Series PD User’s Manual Ethernet-Enabled Temperature/Process Controller Registered Company Winona, Minnesota USA 1241 Bundy Boulevard., Winona, Minnesota USA 55987 Phone: +1 (507) 454-5300, Fax: +1 (507) 452-4507 http://www.watlow.com 0600-0043-0010 Rev. B November 2006 Made in the U.S.A. $15.
Safety Information We use note, caution and warning symbols throughout this book to draw your attention to important operational and safety information. A “NOTE” marks a short message to alert you to an important detail. ç CAUTION or WARNING Ó Electrical Shock Hazard CAUTION or WARNING A “CAUTION” safety alert appears with information that is important for protecting your equipment and performance. Be especially careful to read and follow all cautions that apply to your application.
TC Table of Contents Chapter 1 - Overview . . . . . . . . . . . . . . . . . . . . . . . . . .2 Chapter 2 - Install and Wire . . . . . . . . . . . . . . . . . . . .3 Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3 Mounting/Removal . . . . . . . . . . . . . . . . . . . . . . . . . .4 Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5 Wiring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6 Chapter 3 - Indicator Lights . . . . . . . . . .
1 Overview The Series PD controller is a DIN rail mounted, general purpose industrial PID temperature/ process controller. The Series PD is available in single and dual channel versions and features an embedded web server to provide an easy to use interface for configuration and monitoring of processes. The controller also features several popular communications protocols to facilitate easy integration into most existing process management systems.
2 Install and Wire Series PD Dimensions bracket for panel mounting (M3.5 or #6 screw required) 8.1 mm (0.32 in) Top/bottom mount hole offset Side View PD PID Controller Power Ethernet Link 107.7 mm (4.24 in) 95.3 mm (3.75 in) DIN rail Ethernet Activity 1 Input Error 2 Input Error 118.4 mm (4.66 in) Output 1 Output 2 Output 3 Output 4 Front View Address 128.5 mm (5.06 in) Min. Clearance between rail centerlines 146.1 mm (5.75 in) Min. Clearance 51 mm (2 in) 41.7 mm (1.64 in) 72.
Mounting the Series PD Figure 4a — Mounting 1. Push unit in and down to catch rail hook on top of rail. 2. Rotate bottom of unit toward rail. 3. Rail clasp will audibly “snap” into place. If the Series PD does not snap into place, check to see if the rail is bent. Removing the Series PD Figure 4b — Removal 1. Press down on back of the Series PD until the bottom hook clears the rail. 2. Rotate bottom up and away from rail.
Series PD Connector Locations Two connectors on the bottom of the unit provide connection points for the input power, inputs and outputs. These connectors are removable and each terminal position is numbered. The RJ-45 connector is located on the top of the Series PD to allow connection to an Ethernet network.
Ó Wiring the Series PD Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life.
(all model numbers) Thermocouples are polarity sensitive. The negative lead (usually red) must be connected to terminal 9. • Input impedance: >20 MΩ 10 + 9 - 9 10 11 12 Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life.
Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life. Figure 8a — 2-Wire RTD Input 2 (100 Ω DIN curve 0.00385 Ω/Ω/°C) PDD _-_ _ _ _-_ _ _ _ Terminals 5 and 7 must be shorted for a two-wire RTD.
Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life.
ç Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life.
Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life.
ç Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life. Figure 12a — Current Transformer Input 2, Single Phase • Input impedance 100Ω, Vac only The current transformer must be purchased separately.
ç Figure 13a — Output 1 Mechanical Relay Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life.
ç Figure 14a — Output 1 Open Collector PD_ _ - C_ _ _ - _ _ _ _ 13 14 15 • Maximum current sink 200 mAÎ (dc) Warning: Use National Electric (NEC) or • Maximum supply voltage 42VÎ (dc) other country-specific standard • Output does not supply power wiring and safety practices when Class 2 power source wiring and connecting this conrequired for agency Power troller to a power source and to compliance. Supply electrical sensors or peripheral + Open Collector devices.
ç Figure 15a — Output 2 Solid-state Relay Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life. • Form A contact PD_ _ - _ K _ _ - _ _ _ _ • 0.
ç Figure 16a — Output 3 Mechanical Relay Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life.
ç Figure 17a — Output 3 Open Collector PD_ _ - _ _ C _ - _ _ _ _ Power Supply + - 19 20 21 • Maximum current sink 200 mAÎ (dc) Warning: Use National Electric (NEC) or • Maximum supply voltage 42VÎ (dc) other country-specific standard • Output does not supply power wiring and safety practices when Class 2 power source required for agency wiring and connecting this concompliance. troller to a power source and to Open Collector electrical sensors or peripheral 42VÎ (dc) maximum devices.
ç Figure 18a — Output 4 Solid-state Relay Warning: Use National Electric (NEC) or other country-specific standard wiring and safety practices when wiring and connecting this controller to a power source and to electrical sensors or peripheral devices. Failure to do so may result in damage to equipment and property, and/or injury or loss of life. • Form A.contact PD_ _ - _ _ _ K - _ _ _ _ • 0.
3 Indicator Lights The Series PD controller may have up to nine LED indicator lights to help you monitor the status of input power, Ethernet functions, input errors and outputs status. These LEDs can provide a quick visual indication of basic controller functions. An additional heartbeat LED, used for diagnostics, can be seen through the top vent at the back left side of the controller. Heartbeat (diagnostics) Green light can be seen on the left side pc board, through the top vents at the back of the unit.
4 Ethernet Communications Network security is a critical issue for any network. Be sure to work with your network administrator to ensure that you follow best security practices to ensure a secure network environment. Here are some items to consider when installing Ethernet based controls on any network. • Use private IP addresses. • Separate the process network(s) from business network(s). • If external access is required, then have a single point of access to the process network.
Serial number Type PD012345 PDxx-xxxx-xxxx SN: 012345 DC: YYWW Auxiliary Inputs 1. 2. 3. 4. Input 2 5. 6. 7. 8. Input 1 Browse at address Type PD012345 TC-/S3/V-/ITC+/S1 I+/S2 V+/Info.Data W LO onnectivity -solutions Browse at: http://PD012345 Made In USA MAC Address: 00:01:23:45:67:89 WAT 9. 10. 11. 12. MAC Address Type WAT456789 Figure 21 — Browse at address, MAC address, and Serial number locations 6.
5 Monitor Device Page When accessing a Series PD controller through a browser, the Monitor Device page appears. The Monitor Device page contains real-time information representing the current process conditions. This information is loaded when the Monitor Device page is browsed and is automatically refreshed once every second. The Monitor Device page provides real-time information on: • Input Status • Control Loop Status • Alarm Status.
Navigation Frame The left side of the Series PD web pages contain a navigation frame that looks and operates much like Windows Explorer™. This frame does not change as web pages are accessed and changed. The navigation area contains folders and web page links. A plus (+) sign in front of a folder indicates the folder can be expanded to show more information. A minus (-) sign in front of a folder indicates the folder can be contracted to show less information.
Tag # Monitor Device Page Parameters Parameter Description Input Status 1. Input Number Identifies input hardware that is installed. Red box appears for any input that is in a fault condition. 2. Input Value Actual analog input value for Inputs 1 and 2. Digital Input condition or Current Transformer input value for Inputs 3 and 4. 3. Input Status Input error status for analog, digital or current transformer inputs. Control Loop Status 4.
6 Device Information Page The Device Information page provides important information about the Series PD controller. Information on the controller hardware, its configuration and network settings can be easily accessed from this page. The time and date the page was loaded appears at the top of the page. This page is not automatically refreshed.
Tag # Device Information Configuration Parameters Section Description Inputs 1. Universal Input Sensor Type Displays what input hardware is present and input configuration information. Inputs 1 and 2 are universal analog inputs and will accept a wide variety of input signals. Input 2 is an ordering option. See model number information 2. Digital Input Function Current Transformer Input Inputs 3 and 4 can be ordered as digital or current transformer inputs. See model number information.
Tag # Device Information Configuration Parameters Section Description 12. Serial Number Displays the Series PD serial number. 13. Date Code Displays the date the unit was manufactured. The format is year week. For example, 345 would be 2003, 45th week. 14. Software Prototype Revision Displays firmware prototype revision. 15. Software Released Revision Displays firmware release revision. Current Network Settings 16. IP Address Displays IP address number.
7 Device Configuration Page The Device Configuration page contains folders and links for configuring the Series PD. The controller leaves the factory with default settings that disable most input and output functions. To get the Series PD operational, you must go through the Device Configuration folders and set up the controller.
Inputs The Inputs folder contains links for configuring the inputs installed in the Series PD. The controller leaves the factory with default settings that disable all input functions. To get the Series PD operational, you must go through the Inputs links and set up the controller inputs. The Inputs folder links are: • Analog Input 1 • Analog Input 2 (dual channel model only) • Digital Input 3 or 4 • Current Transformer Input 3 or 4 Note: You may not see all of the Inputs folder links listed above.
Tag # Analog Input Configuration Parameters Analog Input 1. Sensor Type Parameter Description Selects the analog input sensor type. Off (disabled), thermocouple, RTD, voltage process, current process or INFOSENSE PnP Thermocouple Parameters 2. Thermocouple Type Selects the analog input thermocouple linearization. Type J, K, B, T, E, N, C, D, PTII, R or S. RTD Parameters 3. RTD Curve Sets the RTD calibration curve. DIN curve only. Process Parameters 4.
Digital Input Configuration Page Inputs 3 and 4 can be ordered as digital inputs. The digital input accepts a contact closure or a dc voltage input, and performs some function based upon the digital event input status. For example, when the digital event input is low, switch to a different auto set point value. If the digital event input goes back high, switch back to the original control auto set point value. See Features chapter.
Tag # 1. Digital Input Configuration Parameters Function 2. Active State Parameter Description Selects the digital input function when the digital input active condition is satisfied. Off (disabled), Switch to Digital Set Point, Acknowledge Alarm(s), Switch to Manual Control, Switch Control Loop Off or Pause Data Logging. Selects the type of signal change required to trigger the digital input. Low/Falling Edge or High/Rising Edge. Acknowledge Alarm 3.
CT (current transformer) Input Configuration Page The CT input accepts a signal from a CT monitoring heater current. The CT develops an output signal proportional to the current flowing through the wire passing through the center hole of the CT. You can assign one or more alarm outputs to any CT input. The alarm can be configured to trip if the heater current gets too low or too high. The CT input cannot be used with a process output. See Features chapter.
Tag # CT Input Configuration Parameters Parameter Description CT Input 1. Function Turn the CT input on or off. Current Transformer Parameters 2. CT Precision Selects the decimal position for the CT input. 0, 0.0, 0.00 or 0.000. 3. CT Units Selects the CT units label displayed on the web page. Up to four alphanumeric characters. 4. Low CT Scale Sets the low value displayed with the minimum input signal. -30000 to 30000. 5.
Control Loops The Control Loops folder contains folders and links for configuring the control loops installed in the Series PD. The controller leaves the factory with default settings on the Loop Setting page that disable all output functions. To get the Series PD operational, you must go through the Loop Settings links and set up the control loops. The Loop folder links are: • Loop Settings • Multiple PID Sets Note: Loop 2 folder appears on dual channel models only.
Tag # Control Loop Configuration Parameters Control Loop Parameter Description 1. Loop Action Sets the Control Loop output action Off (disabled), heat, cool or heat/cool. 2. Loop Heat (indirect) Algorithm Sets the Heat output method of control. PID or On/Off. 3. Loop Cool (direct) Algorithm Sets the Cool output method of control. PID or On/Off. Input Failure Parameters 4. Failure Latching Sets the input sensor failure latching action. Latching or Nonlatching. 5.
Multiple PID Loop Configuration The Multiple PID Loop Configuration page allows access to all of the PID sets for each loop available. You can see and change all of the parameters on the Multiple PID Loop Configuration page, but only those that apply will be relevant. For example, you can set the Cool PID values even though the Series PD is set for heat PID control. Only parameters relating to heat PID values have any effect on the controller.
Tag # 1. Multiple PID Loop Configuration Parameters Cross Over Source Parameter Description Sets the source that triggers switching PID sets. Process or Set Point. PID Set No. 1 - Prop Band 2. Heat (indirect) Sets the proportional band value for the heat outputs. 3. Cool (direct) Sets the proportional band value for the cool outputs. PID Set No. 1 - Integral 4. Heat (indirect) Sets the integral value for the heat outputs. 5. Cool (direct) Sets the integral value for the cool outputs.
Outputs The Outputs folder contains links for configuring the outputs installed in the Series PD. The controller leaves the factory with default settings on the Output pages that disable all output functions. To get the Series PD operational, you must go through the Output links and set up the outputs.
Tag # Process Output Configuration Parameters Parameter Description Output 1. Function Selects the output function. Off (disabled), Control, Event or Retransmit Control Output Parameters 2. Output Direction Selects the output direction. Off (disabled), Heat or Cool 3. Loop Selects the control loop assigned to that output. Loop 1 or Loop 2. Loop 2 available on dual channel model only. 4. Low Power Scale Sets the minimum output power level available for the output. 0 to 100%. 5.
Time Proportioned Output Configuration The Time Proportioned Output Configuration page sets the parameters for the time proportioned outputs installed. Outputs can be configured as control outputs or event (alarm) outputs. A time proportioned output cycles on and off. The time the output is on versus off The Time Proportioned Output Configuration page is shown below. You can see and change all of the parameters on the Output Configuration page. Only those that apply will be relevant.
Tag # Time Proportioned Output Configuration Parameters Parameter Description Output 1. Function Selects the output function. Off (disabled), Control, Event or Retransmit Control Output Parameters 2. Output Direction Selects the output direction. Off (disabled), Heat or Cool 3. Loop Selects the control loop assigned to that output. Loop 1 or Loop 2. (Loop 2 available on dual channel model only) 4. Output Cycle Time Sets the time base used for fixed time base mode of operation. 5.
Alarms The Alarms folder contains links for configuring the eight alarms available on the Series PD. The controller leaves the factory with default settings on the Alarms Configuration page that disable all alarm functions. To get the Series PD alarms operational, you must go through the Alarms links and set them up. The Alarms folder links are: • Alarm 1 thru Alarm 8 Alarm Configuration Page The Alarm Configuration pages set up the alarm functions.
Tag # Alarm Configuration Parameters Parameter Description Alarm 1. Type Selects the type of alarm. Off (disabled), Low Process, High Process, Low Deviation, High Deviation, CT Low Alarm or CT High Alarm. Process Alarm Parameters 2. Process Alarm Source Selects the input assigned to the process alarm. Process Value 1 or Process Value 2. Loop 2 available on dual channel model only. 3. Process Alarm Set Point Sets the value at which the alarm is triggered. Deviation Alarm Parameters 4.
Network The Network folder contains links for configuring the network settings. The Network folder links are: • TCP/IP Settings • Email • Security Network Configuration Page The Network Configuration page provides access to important information about your network and Series PD network settings. Be sure to work with your network administrator when configuring the Series PD to operate on your network. Note: You must click Submit to send the new values to the Series PD.
Tag # Network Configuration Parameters Device Identification 1. Name Parameter Description Sets the Netbios name.Enter up to 15 alphanumeric characters. Valid characters are: 0-9, A-Z, a-z, and “-”. The default device name is PDXXXXXX, where XXXXXX is the serial number. Not all computer networking configurations support Netbios names. Current Settings 2. IP Address Displays current IP address number. Series PD supports DHCP client, AutoIP and Fixed IP address assignment. 3.
Email Configuration Page The Email Configuration page sets up the email capabilities for the Series PD. Alarms can be configured to send out an email when the alarm trips. Be sure to work with your network administrator when configuring the Series PD email functions to operate on your network.. Note: You must click Submit to send the new values to the Series PD. Figure 47 — Email Configuration Web Page Example Note: Red tag arrows and tag numbers are links to item descriptions.
Tag # Email Configuration Parameters Electronic Notification Parameter Description 1. SMTP Server IP Resolution Selects the method of SMTP server IP address resolution. Get Server IP from Server Name or Fixed Server Address. 2. SMTP Server Name Sets the SMTP server name. 3. SMTP Server Fixed Address Sets the SMTP server fixed IP address. 4. Source Email Address Sets the email address sending the email. 5. Email Recipient 1 Sets the destination email address.
Security Configuration Page The Security Configuration page sets up four independent levels of access for the Series PD. The four security levels are: • No Security-Read only access to the Monitor Device page. The Device Information page is a read only page. • Monitor-Read/write access to the Monitor Device page. The Device Information page is a read only page. • Configuration-Read/write access to the Monitor Device page and all Device Configuration pages.
Tag # Security Configuration Parameters Security Level Parameter Description 1. Monitor Read/Write access to the Monitor Device page. The Device Information page is a read only page. 2. Configuration Read/write access to the Monitor Device page and all Device Configuration pages. The Device Information page is a read only page. 3. Administration Full read/write access to all pages.
Datalogging The Datalogging folder contains links for configuring the datalogging functions. The controller leaves the factory with datalogging disabled. To get the Series PD datalogging operational, you must go through the Datalogging links and set up it up. The Datalogging folder links are: • Settings • Clock Note: Datalogging folder only appears on models with datalogging capabilities.
Tag # 1. Datalog Configuration Parameters Datalogging Parameter Description Activate the datalogging function. Enable or Disable. Parameters to Datalog 2. Process Value 1 and 2 Selects the analog input values for Input 1 and Input 2 to be logged. Input 2 only appears on dual channel models. 3. Working Set Point 1 and 2 Selects the active set point values for Input 1 and Input 2 to be logged. Input 2 only appears on dual channel models.
Clock Configuration Page The Clock Configuration page sets up time, date and time server synchronization data. A time server is an application that periodically goes out to a time standard. Figure 53 — Datalog Configuration Web Page Example Note: Red tag arrows and tag numbers are links to item descriptions. Click on a red tag arrow or number to go to a description of the item.
Tag # Clock Configuration Parameters Parameter Description Current Time 1. Hours Sets the hours for the current time, 1 - 12 hours. 2. Minutes Sets the minutes for the current time. 0 - 60 minutes. 3. Seconds Sets the seconds for the current time. 0-60 seconds. 4. A.M. / P.M. Sets A.M. or P.M. for the current time. Current Date 5. Month Sets the month for the current date. 1 - 12 6. Day Sets the day for the current date. 1 - 31. 7. Year Sets the year for the current date. 2000 - 2099.
File System The File System folder contains links for working with the datalogging files and the Series PD web page appearance. The File System links are: • File Manager • Web View Note: File System folder only appears on models with datalogging capabilities. File Manager Page The File Manager page provides a list of all the files stored in the Series PD. Basic file operations, like viewing, deleting and saving files, are performed on this page.
Tag # File Manager Parameters Parameter Description 1. To Delete Check box to select files for deletion from on-board file storage. 2. File Name (datalog files) Displays datalog files currently in Series PD file storage, SD0. The file name contains the date and time the datalog file was started. The maximum file size is 190k bytes, with a maximum of 10 files. 3. Open Mode If column is blank, the datalog file is closed and can be opened or deleted.
Web View Page The Web View page allows customization of the Series PD web page appearance. The logo in the upper left corner and the name in the middle of the banner at the top of each web page can easily be customized. In addition, cascade style sheets can alter the web page attributes such as colors, fonts, text size, etc. Note: You must click Submit to send the new information to the Series PD. Figure 57 — Web View Web Page Example Note: Red tag arrows and tag numbers are links to item descriptions.
Tag # Web View Parameters Parameter Description 1. Logo Select the file name for the logo appearing in the upper left corner of the banner at the top of each web page. The logo files can be stored in the Storage Device 1 location of the Series PD or can be located at an external URL. The logo must be a .gif or .jpg file. 2. Style Sheet Select the style sheet file (.css) to be applied to the Series PD web pages.
8 Calibration Page The Series PD Calibration web page provides access to calibrate any analog inputs or outputs installed. It also allows restoring factory calibration values, restoring control configuration defaults, and saving or restoring user settings. These are not typical operator functions and access to this page can be limited by going to Device Configuration > Network > Security. The Administration Security Level is the only level with access to the Calibration page.
Calibrating the Series PD Warm up the Series PD for 20 minutes. To reach the Calibration web page, go to Device Configuration > Calibration. The Enter Network Password box appears and you are prompted to enter Network Password information. The default User Name is new and Password is user. Be sure to change your user name and password if controller security is a concern.
Calibrate Analog Output x (1 or 3) To reach the Calibration web page, go to Device Configuration > Calibration. The Enter Network Password box appears and you are prompted to enter Network Password information. The default User Name is new and Password is user. 1. Select Calibrate Analog Output x 2. Select Low Volts 3. Click on Apply Signal 4. Measure actual output signal to 3 decimal places at appropriate output terminals and enter value in box. 5. Click on Calibrate 6.
9 Parameter Tables These tables contain detailed information for the all of the parameters contained in Series PD controller. The tables consist of six fields for each parameter listed. These are: • Parameter Name and Description - name of the parameter and a brief description. Some functions may have more detailed information available in the Features chapters • Web Page - web page the parameter appears on. • Settings - blank column to allow you to document your Series PD settings.
Device Configuration > Inputs > Analog Inputs 1 and 2, CT Inputs 3 and 4 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Analog Input1 1- Process - Process Value Monitor Device -2000000200 to 2000000200 31-32 Analog Input ValueDisplay analog input unfiltered process value.,Monitor DeviceTrend Information,,-2000000200 to (R) (/1000) degrees or units Display analog input unfilTrend Information 2000000200,0,31-32 (R) (/1000) tered process value.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) AnalogInput Input - Error Status Monitor No Fault (0) Information,,if AiNo Fault 37None (R) -> InAnalog 11 - Error StatusDisplay active Device errors for analog input.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Analog 11 - Process UnitsSet units for process type inputs that will be displayed in the browser only.,Configuration Analog Input AnalogInput Input - Process Units the Configuration Analog Up to four alpha-numeric 1110-1111 (R) 1,,,,1110-1111 (R) for process type Input 1 Set the units characters. Analog Input 1 -will LowbeProcess ScaleSet unit value for low process scale.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Analog 11 - Filter MethodSet filter method. This smoothes out a rapidly input signal.,Configuration Analog AnalogInput Input - Filter Method the Configuration Analog Off changing (0) Off (0) 268Input (R/W)1,,Off (0)First Order (1),Off (0),268 First Order (1) Set the filter method. This (R/W) Input 1 Analog Input out 1 - Filter Time BaseSet the filter time for input in seconds.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Analog 22 - Sensor TypeSet analogInformation sensor type.,Device InformationConfiguration Analog Input 2,,None (1)RTD AnalogInput Input - Sensor Type theDevice None (0) None (0)Thermocouple (0) 281 (R/W) (2)Voltage (4)INFOSENSE PnP (5),None (0),281 (R/W) Set theProcess analog (3)Current sensor type.Process Configuration Analog Thermocouple (1) Analog Input 2 - TC TypeSet the thermocouple type.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Analog 22 - Low Current ScaleSet unit value Analog for low end of current range. This setting determines range of input.,Configuration AnaAnalogInput Input - Low Current Configuration 0 to 20000 units 4000 284-285 (R/W) log Input 2,,0 to 20000,4000,284-285Input (R/W)2 (/1000) Scale (/1000) Analog 2 - High Current ScaleSet unit value for high end of current range. This setting determines range of input.
Device Configuration > Inputs > CT Inputs 3 and 4 Parameter Name and Description CT Input 3 - Sensor Type Set the analog sensor type. Web Page Your Settings Configuration CT Input 3 Range Default Modbus* (Read/write and scaling) None (0) CT Current (6) None (0) 311 (R/W) CT Input 3 - Sensor TypeSet the analog sensor type.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) CT TypeSet sensor type.,Configuration CT Input 4,,None (0),331 CT Input Input44- -Sensor Sensor Type the analog Configuration CT None (0)(0)CT Current (6),None None (0) (R/W) 331 (R/W) CT Input 4 -analog CT PrecisionSet the decimal process (6) type input that will be displayed in the browser Set the sensor type. Input 4place for the input value when utilizing CT Current only.
Device Configuration > Inputs > Digital Input 3 and 4 Parameter Name and Description Digital Input 3 - Function Set function for digital input. Web Page Your Settings Range Default Modbus* (Read/write and scaling) Configuration Digital Input 3 Off (0) Off (0) 351 (R/W) Acknowledge Alarm (1) To Manual Control (2)Alarm (1)Switch To Manual ConDigital Input 3 - FunctionSet function for digital input.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Digital - Select Ack Alarm 6Select to use Digital 6.,Configuration Digital Input 3,,No358 (0)Yes (1),No DigitalInput Input3 3 - Select Configuration DigitalInput 3 to acknowledge No Alarm (0) No (0) (R/W) (0),358 (R/W) Alarm 6 Acknowledge Input 3 Yes (1) Digital Input 3 - Select Alarm Select to use DigitalAck Input 3 7Select to use Digital Input 3 to acknowledge Alarm 7.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Digital - FunctionSet for digital input.,Configuration Digital Input To Manual DigitalInput Input4 4 - Function function Configuration Digital Off (0)4,,Off (0)Acknowledge Alarm Off (0)(1)Switch 371 (R/W) Control (2)Switch (3)Digital (5),Off (0),371 (R/W)(1) Set function forControl Digital Loop InputOff 4.
Parameter Name and Description Web Page Your Settings Range Default Modbus (Read/write and scaling) Digital - Select Ack Alarm 7Select to use Digital 7.,Configuration Digital Input 4,,No379 (0)Yes (1),No DigitalInput Input4 4 - Select Configuration Digital Input 4 to acknowledge No Alarm (0) No (0) (R/W) (0),379 (R/W) Alarm 7 Acknowledge Input 4 Yes (1) Digital Input 4 - Select Alarm Select to use DigitalAck Input 4 8Select to use Digital Input 4 to acknowledge Alarm 8.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Digital Input To Digital 1 Set Point Status,Monitor Device,,Inactive (0)Active Control LoopSwitch 1 Switch To Monitor Device Inactive(1),Inactive (0) Digital To Digital 1 Set Point Status,Monitor Device,,Inactive (0)Active (1),Inactive DigitalInput InputSwitch 3 Set Point Status Active (1) Digital Input Switch To Digital Indicates that Digital Input23Set Point Status,Monitor Device,,Inactive (0)Active
Device Configuration > Control Loops > Loop 1 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop Loop Indirect PowerDisplay indirect (heat) power applied based on10000 the PID DeviceTrend InformaLoop11- -Closed Closed Loop Indirect Monitor Device 0 to % calculations.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop Transition from Auto Mode to: Select from Auto (closed) loop to Manual (open) loop Loop11- -Output Output Transition Configuration Loopoutput action when transitioning Off (0) Off (0) 658 (R/W) mode.
Device Configuration > Control Loops > Loop 1 > PID Set 1 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop11- -PID PIDCrossover Crossover Source Configuration Loop Process Value (0) Process 6681,,Process (R/W) ValLoop SourceSpecify to switch PID sets based on a set point or a process value.
Device Configuration > Control Loops > Loop 1 > PID Set 2 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 1 - PID Set 2 Indirect Configuration Multiple 0 to 99990 minutes 0 697-698 (R/W) Integral PID Sets (/1000) Loop 1 - PID Set 2, Indirect IntegralPID Set 21 - Set the heat (indirect) integral in minutes per repeat.,Configuration Multiple PID Sets 1,,0 Set the heat (indirect) to 99990,0,697-698 (R/W) integral (/1000) per2,repeat.
Device Configuration > Control Loops > Loop 1 > PID Set 3 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 1 - PID Set 3 Indirect Configuration Multiple 1000 to 999000 degrees or 25000 711-712 (R/W) Prop Band PID Sets 1 units (/1000) LoopSet 1 -the PIDheat Set (indirect) 3, IndirectproporProp BandPID Set 3 - Set the heat (indirect) proportional band from set point in process units.
Device Configuration > Control Loops > Loop 1 > PID Set 4 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 1 - PID Set 4 Indirect Configuration Multiple 1000 to 999000 degrees or 25000 727-728 (R/W) Prop1Band PID SetsSet 1 4 - Set the heat (indirect) proportional units (/1000) Loop - PID Set 4, Indirect Prop BandPID band from set point in process units.
Device Configuration > Control Loops > Loop 1 > PID Set 5 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 1 - PID Set 5 Indirect Configuration Multiple 1000 to 999000 degrees or 25000 743-744 (R/W) Prop1Band PID SetsSet 1 5 - Set the heat (indirect) proportional units (/1000) Loop - PID Set 5, Indirect Prop BandPID band from set point in process units.
Device Configuration > Control Loops > Loop 2 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 2 - Closed Indirect Power Monitor Device 0 to 10000 % 0 97 (R) (/100) Indirect (Heat) power Trend Information decimal places) LoopDisplay 2 - Closed Indirect PowerDisplay Indirect (Heat) power output for Loop (two 2.,Monitor DeviceTrend Information,,0 to 10000,0,97 (R) output for Loop 2.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 2 - Transition from Auto Configuration Loop Off (0) Off (0) 778 (R/W) Mode2 to: Fixed Loop - Transition from Auto ModeSettings to:Select2outputs action when transitioning fromPower Auto (1) (closed) loop to Manual (open) loop mode.
Device Configuration > Control Loops > Loop 2 > PID Set 1 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 2 - PID Crossover Source Configuration Loop Process Value (0) Process Value 788 (R/W) switch PID sets Settings 2 PID sets based on a set point or Seta Point (1)value.
Device Configuration > Control Loops > Loop 2 > PID Set 2 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 2 - PID Set 2 Indirect Configuration Multiple 1000 to 999000 degrees or 25000 815-816 (R/W) Loop - PID Set 2, Indirect Prop BandPID band from set point in process units.
Device Configuration > Control Loops > Loop 2 > PID Set 3 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 2 - PID Set 3 Indirect Configuration Multiple 1000 to 999000 degrees or 25000 831-832 (R/W) Prop2Band PID SetsSet 2 3 - Set the heat (indirect) proportional units (/1000) Loop - PID Set 3, Indirect Prop BandPID band from set point in process units.
Device Configuration > Control Loops > Loop 2 > PID Set 4 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 2 - PID Set 4 Indirect Configuration Multiple 1000 to 999000 degrees or 25000 847-848 (R/W) Prop Band PID Sets 2 units (/1000) LoopSet 2 -the PIDheat Set (indirect) 4, IndirectproporProp BandPID Set 4 - Set the heat (indirect) proportional band from set point in process units.
Device Configuration > Control Loops > Loop 2 > PID Set 5 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Loop 2 - PID Set 5 Indirect Configuration Multiple 1000 to 999000 degrees or 25000 863-864 (R/W) Prop Band PID Sets 2 units (/1000) LoopSet 2 -the PIDheat Set (indirect) 5, IndirectproporProp BandPID Set 5 - Set the heat (indirect) proportional band from set point in process units.
Device Configuration > Outputs > Output 1 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output - System Power Line Configuration Outputs 50 Hz. (0) 60 Hz. (1) 1075 (R/W) Frequency 60 Hz. (1) Select the frequency of the line voltage. Output 1 - FunctionSelect the function of the output.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output Source Alarm 1Set to enable Alarm 1 source.,Configuration Output Output11- -Output Output Source Configuration Output 1 No (0) 1,,No (0)Yes (1),No (0),400 No (0) (R/W) 400 (R/W) Output Output Alarm 1 - Output Source Alarm 2Set to enable Alarm 2 source..,ConfigurationYes (1) 1,,No (0)Yes (1),No (0),401 (R/W) Output OutputAlarm Source1 Alarm Set 1to- enable source.3Set to enable Alarm 3 source.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output TypeSelect analog output type.,Configuration Output 1,,Voltage (0)Current (1),Voltage (0),409 (R/W) Output11- -Analog Analog Type Configuration Output 1 Voltage (0) Voltage (0) 409 (R/W) Output 1 - analog mA Low ScaleSet determines range of output.,Configuration Output 1,,0 to Select output type.unit value for low end of current range.
Device Configuration > Outputs > Output 2 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output 2 - Function Configuration Output 2 Off (0) Off (0) 431 (R/W) Select the function of the Control (1) output. Event (2) Output 2 - FunctionSelect the function of the output.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output Source Alarm 4Set to enable Alarm 4 source.,Configuration Output Output22- -Output Output Source Configuration Output 2 No (0) 2,,No (0)Yes (1),No (0),443 No (0) (R/W) 443 (R/W) Output 2 - Output Source Alarm 5Set to enable Alarm 5 source.,ConfigurationYes Output Alarm 4 (1) 2,,No (0)Yes (1),No (0),444 (R/W) Output OutputAlarm Source4 Alarm Set 2to- enable source.6Set to enable Alarm 6 source.
Device Configuration > Outputs > Output 3 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output 3 - Function Configuration Output 3 Off (0) Off (0) 461 (R/W) Select function of the Control (1) Output 3 - the FunctionSelect theoutfunction of the output.,Configuration Output 3,,Off (0)Control (1)Event (2)Retransmit (3),Off (0),461 (R/W) put.3 - Output Cycle TimeSet the cycle time in seconds.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output Source Alarm 4Set to enable Alarm 4 source.,Configuration Output Output33- -Output Output Source Configuration Output 3 No (0) 3,,No (0)Yes (1),No (0),473 No (0) (R/W) 473 (R/W) Output 3 - Output Source Alarm 5Set to enable Alarm 5 source.,ConfigurationYes Output Alarm 4 (1) 3,,No (0)Yes (1),No (0),474 (R/W) Output OutputAlarm Source4 Alarm Set 3to- enable source.6Set to enable Alarm 6 source.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output33- -VVoltage Low Scale Configuration 3 range. This setting 0 determines to 10000 units 0 484-4853,,0 (R/W) Output Low ScaleSet unit value for low end Output of voltage range of output.,Configuration Output to (/1000) 10000,0,484-485 (/1000) Set unit value(R/W) for low end of Output 3-V HighThis ScaleSet unit value for high end of voltage range. This setting determines range of output.
Device Configuration > Outputs > Output 4 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output 4 - Function Configuration Output 4 Off (0) Off (0) 501 (R/W) Select the function of the outControl (1) put. Event (2) Output 4 - FunctionSelect the function of the output.,Configuration Output 4,,Off (0)Control (1)Event (2),Off (0),501 (R/W) Output 4 - Output Cycle TimeSet the cycle time in seconds.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Output Source Alarm 4Set to enable Alarm 4 source.,Configuration Output Output44- -Output Output Source Configuration Output 4 No (0) 4,,No (0)Yes (1),No (0),513 No (0) (R/W) 510 (R/W) Output 4 - Output Source Alarm 5Set to enable Alarm 5 source.,ConfigurationYes Output Alarm 1 (1) 4,,No (0)Yes (1),No (0),514 (R/W) Output OutputAlarm Source1 Alarm Set 4to- enable source.6Set to enable Alarm 6 source.
Device Configuration > Alarms > Alarm 1 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm 1 - Status Display status of Alarm 1. Monitor Device Trend Information Inactive (0) Inactive (0) 103 (R) Active (1) Silenced (2) Alarm 1 - StatusDisplay status of Alarm 1.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm EnableSelect to enable an email to1be sent on activationNo of (0) alarm 1.,Configuration Alarm 1,,No (0)Yes(R/W) (1),No (0), Alarm11- -Send SendEmail Email Enable Configuration Alarm No (0) (R/W) Select to enable an email to be Yes (1) Alarm 1 upon - Email Alert SubjectEnter sent activation of Alarm 1. subject of email for alarm 1. This message will appear in the subject line of the sent email.
Device Configuration > Alarms > Alarm 2 Parameter Name and Description Alarm 2 - Status Display status of Alarm 2. Web Page Your Settings Range Default Modbus* (Read/write and scaling) Monitor Device Trend Information Inactive (0) Inactive (0) 116 (R) Active (1) Silenced (2) Alarm 2 - StatusDisplay status of Alarm.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm EnableSelect to enable an email to2be sent on activationNo of (0) alarm 2.,Configuration Alarm 2,,No (0)Yes(R/W) (1),No (0), Alarm22- -Send SendEmail Email Enable Configuration Alarm No (0) (R/W) Select to enable an email to be Yes (1) Alarm 2 -on Email Alert SubjectEnter sent activation of Alarm 2. subject of email for alarm 2. This message will appear in the subject line of the sent email.
Device Configuration > Alarms > Alarm 3 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm 3 - Status Monitor Device Inactive (0) Inactive (0) 129 (R) Display status of Alarm 3. Trend Information Active (1) (2) Alarm 3 - StatusDisplay status of Alarm.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm EnableSelect to enable an email to3be sent on activationNo of (0) alarm 3.,Configuration Alarm 3,,No (0)Yes(R/W) (1),No (0), Alarm33- -Send SendEmail Email Enable Configuration Alarm No (0) (R/W) Select to enable an email to be Yes (1) Alarm 3 -on Email Alert SubjectEnter sent activation of Alarm 3. subject of email for alarm 3. This message will appear in the subject line of the sent email.
Device Configuration > Alarms > Alarm 4 Parameter Name and Description Web Page Alarm 4 - Status Display status of Alarm 4. Monitor Device Trend Information Alarm 4 - Process Alarm Set Point Set the alarm process set point in absolute degrees or units. Monitor Device Trend Information Configuration Alarm 4 Your Settings Range Default Modbus* (Read/write and scaling) Inactive (0) Inactive (0) 142 (R) Active (1) Silenced (2) Alarm 4 - StatusDisplay status of Alarm.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm EnableSelect to enable an email to4be sent on activationNo of (0) alarm 4.,Configuration Alarm 4,,No (0)Yes(R/W) (1),No (0), Alarm44- -Send SendEmail Email Enable Configuration Alarm No (0) (R/W) Select to enable an email to be Yes (1) Alarm 4 -on Email Alert SubjectEnter sent activation of Alarm 4. subject of email for alarm 4. This message will appear in the subject line of the sent email.
Device Configuration > Alarms > Alarm 5 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm 5 - Status Monitor Device Inactive (0) Inactive (0) 155 (R) Trend Information Active (1) Display status of Alarm 5. Alarm 5 - StatusDisplay status of Alarm.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm EnableSelect to enable an email to5be sent on activationNo of (0) Alarm 5.,Configuration Alarm 5,,No (0)Yes(R/W) (1),No (0), Alarm55- -Send SendEmail Email Enable Configuration Alarm No (0) (R/W) Select to enable an email to be Yes (1) Alarm 5 -on Email Alert SubjectEnter sent activation of Alarm 5. subject of email for Alarm 5. This message will appear in the subject line of the sent email.
Device Configuration > Alarms > Alarm 6 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm 6 - Status Monitor Device Inactive (0) Inactive (0) 168 (R) Display status of Alarm 6. Trend Information Active (1) Alarm 6 - StatusDisplay status of Alarm.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm EnableSelect to enable an email to6be sent on activationNo of (0) Alarm 6.,Configuration Alarm (1),No (0), Alarm66- -Send SendEmail Email Enable Configuration Alarm No (0)6,,No (0)Yes(R/W) (R/W) Select to enable an email to be Yes (1) Alarm 6 -on Email Alert SubjectEnter sent activation of Alarm 6. subject of email for Alarm 6. This message will appear in the subject line of the sent email.
Device Configuration > Alarms > Alarm 7 Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm 7 - Status Monitor Device Inactive (0) Inactive (0) 181 (R) Display status of Alarm 7. Trend Information Active (1) Alarm 7 - StatusDisplay status of Alarm.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm EnableSelect to enable an email to7be sent on activationNo of(0) Alarm 7.,Configuration Alarm 7,,No (0)Yes(R/W) (1),No (0), Alarm77- -Send SendEmail Email Enable Configuration Alarm No (0) (R/W) Select to enable an email to be Yes (1) Alarm 7 -on Email Alert SubjectEnter sent activation of Alarm 7. subject of email for Alarm 7. This message will appear in the subject line of the sent email.
Device Configuration > Alarms > Alarm 8 Parameter Name and Description Alarm 8 - Status Display status of Alarm 8. Web Page Your Settings Range Default Modbus* (Read/write and scaling) Monitor Device Trend Information Inactive (0) 194 (R) Inactive (0) Active (1) Alarm 8 - StatusDisplay status of Alarm.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Alarm EnableSelect to enable an email to8be sent on activationNo of (0) Alarm 8.,Configuration Alarm 8,,No (0)Yes(R/W) (1),No (0), Alarm88- -Send SendEmail Email Enable Configuration Alarm No (0) (R/W) Select to enable an email to be Yes (1) Alarm 8 -on Email Alert SubjectEnter sent activation of Alarm 8. subject of email for Alarm 8. This message will appear in the subject line of the sent email.
Device Configuration > Network > Email Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Email - SMTP Server Name Configuration Network 0 (R/W) Email Email - SMTP Server NameSpecify email SMTP server name.,Configuration Network Email,,,0, (R/W) Specify email SMTP server Email - SMTP Server IP ResolutionSpecify preference to determine SMTP server IP resolution.,Configuration Network Email,,Get Server name.
Device Configuration > Network > Security Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Security - Monitor User Name Configuration Security (R/W) Identify the User Name for password protection of the Security - Monitor UserNameIdentify the User Name for password protection of the Monitor page.,Configuration Security,,,0, (R/W) Monitor page. PasswordIdentify the Password for access to the Monitor page.
Device Configuration > Datalogging > Settings Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Datalog - Enabled Configuration DataNo (0) No (0) 1209 (R/W) Enable datalogging. logging Settings Yes (1) Datalog - When Log File is FullSpecify action to be taken when the Datalog file if full.,Configuration Datalogging Settings,,No (0)Yes (1),No (0), (R/W) Datalog - Logging IntervalSpecify the timed intervals of datalog updates.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Datalog Process Value 1Specify to include Process Datalogging1191 Settings,,No Datalog- -Log LogActive Active Process Configuration Data-Analog Input 1 Active No (0) in datalog.,Configuration No (0) (R/W) (0)Yes (0),1191 (R/W) Value (1),No 1 logging Settings Yes (1) Datalog - Log 2Specify to include Analog Input 2 Active Process in datalog.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Datalog 3 StatusSpecify to include Alarm 3 Status in datalog.,Configuration Datalogging Settings,,No (0),1203 Datalog- -Log LogAlarm Alarm 3 Status Configuration DataNo (0) No (0) (0)Yes (1),No 1203 (R/W) (R/W) logging Settings Yes (1) Specify to include Alarm 3 Datalog - Log Alarm 4 StatusSpecify to include Alarm 4 Status in datalog.
Device Configuration > Datalogging > Clock Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Real Time Clock - Current Configuration DataHours:Minutes:Seconds:AM/ (R) Time logging Clock PM current stored Time RTCDisplay - Current TimeDisplay current stored Time,Configuration Datalogging Clock,,,, (R) RTC - Current DateDisplay current stored Date,Configuration Datalogging Clock,,,, (R) RTC - Time ZoneDisplay stored time zone.
Hardware Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Hardware - Number of Digital Device Information 0 to 2 0 19 (R) Inputs Implemented Display- number inputs Hardware Numberofofdigital Digital Inputs ImplementedDisplay number of digital inputs implemented.,Device Information,,0 to 2,0,19 (R) implemented. Hardware - Analog Input 1 TypeDisplay analog input 1 hardware type.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Hardware of of Possible InputsDisplay inputs to 4,1, (R) (R) Hardware- Number - Number Possi-Analog Device Informationtotal number of analog 1 to 4 available.,Device Information,,1 1 Hardware - Number ble Analog Inputs of Possible Digital InputsDisplay total number of digital inputs available.,Device Information,,0 to 2,0, (R) Hardware of Possible OutputsDisplay total number of outputs available.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Hardware Input 1 CountsDisplay the A/D counts.,Device Information,,0 65535,0,1001-1002 (R) 0 Hardware- Analog - Analog Input 1 Device Information 0 toto65535 1001-1002 (R) Hardware Counts - Analog Input 2 CountsDisplay the A/D counts.,Device Information,,0 to 65535,0,1003-1004 (R) Hardware 3 CountsDisplay the A/D counts.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Hardware Fixed IPIdentifies the Fixed IP address to use if selected.,Configuration Network,,-2147483647 to 2147483647,Hardware- Net - Net Fixed IP Configuration Network -2147483647 to 2147483647 -1062731775 (R/W) 1062731775, Identifies(R/W) the Fixed IP Hardware - Net Fixed SubnetIdentifies the Fixed Subnet mask to use if selected.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Hardware NameIdentifies the controllers’Network name. The controller can be0 browsed using this name via NetBIOS.,Configuration NetHardware- Device - Device Name Configuration (R/W) work,,,0, (R/W) Identifies the controllers’ name. Hardware - Devicecan Watlow NameIdentifies the controllers’ Watlow name. The controller can be browsed using this name.
Firmware Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Firmware - Build Device Information 0 to 32767 13 (R) Identifies the firmware the build Firmware - BuildIdentifies firmware build number.,Device Information,,0 to 32767,,13 (R) number. Firmware - IDIdentifies the firmware ID number.
Parameter Name and Description Web Page Your Settings Range Default Modbus* (Read/write and scaling) Firmware Pattern 1Always returns hex.,Device Information,,Hex Value,,1 (R) Firmware- Bit - Bit Pattern 1 Device55Information Hex Value 1 (R) Firmware Pattern 2Always returns AA hex.,Device Information,,Hex Value,,2 (R) Always- Bit returns 55 hex. Firmware - ASCII ‘12’Always returns 12 ASCII.,Device Information,,String Value,,3 (R) Firmware - ASCII ‘34’Always returns 34 ASCII.
10 Features Autotuning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .130 Inputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .130 INFOSENSE™ Sensing . . . . . . . . . . . . . . . . . . . . . . . . . . . . .130 Calibration Offset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .130 Filter Time Constant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .130 Sensor Selection . . . . . . . . . . . . .
Autotuning Calibration Offset The autotuning feature allows the controller to measure the system response to determine effective settings for PID control. When autotuning is initiated the controller reverts to on-off control. The temperature must cross the Autotune Set Point four times to complete the autotuning process. Once complete, the controller controls at the normal set point, using the new parameters.
Sensor Selection You need to configure the controller to match the input device, which is normally a thermocouple, RTD or process transmitter. When you select an input device, the controller automatically sets the input linearization to match the sensor. It also sets high and low limits, which in turn limit the set point range-high and rangelow values. To view or change the sensor type, go to Device Configuration > Inputs > Analog Input 1 or 2 > Analog Input Sensor Type. Select the correct sensor type.
There are limitations when using CT inputs: • To obtain a valid load current reading, the output on-time must be a minimum of 0.4 seconds. To calculate output on-time, multiply the percent output times the cycle time setting. For example, with 30% output and a 2 second cycle time, the on-time would be 0.30 x 2 = 0.6 seconds. This on-time is greater than the 0.4 second minimum and would result in a valid load current reading.
To set the input error failure mode, go to Device Configuration > Control Loops > Loop 1 or 2 > Loop Settings > Input Failure Parameters. These settings determine controller operation in the event of a sensor failure. You can choose to have the controller perform a “bumpless” transfer, switch power to output a preset manual power level, or turn the output power off.
To view or change the Proportional Band value, go to Device Configuration > Control Loops > Loop 1 or 2 > Loop Settings > PID Parameters > PID Set #1 Prop Band Heat (Indirect) or PID Set #1 Prop Band Cool (Direct). Enter a value for Proportional Band and click the Submit button to send the new value. Overshoot Set Point Droop Temperature Proportional Band Proportional plus Integral plus Derivative (PID) Control Use derivative (rate) control to minimize the overshoot in a PI-controlled system.
Dead Band Multiple PID Sets In heat/cool PID applications, a dead band above and below the set point can save energy and equipment wear by maintaining process temperature within acceptable ranges. Shifting the effective cooling set point and heating set point keeps the two systems from fighting each other. Proportional action ceases when the process value is within the dead band. Integral action continues to bring the process temperature to the set point.
Alarms Alarms are activated when the process value or temperature leaves a defined range. A user can configure how and when an alarm is triggered, what action it takes and whether it turns off automatically when the alarm condition is over. To configure an output as an alarm output , go to Device Configuration > Output 1, 2, 3 or 4 > Output Function and select Event. Click the Submit button to send the new value.
Alarm Hysteresis Alarm Latching An alarm state is triggered when the process value reaches the alarm high or alarm low set point. Alarm hysteresis defines how far the process must return into the normal operating range before the alarm can be cleared. Alarm hysteresis is a zone inside each alarm set point. This zone is defined by adding the hysteresis value to the alarm low set point or subtracting the hysteresis value from the alarm high set point.
Alarm Blocking Network: Email Alarm blocking is often used to allow a system to warm up after it has been started up. With alarm blocking on, a low alarm is not triggered when the process temperature is initially lower than the alarm low set point. The process temperature has to enter the normal operating range beyond the hysteresis zone to activate the alarm function.
Datalogging: Settings The datalogging option allows the Series PD to record the selected control values to a text file that can be used as future reference data from the control. Each text file has a unique name that identifies the file start date and time. If the file is transferred to a TFTP (Trivial File Transfer Protocol) server, the unit name is also used to further identify the file. The time used for the File names is generated from the internal Real Time Clock (RTC).
TFTP Server Configuration Delete All Datalog Files There are a number of TFTP servers available on the web. Search the web on the keywords TFTP server. This command button will delete all inactive log files. If logging is currently enabled the active log file will not be deleted from the File System. • The TFTP server should preferably be located on the same subnet as the Series PD. • The TFTP Server should also be configured to write all files to a predetermined folder.
Get Server IP from Server Name Using the server name entered in the Time Server Name: field, the unit will attempt to resolve the server name through the DNS (Domain Name Server) to obtain the correct IP address. This is useful in case the IP address of the time server would ever change. Fixed Server Address The Series PD will use the IP address in the Time Fixed Server Address: field to locate the time server.
Data Examples Cascade Style Sheet (CSS) Data can be logged up to once every second or any specified interval in seconds or minutes. Input Process Values, Working Setpoint, Loop Power, Optional Discrete Inputs or Current Transformer inputs are logged at the user defined logging intervals. This allows customization of the Series PD web pages. The web page elements, fonts, colors and formatting can be changed by editing the cascade style sheet file.
font-style: oblique; } body { margin: 0; font-family: Times; } b {font-weight: bold;} p {font: 11px/18px Times; margin-top: 5px;} Banner Caption Allows customization of the banner line (10 characters maximum) for all HTML pages. The banner can provide a more intuitive identity for the control, such as Chamber 1. Trend Information The Trend Information page displays the Logging Data that is contained in Storage Device 0 on the File System page.
11 Troubleshooting Indication Probable Cause(s) Corrective Action Power LED not lit. Controller appears dead. No communications to PC. • Power supply switch off. • Fuse blown. • Breaker tripped. • Safety interlock door switch activated. • Separate system limit control latched. • Wiring incorrect or open. • Power supply voltage incorrect. • Defective controller. • Turn switch on. • Replace fuse (check cause of failure). • Reset breaker (check cause of failure). • Close door. • Reset limit controller.
Indication Alarm will not activate or clear. Probable Cause(s) • Controller is in Error condition. • Alarm is in latched setting. • Alarm is silenced. • Incorrect configuration. • Incorrect wiring. • Wrong output type. • Defective controller. Controller's process value reading is decreasing as the actual process is increasing. • Thermocouple is reversed wired. Controller does not control close enough to set point. • PID values incorrect. • Analog voltage or current input scaling is reversed.
A Appendix Specifications (2414) Controller • Microprocessor based user-selectable control modes • Single or dual channel universal inputs • Current transformer inputs to monitor heater currents • Digital inputs • Up to four programmable outputs • Update rates, inputs = 10Hz, outputs = 10Hz Operator Interface • Browser based HMI (human machine interface) Standard Conditions For Specifications • Ambient temperature 25°C (77°F) ±3°C, rated line voltage, 50 to 60Hz, 0 to 90% RH non-condensing, 15-minute warm
Output Types Open Collector • Maximum voltage: 42VÎ (dc) • Maximum current: 200 mA • Class 2 power source required Switched DC • Supply voltage : 24VÎ (dc) @ 30 mA • Supply voltage maximum: 28VÎ (dc) into an infinite load Solid-state Relay • Optically isolated • Zero cross switched • Without contact suppression • Minimum load current: 500 µA rms • 0.
Ordering Information P Control Type S S or D Single channel D Dual channel Auxiliary Inputs 1 1, 2 or 3 Dual digital inputs 2 One CT input and one digital input 3 Dual CT inputs (dual channel only) Output 1 C, K, F or J C K Switched dc, open collector SSR, Form A, 0.5 A F Universal process J Mechanical relay, Form A, 2 A Output 2 A, C, K or E A C None Switched dc, open collector K SSR, Form A, 0.
Declaration of Conformity Series PD Watlow Winona, Inc. 1241 Bundy Blvd.
How to Reach Us Your Authorized Watlow Distributor: Corporate Headquarters in the U.S.: Watlow Electric Manufacturing Co. 12001 Lackland Road St. Louis, Missouri, USA 63146 Telephone: +1 (314) 878-4600 Fax: +1 (314) 878-6814 Europe: Watlow GmbH Industriegebiet Heidig Lauchwasenstr. 1, Postfach 1165 Kronau 76709 Germany Telephone: +49 (0) 7253-9400 0 Fax: +49 (0) 7253-9400-901 Watlow France S.A.R.L.
Series PD & EtherNet/IP (Addendum) 1241 Bundy Boulevard, Winona, Minnesota USA 55987 Phone:+1 (507) 454-5300, Fax: +1 (507) 452-4507 http://www.watlow.com Rev.
PD & EtherNet/IP 1.0 Introduction to EtherNet/IP With the introduction of the first Programmable Logic Controllers (PLC’s) in the early to mid 1970’s it quickly became apparent that there was a need to communicate from one PLC to another, and then on a wider scale, from PLC to other computers within the company infrastructure.
Figure 2.1 2. Select the “Generic Ethernet Module” and click OK 2.2 Configuring PD Properties using RSLogix 5000 After clicking OK above, the following screen will appear. Completion of all fields in this screen (the description field is an exception) is mandatory. Figure 2.
- Name This field, when entered will automatically be added as a controller tag and will be used in the program when referencing PD inputs or outputs. - Description No entry required - Comm Format As can be seen in the Static and Dynamic assemblies below, the PD data formats are dependent on the tag name being written to or read from. See data types below. - IP Address Enter here, the previously acquired PD IP address.
2.2.
tag_EIP_T2O_DYNAMIC_ASSEMBLY_POINT tag_EIP_T2O_DYNAMIC_ASSEMBLY_POINT tag_EIP_T2O_DYNAMIC_ASSEMBLY_POINT tag_EIP_T2O_DYNAMIC_ASSEMBLY_POINT tag_EIP_T2O_DYNAMIC_ASSEMBLY_POINT tag_EIP_T2O_DYNAMIC_ASSEMBLY_POINT tag_EIP_T2O_DYNAMIC_ASSEMBLY_POINT tag_EIP_T2O_DYNAMIC_ASSEMBLY_POINT tag_EIP_T2O_DYNAMIC_ASSEMBLY_POINT Numeric Numeric Numeric Numeric Numeric Numeric Numeric Numeric Numeric 109 109 109 109 109 109 109 109 109 1 2 3 4 5 6 7 8 9 1 1 1 1 1 1 1 1 1 STRUCT OF 8-BIT CIA STRUCT OF 8-BIT CIA STRUCT O
tag_CL_METHOD 2 Enumerated 113 1 42 tag_EIP_AI_ERROR_ACK tag_EIP_ALARM_ACTIONS 1 1 Numeric Numeric 113 113 1 1 99 100 tag_EIP_O2T_DYNAMIC_ASSEMBLY_POINT 1 Numeric 110 1 1 tag_EIP_O2T_DYNAMIC_ASSEMBLY_POINT 2 Numeric 110 2 1 tag_EIP_O2T_DYNAMIC_ASSEMBLY_POINT 3 Numeric 110 3 1 tag_EIP_O2T_DYNAMIC_ASSEMBLY_POINT 4 Numeric 110 4 1 tag_EIP_O2T_DYNAMIC_ASSEMBLY_POINT 5 Numeric 110 5 1 tag_EIP_O2T_DYNAMIC_ASSEMBLY_POINT 6 Numeric 110 6 1 tag_EIP_O2T_DYNAMIC_ASSEMBLY
Steady Green Flashing Green Device operational Standby Flashing Red Minor fault Steady Red Major fault Flashing Green / Red Self-test Network Status Indicators Steady Off Flashing Green Not powered, no IP address No connections Steady Green Connected Flashing Red Connection timeout Steady Red Duplicate IP Flashing Green / Red Self-test If the device is operating correctly, the module status indicator shall be steady green.
3.0 Communications between ControlLogix & PD After configuration of the PD both real-time I/O connections (implicit messaging) and nontime critical (explicit messaging) communications are enabled. All information transferred between the control and the PD will be achieved through either the Static or Dynamic assemblies described above.
Although the size for the Configuration Assembly was set to zero and is not used the system automatically assigns 400 signed integer bytes for the configuration. The PD inputs and outputs were sized correctly at 22 INT’s and 10 INT’s respectively. It will be these tags that will ultimately be used to read from and write to the PD. As we have already learned, the data format within the PD varies depending on the specific tags needing to be used. This can be seen clearly in the tables found in sections 2.2.
Being able to create these user defined data types allows for a much less complex program, making it easier for all to understand. The last step prior to getting to the programming is to create a tag or tags that will use these data types. There will be one tag created for the PD inputs and another for the PD outputs. The two files that were created to use these data types were named PD_O2T (ControlLogix to PD) and PD_T2O (PD to ControlLogix).
Below, the first rung of logic simply takes the new values entered into the tags above and copies them to the appropriate tags in the array defined as PD_O2T. As can be seen in figure 3.1.1a the source tags were formatted to correspond with the format of the destination tags in the copy instructions. Figure 3.1.1b Once the contact labeled “Load_New_Assembly_Values” is actuated the new values will be loaded and ready to be transferred to the PD.
In sections 2.2.3 and 2.2.4 above, words 9 and 10 of the output assembly are defined as AI_ERROR_ACK and ALARM_ACTIONS respectively.
operation, the ladder logic below along with its associated configuration screen will read the current Data Logging Interval (seconds or minutes) value back from the PD. After entries are complete on the configuration tab proceed to the communication tab and click on the browse button to identify the path to the PD. Figure 3.1.
Upon activation of the Data_Log_Read input, the internal value will be read into the tag named Data_Logging_Interval. Not much changes in the write example. The obvious changes are that the service now becomes a set operation and there needs to be a source tag (holding the new interval). In this case the data type is defined as an INT so the source length is two bytes. As in the configuration above, to complete the configuration, click on the communication tab and define the path to the PD.
Related to the note above go to the PD Module Property page and check Inhibit Module as shown below. Figure 4.0a Once the module has been inhibited insert a message instruction into your program. In the example logic below the OÆT Dynamic Assembly will be increased to allow for the Autotune feature to be enabled. A value (in this case, 1) will be sent from the controller to the PD to start the Autotune feature.
The Class, Instance, and Attribute to start Autotune in the PD follow: - Class = 101 - Instance = 1 - Attribute = 44 In this example the above values would be loaded into the tags identified below in Hex as: - Class = 65 - Instance = 1 - Attribute = 2c Figure 4.0c The source length is set at 3 bytes above and will always be 3 bytes when performing this operation (increasing or decreasing the assembly size). The last part of the configuration is to identify the path to the PD.
The last step in this process is to go offline and reconfigure the PD output assembly instance and size to accommodate for the new assembly size. The size was increased one word simply because that is the way this attribute was formatted (UINT). Figure 4.0f Prior to downloading this change back to the control, don’t forget to go back to the connection tab (figure 4.0a above) and uncheck the Inhibit Module check box. After doing so download the changes back to the control.
Name and Description Monitor Device Analog Input {1 or 2} - Active Process Value Indicates the process value displayed on web page and used by the control loop. Digital Input {3 or 4} Value Indicates the state of the digital input. CT Input {3 or 4} - Active Process Value Indicates the process value displayed on web page and used by the control loop. Analog Input {1 to 4} - Error Status Display active errors for the analog input.
Name and Description Alarm Status Indicates the status of the Alarm. Web Page Range (Scaling) Monitor Device Inactive or Off (0) Active (1) Silenced (2) Monitor Device No (0) Yes (1) Monitor Device No (0) Yes (1) Latching Action Select to clear a latched alarm after the process value returns to normal. Silence Action Select to silence an alarm. Analog Input {1 or 2} - Filtered Process Value Indicates the filtered process value measured by the corresponding analog input.
Web Page Name and Description Digital I/O State Read and set the states of the digital I/O. 0 = off and 1 = on. Bits 0 and 1 correspond to digital Monitor Device inputs 1 and 2. Bits 8, 9, 10, and 11 correspond to digital outputs 1, 2, 3, and 4. All other bits reserved Device Configuration > Inputs > Analog Input {1 or 2} Sensor Type Set the sensor type. Analog Input {1 or 2} Configuration Thermocouple Parameters Set the thermocouple type.
Name and Description High Current Scale Set the input process current (in milliamps) that will correspond to the High Process Scale. Temperature Process Value Units Indicates the temperature units displayed in the web pages for a thermocouple and RTD input. This can be set in the web page. Temperature Process Value Precision Indicates the number of decimal places displayed in the web pages for a thermocouple or RTD input. This can be set in the web page.
Range (Scaling) Iterations Default Modbus EIP Data Type Access Digital Input {3 or 4} Configuration Off (0) Acknowledge Alarm (1) Switch To Manual Control (2) Switch Control Loop Off (3) Digital Setpoint (4) Pause Data Logging (5) Digital Input 3 Digital Input 4 Off (0) 103/1/1 (67/1/1) 103/2/1 (67/2/1) 351 371 UINT R/W Digital Input {3 or 4} Configuration False (0) True (1) Digital Input 3 Digital Input 4 False (0) 103/1/2 (67/1/2) 103/2/2 (67/2/2) 352 371 UINT R/W Digital Input {3 or
Name and Description Digital Setpoint Set the set point that will take effect when this digital input is activated. Web Page Range (Scaling) Iterations Default EIP Decimal (Hex) Modbus EIP Data Type Access Digital Input {3 or 4} Configuration -30,000,000 to 30,000,000 (/1000) Depends on sensor type.
Name and Description Ramp Action Select what event(s) trigger a ramp to set point. Ramp Rate Set the interval of degrees or units that the ramping set point will change per minute or hour, as determined by the Ramp Interval setting. Web Page Control Loop {1 or 2} Configuration Control Loop {1 or 2} Configuration Ramp Interval Control Loop {1 or 2} Select the time unit that applies to the Ramp Rate Configuration parameter.
Name and Description Heat (Indirect) Deadband Set the offset of the heat (indirect) proportional band from set point in process units. Web Page Range (Scaling) Multiple PID Loop {1 or 2} Configuration 0 to 999,000 (/1000) Cool (Direct) Propband Set the cool (direct) proportional band in process units. Multiple PID Loop {1 or 1,000 to 999,000 (/1000) 2} Configuration Cool (Direct) Integral Set the cool (direct) integral in minutes per repeat.
Range (Scaling) Web Page Name and Description Multiple PID Loop {1 or -30,000,000 to 30,000,000 Cross Over Point 3 2} Configuration (/1000) Set value to switch from PID set 3 to PID set 4. Multiple PID Loop {1 or -30,000,000 to 30,000,000 Cross Over Point 4 2} Configuration (/1000) Set value to switch from PID set 4 to PID set 5. Device Configuration > Outputs > Output {1 to 4} Off (0) Output Function Control (1) Select the function of the output.
Name and Description Retransmit: Source Select the source the output will restransmit. Retransmit: Low Scale Set the value that corresponds to the low value of the retransmit signal. Retransmit: High Scale Set the value that corresponds to the high value of the retransmit signal. Retransmit: Offset Set the offset value for the retransmit signal. Output Source: Alarm 1 Enable Alarm 1 to trigger the output. Output Source: Alarm 2 Enable Alarm 2 to trigger the output.
Name and Description Output Logic Operator Select the logic operation to determine the event output status. Web Page Range (Scaling) Output {1 to 4} Configuration And (0) Or (1) Output Active State Select the output state when an alarm condition is true. Output {1 to 4} Configuration Energized (0) De-Energized (1) Output State Indicates the state of the output. Device Configuration > Alarms > Alarm {1 to 8} Alarm Type Select the type of alarm.
Name and Description Current Transformer Measurement Input Select which current transformer input value this alarm will monitor.
Name and Description Silencing Select whether to allow the operator to disable the alarm output before the process value returns to normal. Blocking Select to block this alarm until the process value enters the normal range after turning the power on or after a set point change.
Name and Description Parameters to Data Log: Alarm {1 to 8} Status Specify to whether to include the corresponding alarm status in the datalog. Logging Interval Specify the timed interval of datalog updates. Logging Interval Units Specify the units for the data logging interval. Logging Data Compression Enable compression of datalog files. When Log File is Full Specify the action to be taken when the datalog file is full.
Name and Description Time Server Name Specify the real time server name. Time Server Fixed Address. Specify a fixed IP address for the time server. Device Information Universal Input {1 or 2} Type Displays the type of hardware present for the corresponding analog input. Digital Input {3 or 4} Type Displays the type or hardware present for the corresponding digital input. Current Transformer Input {3 or 4} Type Displays the type of hardware present for the corresponding analog input.
Name and Description Analog Input {1 to 4} Counts Displays the A-to-D counts for the corresponding analog input. Analog Out {1 to 4} Process Value Displays the process output value for the corresponding output.
Name and Description Fixed IP Address Specify the fixed IP address. Fixed Subnet Mask Specify the fixed subnet mask. Fixed Gateway Specify the fixed gateway IP address Fixed DNS Server Specify the fixed DNS server address. Device Always Name Indicates the name with which the controller can always be accessed via NetBIOS. Device Watlow Name Indicates the controller's Watlow name. The controller can be browsed using this name.
Name and Description T -> O Dynamic Assembly Point {1 to 10} Read or write the class, instance, and attribute for each additional T->O assembly point. Web Page Range (Scaling) 0 to 2,147,483,647 T->O Assembly Size in Bytes Indicates the size of the T->O assembley. Vendor ID Indicates the ODVA vendor ID for the controller.
