Power Distribution Unit (PDU)
Contents
1. MAC Address 00 04 43 1E 96 12 C Enable DHCP i IP Address 192 168 123 123 Config Sections Gateway 192 168 123 1 Subnet Mask 255 255 255 Primary DNS 8 8 8 8 Secondary DNS 8844 Save Changes Time Current time Sat 01 15 00 23 08 56 Mode Manual v GMT Offset 00 00 Figure 10 Configuration Page GM1118 15 Revision Date 09 19 2011 Unit Configuration Network The unit s network configuration is set on the Network section of the Configuration page Settings pertaining to the unit s network connection are DHCP Allows the unit to request a dynamic IP address from a server on the network e Static IP Address Net Mask Gateway When not using a dynamic address enter static network configuration information here e DNS Servers Allows the unit to resolve host names for Email NTP and SNMP servers as well as cameras Network MAC Address 00 04 A3 1E 96 12 Enable DHCP IP Address 192 168 123 123 Gateway 192 168 123 1 Subnet Mask 955 955 255 0 Primary DNS gaan Secondary DNS a844 save Changes Figure 11 Network Configuration Section Time and Date The system clock is set on the Admin section of the Configuration page The unit comes preconfigured with the IP addresses of two NIST time servers and is set to the Central Time Zone 0500 GMT Should a local time server be preferred enter its IP address into the Server box and click the Save Changes button Clearing the t2. Accessories IP Addressable Network Cameras The unit is able to interface with up to four IP addressable network cameras A live snapshot from each camera will be displayed on the unit s Sensors page underneath the main unit s graph Clicking on a snapshot opens the camera s website in a new browser window 76 79 31 250 76 79 31 251 Figure 23 Camera Images Camera model and IP address are entered on the Monitoring tab of the Configuration page Note Some cameras require additional software downloads to display live video in a web browser RSC Integration For users with multiple units Geist RSC software offers e Convenient single window monitoring of multiple units via simple web based interface e Streamlined firmware updating e Consolidation of alarm settings See http www geistmfg com for more information Alternate Data Formats In addition to the full access control and configuration available via a desktop web browser BB100 Series products present data in multiple formats for easy integration with other monitoring systems Data formats available via links on the unit s web page are XML MIB Figure 24 Alternate Format Links e XML Extensible Markup Language Presents data in a structured tree for use with automated scripts and monitoring systems e MIB Management Information Base Downloads the MIB for use with SNMP monitoring tools GM1118 28 Revision Date 09 19 2011 Technical Support Firmware V
3. Data GM1118 10 Revision Date 09 19 2011 Logging Page The Logging page allows the user to access historical data recorded by the unit Please note that although data is logged once per minute all sensor data used in the real time display and alarm functions is read at least once every 5 seconds for internal sensors and once every 30 seconds for external sensors Recorded data is available for download in a comma separated values CSV file Click the Clear Logs check box and select Save Changes to clear the historical data stored in the device Logging Overview Alarms wi ia Di Click here to download CSV log data clear Logs Logging Control Config Help XML MIB Figure 6 Logging Page GM1118 11 Revision Date 09 19 2011 Display Page The Display page allows the user to assign friendly names to internal and attached sensors as well as change the default temperature unit of measure for sensors The 5Vdc internal analog sensors can also be adjusted to show what every range is necessary for the user There is a linear mapping of 0 5Vdc to the range entered by the user Additionally a unit label may be added to make the numbers more meaningful Display Overview pra General Display Temperature Unit Fahrenheit Logging Save Changes Bee Control Config Help Devices XML MIB Serial Number Device Type Friendly Name DOO04A31E9612C3 BB REL THA4 BB100 7 3C00000486F7FB14 digitalSensor Digital Sensor All
4. Sensor Devices Remove all unplugged devices Friendly Names Save Changes Analog Sensors Sensor Friendly Name Min Max Unit Analog 1 AN 0 00 1100 00 Analog 2 Al2 0 00 1100 00 Analog 2 Al3 0 00 1100 00 Analog 4 AN 0 00 1100 00 Save Changes Figure 7 Display Page GM1118 12 Revision Date 09 19 2011 Alarms Page The Alarms page allows the user to establish alarm conditions for each sensor reading Alarm conditions can be established with either high or low trip thresholds The alarms are displayed in different sections based on the sensor the alarm is associated with Alarm options include relays Email and SNMP Traps See Alarms page 21 for details GEIST BB100 BB100 IP Address 192 168 123 123 e Local Time Sun 01 16 00 16 49 14 v1 1 5 Alarms 2 Monitored 1 Tripped 0 Unplugged Alarm settings Overview Device Type Alarm Status BB100 GE DO004A31E9612C3 Temperature F ho ph Display pe LI Trap 1 1 SSC Tiipsif Above WM O raD ooo Control Sensor limit 40 00 ternal Type Relay1 Ke Config Alarm Help Threshold Save Changes Add New Alarm Options XML MIB iaa Digital Sensor 30000000486F7FB14 Digital Status ei F mail A Email 1 Trips if Below we limit 200 O Email 3 4 CAA Tes save Changes Add New Alarm Figure 8 Alarms Page GM1118 13 Revision Date 09 19 2011 Control Page The Control page allows the user to control th
5. cases the username does not have to match the Sender address but does need to be a valid user on the authenticating server Microsoft Exchange servers will have to be set to allow SMTP relay from the IP address of the unit In addition a test email can be sent from the bottom of this section Note The unit cannot receive e mails The POP3 server is used strictly for authentication and is not required when using None or ESMTP GM1118 17 Revision Date 09 19 2011 Email Server Port 25 Use SSL Sender User Name Password Destination 1 Destination 2 Destination 3 Email Status OK Save Changes Send TestEmail Figure 13 Email Configuration Section SNMP The unit supports retrieval of all data via Simple Network Management Protocol SNMP v1 and v2c In addition alarm traps can be sent to up to two IP addresses The SNMP configuration is entered on the SNMP section of the Configuration page The default read community string is public and the MIB is downloadable via a link on the unit s web page SNMP Read Community public Write Community private Trap Community private Trap Type W1 Trap e Trap IP 1 0 0 0 0 Trap IP 2 10000 Save Changes send Test Trap Figure 14 SNMP Configuration Section GM1118 18 Revision Date 09 19 2011 User Accounts BB100 Series offer account security options that are entered on the User Accounts section of the Configuration page There are t
6. the reset button will restore the default IP address and will also clear all password settings The Configuration page allows you to assign the network properties or use DHCP to connect to your network Access to the unit requires the IP address to be known so use of a Static IP or reserved DHCP is recommended The default address is shown on the front of the unit e IP Address 192 168 123 123 e Subnet Mask 255 255 255 0 e Gateway 192 168 123 1 Initial Setup Connect the BB100 to your computer using a crossover cable or hub switch Windows XP On your computer go to Start gt Settings gt Control Panel gt Network and Dial Up Connections Right click on Local Area Connection and select Properties Select Use the following IP address Use these settings IP Address 192 168 123 1 Subnet Mask 255 255 255 0 Gateway Leave blank Click OK twice The unit should now be accessible in a web browser via the unit s permanent IP address http 192 168 123 123 See Unit Configuration page 16 for details GM1118 8 Revision Date 09 19 2011 Internet Protocol TCP IP Properties 21x General You can get IP settings assigned automatically if your network supports this capability Otherwise you need to ask your network administrator for the appropriate IP settings Obtain an IP address automatically fe Use the following IP address IP address 192 168 123 1 Subnet mas
7. Gels Instruction Manual Environmental Monitoring Unit with Output Relay BB100 Series Firmware Version 3 Contents e E ande Specifications ea Overview Environmental Electrical Output Relay Contact Ratings Networking Data Formats EMC Verification PASTA AION sia Guidelines Mounting Network Overview Default IP Address Initial Setup Web Interface Overview Sensors Page Logging Page Display Page Alarms Page Control Page Configuration Page Unit Configuration na Network Time and Date E Mail SNMP User Accounts Admin Information Camera Configuration Relay Control Relay Contact Ratings Relay Settings Manual Override Acknowledgments Alarm Notifications Alarm Types Alarm Removal Thresholds SENSOrS Ee ee dee Overview Internal Sensors I O Sensors Remote Sensors A O En a IP Addressable Network Cameras RSC Integration Alternate Data Formats Technical SUD DOM sn Firmware Version GM1118 0 OO OO JO On Um Um PP P P AN Revision Date 09 19 2011 Firmware Updates Resetting the Unit Service and Maintenance More Technical Support Table of FIgures a a Eeebege REVISION HIStory can GM1118 Revision Date 09 19 2011 Specifications Overview The BB100 provides remote environmental monitoring and alarming capability needed to detect climate conditions in data centers Additionally the BB100 provides one output relay that can be operated remotely or set to
8. apidly resetting alarm values may not provide the desired results Allow up to 2 minutes after changing a setting before modifying it again GM1118 24 Revision Date 09 19 2011 Sensors Overview All internal sensors are measured every 5 seconds External sensors are measured every 10 to 30 seconds depending on the number of devices connected Sensor data collected by BB100 units provides useful trend analysis data While all values are not absolute in relation to a known unit trend analysis of the data allows users to view changes and draw useful conclusions about what is happening over time in the monitored environment Internal Sensors BB100 units contain the following onboard sensors e Temperature Measures temperature and can be displayed in C or F The accuracy is 1 F from 50 F to 185 F Note This sensor may be heated by internal circuitry in the unit a temperature offset is available to re calibrate e Humidity Measures the percent of water vapor in the air within 5 Dew Point Calculated measurement of temperature at which moisture in the air will turn to water based on the humidity and temperature measurements AI 1 Scales O to 5 Vdc input to 0 99 dry contacts may be used Al 2 Scales O to 5 Vdc input to 0 99 dry contacts may be used AI 3 Scales O to 5 Vdc input to 0 99 dry contacts may be used AI 4 Scales O to 5 Vdc input to 0 99 dry contacts may be used I O Sensors The BB100 units come equip
9. automatically open or close based on alarm conditions The BB100 is equipped with a built in web server with a 10 100 Mbps connection speed Web pages are generated by the unit to monitor local environmental conditions No software other than a web browser is required for operation and several data formats are available The BB100 has a built in sensor to monitor temperature humidity and dew point as well as one port for adding remote sensors The BB100 also has four I O ports for connecting additional external 5Vdc sensors such as Water and Door Sensors The BB100 can be optionally configured at the factory to support Power Over Ethernet PoE Environmental Temperature Operating 10 C 50 F min 45 C 104 F max Storage 25 C 13 F min 65 C 149 F max Humidity Operating 5 min 95 max non condensing Storage 5 min 95 max non condensing Elevation Operating Om 0 ft min 2000 m 6561 ft max Storage O m 0 ft min 15240 m 50000 ft max Electrical 6 12 Volts DC 2 Amps Output Relay Contact Ratings The output relay contacts are intended to carry low voltage signals only Do not exceed the following ratings on the output relay contacts DC 60 V 30 W AC 30 Vrms 1A Warning Consideration should be given to lockout tagout and other procedures required for servicing external devices controlled by the BB100 output relays Appropriate safety precautions must always be taken when operating or maintaining equip
10. e a la norme NMB 003 du Canada Warning Changes or modifications to this unit not expressly approved by the party responsible for compliance could void the user s authority to operate this equipment GM1118 5 Revision Date 09 19 2011 Installation Guidelines e If the BB100 is installed in a cabinet the ambient temperature of the rack should be no greater than 45 C e Install the BB100 such that the amount of airflow required for safe operation of equipment is not compromised e Mount the BB100 so that a hazardous condition is not achieved due to uneven mechanical loading GM1118 6 Revision Date 09 19 2011 Mounting Figure 1 BB100 Mounting Options Using the 19 horizontal panel mount brackets attach unit to rack as shown GM1118 7 Revision Date 09 19 2011 Network Overview This product comes preconfigured with a default IP address set Simply connect to the Environmental Monitoring Unit and access the web page with your browser Default IP Address BB100 units have a default IP address for initial setup and access to the unit if the assigned address is lost or forgotten Once an IP address is assigned to a unit the default IP address is no longer active To restore the default IP address press the reset button located beside the network connector and hold for approximately 20 seconds The idle and activity lights near the network connector will both light up when the IP address has been reset Note Pressing
11. e relay settings for the unit The BB100 has one relay that can be operated remotely or set to automatically open or close based on alarm conditions Friendly names for the relay give the option of changing the state name from Energized De energized to something more meaningful to the user For more information see Relay Control page 21 GEIST BB100 BB100 IP Address 192 168 123 123 zc Local Time Sat 01 15 00 23 48 59 v1 1 5 Allis wel No Alarms Monitored Relay Control u Friendly Names Alarms Beer nr 4 Relay Relay Name Energized De energized Mode Display E AE nas GE 24 Relay 1 Relay Energized De energized Ll Latching Logging Control save Changes Config Help XML MIB Manual Override Relay Status Action Relayi Energized Forced Do Nothing es Figure 9 Control Configuration Page GM1118 14 Revision Date 09 19 2011 Configuration Page The Configuration page contains many of the settings for the device Sections for Network Time Email SNMP User Accounts Administration Information Cameras and Diagnostics are all housed on this page Each section contains a Save Changes to allow for saving the newest settings within that section only See Unit Configuration page 16 for more details GEIST BB100 BB100 IP Address 192 168 123 123 e Local Time Sat 01 15 00 23 08 56 vi 1 5 All is well No Alarms Monitored Configuration Overview pra General Logging Buttons Config Help XML MIB
12. ersion The firmware version is located in the upper right section of the web interface header represented by v3 y xx Before contacting support it is recommended that the BB100 unit first be updated to the latest firmware version If this is not possible please have the unit s existing firmware version number available when contacting technical support BB100 BB100 IP Address 192 168 123 123 Local Time Sun 01 16 00 16 49 14 v1 1 5 Alarms 2 Monitored 1 Tripped 0 Unplugged Figure 25 Web Page Header Firmware Updates Keep your unit updated with the latest firmware releases or sign up for notifications at the following website http www geistmfg com GeistUS Docs downloads htm Resetting the Unit Should the BB100 unit loose communication the processor may be manually rebooted by pressing the Reboot button on the face of the unit Service and Maintenance No service or maintenance is required Do not attempt to open the unit or you may void the warranty No serviceable parts inside More Technical Support http www geistmfg com 800 432 3219 Email support geistmfg com Or contact your distributor GM1118 29 Revision Date 09 19 2011 Table of Figures Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15 Figure 16 Figure 17 Figure 18 Figure 19 Figure 20 Figure 21 Figure 22 Fi
13. formation on associating an alarm condition with one of the output relays Manual Override The output relay can be operated remotely through the Manual Override section of the Control page The user can force the relay to energize or de energize by selecting the desired action in a drop down menu and clicking the execute button The current relay status is displayed in the Manual Override section of the Control page The word forced is displayed next to any relay that has been manually forced to a given state Any forced relay will not change state based on alarm status Relays can be released from a forced energized or forced de energized state by selecting the Release Override option in the drop down menu Acknowledgments Any relay in latching mode will change from de energized to energized if it receives an alarm trip however the relay will not change from energized to de energized when the alarm status returns to normal until the user acknowledges the pending change Similarly any relay in latching mode will change from de energized to energized if it receives a manual override Force Energized command however the relay will not change from energized to de energized when the Release Override command is issued until the user acknowledges the pending change The user must check the Acknowledge and De energize box on the Control page for a latched relay to de energize GM1118 21 Revision Date 09 19 2011 Relay Control Friendl
14. ges Figure 16 Admin Information Configuration Section Unit Location Unit Description Environment Monitor Admin or Call Support Manuals supportageistmfg com or Call 800 432 3219 f 1 402 474 3400 Copyright 2003 2011 Geist Manufacturing All Rights Reserved Figure 17 Admin Information Display Camera Configuration Enter the domain names IP addresses and models of up to four IP addressable network cameras in the Cameras section on the Configuration page The unit will present a linked snapshot from each camera on the Sensors page Cameras Camera 1 URL Model No Camera k Username Password Camera 2 URL Figure 18 Cameras Configuration Section Note Each camera must be set to allow anonymous access to enable this feature GM1118 20 Revision Date 09 19 2011 Relay Control Relay Contact Ratings The output relay contacts are intended to carry low voltage signals only Do not exceed the following ratings on the output relay contacts DC 60 V 30 W AC 30 Vrms 1A Relay Settings The BB100 Series units provide one output relay that can be operated remotely or set to automatically open or close based on alarm conditions A relay in non latching mode will automatically energize and de energize as its associated alarms trip and clear A relay in latching mode will similarly energize on an alarm trip but will only de energize when acknowledged by the user See Alarms page 23 for additional in
15. gure 23 Figure 24 Figure 25 GM1118 BE LOO MOUNTING e ge a 7 Network Settings for Initial Setup ann aka 9 MacOS X network settings for initial setup ccc cece cece cece cnet ee ences eeeeeeeeeeeeneeeeenennngs 9 Sensors Page Internal Sensor and I O Data ccc cece ccc eee eeseeeeeneeeeeeeeeeeenenes 10 Sensors Page External Sensor Data 10 HOGGING Pa ra a re een ida en ea RRL ea S 11 Display PAE indi EA A 12 PARIS AAA as 13 Control CONTIGUFACION PAGS een 14 Configuration Page tete ee ee IAEA EA reise 15 Network Configuration Section uusssseeeeeesnnnnnnnnnnnnnnnnnnnnensnnnnnnnnnnnnnnnnnneeesnnnnnnenn 16 TIME CONTIGULALION Section EE 17 EmallContiguration Seco escri 18 SNMP Configuration Ec ON crisi AAA nn in 18 User Accounts Configuration Gectton nr r nn nn nr rn 19 Admin Information Configuration Section 20 Adrn n IHTOrMatlon DISPlaY nn A AA A a A AO 20 Cameras Configuration Section AA A aww lien 20 Relay CORTO ODIOSAS AAA AAA 22 Alann Ol OS sai pr id oa aia 23 Water Sensor WING Example AAA 25 Door Sensor Wiring EXaMP IE ua alien 26 Camer S A a an re aeg an ee EEE an re ee 28 Alternate elen Eil lat 28 Wep Page Header naaa A A AAA Ra 29 30 Revision Date 09 19 2011 Revision History 9 12 2011 Initial Version CG AK GM1118 31 Revision Date 09 19 2011
16. hree levels of account security e Administrator Password protects the Display Alarms and Configuration pages e Control User Password protects the Control Actions and Control Settings pages e View User Password protects the Sensors PDA WAP and XML pages User Accounts Admin User Name Admin Password Retype Fassword Control User Name Control Password Retype Fassword View User Name View Password Retype Password save Changes Figure 15 User Accounts Configuration Section User account names may include alphanumeric characters spaces and underscores Passwords may include alphanumeric characters and underscores Note The Administrator account must be active to enable the Control Access and View Only accounts Note The Control Access account must be active to enable the View Only account Note The account names root and admin are disabled for security reasons and cannot be re enabled Warning Record your passwords To reset lost passwords follow the instructions for resetting the unit s IP address and passwords given in the Default IP Address section page 8 GM1118 19 Revision Date 09 19 2011 Admin Information Information entered in the Admin Info section of the Admin tab of the Configuration page will show up at the bottom of the unit s web interface Admin Info Contact Name Contact Email Contact Phone Device Location Device Description Environment Monitor _ Save Chan
17. ime server addresses and clicking Save Changes will set the time servers back to the defaults The unit attempts to contact the time servers during boot up and periodically while running Until a time server is contacted or the system clock is manually set all log time stamps will present time as the number of seconds since the unit was powered up GM1118 16 Revision Date 09 19 2011 Time Current time Sat 01 15 00 23 08 56 Mode Manual GMT Offset 00 00 Day Month Year Hour Minutes Seconds 115 1 0 5 52 5 yy 0 23 0 59 0 59 Server pool ntp org Sync Period 1800 seconds Save Changes Figure 12 Time Configuration Section The time date IP address and friendly name of the unit are displayed in the top of each web page BB100 IP Address 192 168 123 123 Local Time Sat 01 15 00 23 08 56 Note The time and date are not adjusted for daylight savings time Setting the time zone offset forward and backward an hour will cause a gap or overwriting of logs respectively E Mail The unit is capable of sending e mail to as many as three addresses at once Most SMTP and ESMTP servers are compatible Authentication options are None POP3 POP before SMTP or ESMTP The e mail configuration is set on the Email section of the Configuration page An SMTP server as well as Sender and Destination addresses are required to send e mails Some mail servers may require a username and password In most
18. k 255 255 255 0 Default gateway Obtain DNS server address automatically Use the following DNS server addresses Prefered DNS server Altemate DNS server f Figure 2 Network settings for initial setup MacOS X Leopard Open System Preferences via the Dock or the Apple menu Select Network under Internet amp Network Select Ethernet from the list on the left side of the window and enter these settings on the right side of the window Configure Manually IP Address 192 168 123 1 Subnet Mask 255 255 255 0 Router Leave blank Hit Apply and confirm the changes The unit should now be accessible in a web browser via the unit s permanent IP address http 192 168 123 123 See Unit Configuration page 16 for details 0 Network Q Location Automatic HH Status Connected Ethernet is currently active and has the IP address 192 168 1 205 e ceca ger gt Configure Manually ES e Bluetooth J IP Address 192 168 123 1 mge Subnet Mask 255 255 255 0 FireWire Sf Not Connected Router Search Domains SSS Advanced amp Click the lock to prevent further changes Assist me Revert gt Apply Figure 3 MacOS X network settings for initial setup GM1118 9 Revision Date 09 19 2011 Web Interface Overview The unit is accessible via a standard unenc
19. ment connected to the BB100 Geist Manufacturing assumes no responsibility or liability for any injury or damage to any persons or property resulting from improper operation or maintenance of a device connected to the BB100 GM1118 4 Revision Date 09 19 2011 Caution The BB100 unit has not been evaluated for and should not be used in any application in which the failure of the hardware could lead to death personal injury or severe physical or property damage or environmental damage collectively High Risk Applications including but not limited to the operation of nuclear facilities mass transit systems aircraft navigation or aircraft communication systems air traffic control weapon systems and direct life support machines Geist expressly disclaims any express or implied warranty or condition of fitness for High Risk Applications Networking Protocols HTTP HTTPS SSL TLS SMTP POP3 ICMP DHCP TCP IP NTP Telnet Syslog Ethernet Link Speed 10 100 Mbps full duplex Data Formats HTML SNMP CSV Plain Text XML EMC Verification This Class A device complies with part 15 of the FCC Rules Operation is subject to the following two conditions 1 This device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation This Class A digital apparatus complies with Canadian CES 003 Cet appareil num rique de la classe A est conform
20. nother communications error Alarms can be added for each internal device or external sensor displayed on the Alarms page An alarm is added by pressing the Add New Alarm button and selecting the sensor value to be monitored from a drop down menu Alarm Removal To remove an alarm select REMOVE ALARM from the sensor type drop down menu then click the Save Changes button Thresholds The user must set a trip threshold and type for each alarm that is added to the Alarms page The threshold type is chosen as Trips if either Above or Below from a drop down menu when the alarm is created The threshold value is typed into a data window when the alarm is GM1118 23 Revision Date 09 19 2011 created Alarms are triggered based on the selected sensor s data and the trip threshold type and value Alarm settings can be edited or deleted at any time Analysis of each unit is recommended before setting alarm thresholds as some of the values monitored by the unit are relative values whose scale will differ slightly between units Allow each unit to operate under normal steady state conditions for several hours before setting alarm thresholds By allowing the sensors to operate for several hours the user can better understand what the normal variations are thereby allowing the user to choose alarm thresholds that will not trigger numerous false alarms Note Changes in settings take a few moments to become active R
21. ped with four I O ports for connecting additional external sensors such as Water and Door Sensors The four ports are designed to accept a 0 5 Vdc analog input alternatively an internal LOOK pull up resistor to 5 V allows for the use of dry contacts The I O port input is converted to a digital number ranging from O to 99 and is displayed on the Sensors page Unused I O ports will display a value of 99 This range can be adjusted on the display page allowing the user to modify the value to make it more meaningful to the user Water sensors act as conductivity bridges Moisture across the contacts causes the value to drop Door switches can be wired in a serial connection if the chain is broken the entire group is classified as open The limiting factor on the I O ports is the length of the wire found to be around 400 feet Water Sensors nr LWA Le Nas ud 00 On C common Y ka ON DN w Figure 21 Water Sensor Wiring Example GM1118 25 Revision Date 09 19 2011 Door Switches Extended d O O O L L AG 11 g C common Figure 22 Door Sensor Wiring Example Additional Optional I O Sensors RWS Water Sensor RDPS Door Sensor SA 1 Smoke Alarm RCP 2 125 V City Power Monitor WSK 10 10 Water Sensing Cable Kit WSK 40 40 Water Sensing Cable Kit 48 VDCM Power Monitor 30 VDCM Power Monitor Remote Sensors Available Sensors RT Temperature RTAFHD3 Temperature Air Flow Humidi
22. rypted HTTP connection as well as an encrypted HTTPS SSL connection The following web pages are available Sensors Page The front page Sensors gives a real time view of the unit s data Readings for the internal temperature humidity and dew point sensors along with all I O ports and external sensors will be shown Optional cameras may be added and their live snapshots are shown on this page Plug and play external sensors appear below the internal sensors when attached The menu bar allows access to the rest of the Environmental Monitoring Unit s functionality T BB100 5 BB100 GEIS IP Address 192 168 123 123 v1 1 5 T 1 Local Time Sat 01 15 00 21 35 31 Allis well No Alarms Monitored Overview Aen Tees Friendly Name Status BB100 D0004A31E 9612C3 Alarms Display Temperature C 75 34 F Humidity 36 Yo Logging Dewpoint 46 52 F Real Time Control An BER Sensor Readings Help AIS 100 Al4 100 XML MIB Alternate Unit Location Formats Unit Description Environment Monitor Admin or Call Support Manuals supportidgeistmfg com or Call 800 432 3219 1 402 474 3400 Copyright 2003 2011 Geist Manufacturing All Rights Reserved Figure 4 Sensors Page Internal Sensor and I O Data Alt 100 Real Time E Sensor Readings Digital Sensor E 3C00000486F7FB14 Digital Status XML MIB 1 Off 1 0 Vde On 99 5 Wde Sensor Friendly Name Figure 5 Sensors Page External Sensor
23. ty Dew Point CCAT Converts analog I O Sensors to Remote Digital Sensors RS2 Remote power monitoring and switching RTAFHD3 Compatibility The G RTAFHD3 sensor cannot be utilized in combination with the discontinued G RTAF and G RTAFH sensors or G RTHD sensors built prior to 2010 If you desire to add G RTAFHD3 sensors to an existing installation currently utilizing incompatible sensors please contact Customer Service for installation options Connecting Remote Sensors Plug and play remote sensors may be attached to the unit at any time via the RJ 12 connectors on the face of the unit In some cases splitters may be required to add additional sensors Each sensor has a unique serial number and is automatically discovered and added to the web page Up to four sensors may be connected to the BB100 GM1118 26 Revision Date 09 19 2011 GM1118 The display order of the sensors on the web page is determined by the serial number of each sensor Friendly names for each sensor can be customized on the Display page Note The sensor uses Cat 3 wire and RJ12 connectors Wiring must be straight through reverse polarity will temporarily disable all sensors until corrected Note The sensors use a serial Communication protocol and are subject to network signaling constraints dependent on shielding environmental noise and length of wire Typical installations allow runs of up to 600 feet of sensor wire 27 Revision Date 09 19 2011
24. y Names Relay Settings Relay Energized De energized Mode neo Relay Olas save Changes Override Selections Latching Mode Select Manual Override Relay Status Action Relay1 Energized Forced Do Nothing ho Figure 19 Relay Control Options GM1118 22 Revision Date 09 19 2011 Alarms Alarm Notifications The BB100 supports three types of alarm notification e Relay The unit can be configured to energize de energize one control relay e E Mail The unit can be configured to send alarm e mails to up to three recipients e SNMP The unit can be configured to send SNMP traps to up to two trap servers BB100 DOOO4A31E9612C3 Temperature F w F map 1 Trips if Above w O Trap 2 TRIPPED Sensor limit 40 00 internal Type Relayl eg we D Alarm Type amp Value Figure 20 Alarms Options The unit is capable of any combination of the above alarms at once Alarm type combinations are selected per alarm via the check boxes which are displayed for each alarm on the Alarms page Alarm Types The BB100 provides three types of alarm messages via E Mail and SNMP e Trip Occurs when a sensor value goes above a high trip threshold or below a low trip threshold e Clear Occurs when a sensor already in the Tripped or Unplugged state goes back into its normal range e Unplugged Occurs when a sensor with an alarm set loses contact with the main unit due to the sensor being physically unplugged or a
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