protocol TE E a ee V Ly ple
31. automatically If you do not have any operation on the WEB interface within 15 min it will automatically exit and return to the login interface see Figure 5 1 Auge Lagaut Auto baam jenna H minstingput Oto gei automatecaly logout Figure 5 50 Auto logout window Change password Click the Change Password node and the window shown in Figure 5 51 will appear RDU S Rack Data Unit User Manual Chapter 5 Software Operation 39 Type the old password in Current Password and the new password respectively in New Password and Confirm and click Apply Change Password Figure 5 51 Changing password window 5 5 Events Interface Operation Description Click the Events tab to enter the Events interface as shown in Figure 5 52 Liebert ous EMERSON Pets ee Lei lewd Arbina RIAI S Spuer Tire Ho t Ae RDIS E Liha JANS Een keen Brnsren Temp amp Hum beigi Event t Cliar Ewent bogb Figure 5 52 Events interface Digital input actions Click the Digital Input Actions node and the figure shown in Figure 5 53 will appear You can configure the output mode of alarm events for the digital sensors through the interface When an alarm is generated you can select the alarm output mode according to the severity of the alarm event including EventLog Email SMS Camera USB Relay out and SNMP TRAPS SH Condition Relation Condition 2 Relation Condition 3 Output L ada L Geiete emi ma sl fe
32. cator Green On o oala aa ie BEE Off The data unit is not powered on On The data unit has an critical alarm ALARM Alarm indicator Red Blinking The data unit has an warning alarm Off The data unit is starting up or normal Blinkin The data unit is operating normall RUN Running indicator Green AS e i 4 Off The data unit is starting up TH BUS ees communication icen Blinking The data wily iS ER ar sending oaia indicator Off The data unit is not receiving or sending data Blinkin The serial port is receiving or transmitting data COM1 COM2 Serial port indicators Green 2 i 2 J Off The serial port is not receiving or transmitting data 1 1 3 Ports The ports of the data unit are located on the front panel as shown in Figure 1 3 12Vdc power Micro SD output port card slot Ethernet port s ZS E Cl on D x s N S SC p g Ss E SES J RJ45 ports Ssgs sS 3 o D gt ND H E O 0 09 pot 0 05 ae O ee eene 0000 OO Ooo OO Power input port Relay ports 12Vdc power USB ports USB CONFIG port ground port DI3 port 1 wire sensor port vm EGR DI2 port dE SS p2 P D Leg IRM sensor port 1 wire sensor port Serial ports Amplified figure of RJ45 ports Figure 1 3 Port position The definitions functions and features of the ports are listed in Table 1 2 Table 1 2 Port descriptions Silkscreen Port Functions and features Adopt power socket to feed power to the data unit Th
33. daylight coving time LI Manus Sei DST G t Tima On al DST End Time fin th O57 Agquet Hows Figure 5 42 Time window Users Click the Users node and the window shown in Figure 5 43 will appear Uter Level reape Ferd Lily ransgz Rena ga aomin Hamina add Dewte Figure 5 43 User window 1 Adding new user 1 Click Add and the window shown in Figure 5 44 will appear RDU S Rack Data Unit User Manual D LU gt 2 v 4 m Ld cl e Ce D Ld cl e Ce D D LU Z 2 v Hi 36 Chapter 5 Software Operation Usar Hame User Level cher Rita Only mantat Marajel arr Kult Lip bag Ani madi _ Dem per lane Lite Level adinari i loch Figure 5 44 Adding new user window 2 Type a new user name in User name select the authority for the new user in Authority and type the password respectively in Password and Confirm 3 Click Apply LU Note At most three users of administrator level five users of Manager level and five users of Reader level can be added 2 Deleting user Select the user to be deleted and click Delete Sensors 1 Click the Sensors node and the window shown in Figure 5 45 will appear Dl Sensor Configure SN Di Sensor Configure TH Sensor Configure D Sensor Configure Erat eat Pratl nabis Enafile Ka Enabis Dia LDmabie Dis abls Digable Digable Dirite Dini ls
34. ddminigirator RDOU S System Tine 207707405 16 34 18 RULL SI Address POTS Phd TS POU Chtel Ze afug Lona E POY Guter OFF Tur On Ji Oupar Ez Tum Q Lanett I Cuties Curlers Ee Outat Ea Quiet EK Chunks zDD Guter on Sutera EL um Gert zx Tum on Gert m Queer w LETERE Figure 5 15 PDU page switched PDU RDU S Rack Data Unit User Manual Chapter 5 Software Operation 23 The items in Figure 5 15 are described in Table 5 1 Table 5 1 Switched PDU setting item descriptions ltem Descriptions Outlet Out port of the Switched PDU The current ON OFF status of the Switched PDU out port Click Turn On and Turn Off to control the On Off status of the Switched PDU output port Click More gt gt on the lower right corner to enter the detailed information window which also has three tabs Signal Event and Control as shown in Figure 5 16 Environmental Alarm Signal Name Value Unit Time Le Total Load 0 4 A 2011 02 05 16 21 35 5 ei Percent of Load 2 0 D 2011 02 05 16 21 35 Voltage Van 217 0 VM 2011 02 05 16 21 35 Apparent Power 86 8 VA 2011 02 05 16 21 35 oO Branchl relay state OFF 2011 02 05 16 21 35 Le Branch relay state ON 2011 02 05 16 21 35 i Branch3 relay state ON 2011 02 05 16 21 35 3 Branch4 relay state ON 2011 02 05 16 21 35 Signal tab Environmental Alarm EventName Severity Event Meaning State Trigger Value Start Time o Total Load 2 Low Critical 1 3 groen
35. ddress P Address LOGS 163 007 Seok eet bask 255 255 255 0 Defauk Geray LOG 62 1 MAC Address Figure 5 31 Network window Email Click the Email node and the window shown in Figure 5 32 will appear You can configure the Email sending function including Email server IP address port using SSL or not and Email addresses of sender amp receiver and separately test the Email serving function of the data unit through the window Email server port default If SSL is not used the port number is 25 If SSL is used the port number is 465 f you have not modified the port number when you check or uncheck SSL the port number will be switched between 465 and 25 f you have set other port number manually when you check or uncheck SSL the port number will always be the user defined value not being changed 1 SMTP server Click the SMTP Server tab and the window shown in Figure 5 32 will appear As shown in Figure 5 32 type the corresponding configuration values of the parameter items and click Apply to complete the configuration SMTF Server Recipients Test Server SMTP Sewer TP Aches Lo LGE GA SMTP tera Port Sp r Tel bel Che Bitty irral rere HEI Ermi R ageenct LETEL Erem ggrerp Hiner Era Cor K Figure 5 32 SMTP server window 2 Recipients 1 Click the Recipients tab and the window shown in Figure 5 33 will appear SMTP Server Recipients Recipient Address suppont emersonnetw
36. e and the window shown in Figure 5 48 will appear RDU S Rack Data Unit User Manual LA gt 2 C CA ken Ld cl e Ce D e s P E 5 SC e ob a 38 Chapter 5 Software Operation PDU Device Manage PDU Type Parameter Device ID SwitchedPDU 12 9600 n 8 1 19900002 SwitchedPDU 11 9600 n 8 1 19900003 Figure 5 48 PDU management window Click Add to configure PDU and the windows shown in Figure 5 49 will appear Click Modify to revise the PDU setting by selecting the PDU you want to revise Click Delete to delete the configured PDU PDU Device Manage PDU Type Parameter Device ID SwitchedPBU Sy 2 9600 n 8 1 19900002 SwitchedPDU 90500 n 8 1 19900003 Add Delete Apply SwitchedPDU Name ssid port Gow Addres Jm Parameter 9600 n Figure 5 49 Adding PDU LU Note 1 The address to be input should be the same as that of serial PDU you want to monitor The address and current will be displayed alternately on the LED display screen of the PDU for your reference 2 After finishing all actions such as adding modifying and deleting click Apply to enable all the settings and the system will be rebooted Auto logout Click the Auto Logout node and the window shown in Figure 5 50 will appear Type the time such as 15 the setting range is Omin 15min in Auto logout mins and click Apply You may set the value as 0 and the system will never logout
37. e power input 100 240V P i 00 240V Input ower input port range is 100Vac 240Vac DO1 DO2 Relay ports Output relay status 12V 12Vdc power output port Feed power to external sensor 12Vdc power GND 12Vdc power ground port 12Vdc power ground Support 2G 4G or 8G Micro SD card to store video information and Ld cl Ce D Micro SD Micro SD card slot EN configuration file Provide two A type ports of 2 0 standard capable of recognizing USB1 USB2 USB ports standard U disk getting USB camera image and connecting GPRS Modem USB CONFIG USB CONFIG port Display the current IP and restore the default password D LU 2 v A E RDU S Rack Data Unit User Manual Chapter 1 Overview 3 Silkscreen Port Functions and features 10M 100M half full duplex self adaptive cable auto crossing function ETH Eth t port RJ45 port l SES PER supportive of IEEE802 3 protocol C t to digital Each port can connect up to four digital Di DIS Di DI1 DI2 DI3 ports RU45 ports 1 To digital sensors tach p SES sensors Connect to IRM series temperature sensor temperature amp humidit TH BUS IRM sensor port RJ45 port P H y sensor COM1 serial port is compatible with R8485 RS422 and RS232 COM1 COM2 Serial ports RJ45 ports communication modes COM2 serial port is compatible with R8485 and RS232 communication modes Q 1 wire sensor port RJ45 port Connect to
38. eeeeees 18 E hai OMAR i E 18 E Od EE 20 Be 1e PPE E EAE E EE E E E EAE EEE E EE E E TE E E 25 5 3 Control enee Eed e E E EEEE EEEE E EE E EEE 27 5 4 Configure Interface Operation Description REENEN 29 5 5 Events Interface Operation Description ccceecccecceeceseeeeceeececeeenseeeececauenseececeeseaaesseceeeeeseunaeenseeeeeeeesaeaneeeeees 39 5 6 History Interface Operation Description nnnnnnsennnnnennnennnnnrnnsernnrrrrnrrnnrrrrnnsrnrrrrnsrnnrrrrnnnsnnrrnrrrennnnnnrrrrnnnnnnnrreee 41 5 7 System Information Interface Operation Descrpoton 43 BO e E 43 Chapter 6 PROUD SOO EN corset cess ccs eescte nese e e teqations aa eion eri a inip se 44 Appendix 1 Command Lines cece eccccccccseeeeeceeeeeeeeeeeeeeeeesaaeeeeeeeeeeesseeeeeeeeseseaeeeeeeeeessssueeceeeeeseeaeseesseeeeeeesseaaaeeeeeessaeeeeeenees 45 e TEE 45 2 Namn Command WS EE 45 Chapter 1 Overview 1 Chapter 1 Overview This chapter gives a brief introduction to the appearance indicators ports technical specifications and options of RDU S rack data unit data unit for short 1 1 Product Introduction The data unit is an intelligent acquisition system developed by Emerson to monitor the environment in rack and IDC machine room It is also suitable for other applications such as small base station environment monitoring power equipment amp environment monitoring in telecom machine room power grid monitoring and bank ATM machine monitoring When configured w
39. elp to get online help information at any moment after logging Provide the relative commissioning information help to diagnose network malfunction Support key word input mode You only need to input part of the key word related to a command and the shell can recognize the command for example to run the command lookstatus just type look Main Command Lines 1 or help Type or help under the command prompt RDU_admin and press the Enter key to get the help information as shown in the following figure help Show this information download Download files to ROU work dir Delete files in EOU work dir logout Logout from ROU password Change password reboot Reboot PDU system ipview Show ip parameter setip Set IP address netmask and default gateway Lest View startup self test log network and serial ports show Show product information lookstatus Show system status show net status stoprdu Stop rdu application startmoc Start dhcp stopm oc Stop dhcp setrelay Set relayi and relaye setrtic Set real time clock version View the version information of ROU 2 Download The download command is used to download the software or delete the files and subdirectory under the data unit directory Type download under the command prompt RDU_admin and press the Enter key as shown in the following figure ROU_admin down load ROU download function Please make sure the file size is
40. ent of the PDU The tabs are shown in Figure 5 17 Environmental Town event control Alarm Signal Name Value Unit Time Li Communication Status Normal 2011 12 09 14 34 49 ch Voltage 218 0 VU 2011 12 09 14 34 49 Le Total Current 1 1 2011 12 09 14 34 49 L Branch1 Current 0 0 2011 12 09 14 34 49 3 Branch Current 0 0 A 2011 12 09 14 34 49 Branch3 Current 1 1 A 2011 12 09 14 34 49 o Active Power 0 0 KV 2011 12 09 14 34 49 Li Apparent Power 0 2 KVA 2011 12 09 14 34 49 Le Power Factor 0 0 2011 12 09 14 34 49 Frequency 50 0 Hz 2011 12 09 14 34 49 Le Load Current 3 4 2011 12 09 14 34 49 Li Power Consumption 0 0 kwWhr 2011 12 09 14 34 49 Lei Rated Current 32 0 A 2011 12 09 14 34 49 Signal tab Environmental Alarm EventName Severity Start Time ei Grid Voltage Low Limit Normal 2011 12 08 09 55 08 ei Grid Voltage High Limit Normal 2011 12 08 09 55 08 Le Load Total Current Low Limit Normal 2011 12 08 09 55 08 Le Load Total Current High Limit Norrial 2011 12 08 09 55 08 ei Branchi Load Current Low Limit Normal 2011 12 08 09 55 08 Le Branchi Load Current High Limit Normal 2011 12 08 09 55 08 Le Branch Load Current Low Limit Normal 2011 12 08 09 55 08 Branch Load Current High Limit Normal 2011 12 08 09 55 08 ei Branch3 Load Current Low Limit Normal 2011 12 08 09 55 08 Le Branch3 Load Current High Limit Normal 2011 12 08 09 55 08 Le Communication Status Normal 2011 12 08 09 55 08 Event tab O St SU E Gei
41. er sse ee elle CH F L IL HR HE A AJ toe g a ho KORO KOKORO KOKORO KOKeKe Ken A L Figure 2 6 Hole dimensions unit mm 3 Put the data unit in the position and wrench self tapping screws into the plastic expansion pipes through the fixing holes of the hangers to fix the data unit on the wall F _ C Ge A Li SS J A RDU S Rack Data Unit User Manual St F E e Sc Lie G ih 3 1 3 2 3 2 1 Chapter 3 Connection Chapter 3 Connection This chapter expounds the connection of the data unit including connection notes and connecting the sensor ports serial ports relay port and multiple signals of RJ45 ports Connection Notes The connection notes are given as follows 1 The power and external signals that are connected to the data unit must be SELV circuits The isolation and insulation must be enhanced between them and the power grid 2 When making RJ45 port cables pay attention to the pin definitions to avoid wrong connection For the pin definitions refer to Table 1 3 and the pin definition figures of the RJ45 ports in this chapter Connecting Sensor Ports LU Note Refer to the corresponding sensor instructions to carry out the installation and wiring operation Before sent to the data unit the site signals should be transformed into electrical signals by sensors The data unit provides six sensor ports silkscreen DI1 DIS DIS TH BUS and D to co
42. g to your preference by inputting the name and clicking Apply A Liebert RDU S RDU S EMERSON erformance Monitoring a Brivniki Prr ADU 5 System Information Weer admir boom f Srem Tipe ROLES User levok Adimeinistrapcar i Fa RENS Syikm Thee a EE A RDLLS WT BR Bos ANERER Harsana vemia ROL Vit RADU IF Addross 7 10 163 063 170 Si Gchadlege Sate hee ROWS system information Bvgieen intonation Lemire 2019 Green Meters Power G Lt Ad Roitabeateet Figure 5 62 System information interface Logout Click the logout button on the upper left corner of the interface or the exit button on the upper right corner of the interface to exit the software m 5 S E e SC Ow Ao D RDU S Rack Data Unit User Manual ken Lk cl Ce sf D LU gt 2 v 4 2 Chapter 6 Troubleshooting Chapter 6 Troubleshooting The chapter introduces the troubleshooting of the data unit See Table 6 1 for the troubleshooting Table 6 1 Troubleshooting Fault phenomenon Treatment After the data unit is powered on the power indicator is off and the running indicator see Figure 1 2 is not blinking Check that the host board is powered on After the network cable is connected the indicator on the Ethernet port is off 1 Check that the network cable is normal 2 Check that the device in upper network is working normally No response occurs after the Micro SD card is i
43. h RS232 serial port you can download files through data unit configuration port if you logs into the data unit through a remote terminal you can download files through Ethernet port It is recommended to use a network that offers a high speed 3 After a file is downloaded upload the file to check if the download is successful 4 For upgrading the firmware successfully command 2 Delete all the files in RDU directory should be processed before command 1 Download firmware rdus files and decompress to RDU directory 3 Logout The logout command is used to exit the data unit Type logout under the command prompt RDU_admin and press the Enter key to exit the system 4 Password The password command is used to change the logging password Type password under the command prompt RDU_admin and press the Enter key as shown in the following figure You can type the new password under the command prompt Enter new password RDU _admin password Changing password for rduadmin Enter the new password Recommendation 5 8 characters Please use a combination of upper and lower case letters and numbers Enter new password 5 Reboot The reboot command is used to restart the data unit Type reboot under the command prompt RDU_admin and press the Enter key as shown in the following figure Type y or Y and press the Enter key and the data unit will be restarted RDU_admin reboot re you sure to reboot t
44. he system Y N N 6 lpview The ipview command is used to display the IP parameters Type ipview under the command prompt RDU_admin and press the Enter key as shown in the following figure RDU_admin ipview current IP address 7142 100 6 157 current IP mask 7255 256 254 0 current IP default gateway 142 100 6 1 RDU_admin 7 Setip The setip command is used to set the network parameters such as IP address mask and default gateway Type setip under the command prompt RDU_admin and press the Enter key as shown in the following figure RUU_admin setip Please input IP_address 10 163 162 1511 j RDU S Rack Data Unit User Manual Appendix 1 Command Lines 47 Type the IP address mask and default gateway of the device following the instructions and press the Enter key the new network parameters can take effect immediately 8 Test The test command is used to test the network serial port and display self test information Type test under the command prompt RDU_admin and press the Enter key as shown in the following figure RDU_admin test Di Print this menu 1 View start up self test information 2 Ping tocnetuwork test A4 Start serial port test 4 Stop serial port test Di Exit FDU_test gt Command 0 for help You can type 0 5 to realize the different operation functions Type 0 and press the Enter key show the test command interface Type 1 and press the E
45. he used i l i d humidity sensor 1 2 2 Output Specifications CH LU The output specifications of the data unit are listed in Table 1 5 ZA ken Table 1 5 Output specifications Output parameters Specification Descriptions e Route number Two routes l l e Supportive of two triggering modes level mode Relay output Output contact Relay normally open contact output CH Ges ke Zu See RDU S Rack Data Unit User Manual 4 Chapter 1 Overview Output parameters Specification Descriptions The output current is the total current which the Sensor power 11 5Vdc 12 5Vdc maximum output sensor power can provide The total power 12Vdc output output current 0 8A consumption of 12Vdc power does not exceed 10W USB port output Maximum output current 500mA 1 2 3 Ambient Specifications The ambient specifications of the data unit are listed in Table 1 6 Table 1 6 Ambient specifications Item Requirement Application location Indoor Working temperature 0 C 45 C Relative humidity 5 RH 95 RH non condensing Dust compliant with GR 63 indoor standard No corrosive gas flammable gas oily mist steam Working environment J water drops or salt Air pressure 70kPa 106kPa Storage temperature 40 C 70 C Cooling Natural cooling Note It is the working temperature of the data unit not including the sensors connected with it Make sure that the used sensors
46. igure 5 9 DO control window Event list The monitor interface will display the latest 20 events in the event list including High Critical Low Critical Critical High Warning Low Warning Loss of Comms and Normal events If you want to clear the Loss of Comms events in the event list click the Comms Loss Reset button in the SN DI Sensor Configure window shown in Figure 5 46 Events yant Hatery gt gt SH Aarm Time Sensor Mame Severity i A TtT 15 A4 19 Serigi High vV rmgnp z A TTR EE ET ETET H rem High Wiman 3 Le S00 11 26 1234203 Sr Tampi H rma a ONT Di l E A 201 11 28 120444 Shi Temps HIgh tiary e D101 1 28 12 IM dk zl 7 O 201 1 tie TE NW JH 201 CRA j a S01 11 28 fed EH 202 z J el 20TH 14 28 16g A3 EI 20 1 Cr scal e 2070 11 28 a BH D 11 a 2011 Tae AE A AA ai L ESCH E Le 200 1 1 28 KSE Drang mir Stier D 13 Le 2018 1 1 28 120120 Branch 3 relay pt erEA Ohi 14 amp OL fri Arana ely ELSE SL is O 20 1 t ta 12 04 20 Drone relay Stage OFF 14 O eo tT 1 28 RA Eat Pranchld rele shia Soy Orr 17 i 2010 11 28 1202 20 Branch 19 relay phate Sue OFF 9 GO 20H 11 28 1804 21 Brant rely BACIA Fi 13 O Mi a GAMM Brancai relay pigia 3 oO 2018 11 28 145 0420 Brant 18 relay piatat cE Figure 5 10 Event list 5 2 2 PDU Click the PDU tab in the operation area to enter the PDU interface as shown in Figure 5 11 Lie be rt RD LG RDU S EMER SON ne r meiak Pran e cores carte evr Hers Sato oman RDU S Camera
47. ith a proper sensor or proper sensors it can detect corresponding electric signals and non electric signals in real time The small profile design makes it suitable for installation in small space in the rack 1 1 1 Appearance The appearance of the data unit is shown in Figure 1 1 sss GND O poi aa Gh vc o 0 05 XO 005 00550 E E 0 0529 0 059 0 0 0 0 0 0 0200 0 0 00 0 0 9 LU 0 000 SE Ga 000000000000 i 00 D000 9 5 O oo Figure 1 1 Appearance 1 1 2 Indicators The indicators are located on the front panel as shown in Figure 1 2 Their descriptions are listed in Table 1 1 Eed 00 ven AA 0 0505 0 0 0 2020 0 0 0 0 EN EEJ ERJ 0 0 0 9000 000D 222000 009000 00 Da 0 09 O 00 D 42 GND Indicators Power indicator Alarm indicator 2S O Serial port indicators Relay output indicators Running indicator TH BUS communication indicator Amplified figure of indicators Figure 1 2 Indicator position RDU S Rack Data Unit User Manual EN LU SS a A Lud cl O Ce sf 2 Chapter 1 Overview Table 1 1 Indicator descriptions Silkscreen Definition Color Status Descriptions On The relay is closed DO1 DO2 Relay output indicators Yello ye one tine 7 Off The relay is open Th it i lI POWER Power indi
48. measures if necessary Heat dissipation The heat dissipation requirements of the data unit are given as follows Keep the data unit as far as possible from heat sources Keep at least 10mm clearances around the data unit for adequate heat dissipation Installation Tool The installation tools of the data unit are listed in Table 2 1 Table 2 1 Installation tools Specification Ti Sectoto Crimping pliers for network cable Standard Slotted screwdriver 100mm 200mm Electrician diagonal cutting pliers Maximum 300mm Electrician long nose pliers Digital multimeter Three and a half digit ien pe Wi a 06 agul RDU S Rack Data Unit User Manual D LU 2 v A ken Ld Ce D Lid gt Z LL Z v a S ken Li cl e D Ce D 6 2 3 2 3 1 2 3 2 Chapter 2 Installation Installing Data Unit The data unit can be installed in a standard 19 rack through hangers accessories or a round hanger accessory It can also be mounted on the wall through hangers Installation Hole Position The hangers are installed on the side panels and the round hanger is installed on the back panel or top panel The installation holes on the panels are shown in Figure 2 1 GI Back panel Left panel D Top panel Figure 2 1 Positions of installation holes The installation holes and also two installation holes on the right panel are
49. mera and camera1 and camera2 images will be displayed simultaneously in the interface as shown in Figure 5 18 Click Camera1 or Camera2 and the corresponding camera image will be displayed in the interface O SK SU E SC e ob RDU S Rack Data Unit User Manual Ld el Ce D D LL gt 2 v A 26 Chapter 5 Software Operation Different display modes have the same control buttons as shown in Figure 5 19 Through operating them you can turn up down left right direction of the camera regulate the brightness and contrast set the frame frequency record video replay video capture the picture and preview the image The Record button will turn to Stop after the recording action is initiated and click the Stop button to stop recording as shown in Figure 5 19 LU Note If Rewriting is ticked when the SD card is full the foremost records will be covered by the newly taken pictures and videos pa Contrast g Contrast o Rz H RM Reess mn SE geo Bright g g Bright 10 Frames sec LJRewriting 20 Frames sec LJRewriting Figure 5 19 Control buttons The capture picture list and the preview window are shown in Figure 5 20 and Figure 5 21 respectively 3 O Px frr O G Ya JOS res 18 131 ESIL rae l Dato mme TONDO 140 4 LA OL 2O80 140002 LAJN 2OD0 39 Cu uA 14a JIA AN Lee RAD 17 AM A cities 17228 Le 1s 22 a0s0 17 34 58 LEPP2 ZON0 17 35 Dee EK TE SCHLASS LS Le LA
50. n Apply Comms Loss Reset Figure 5 46 SN DI sensor configure window LU Note 1 At most three SN 3C dry contact sensors three SN 2D door dry contact sensors and one SN L leak detection sensor can be configured 2 The serial numbers of the sensors will be displayed in the Address column automatically 4 Select the TH Sensor Configure tab and the window shown in Figure 5 47 will appear You can set the positions of the temperature and humidity sensors Click Apply to complete the configuration DI Sensor Configure SH DI Sensor Configure TH Sensor Configure TH Sentar Configure Loan 1 b con biniien 3 Loan 3 S i Tampi w oi Tomoi Location Sa TeoneitLoceen H Terol Logie H Tempi Location ace Figure 5 47 TH sensor configure window LU Note 1 At most ten SN TH temperature amp humidity sensors can be configured 2 The serial numbers of the sensors will be displayed in the Address column automatically 3 At most eight IRM series temperature sensors and eight IRM series temperature amp humidity sensors can be connected with the system After NForm is connected when IRM series sensors are used the system supports at most ten temperature monitoring points and eight humidity monitoring points The address range of the ten temperature monitoring points is 10 11 12 13 20 21 22 23 30 and 31 The temperature monitoring points beyond this address range will not be displayed in the NForm PDU Click the PDU nod
51. n sensor is selected it cannot share the same digital sensor port with the water sensor 3 The line sequence see Figure 3 4 for detailed definition of the DI1 DI2 and DI3 ports is fixed The types of the sensors connected to a port cannot be the same If the digital sensor with a connection cable in factory recommended by Emerson is connected insert the RJ45 connector of the connection cable into the DI1 DI2 or DI3 port The recommended sensors are shown in Figure 3 5 St 25 E a SC Lie u RDU S Rack Data Unit User Manual 10 Chapter 3 Connection EE SD01S smoke sensor ER DR02J door magnet sensor IRM S0O1W water sensor ER ST01P infrared sensor Figure 3 5 Recommended sensors Connecting multiple signals of RJ45 ports DI1 DI2 and DI3 ports can be connected with multiple signals simultaneously When a port is connected to multiple signals RJ45 three way connectors optional are required for transferring according to the signal amount Use standard straight network cables to cascade connect the signals in daisy chain mode and then connect them with the corresponding port Figure 3 6 indicates the connection method that DI1 port is connected with infrared sensor door magnet sensor and smoke sensor DI1 port RJ45 three way connector RJ45 three way connector Network Network _ cable cable PEs AES Connecting smoke sensor Connecting infrared sensor Connecting door magnet sensor
52. nnect the sensors The 1 wire sensor port silkscreen Q is supportive of 1 wire sensor The DI1 DI2 and DI3 ports are supportive of digital sensors including infrared sensor water sensor door magnet sensor smoke sensor and so on The IRM sensor port silkscreen TH_BUS is supportive of IRM series sensor including temperature sensor and temperature amp humidity sensor If the used sensor needs 12Vdc power the 12Vdc power output port see Figure 1 3 of the data unit can be used Connecting 1 Wire Sensor Port The 1 wire sensor port silkscreen Q is used to connect the SN TH temperature amp humidity sensor SN 2D door dry contact sensor SN 3C dry contact sensor or SN L leak detection sensor Port position The positions of the 1 wire sensor ports are shown in Figure 3 1 1 wire sensor port ZS Sess sggss 2L SSS sss O ND 0 00 por WSS 0 0 0 0 P amp S 00 000 0 0 00 R BA PI 00 0 0200 000 0 0 E 0000 0 00 0 0 0 BS 0 990 0 0590 0 0 9 li 0 05395 0 0 0 aN GND O 000 0 000000 0 00 00 POOO ES E O 1 wire sensor port Figure 3 1 Positions of 1 wire sensor ports Pin definition The pin definition of the 1 wire sensor port is described in Figure 3 2 RDU S Rack Data Unit User Manual Chapter 3 Connection 9 Pin definition 1 VCC 5Vde 5 NC 2 1 wire signal 6 NC 3 NC 7 NC lL d 4 NC 8 GND Figure 3 2 Pin definition of 1 wire sensor port
53. nput port see Figure 1 3 to make sure that the power can be cut off in time in case of an accident Checking After Powering On Insert the power cable to power on the data unit and check that 1 The indicators see Figure 1 2 of the data unit are working normally See Table 1 1 for the descriptions of the indicators during normal operation If the indicators work abnormally check the cable connection and the working status of the base site to which the data unit is connected 2 The information displayed on the HyperTerminal is normal If no information is displayed check that the connection between the data unit and the computer and HyperTerminal settings are correct You can log onto the data unit through the HyperTerminal after the above checks RDU S Rack Data Unit User Manual 4 4 4 9 Chapter 4 Parameter Setting 19 Logging Onto Data Unit The logging procedure is shown in the following figure Emerson Hetwork Power Co Ltd Linux armvdtl 2 6 24 RDOU S login rduadmin Password Linux 2 6 20 Copyright 2006 Emerson Hetwork Power Co Ltd All Rights Reserved CEeLeeee eee eres The mogel i RU CGS EEE e eee eee ee ee ee ee ee EE EE EE EE EE ee ee ee a Copyrightic 2007 2009 Emerson Network Power Co Ltd ALL RIGHTS RESERVED a x Melcome to FDU Rack Data Unit x Version 1 0 2008 12 RL sach ir The detailed procedures are given as follows 1 Power on the data unit
54. nserted 1 Check that no obstructs exit in the Micro SD card slot 2 Check that the Micro SD card is inserted in place It is recommended to insert it again 3 Restart the data unit After unplugging and plugging the Micro SD card the data unit must be restarted to read the data No response occurs after the corresponding sensor is connected 1 Check that the sensor is working normally 2 Check that the configuration file is configured correctly 3 Check that the channel used by the sensor does not have conflict SMS message error without response 1 Check the model number of GPRS Modem and make sure that the modem being used is supported by the system 2 See supported modem list in RDU brochure No communicating for PDU 1 Check the model number of PDU Make sure that it is Serial Switched PDU Serial Metered PDU or Serial Mps PDU 2 Check address of the PDU RDU S Rack Data Unit User Manual Appendix 1 Command Lines 45 Appendix 1 Command Lines This appendix introduces the command lines of the data unit Overview The data unit provides command lines which include a series of configuration commands You can run commands to configure and manage the device The command lines provide the function of helping loading uploading files testing changing password and command setting The command lines provide the following features Support simple command line editing function Type or h
55. nter key view start up self test information Type 2 and press the Enter key ping to network test Type 3 and press the Enter key start serial port test Type A and press the Enter key stop serial port test Type 5 or q and press the Enter key exit the test command and return to the main interface of command line If you do not have any operation for the command within five minutes the software will automatically exit and return to the main interface of command line 9 Show The show command is used to display the product information Type show under the command prompt RDU_admin and press the Enter key as shown in the following figure ROU admin show Emerson Hetwork Power Co Ltg RIU Product Rack Data Unit 10 Lookstatus The lookstatus command Is used to display the system status and network status Type lookstatus under the command prompt RDU_admin and press the Enter key as shown in the following figure ROU admin lookstatus UA Print this menu 1 Show system status 2 Show net status r Exit KU Lookstatusz Command 0 for helpt You can type 0 3 to realize the different operation functions Type 0 and press the Enter key show the lookstatus command interface Type 1 and press the Enter key show the system status as shown in the following figure RDU S Rack Data Unit User Manual ZS LL Ka u Si Ld
56. ork com cn Enable emails for all events Apply Add Recipient Delete Figure 5 33 Recipients window RDU S Rack Data Unit User Manual ZS Li cl Wd VI Qo Ld e Ce Ce O St SL E Gei SC Lie ob 32 Chapter 5 Software Operation 2 Click Add Recipient and the figure shown in Figure 5 34 will appear SMTP Server Recipients Recipient Address suppont emersonnetwork com cn Enable emails for all events Apply Add Recipient Recipient Address Sek Figure 5 34 Adding recipient window 3 Type the Email address in Recipient Address and click Apply Adding recipients is completed Clicking Reset can re type the E mail address and clicking Cancel can cancel the adding operation 4 Select one Email address and click Delete and the Email address will be deleted mA Note 1 At most eight Email addresses can be added 2 If Enable emails for all events is ticked the system will send you an Email under any event generated by all sensors except the event generated by the third party intelligent devices for example PDU 3 Test Click the Test tab and the window shown in Figure 5 35 will appear Recipients Tesi From Address Rettokt Address iufougamensonn Tee Heme Figure 5 35 Test window Click Test the data unit will send a test Email to the recipient address SMS Click the SMS node and the window shown in Figure 5 36 will appear You c
57. otal Load 0 0 A Le Percent of Load 0 0 2 Le Voltage Van 225 0 W Apparent Power 0 0 VA Address D Upper load current 5 5 Lower load current 0 0 PDU category 65 Le PDU output port number 8 Le Total load state 1 Rated load 10 0 Rated voltage 250 0 Signal tab Alarm EventName Severity Event Meaning State Total Load D Normal 1 Event tab RDU S Rack Data Unit User Manual Time 2011 02 05 16 48 57 2011 02 05 16 46 57 2011 02 05 16 48 57 2011 02 05 16 48 57 2011 02 05 16 48 57 2011 02 05 16 48 57 2011 02 05 16 48 57 2011 02 05 16 46 57 2011 02 05 16 48 57 2011 02 05 16 48 57 2011 02 05 16 46 57 2011 02 05 16 46 57 Trigger Value Start Time i 2011 02 05 16 46 31 O St SU E SC Lie ob D E SK SU E o Ow ob 22 Chapter 5 Software Operation Operation Control Name RealValue MaxValue MinValue SC Setting Address 0 99 a Setting Upper load current 5 5 99 0 0 0 Setting Lower load current 0 0 99 0 0 0 Control tab Figure 5 13 Tabs of metered PDU In the Control tab click the icon in the Operation column to set the address or threshold for metered PDU as shown in Figure 5 14 Setting Address Setting Upper load current Setting Lower load current SS Figure 5 14 PDU setting windows Switched PDU For switched PDU the PDU page is shown in Figure 5 15 Liebert rpu s RDU S EMERSON F Ale vat Prasti RDU S Leer amin logout Usar bevel A
58. phrase lorivpass o Figure 5 41 Select SNMP V3 6 Click Apply the setting is successful Click Cancel the setting is cancelled 2 Deleting NMS Select one NMS and click Delete and the NMS will be deleted le SK SU E o Ow ob E RDU S Rack Data Unit User Manual Chapter 5 Software Operation 35 IRA Note 1 At most 20 NMSs can be added 2 If Enable emails for all events is ticked the system will send you an Email under any event generated by all sensors except the event generated by the third party intelligent devices for example PDU Time Click the Time node and the window shown in Figure 5 42 will appear You can calibrate the system time of the data unit through the window including automatically getting local time and getting time through NTP server You can also set the calibration interval through the NTP server and select the Time Zone In addition you can disable and enable Daylight Saving Time DST by the following method Select Disable to disable Daylight Saving Time Select Automatically adjust clock for daylight saving time only when 5 00 8 00 is selected for Time Zone go Select Manual Set you can set DST Start Time DST End Time DST and Adjust Hours a 2010 10 14 L cbhi 28 O WTP Server Primary HIE Sirvi Secondary NTF Server TE serer connection mterval Timi Zong DO Doubles Libon Londis Daylight Saving Time Daskis Artomatically adjust ect fer
59. r You can view the alarm records including critical alarm warning and notification in the interface You can click Time to list the events in time sequence N Liebert ere EMERSON T d CH e E het eel naa ROMS they mite ope Lior fera Geen ae ADUT System Tine hh it Mii H RIA 5 SI Lene JESUS Events Sigil gut Benet Temp amp Hum done Evam Siri Cleat Event Habay es j ire beleen keet Lid el high Ge Figure 5 55 Event history window RDU S Rack Data Unit User Manual Chapter 5 Software Operation 41 Click the Export CSV File button to export the history events in CSV format and the figure shown in Figure 5 56 will appear History Sample Data List Microsoft Internet Explorer Seles File Edit view Favorites Tools Help O O ABO P mm OLSE S Address Si http 10 163 162 151 historyxml esp SW EI Go Links Sensor History Open in New Window Save Target s Notes Click the file nat Print Target ifile If you use IE browser to save file please modify file extension to CSV Copy Shortcut File Name Paste Time Size Byte C Sensor Event History 1 Add to Favorites 2010 13 47 55 37706 Properti Sensor Event History 2 Peres __ 2010 13 47 55 59 E http 10 163 162 151 sensor Sensor_Event_History_2 csv E e Internet Figure 5 56 File list window Right click the file to be exported and select the command For example select Save Target AS to
60. r Er meei cah CH TSE Onno Corp Cp SH iH 5 Sg s SU 14 E H ics Apely cancel J cl Ce sf Figure 5 53 Configuration interface of alarm notification D LU gt 2 v A E RDU S Rack Data Unit User Manual DISCONTINUED PRODUCT 40 Chapter 5 Software Operation L Note 1 At most 64 alarm events can be configured 2 The logical operation and or will be processed from left to right 3 Several Email addresses can be selected by clicking them one by one Temp amp Hum Click the Temp amp Hum node and the window shown in Figure 5 54 will appear You can configure the output mode of alarm events for the temperature and humidity sensor through the interface When an alarm is generated the system can selectively output it according to the alarm class The output mode includes Email Email notification Camera USB video through USB Camera and DO audible and visual alarm through the relay SH Temp amp Hum Level Ditet Lag L Deiere O Te d ld eebe Fir aenea k coo Cen h Tompi ew daming w z Email w Bts appr Cancel Figure 5 54 Temp amp Hum action window L Note Among the selections in zm the sensor whose name is SN Temp XX or SN Hum XX belongs to 1 wire mode the sensor whose name is SerialTXX or SerialHXX belongs to RS485 mode Event history Click the Events History node and the figure shown in Figure 5 55 will appea
61. t in the pop up Select file dialogue box and click Upload to update the firmware update file firmware rdus into the data unit Configuration file 1 Click the Configuration File node in the Control interface to upgrade the configuration file of the data unit and the window shown in Figure 5 28 will appear Configuration File E Pate be dereen Lee Loreal Condigueation Filo L_teowse Upad Figure 5 28 Configuration file window 2 Click Browse select the configuration file of the data unit in the pop up Select file dialogue box and click Upload to update the configuration file into the data unit Restore factory defaults Click the Restore Factory Defaults node in the Control interface to restore the system default setting and the window shown in Figure 5 29 will appear Restore Figure 5 29 Restore factory defaults window Click Restore to restore the system default setting 5 4 Configure Interface Operation Description Click the Configure tab to enter the Configure interface as shown in Figure 5 30 Ld cl e Ce sf D LU lt 2 v a f RDU S Rack Data Unit User Manual D SK SU E o Ow yi h 30 Chapter 5 Software Operation i Liebe rt RDU S RDU S EMERSON nn Eare on ereen omaten E EE ROW S GER dee WE Obtain IP address automaticaly use the folowing P address ROU S System Time F010 12 09 13 23 31 RDU S IP Address 10 763 162 1
62. t the Link port of the upper PDU with the RS485 port of the lower PDU in daisy chain mode as shown in Figure 3 11 Lud Ce D A LU 2 O v a E RDU S Rack Data Unit User Manual aa wf E LA wll 2 J CA Le 12 Chapter 3 Connection wld IF ER veel ks Data unit SE EEN Ber EE al ba 3289 mo Jl mm ee C OOOO OO OO Oo OO OO oe 12V GND DS Un ee Micro SD USBI USB2 USB CONFIG ETH D2 THBUS OG L RS485 port PDU1 be Link port PDU2 e es Connecting to the RS485 port of lower PDU At most eight PDUs can be connected Connecting to the Link port of upper PDU PDU8 Figure 3 11 Connecting the data unit and the PDUs LI Note At most eight Emerson serial PDUs can be monitored by the data unit through the serial ports COM1 and or COM2 3 4 Connecting Relay Ports Port position The positions of the relay ports are shown in Figure 3 12 z SS SSSSSE8SES5 EEN G ap sie OF a 2 USB ad Q 929 Micro SD use ov GND O 0 0 OO o Kg ee RE Q000 00 0000 0 o000 Relay ports Figure 3 12 Positions of relay ports Connection method When the relay output specification reaches 5A 2
63. ure 5 59 You may click Time Name Value and Unit to list the data in the corresponding sequence respectively Liebert oui EMERSON HESS g Leer sihi ieee Lie teed Aceh ales SH A Speen Te SAIT UE RE Int AIP Fid drin PALL T Ty Haten 3 Emiri D Gract 7 Titis WER J Infra 7 Ea r kt Duis J Ce sf Figure 5 59 Historical data interface in table mode D LU ff 2 v a RDU S Rack Data Unit User Manual Chapter 5 Software Operation 43 2 Export CSV file Click Export CSV File to export the historical data The exported historical data will be saved in local computer Interval 1 Click the Interval node and the window shown in Figure 5 60 will appear lntdneal Log data kira ima fining T2 i 1 Apiw Figure 5 60 Interval window 2 Type the interval and click Apply and the interval of the acquisition data is changed Clear history data 1 Click the Clear History Data node and the window shown in Figure 5 61 will appear Clear History Data Clear History Data Figure 5 61 Clear History Data window 2 Click Clear History Data and the historical data will be cleared System Information Interface Operation Description Click the System Information tab to enter the System Information interface as shown in Figure 5 62 You can view the version information of the system and hardware through the interface You can also define the Site Name accordin
64. used for installing the hangers and the installation holes are used for installing the round hanger Installing The Data Unit In A Standard 19 Rack Installing the data unit through hangers 1 Fasten two hangers respectively to both sides of the data unit with M3 screws as shown in Figure 2 2 Figure 2 2 Installing hangers rack mounting The completed status is shown in Figure 2 3 O O O O00 0 0 0 0 0 0 0 CDEN V O Fixing hole COROA Ree RER 0 000 TE ES EE EE ee 4 pcs O 0 0 0 0 0 0 0 0 0 0 0 0 gt IER rr OKOKER GE EE EE Re CS OXO7070 0 0 0 070 070 070 sz sz 4 JI Lh reh erh ooo 0000060000900 IE J 500 00070 070000 05 3 o O OO O O O CO O O Hanger Processing unit Hanger Figure 2 3 Completed status figure 2 Put the data unit onto the guide rails in the rack and push it into the rack completely 3 Wrench M6 screws into the fixing holes see Figure 2 3 of the hangers to fasten the data unit onto the rack RDU S Rack Data Unit User Manual Chapter 2 Installation 7 Installing the data unit through a round hanger 1 Fasten the round hanger onto the top panel or back panel
65. will not be damaged within the temperature range 1 2 4 Mechanical Specifications The mechanical specifications of the data unit are listed in Table 1 7 Table 1 7 Mechanical specifications Dimensions L x W x H Weight 440mm x 44 2mm x 55mm lt 1 5kg 1 3 Options The options of the data unit are listed in Table 1 8 Table 1 8 Options Classification Optional model ER ST01P infrared sensor RJ45 port EE SD01S smoke sensor RJ45 port ER DRO2J door magnet sensor RJ45 port EW WT01B water sensor RJ45 port IRM S01W 5m 10m water sensor RJ45 port SN TH temperature amp humidity sensor RJ45 port SN 2D door dry contact sensor RJ45 port SN 3C dry contact sensor RJ45 port IRM SO1T intelligent temperature sensor RJ45 port 10 IRM SO2TH intelligent temperature humidity sensor RJ45 port 11 SN L leak detection sensor RJ45 port Digital sensors O OD JO Om SS Go M 1 SL79LED stroboscopic alarm two cables non RJ45 port Rel elay connectors HX F8502 acousto optic alarm two cables non RJ45 port KS 188 USB camera Cameras ICAM 01 camera with PTZ control IDS 08 5cm simple installation support Mushroom head magic paste 16mm gummed magic paste CT3Y 3cm round magnet RJ45 three way connector Installation options of sensors oR WN NM DY ke kd cl e Ce D D LU Z 2 v a m
66. x Humidity sensor The operation of the humidity sensor is the same as that of the temperature sensor Input contacts Click the Input Contacts node in the Monitor structure tree and the figure shown in Figure 5 7 will appear You can view the working status of the connected digital sensors If the working status Open or Closed of the digital sensor is displayed in black it indicates that the digital sensor is normal and does not detect any alarm if the working status is displayed in red it indicates that the digital sensor detects an alarm or alarms 3 Input Contacts D 3 IC fr Cad 3 NS A GH 1 a np j iy La k ae Deen Close D sem Oe Desen SH L A SH at 3 CH 10 4 Sai ik F 1 T e 7 ia a phen Cpe Lan tor Figure 5 7 Input contacts window Output relays Click the Output Relays node in the Monitor structure tree and the figure shown in Figure 5 8 will appear This window displays the working status of the devices connected to the relay port For example the icon of DO1 indicator alarm turning red indicates that it generates an alarm ij Output Relays mor HH cay Figure 5 8 Output relays window RDU S Rack Data Unit User Manual E Lil e Ld A LA ken cl CH Ce sf L St P E e o Ow vi 20 Chapter 5 Software Operation Double click the icon of DO1 or DO2 to configure the output status of DO sensor as shown in the Figure 5 9 DO Control DCH Output F

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