Building Automation Knowledge Base

Issue Setting up to Print a Report of Off Normal Points and Disabled Points in an I/NET System Environment I/NET site Cause How does one run a report on Off Normal Points and Disabled Points? Resolution There is a new feature in I/NET now that enables the user to run a report on Off Normal Points and Disabled Points. To set this up, the user needs to follow these simple steps: Start I/NET, log on and go to Edit, Host Computer, Network Functions. Select the Link that you need the Points to be printed; this displays all the controllers on this link. Click on the Nrml and Dsbl buttons, this sets up the controller to display these points. Select Summary, Off Normal Points, a list of points (if any are Off Normal) will be displayed. In this Editor there is a Print Button, Click on this, it will ask you for a printer that you normally print to. Click OK and a report will be generated on your printer. The same process should be followed for Disabled Points. Select Summary, Off Normal Points, a list of points (if any are Disabled) will be displayed. In this Editor there is a Print Button, Click on this, it will ask you for a printer that you normally print to. Click OK and a report will be generated on your printer.

Issue Auto Report Generation Environment I/NET site Cause Is there a Auto Report Generation function? Resolution I/NET displays this editor when you select Edit, Host Computer, and Auto Report Generation from the main menu. Use this editor to create new report generation schedules, or to access existing schedules. In order to automatically generate reports, I/NET relies on the Schedule Tasks function that is built into Windows. Notes: Before you create an Auto Report Generation schedule, confirm that the system date and time on your computer are accurate. The Windows Scheduled Tasks function relies on this information to run scheduled tasks. To verify or change this information, double-click the time indicator on the Windows taskbar. You must supply the password for the Windows account on which you want the scheduled task to run. The password cannot be blank (only if you are on a Network). Options The following options are available within this editor: Add — Select this function to create a new automatic report generation schedule. The system displays the Auto Report Name editor, allowing you to define a name for the new schedule. The system then displays the Auto Report Generation editor. Delete — Select this function to delete a report generation schedule. I/NET will prompt you to confirm that you wish to delete the selected schedule. You may then choose Yes to delete the schedule or choose No to keep the schedule. Modify — Use this function to change the selected schedule. When you select this function, the system displays the Auto Report Generation editor. This is the same editor that is displayed when you add a report, except that the Report Schedule Name parameter is already set and is read-only. Copy — The copy feature allows you to create a new schedule by duplicating an existing schedule. Choose an existing schedule from the list and select Copy. The system displays the Auto Report Name editor, allowing you to define a name for the new schedule. The system then displays the Auto Report Generation editor with the parameters already set. You can modify the parameter settings as necessary.

Issue How to Use User Search Product Line TAC INET Environment I/NET Site with Access Control Cause Explaining feature for users who have Access Control, to conduct searches for individuals in I/NET. Resolution There is a new feature for users who have Access Control, to conduct searches for individuals in I/NET. To utilize this, I/NET displays a dialog box when you select Access User Search from the main menu. Use this dialog to quickly locate the access control record stored for a particular individual. Use any combination of the following fields to locate the desired record: Last Name – Type the user's last name (up to 50 characters). First Name – Type the user's first name (up to 50 characters). Tenant – Use this drop-down list to narrow the search to a particular tenant, or to search through all tenant records. User ID – Type the User ID (1 to 24000) assigned to the individual. The search is updated with each character that you type and the result is displayed in the list. The result list shows all records returned by the search. Locate and highlight the desired record in the list. Once you have located and highlight the desired record, the following options become available: Picture – Select this option to display a User Search - Picture dialog. This dialog shows an image of the user and provides other information. Tree – Select this option to display the user in the System View interface. Zoom – Select the Zoom button to open the Individuals Parameter Editor. You can then view or change the individual's record as necessary. If necessary, use the Clear button to clear all fields. This can be especially useful when you are preparing to perform a new search.

Issue I/NET Seven Recycle Bin Features Environment I/NET Seven site with Access Control Cause Explaining  Access Control Recycle Bin provides a temporary storage location for deleted individuals, groups, and tenant records Resolution There is a new feature in I/NET Seven when enabled in Access Control Options. The Access Control Recycle Bin provides a temporary storage location for deleted individuals, groups, and tenant records. When one of these records is moved to the Recycle Bin, it no longer appears in any editors or summaries. Recycle bin records can later be restored, or they can be permanently purged from the system. Access to the Recycle Bin editor is restricted to users with proper permissions. This allows your system to be configured in such a way that only select operators are allowed to delete, restore, or purge records. Deleting a Group When you delete a group to the recycle bin, the following information is retained within a single Recycle Bin record: The group’s door assignments The group’s links to other groups The recycle bin does not retain references to a deleted group. Therefore, if you delete a group that is assigned to an individual, or that is being referenced by another group, the links to the group will be destroyed. Even though you can restore the group later, the previous links to this group will not be restored (i.e. individuals who were a member of the group before it was deleted will not automatically become a member of the group again when it is recovered). The system alerts you of this functionality by displaying a warning when you attempt to delete the group. This allows you to cancel the delete request if necessary. Deleting an Individual When you delete an individual to the recycle bin, the following information is retained within a single recycle bin record: The individual record: The individual’s key/card assignment The individual’s tenant assignment The individual’s door and group assignments Deleting a Tenant When you delete a tenant to the recycle bin, all of its groups and individuals are also deleted to the recycle bin and linked to the deleted tenant. The following information is retained within a single recycle bin record: The tenant record The tenant’s door assignments The tenant’s individuals and groups Recovering Records from the Recycle Bin The recover operation recreates an active record from the information stored in the recycle bin. Only a single record at a time can be restored. However, when you restore a deleted tenant, any groups and individuals that were defined for that tenant are also restored. Refer to Recycle Bin Editor for more information. Purging Records You can permanently delete access control records contained in the recycle bin by purging them. Once purged, these records no longer exist and therefore, they cannot be restored. I/NET offers you the following three methods for purging records from the recycle bin: Open the recycle bin and purge selected records directly. Refer to Recycle Bin Editor for more information: Configure I/NET to automatically purge records that have been in the recycle bin for a specified number of days. This function runs every 60 seconds. It uses the deletion time and date stamp contained in each recycle bin record to determine whether or not the record should be purged. Configure I/NET to automatically purge all recycle bin records at log off. Records can be purged silently at log off, or you can configure the system to first prompt the user. When prompted, the user can choose whether or not to purge the recycle bin. The prompt also allows the user to turn off future prompting and allow the system to silently purge the recycle bin at log off.

Issue Microsoft SQL Server 2000 and Client relationship. Environment I/NET Seven Site Cause advisory will provide you with an understanding of Microsoft SQL Server 2000 licensing requirements between server and client Resolution This advisory will provide you with an understanding of Microsoft SQL Server 2000 licensing requirements between server and client, and will provide additional guidelines for considering whether to use Full SQL Server versus the Microsoft SQL Desktop Engine (MSDE) provided with I/NET Seven. Please refer to CA-2004-04 Microsoft SQL Server 2000 and Client relationship.

Issue Induced voltage generated by electrical discharges & what we use to protect our hardware systems. Environment I/NET Seven or Vista Site Cause Explanation that I/Net and Vista products utilize a variety of design methods and transient related components/circuits for general isolation and/or suppression of EMC noise/disturbances Resolution The I/Net and Vista products utilize a variety of design methods and transient related components/circuits for general isolation and/or suppression of EMC noise/disturbances. We utilize components such as MOVs, Trans-Zorb TVS suppressors, inductors/ferrites, opto-couplers, relays with >1KV isolation, filter capacitors, RC circuits, etc., to suppress and/or isolate EMI interference along with circuit design and segregation practices to achieve compliance with the EMC immunity (and emission) standards applicable to the CE marking of the products. A number of different specific international standards are applied to this compliance verification.

Issue Revision Level in Summary Configuration. Environment I/NET Seven Site Cause Explanation of how the user can quickly check the revision level of their controllers to see whether they are compatible with their front-end software and sub-lan devices Resolution I/NET now has a feature that will enable the user to quickly check the revision level of their controllers to see whether they are compatible with their front-end software and sub-lan devices. To see how this is used, the user should follow these steps: I/NET displays the System Configuration Summary when you select Summary, Configuration from the main menu. This editor allows the operator to display the system hardware architecture at each system level. Select from the following system levels: Host — If configured as LAN, this selection will display each communicating Host (Host #/Host Name) across Ethernet. If configured as direct, this selection will display the Host Tap (7801/7804) connected to the Host. Link — This selection will display each link Tap (7801/7802/7804/7805) associated with the configuration, including the address, Tap type, Tap name, and the revision level and date of the firmware. Station — This selection will display each LAN Tap (7806/7810/7804/7803) and controller associated with the currently connected link. The information provided is address #, site #, Tap/controller type, station name, # of stations, and the revision level and date of the firmware. UC — This option displays all the unitary controllers connected to the 7760 controller (UCI) to which you are connected. The screen indicates whether a connected UC is communicating. MR — This option displays all the micro regulators connected to the 7792 (MRI), 7793 (MCI), or 7798 (I/SITE LAN) on the associated controller LAN. This screen indicates whether a connected MR or ASC is communicating. DPU — This option displays all the door processor units connected to the 7791 (DPI), 7793 (MCI), or 7798 (I/SITE LAN) on the associated controller LAN. This screen indicates whether a connected DPU is communicating. Connect to the site, on the task bar select Summary, Configuration. 

Issue Offline Database Edit Environment I/NET Seven Cause This facility lets you modify controller databases without having to connect to the actual controller. Resolution In I/NET, there is a feature called Offline Database Edit that allows the user to create, or modify new and existing DCUXXXX.SAV files. In order to get to this editor, the user needs to follow these steps: I/NET displays this dialog when you select Connect while the System Work Offline option is selected from the System drop down list. This dialog allows you to select the DCUXXXX .SAV file you wish to edit from among a list of those available. This dialog displays the Link address, station address, controller type, station name, number of stations, save date and filename. Additionally, you may Add, Delete, and/or Copy your files. Note: Before attempting to perform offline edits of your database, you should ensure that the latest version of the DCUXXXX.SAV file is present on the client from which you will be performing the edits. To get the latest DCUXXXX.SAV file, connect to the controller and perform a Station Save. If you elect to work offline after a connection has been made, your connection will be terminated automatically and you must reconnect before you can resume working in online mode. Note: All graphic pages will be closed when this option is selected. Connecting to an Offline Controller Highlight the SAV file you wish to edit and press OK. The status bar at the bottom of the main I/NET window shows the name of the selected SAV file, the controller type, and an indication that you are working offline. Select Edit from the I/NET main menu and choose either Host Computer or Controller. You may then select the editor you wish to modify using the sub-menus presented in the same way you would when operating in the online mode.   Once you have finished modifying your DCUXXXX.SAV files, perform a Station Restore to have the changes applied globally. Options The following options are available from within the Connect Offline dialog: Add – Use this option to create a new SAV file. When you select Add, the system displays the Offline Add dialog. This option is useful for preparing your system to use a controller that has not yet been installed. Later, when the controller is connected, you can simply perform a Station Restore to download the SAV file to the device. Delete – Use this option to delete a SAV file from the system. You will be prompted to confirm the Delete request. Copy – Use this option to copy an existing SAV file. When you select Copy, the system displays the Offline Copy dialog. The new save file will retain the various editor parameter settings that were stored in the original SAV file. This can help to reduce the amount of configuring you'll have to perform on the new SAV file.

Issue Adding Card Numbers through a Card View Reader Environment I/NET Site with Access Control Cause How does one Add Card Numbers through a Card View Reader Resolution In I/NET, if you are using a Card View Reader Plus to read cards into the system there is a simple way to add these cards to Individuals who either have existing cards or no cards. For example, if a user has several hundred cards that needs to be replaced, instead of deleting the old card and re-issuing a new one, follow these steps: Click on Access; choose the Tenant and then Individuals. Select the individual that the card is being added to, then read the card. The number automatically appears in the next line for Hex Numbers. If there is no number, then it automatically puts it in. IF the user has Video Badging, all they would need to do is print the badge of the individual that the card is being added for and then read it into the system.  

Issue Printing the NPR Configuration Environment I/NET Seven NPR Cause I/NET now has the ability to print the settings for the NPR when it has been configured. This feature should be used anytime an NPR is set up or changed per the user. It is extremely important for use when and if an NPR has to be replaced or loses its settings due to power failure or whatever the issue might be. Resolution To use this feature the following steps need to be followed: Open I/O Server, NP Routers and modify the active NPR, you can also print the settings of NPRs that are not Online. Once the settings come up, click on Print and it will send this information to your default printer or Network Printer of your choice. Keep this sheet of paper with all of your other I/NET documentation.

Issue FieldServer Bridge in Lon network with more then 15 devices Environment I/NET or Vista Site Cause Can a FieldServer bridge communicate with more then 15 Xenta controllers? Resolution A FieldServer bridge can communicate with more then 15 Xenta controllers despite the address table limitation found with implicit addressing. This requires that the bridge be programmed for explicit addressing which requires the knowledge of the controllers node number and SNVT index numbers. This is useful for situations where you are interfacing to a non LonWorks device that needs to communicate values to more then 15 Xenta or LonWorks controllers.

Warning Electrostatic Discharge Required: Always discharge static electricity from your person by touching metal prior to handling any hardware. Failure to do so may result in damage to devices. Issue How to Reset a 7798 Controller Environment I/SITE LAN 7798 / 7798B / 7798B1 Controllers Cause The following steps will give end users the ability to reset a 7798 Controller. Resolution Unplug all terminals on the controller i.e. Power Connecter first, then Sublan Connector and LAN if there is a CLX card present. Place unit on static free, flat surface with front face down away from any electrical devices. Now, looking down at the unit there are two capacitors (C2 and C3) just above the battery. Take a paper clip or small piece of wire and place it across the capacitors. First short C2 and then C3 (do not go from one leg of C2 to one leg of C3). Now, place all terminals back on the controller, make sure power on and start I/NET. Go to Edit, Host Computer, Network Configuration and save the controller. Go to Edit, Host Computer, Software Restore and restore the bin file to it and database if there is one. Verify that the unit is on, communicating and all points are displayed.

Issue I added some I/NET Tool Icons and Symbol Icons to a graphic page on one PC. Then copied the Graphic page to another PC and the link from these Icons are gone. What is wrong? Environment I/NET Seven Site using Graphics Cause I/NET tools Icons and Symbol Icons on Graphic pages does not save the link from one PC to the next Resolution The I/NET tools Icons and Symbol Icons on a Graphic pages does not save the link from one PC to the next. Copy the graphic page to the customer's PC. Copy any Custom Symbol to the customer's PC Then edit each of the Icons and re-connect the links.

Issue When I/NET is installed for the first time and MSDE begins to install, it fails on the "renaming of the SQL folder" partly due to "Read Only" rights to the folder SQL is installed in. "The error message has this reference; SQL: MSSQL$MICROSOFTBCM cannot be renamed". The install of I/NET stops at this point. You do not have the option to use "Add Remove Programs" to uninstall the previous install of SQL.   Product Line TAC INET Environment DELL PC computers I/NET Seven Cause Loading I/NET on a new Dell PC with XP Pro as its OS that already has an instance of MSSQL installed.   Resolution The solution is to go to Manage\Services\Applications\Services... to Stop and or Disable (3) current instances of SQL running. Right click on "MSSQLSERVER" and click on Properties Click on the Startup type, then select "Disabled" Click Apply and then repeat for MSSQLSERVERAD Helper and SQLSERVERAGENT. Close the Manage window Begin the I/NET Seven install again. MSDE will install correctly as well as the rest of the I/NET Seven. This problem has only been seen on DELL PC computers.

Issue Do you have graphic pages and lines that do not update after an upgrade? Environment I/NET Seven Windows PC Graphic pages Cause The following is the minimum requirements for any PC that is going to run I/NET Seven. Pentium IV (2.500 MHz). 1 GB RAM. 3 GB of available hard drive space. The Hard Drive should be 120 GB or more. Resolution  There is one primary reason for this: Insufficient Memory: - Check the memory of the PC and verify that it is sufficient for the I/NET Seven Application. Explore into the hard drive C. Go to Properties and look at the physical description of the drive.

Issue If you do work with I/NET and Emergin and have an issue with the Alarms not getting cleared after it goes back to normal, this information might be helpful to you. Environment I/NET Seven Site Cause I/NET and Emergin and have an issue with the Alarms not getting cleared after it goes back to normal Resolution Successfully Implemented: Paging via snpp (corporate paging server) and SMTP (e-mail). Paging on alarms generated from DA points, as well as analog points that are out of range and giving the value at the time of the alarm. Escalating pages through to a list of people at certain times and canceling via "Return to normal" or "Alarm Acknowledged". This pages those on the list who have been paged the first time that the message has been cancelled. Issue Canceling alarms with specific cancellation keys. Within Emergin Alarms Messenger - each alarm has the opportunity to define a certain cancellation key. However the software scans all cancellation keys to see if it meets the criteria to cancel, NOT THE SPECIFIC ONE. EXAMPLE: Givens: 2 alerts with specific keys - AHU1 Fan Alrm & AHU2 Fan Alrm 1 general cancellation key for "Return to Normal" 1 general cancellation key for "Alarm Ack" AHU1 Fan Alrm alert is assigned the cancellation key for "Return to Normal" AHU2 Fan Alrm alert is assigned the cancellation key for "Alarm Ack" Execution Working as Planned: AHU1 Fan Alrm goes into alarm and sends pages. AHU1 Fan Alrm returns to normal and cancellation page sent to all previously paged. Execution not working with specific cancellation: AHU1 Fan Alrm goes into alarm and sends pages. AHU1 Fan Alrm is acknowledged in INET and sends a cancellation page to all previously paged. Then the point returns to normal and nothing pages. ***Because the "Alarm Ack" was setup for AHU2, it was lumped in the cancellation list with "Return to Normal." Therefore the first condition cancels - not the one specifically assigned. EMERGIN WORKS AS FOLLOWS: Emergin lumps ALL Cancellation together. Any alert is cancelled with the FIRST cancellation tag it matches - NOT the specific one assigned in the alert.

Issue Database Older than Expected error. Environment I/NET Seven Cause Do you see this balloon error message displayed after an upgrade from one revision to another in the System Tray? This is caused by the database that did not properly upgrade.  Resolution Shut down I/NET and the I/O Server. Go to Program Files, I/NET, Db Create Utility. Select Upgrade Database. Put the SQL Admin password that was created when I/NET was installed. Click Start, in the dialog box, a line would be displayed stating that you are upgrading from build X.XX to X.XX depending on the upgrade. Once finished, restart I/NET again and that message would not be displayed anymore.

Issue Setting Up I/NET Seven Trends Product Line TAC INET Environment I/NET Seven Cause Problems configuring Trend Data Resolution I/NET displays this window when you select Add Trend, Add Cell, or Modify from the Seven Trends Definitions window. You must define the following information: Trend Definition only Select the desired point from the Point Selection dialog. Only one point may be selected for a trend definition. This field cannot be edited once the trend definition is saved. This field is not available for cell definitions. Note: You may click the ... button to return to the Point Selection dialog at any time during a new trend definition. However, once the trend definition is saved, you cannot change the selected point. Enter a unique Name for this trend or cell definition, up to 30 characters. The default name for trends is in the format Point Name -- --Trend Type if you are connected to the controller, and Point Address -- Trend Type if you are not connected. The default name for cells is in the format Cell Number -- Trend Type. Note: If you do not enter a name, the default name will change automatically with the point (or cell number) and trend type selection when you are creating a new trend. You may change the name of a trend or cell definition at any time without loss of data. Choose a Type from the drop-down list. This field cannot be edited once the definition is saved. Discrete Sample — Store the discrete state of a point at regular sample intervals. The point can be a DI, DA, DM, DC, or DO point defined with a TR extension. Analog Sample — Store the analog value of a point at regular sample intervals. The point can be an AI, AO, GI, GO, or PI point defined with a TR extension. Runtime — Store the daily runtime minutes for a point or points. The points can be DI, DC, or DO points defined with an RT extension. Consumption — Store the daily-consumed value of an accumulator point or points. The points must be PI points defined with a CN extension. Demand — Store the KWH, Peak KW, and time of Peak KW values on a daily basis for a particular demand meter. The point must be a PI point defined with a DC extension. Override — Store individual KWH values, shared KWH values, and override runtime on a daily basis for a specific zone of a Model 7750 Building Manager. The point can be a DC or DO point defined with an OB extension.   Define Transient Duration in days. The trend can be configured to automatically discard the oldest trend data after a time period you specify (1 to 45 days). Note: If you wish to archive Seven Trends data, the transient duration must be set to zero (0), indicating that the data should not be discarded. Only samples with a transient duration of zero can be archived. Enter a Cell Number (1–1023). The cell number must be greater than zero (0) in order for Seven Trends to store sample information. This field is provided for backward-compatibility with older versions of I/NET, and can be used to group samples in reports. If you are creating a new cell definition, this field can be used to auto generate trend definitions (refer to Using Cells to Generate Trend Definitions for more information). This field cannot be changed once the cell definition is saved. Otherwise, this field is not used in I/NET Seven and can be any value. Note: For manually defined trends, the cell number in the DCU editor does not need to match the cell number for the trend definition. The cell number in the trend definition is the one that will appear on reports. Select OK to save your changes. The system returns you to the Seven Trends Definitions window.

Issue Invalid Page fault in mfc42.dll or error 429 for I/NET 2000 users Environment I/NET 2000 Cause Invalid Page fault in mfc42.dll or error 429 for I/NET 2000 users Resolution  The following steps will get this fixed really quickly: Go to the “Start” Button on the task bar at the bottom. Choose the “Run” Button. Type in REGEDIT, then hit Enter. Make sure that I/Net and I/O Server is not running. GO to HKEY_Current User. Scroll down to the “Software Tab”. Select the file folder “CSI-Control System International”. Select the “I/Net W” file folder. Select the “toolbars” file folder. Delete all the Tool Bar entries. Re-boot the PC, this will rebuild the new toolbars in the registry listing. Start I/NET again and you should be able to log on now.  

Issue TTS 100 Series Thermistor Sensor Environment I/NET Seven Site Cause Conversion coefficient is for a Thermistor for a particular controller, and can it be used with the new controllers such as MRs/Motorola and HID/Dorado card readers Resolution TTS100 SERIES THERMISTOR SENSORS Dale 1M1002-C3 Curve 1 Product Support Services continues to get calls asking what the conversion coefficient is for a Thermistor for a particular controller, and can it be used with the new controllers such as MRs. Therefore we have consolidated into this Tech Tip the variety of ways the Thermistor Series Temperature Sensors can be used with Schneider Electric's current family of controllers, including wiring, controller input range and conversion coefficients for both degrees Fahrenheit and Celsius. It makes for a great quick reference. Keep it handy.   MR123-210(A), 430(B), 032(C), 400(D) "I/STAT PORT ONLY" MR88 (F), MR632 (G), MR160 (H), MR88R (K) "I/STAT or UI Inputs" Resolution Counts Input Range Read Range M Slope B Intercept Temperature Range Span 0 - 255 0 - 5 vdc 0 - 5 vdc 0.018 -148 -40 - 176°F Normal   0.01 -100 -40 - 80°C Normal 102 - 204 2 - 4 vdc 2 - 4 vdc 0.018 -148 32 - 90°F Narrow   0.01 -100 0 - 32°C Narrow   MR55 / 55X (J) Resolution Counts Input Range Read Range M Slope B Intercept Temperature Range Span 0 - 255 1.5 - 4 vdc 1.5 - 4 vdc 0.018 -148 25 - 113°F Normal   0.01 -100 -4 - 45°C Normal   Look-up Table #1 if wired to the I/STAT Port Look-up Table #2 if wired to one of the Universal Input -Plug a 10K in B slot Red - Signal In, Green - Ground I/NET 7700 SERIES CONTROLLERS   Accuracy: +/- 0.2 DegC @ 25 DegC, Nominal Resistance: 10,000 Ohms @ 72 DegF Operating Range: TSS100WJ, D1, D2, I1, I2, S1, S2,SP, SS: 32 to 158 DegF ( 0 to 70 DegC) TSS100OA: -4 to 158 DegF ( -20 to 70 DegC ) TSS100W: 32 to 122 DegF ( 0 to 55 DegC) Power Requirements: 5 Volts excitation via 10K Ohm Resistor Negative Temperature Coefficient ( Dale 1M1002-C3 Curve 1 )   *7716 PCU, 7718 PCU, 7728 I/SITE I/O, 7756 PCU (Upper Board Only) Resolution Counts Input Range Read Range M Slope B Intercept Temperature Range 0 - 4095 0 - 5 vdc 0 - 5 vdc -0.1 300 -40 - 230°F   -0.05 150 -40 -110°C   819C/V (10K in B slot) Red - Signal In, Green - Ground, DegF / DegC - See LUT Chart *7716 PCU Rev. J boards ONLY   7756 PCU (Lower Board Only) Resolution Counts Input Range Read Range M Slope B Intercept Temperature Range 0 - 32767 0 - 10 vdc 0 -5 vdc 0.018 -148 -40 - 230°F   0.01 -100 -40 -110°C   6553.5C/V (10K in B slot) Red - Signal In, Green - Ground, DegF / DegC - See LUT Chart Thermistor Sensors Look-up Table Chart   7716, 7718, 7728, 7756 (Upper Board) Fahrenheit Thermistor   Celsius Thermistor # Count Adj Count   # Count Adj Count 1 153 521   1 153 601 2 344 1062   2 344 1202 3 816 1604   3 816 1804 4 1245 1875   4 1245 2105 5 1827 2146   5 1827 2406 6 1914 2182   6 194 2446 7 2003 2218   7 2003 2486 8 2048 2236   8 2048 2506 9 2093 2254   9 2093 2526 10 2183 2290   10 2183 2566 11 2274 2326   11 2274 2606 12 2366 2361   12 2366 2646 13 2457 2397   13 2457 2686 14 2548 2433   14 2548 2726 15 2637 2469   15 2637 2766 16 2725 2505   16 2725 2806 17 2812 2541   17 2812 2845 18 2897 2577   18 2897 2885 19 3209 2756   19 3209 3084 20 3577 2934   20 3577 3283 21 3923 3293   21 3923 3681   7756 (Lower Board) Fahrenheit/Celsius Thermistor # Count Adj Count 1 128 32846 2 2048 20039 3 4096 17584 4 6144 16185 5 8192 15180 6 10240 14373 7 11264 14016 8 12288 13681 9 13312 13363 10 14336 13058 11 15360 12191 12 16384 12474 13 17408 12191 14 18432 11910 15 19456 11629 16 20480 11346 17 21504 11058 18 22528 10762 19 23552 10455 20 24576 10132 21 28624 9412 22 28672 8514 23 30720 7161 24 32640 2438