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W&T Electronics Web-Thermo-Hygrobarograph PoE 57612 Manual

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Manual
Web-Thermo-Hygrobarograph
Web-Thermo-Hygrobarograph PoE
US 1.03 11/2007
W&T
Type
Model
Release
10/100BaseT, 12-24V
57612, 57613
1.03, Nov 2007

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Summary of Contents for W&T Electronics Web-Thermo-Hygrobarograph PoE 57612

  • Page 1 Manual Web-Thermo-Hygrobarograph Web-Thermo-Hygrobarograph PoE US 1.03 11/2007 Type 10/100BaseT, 12-24V Model 57612, 57613 W&T Release 1.03, Nov 2007...
  • Page 2 W&T © 11/2007 by Wiesemann und Theis GmbH Microsoft, MS-DOS, Windows, Winsock and Visual Basic are registered trademarks of the Microsoft Corporation Subject to errors and changes: Since we can make mistakes, none of our statements should be used without checking. Please let us know of any mistakes or misunderstandings you are aware of, so that we can recognize and eliminate them quickly.

  • Page 3: Introduction

    W&T Introduction The W&T Web-Thermo-Hygrobarograph includes all the functions in one box for measuring, storing and displaying your temperature and humidity data. Numerous alarm functions are also available which can be custom incorporated into your own applications or into existing systems. This manual contains all the information you need to install, configure and operate the Web-Thermo-Hygrobarograph.

  • Page 4: Table Of Contents

    W&T Content Introduction ................. 3 1 Quick-Start/Commissioning ............6 1.1 Connecting the power supply 57612 ........ 6 1.2 PoE power supply 57613 ..........6 1.3 Connecting the temperature-humidity-air pressure sensor . 7 1.5 Ethernet connection ............8 1.5 Assigning the IP address using „WuTility“ ......9 1.6 IP assignment using DHCP protocol ........
  • Page 5 W&T 3.10 Alarm via TCP (client mode) ......... 52 3.11 Sending alarms via FTP (Client Mode) ......53 3.12 Syslog messages incl. alarm ......... 57 3.13 ASCII command strings via TCP Port 80 ......58 3.14 ASCII command strings via UDP ........59 3.15 UP-/Download .............

  • Page 6: Quick-Start/Commissioning

    W&T 1 Quick-Start/Commissioning Just a few steps are required to start up your W&T Web-Thermo- Hygrobarograph and to make it visible in your network. 1.1 Connecting the power supply 57612 Connect the AC adaptor provided to the terminal provided for the 12-24V AC/DC operating power.

  • Page 7: Connecting The Temperature-Humidity-Air Pressure Sensor

    W&T As an alternative to PoE power supply, the Web-Thermo- Hygrobarograph PoE can also be powered by an external power supply connected to the screw terminals on the underside of the housing. DC voltage of any polarity as well as AC voltage may be used.

  • Page 8: Ethernet Connection

    W&T 1.5 Ethernet connection The Web-Thermo-Hygrobarograph incorporates an IEEE 802.3- compatible network interface on a shielded RJ45 connector. The pin assignments correspond to an MDI port, so that the connection to the hub or switch is accomplished using a 1:1 shielded patch cable.

  • Page 9: Assigning The Ip Address Using „Wutility

    W&T 1.5 Assigning the IP address using „WuTility“ Once the hardware has been connected to the supply voltage as described above, you must assign the IP address needed for operation in a TCP/IP network. You can obtain the correct value for this parameter from your system administrator.
  • Page 10 W&T Click on the „IP address“ symbol: In the resulting window enter the desired network parameters for the device and confirm by clicking on „Continue“. The DHCP client of the Web-Thermo-Hygrobarograph can be activated in the following window. Clicking on the Continue button assigns the network parameters to the Web-Thermo-Hygrobarograph.

  • Page 11: Ip Assignment Using Dhcp Protocol

    W&T 1.6 IP assignment using DHCP protocol Many networks use DHCY (Dynamic Host Configuration Protocol) or its predecessor BOOTP described in the following section for centralized, dynamic assignment of network parameters. By default DHCP protocol is activated, so that in network environments with dynamic IP assignment you only need to connect the Web-Thermo-Hygrobarograph to the network.

  • Page 12: System Name

    W&T In the following dialog window deactivate the options BOOTP and DHCP. Click on Next to send the new configuration data to the Web-Thermo-Hygrobarograph. • Serial interface As part of serial IP assignment you can specify the following options for deactivating/activating the DHCP and BOOTP protocols directly following the address string: -0 r Deactivates DHCP and BOOTP -1 r Activates BOOTP/RARP...

  • Page 13: Lease Time

    W&T 1.6.3 Lease time The lease time determined and sent by the DHCP server specifies how long the IP address will remain in use. After half the lease time has expired the Web-Thermo-Hygrobarograph attempts to extend the time for the assigning DHCP server and to update the address.

  • Page 14: Reserved Ip Addresses

    W&T 1.6.4 Reserved IP addresses The Web-Thermo-Hygrobarograph provides services which can make use of other clients in the network as needed. To open a connection they of course need the current IP address of the Web-Thermo-Hygrobarograph, so that in these applications it makes sense to reserve a particular IP address for the Web-Ther- mo-Hygrobarograph on the DHCP server.

  • Page 15: Assigning The Basic Network Parameters

    W&T 1.7 Assigning the basic network parameters Select the menu item „Config“ to the left in the configuration tree. You are now prompted to enter a password. As shipped, the unit does not require a password, so that you can sinmply click on the Login button without entering a password.
  • Page 16 W&T The device now automatically displays the necessary menu points for this profile. Click on „Network“ in the configuration menu.
  • Page 17 W&T In the following screen enter all the necessary network parameters and then click on the „Logout“ button. By then clicking on the „Save“ button, all your settings are saved in the device and you quit your configuration session. After the network parameters are changed, the unit automatically performs a restart.

  • Page 18: Graph Display Of The Measurements

    W&T 2 Graph Display of the Measurements 2.1 Basic functions The device provides a table of the current values and a graph of the stored values. By using the control buttons at the bottom of the page you can do the following. Scroll the graph to right or left by the size of the display interval, to within one unit.
  • Page 19 W&T Zooms back to the previous zoom level. A c t i v a t e s a u t o m a t i c r e f r e s h i n g o f the graph. Refreshes the display Opens the configuration menu beneath the graph...

  • Page 20: Config Menu

    W&T Design and positioning of the graph is configurable. 2.2 Config menu...
  • Page 21 W&T The following functions are available from the configuration menu beneath the graph: Start: Here you specify the starting time for the X-axis. End: Here you specify the ending time for the X-axis. Polling Rate: Enter here the desired refresh rate for the graph. The device provides a new value no sooner than after 4 seconds.

  • Page 22: Table

    W&T 2.3 Table This function is used to show the currently represented values in table format. As soon as not all stored values can be displayed, the following values are shown in the table for each sensor: Max: The maximum value in the displayed interval Min: The minimum value in the displayed interval Ø: The average value of the displayed interval...

  • Page 23: Additional Basic Settings

    W&T 3 Additional basic settings 3.1 Configuring port and device name 3.1.1 Text Enter your personalized names and designations in the screen provided and then click on the „Temporary Storage“ button. Subject to errors and changes...
  • Page 24 W&T 3.1.2 Ports Enter here a name for the sensor and a descriptive text. Then click on „Logout“ and save your configuration. Port 1 (Temperature): Port 2 (rel. Humidity): Port 3 (Air pressure):...

  • Page 25: Setting Local Time

    W&T 3.2 Setting local time 3.2.1 Timezone Here is where you define the time zone where the device is located. The settings you make here are referenced to UTC (Coordinated Universal Time). Then click on the „Temporary Storage“ button. Subject to errors and changes...
  • Page 26 W&T 3.2.2 Summertime If you wish the device to automatically switch to summer time, first enter the offset to UTC. The standard value (for Germany) is two hours. Use „ „Apply Summer time“ to activate this function and save the settings. Start/Stop Define when summer time begins and ends.
  • Page 27 W&T Stop: Last Sunday in October at 03:00 hours 3.2.3 Device Clock If you do not wish to use a time server, you can manually set the clock here. Then click on „Logout“ and save your settings. Subject to errors and changes...

  • Page 28: Automatic Time Setting Using A Network Service

    W&T 3.3 Automatic time setting using a network service 3.3.1 Time Server If you wish to have a time server adjust the time, enter the necessary information here. The default addresses are only an example and do not have to be used.

  • Page 29: Configuation Of The The Data Logger

    W&T If you enter a name as the address, be sure that you have first configured the gateway and DNS server so that the device can resolve the addresses. Click on the "Logout" button and save your settings. 3.4 Configuation of the the data logger 3.4.1 Select Make the following settings: Timebase: Defines at what time intervals the measured data are...
  • Page 30 W&T Select Sensor: The sensor selected here is used for saving the values in the data logger. Attention: If you change Timebase or Select Sensor the memory will be erased completely. 3.4.2 Clear Clicking on the „Clear memory“ button deletes the entire contents of the data logger.

  • Page 31: Configuration Of The Graphics Settings

    W&T 3.5 Configuration of the graphics settings 3.5.1 Basic Settings Subject to errors and changes...
  • Page 32 W&T Enable: Auto scroll enable: After opening the graphical representation, the measured values are automatically refreshed. The control buttons are not available when using the Auto Scroll function. Show table: Shows the current values in table format as well. Show graph: Activates graph representation of the measured values.

  • Page 33: Select Sensor

    W&T Frame Color: Enter here the desired color for the border of the graph, or select a color from the color selector below: Background Color: Select here the color for the background of the graph. This color is also used as a background for the table.
  • Page 34 W&T Graphics Selection: You can set the following parameters for each sensor: Activate/deactivate Sensor X: (Checkbox selected/deselected) Sensor Color: Enter the desired sensor color, or use the color selector to choose. Show extreme values: If a zoom level is selected in the graph in which a display point represents a measuring interval and not an individual measuring point, this function is used to display the maximum and minimum measured in this interval.

  • Page 35: Scale Config

    W&T 3.5.3 Scale Config Scale: The graph can display four different scales. Each individual scale can be assigned the following parameters: unit: The unit used for this scale. min: The lowest displayed value on this scale max: The highest displayed value on this scale auto scale: The lower and upper values for this scale are selected automatically based on the measured values, so that an optimal, dynamic display is achieved.

  • Page 36: Calibration

    W&T 3.6 Calibration You can calibrate the sensor using single-point or two-point reference measurements and corresponding entry of offset values. In single-point compensation the entered value is added to the measured temperature value, whereas two-point compensation calculates a straight line for compensating the entire measuring range.
  • Page 37 W&T Subject to errors and changes...

  • Page 38: Browser Access

    W&T 3.7 Browser access 3.7.1 HTTP access Startup: Specify here which HTML page you want to display when the device is started up.

  • Page 39: Alarm Via E-Mail

    W&T HTTP Port: You can access the device through this port. The default is standard HTTP Port 80. If you want to use a different port, this may have to be explicitly named when the page is opened: http://webgraph:<PortNr> 3.8 Alarm via E-Mail 3.8.1 Basic Settings ->...
  • Page 40 W&T The e-mail function allows you to send an information or alarm mail to one or more e-mail or SMS recipients. Name: Enter the name you want to appear at the e-mail recipient. ReplyAddr: The reply address with which the device is identified MailServer: In the next step set the IP address of your mail server and its host name (for configured DNS servers) which you want the device to use.
  • Page 41 W&T Authentication: If a authentification for mail delivery is needed you can configure the user identification here: SMTP authentication off: no authentication ESMTP: a user-name and a password are needed to log in on the mail-server. SMTP after POP3: for SMTP-sending a access to a POP3 server is necessary to identify the user.
  • Page 42 W&T 3.8.2 Alarm X Here you configure the desired alarm conditions.
  • Page 43 W&T Trigger: Here you define the trigger for the alarm e-mail. Mul- tiple selections are possible. To send a message without alarm status, activate the „Timer“ checkbox only. Temperature: Min./Max.: Specifies the lower and upper limits. The range within these limits is understood to be „valid“. Hysteresis: You can also specify a hysteresis value which is used to reset the alarm status.
  • Page 44 W&T Example: min. 10°C / max. 18°C / Hysteresis 2°C When a limit is exceeded the alarm status is reset when 16°C (18- 2) is reached or when the value falls below 12°C (10+2). If the temperature rises or falls by more than 2°C in five minutes the alarm is also triggered.
  • Page 45 W&T Enable: Select the type of message. FOr an e-mail alarm, check the „Mail enable“ box. The values in the example would result in the following definition for the climatogram: 3.8.3 Alarm X -> Mail The actual content of the e-mail is specified under this menu point. Subject to errors and changes...
  • Page 46 W&T E-Mail-Addr: Enter here the recipient‘s e-mail address. To send the e-mail to multiple recipients, separate the addresses using a semicolon. Subject & Mailtext: Specify the subject line and the mail-text of the e-mail. In these text fields the following tags will be also accepted.
  • Page 47 W&T Attach thermo.csv enable: The „Attach thermo.csv enable“ option allows you to attach the complete contents of the data logger in semicolon-separated CVS format to the e-mail. The time base of the output corresponds to the data logger settings. The file is generated dynamically in the device, so that when the logger content is large creation of the CSV file may take up to 30 seconds.

  • Page 48: Snmp Incl. Alarm Via Trap

    W&T 3.9 SNMP incl. alarm via trap Send alarm messages as an SNMP trap. 3.9.1 Basic Settings -> SNMP Here you define the basic settings needed for SNMP operation. Community String: Read: By using this string you can access temperature values in read mode in your SNMP manager. Community String: Write: By using this string you can access temperature values.in both read and write mode in your SNMP manager.
  • Page 49 W&T Community String: Trap: This string is set within a SNMP-Trap Manager IP: Contains the IP address of your SNMP manager. The device sends the SNMP messages to this address. System Traps: You can create two system traps. Cold Start: When power fails or is disconnected Warm Start: For device reset SNMP Enable: Check this box to activate SNMP functionality.
  • Page 50 W&T 3.9.2 Alarm X -> SNMP The actual content of the SNMP trap is set under this menu point. Manager IP: Contains the IP address of your SNMP manager. The device sends the SNMP messages to this address. Trap Text: Specifies the text of the trap. In this text field the following tags will be also accepted.
  • Page 51 W&T W&T tag value Function comma spelling (##,#) dot spelling (##.#) Temperature: Displays the <T1> <t1> current temperature. Humidity: Displays the current <H1> <h1> relative humidity. Absolute humidity: Displays <AH> <ah> the current absolute humidity. Rate of change: Displays the <RC>...

  • Page 52: Alarm Via Tcp (Client Mode)

    W&T 3.10 Alarm via TCP (client mode) Send the alarm messages as a TCP packet. 3.10.1 Alarm X -> TCP: IP Addr: The IP address to which you want to send the message. Port: The recipient must have a TCP server service on this port which can pick up incoming connections.

  • Page 53: Sending Alarms Via Ftp (Client Mode)

    W&T 3.11 Sending alarms via FTP (Client Mode) Write temperature values directly to an FTP server. Subject to errors and changes...
  • Page 54 W&T 3.11.1 Basic Settings -> FTP Here you will find the basic settings needed for FTP mode FTP Server IP: Enter here the IP address or the host name of the FTP server you want to send the data to. FTP Control Port: This is the port needed for the connection.
  • Page 55 W&T 3.11.2 Alarm X -> FTP FTP Local Data Port: This is the local data port on the Web- Thermograph. Values between 1 and 65536 are valid. Entering „AUTO“ causes the device to select the port dynamically. File Name: Enter here the path to the file which the device should access.
  • Page 56 W&T W&T tag value Function comma spelling (##,#) dot spelling (##.#) Temperature: Displays the <T1> <t1> current temperature. Humidity: Displays the current <H1> <h1> relative humidity. Absolute humidity: Displays <AH> <ah> the current absolute humidity. Rate of change: Displays the <RC>...

  • Page 57: Syslog Messages Incl. Alarm

    W&T 3.12 Syslog messages incl. alarm IP Addr: The IP address you want to send the message to. Port: On this port the receiver must have a Syslog service installed which can pick up the incoming connections. (Stan- dard: 514) Syslog Text: The text corresponds to the same specifications as apply to the other message types.

  • Page 58: Ascii Command Strings Via Tcp Port 80

    W&T 3.13 ASCII command strings via TCP Port 80 3.13.1 HTTP When queried by means of an HTTP-Get command, the device can also send a header with IP address and device name in addition to the temperature. To do this, check the appropriate box. Only the temperature is sent if this function is deactivated.

  • Page 59: Ascii Command Strings Via Udp

    W&T 3.14 ASCII command strings via UDP In addition to TCP/IP comands, the device can also reply to UDP datagrams. For this you must set the port you want the device to „listen“ to. The default setting is 42279. The enable function activates UDP.

  • Page 60: Up-/Download

    W&T 3.15 UP-/Download In the download area you can download the XML configuration as well as the three user pages (home.htm, user.htm, log.htm) for further processing. With XML-Download you can read out the settings of the Web- Thermo-Hygrograph and make any modifications, and XML Upload allows you to store the settings again in the device.
  • Page 61 W&T The individual options and parameters correspond to the configuration items in the browser menu. Please note, especially in the case of mass updates and configurations, that the IP address stored in the XML file is also sent, which only needs has to be adapted. In addition, you can exchange the user pages (user.htm, home.htm, log.htm) in the Upload area.

  • Page 62: Single Querying Of Temperatures

    W&T 4 Single querying of temperatures 4.1 Querying temperature via TCP/IP It is possible to use a socket connection to manually query the current temperature values in CSV (comma-delineated data). This function is also used to query the individual data without the Web interface.

  • Page 63: Temperature Querying Using Snmp

    W&T When using multiple devices, it may be practical f o r b r o a d c a s t t r a n s m i s s i o n s t o i n c l u d e t h e name and IP address of the device as well.
  • Page 64 W&T If you want to make changes in the device via SNMP (IP address, subnet mask, etc.) you must first start a session on the device using your SNMP manager. If you have assigned an administrator password, you must enter it in your manager software as a „community string“! Entering the administrator passwortd in the variable wtWebGraphThermoBaroSessCntrlPassword opens a session.
  • Page 65 W&T If no SNMP communication takes place over a period of 5 minutes during an open session, the device unilaterally ends the session and all changes are cancelled. Opening an SNMP session has priority over an HTTP login. This means: A user with Config or Administrator rights loses his browser access as soon as an SNMP session is opened.

  • Page 66: Placing The Temperature Into Your Own Web Page

    W&T 5 Placing the temperature into your own web page It is possible to use an implemented Java applet to integrate the temperature on your own Web page. The applet is refreshed every 60s. An example for this applet is already in the device: http://172.0.0.10/app.htm To incorporate the applet for temperature monitoring into the HTML page, the following HTMP tag must be inserted at the...
  • Page 67 W&T g i l The sensor is selected using the parameter <Param Name="Sensor" VALUE="1"> The unit (for example for the humidity sensor) is specified by the parameter <Param Name="unit" VALUE="% rel."> The parameter is a string type. If it is not specified, a „C“ is automatically set.
  • Page 68 W&T To output an error message when there are problems opening a connection, use the parameter <Param Name="showerrors" VALUE="on"> or „off“ to turn this on or off. The default value is „off“. Once all the parameters are defined, you must close the HTMP tag with </Applet>.
  • Page 69 W&T The following reading function is used for this: function sensorChanged( iDevice, iSensor, iVal ) { Program code run when there is a change on the inputs The above function is invoked by the applet when a temperature change on the sensors is detected. iDevice specifies for which Web-Thermograph a value changed.
  • Page 70 W&T <param name="device" value="0"> <param name="showerrors" value="off"> <param name="sensorpolling" value="on"> <param name="pollingrate" value="4000"> Java is not activated or is not supported </applet></p> <table width="200" cellspacing="0" cellpadding="0" bordercolor="#FFFFFF" align="center"> <tr bgcolor="#CCCCCC"> <td id="temptab" align="center">0</td> </tr> <tr bgcolor="#999999"> <td> <div align="center"><font size="2" color="#FFFFFF">Sensor 1</font></div> </td>...

  • Page 71: Data Logger

    W&T 6 Data logger The Web-Thermo-Hygrobarograph stores all the measured values in a non-volatile ring memory, so that they are retained even after loss of power or actuating the reset button. The measured data in the data logger are recalled through the user page of the device (Home ->...

  • Page 72: Appendix

    W&T 7 Appendix 7.1 Alternate methods of IP address assignment 7.1.2 ...Using ARP command The prerequisite is a PC which is located in the same network segment as the Web-Graph 1x Thermo-Hygrometer and on which TCP/IP protocol is installed. Read off the MAC address of the device from the nameplate (e.g.
  • Page 73 W&T 7.1.3 ...Using a serial interface In contrast to the procedure described above, you can use the serial port to change an already existing IP address for the Web- Graph 1x Thermo-Hygrometer. Connect the RS232 port on the device to a PC (null modem cable, with the Web-Graph 1x Thermo-Hygrometer only pins 2, 3 and 5 are allowed to be connected) and start a terminal pro- gram (e.g., Hyperterminal).
  • Page 74 W&T -0 r Deactivates DHCP and BOOTP -1 r Activates BOOTP/RARP -2 r Activates DHCP -> Web-Thermo-Hygrograph IP no.+<ENTER>: <- Web-Graph Thermo-Hygroeter 172.17.231.99,255.255.255.0,172.17.231.1-0 -> Web-Thermo-Hygrograph 172.17.231.99,255.255.255.0,172.17.231.1-0 <- Web-Thermo-Hygrograph To connect to a terminal, you will need a null modem cable: Com-Server <>...
  • Page 75 W&T 7.1.4 ...Using an RARP-Server (UNIX only) Working with an RARP server activated under UNIX is based on entries in the configuration files /etc/ethers and /etc/hosts. First expand /etc/ethers by one line with the assignment of the Ethernet address of the Web-Thermo-Hygrobarograph to the desired IP address.

  • Page 76: Example For Creating Your Own Web

    W&T 7.2 Example for creating your own Web pages You can freely configure the standard display pages of the device (user.htm, home.htm, log.htm). Special control elements let you insert tags into the page. The following shows an example for creating the „user.htm“ page. Create an HTML file which must begin with the expression <user.htm>...
  • Page 77 W&T <w&t_tags=time> Inserts the current time of day. <w&t_tags=steps> Inserts a list box for selecting the times you want to display. <w&t_tags=ok_button> Inserts an „OK“ button which sends the selected parameters to the device. <w&t_tags=session> Inserts a hidden session control so that the use is not logged out of the device when leaving the page.
  • Page 78 W&T <w&t_tags=sensorx> Inserts the name of sensor x (1: Temperature, 2: Humidity, 3: Air Pressure) into the page and contains a link for the complete sensor description. <w&t_tags=device_name> Inserts the assigned device name. <w&t_tags=device_text> Inserts the freely configurable descriptive text for the device. <w&t_tags=location>...
  • Page 79 W&T Example for setting a background color in a table: <tr> <td colspan="3" align="center"> <table border="2"> <tr> <th><w&t_tags=sensor1></th> </tr> <tr> <td <w&t_tags=bct>><w&t_tags=t1> &deg;C</td> </tr> </table></td> </tr> If there is a limit violation, the temperature is shown on a red background. To specify the output format of the data, insert the following line in your document: <form action="log.htm"...
  • Page 80 W&T Sample user.htm: <user.htm> <html> <head> <title>Untitled Document</title> <meta http-equiv="Content-Type" content="text/html; charset=iso-8859-1"> </head> <body bgcolor="#FFFFFF" text="#000000"> <p>Web-Thermo-Hygrobarograph</p> <p>Time: <w&t_tags=time></p> <p><w&t_tags=sensor1>: <w&t_tags=t1> °C</p> <p>&nbsp;</p> <form action="log.htm" method="POST"> <p>Output format Data Logger:</p> <p><w&t_tags=steps></p> <p><w&t_tags=ok_button></p> </form> <form action="thermo.csv" method="POST"> <p>Output format CSV-output:</p> <p><w&t_tags=steps></p> <p><w&t_tags=ok_button></p>...
  • Page 81 W&T The Web-Thermo-Hygrobarograph displays this page in the Web browser as follows: Subject to errors and changes...
  • Page 82 W&T Sample log.htm: <log.htm> <html> <head> <title>Untitled Document</title> <meta http-equiv="Content-Type" content="text/html; charset=iso-8859-1"> </head> <body bgcolor="#FFFFFF" text="#000000"> <form action="log.htm" method="POST"> <w&t_tags=previous_button> </form> <w&t_tags=logtable> <form action="log.htm" method="POST"> <w&t_tags=next_button> </form> </body> </html>...
  • Page 83 W&T The Web-Thermo-Hygrobarograph displays this page in the Web browser as follows: Subject to errors and changes...

  • Page 84: Firmware Update

    W&T 7.3 Firmware Update The Web-Thermo-Hygrobarograph firmware is under continuous development. The following section describes the procedure for uploading new firmware as it becomes available. . Where to I obtain the current firmware? . Firmware update over the network using Windows 7.3.1 Where do I obtain the current firmware? The most up-to-date firmware including the necessary update tools and a revision history are published on our Web pages...
  • Page 85 W&T No special preparation of the Web-Thermo-Hygrobarograph is necessary to perform the firmware update. The WuTility used for the update detects all the WuT devices in your network and is essentially self-explanatory. If you do have any questions or if anything is unclear, please use the associated documentation or our online help.

  • Page 86: Led Indicators

    W&T 7.3.3 LED indicators ■ Power-LED: Indicates presence of supply voltage. If the LED does not come on, please check that the power supply is properly connected. ■ Status-LED: Flashes whenever there is network activity of the Web-Thermo-Hygrometer. Periodic flashing indicates that the unit is ready.
  • Page 87 W&T Auxiliary LEDs (internal ■ on error http://xxx.xxx.xxx.xxx/diag -LED: Indicates internal configuration errors. For troubleshooting, please open the page http://xxx.xxx.xxx.xxx/diag in the device. ■ system error: Serious hardware error. Attempt to start the device up again by interrupting supply voltage. If the condition persists, please return the unit for inspection.

  • Page 88: Emergency Access

    W&T 7.4 Emergency access The serial connection (DTE) of the device provides emergency access. This is activated as follows: Use a serial cable (null modem cable: pins 2, 3 5 only) to connect the unit to a PC and start a serial terminal program. Make the program settings as follows: 9600,8,N,1,no handshake Disconnect the supply voltage.

  • Page 89: Technical Data

    W&T 7.5 Technical Data Prod. No.: 57612, 57613 Thermo-Hygro Probe: I2C connection Air pressure probe: SPI connection Network: 10/100BaseT autosensing 57612: 12-24V AC / DC using screw terminal Supply voltage: 57613: Power-over-Ethernet (PoE) or via screw terminal with DC 24V .. 48V (+/-10%) or AC 18Veff .. 30Veff (+/-10%) Measuring unit Measuring range: -40°C...85°C, 0..100% rF, 10-1100 hPa...

  • Page 90: Declaration Of Conformity

    W&T 7.6 Declaration of Conformity...

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Web-thermo-hygrobarograph 57613

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