MConfigPro Configuration Software. Installation and Operations Manual Section 50

Transcription

1 MConfigPro Configuration Software Installation and Operations Manual Section 50

2 In order to consistently bring you the highest quality, full featured products, we reserve the right to change our specifications and designs at any time. The latest version of this manual can be found at Warranty - A limited warranty on materials and workmanship for one year is given with this FW Murphy product. A copy of the warranty may be viewed or printed by going to Please read the following information before installing. BEFORE BEGINNING INSTALLATION OF THIS MURPHY PRODUCT: Read and follow all installation instructions. Please contact FW MURPHY immediately if you have any questions.

3 Table of Contents About MConfig Pro... 1 Installing MConfigPro... 1 System Requirements...1 Installation Instructions...2 Installing USB Driver... 4 MConfigPro Application GUI Overview... 6 Launching the Application...6 Menus and Tool Bars...6 Opening Wizard...8 Saving Files...9 Navigating MConfigPro...10 Main Menu List Screen Definitions Version and Security...12 Digital Inputs...14 Digital Outputs...16 Digital Assignments...17 Analog Inputs...18 Analog Outputs...20 Thermocouple...21 Setpoints...22 Global Timers...24 Maintenance Timers...26 Events...27 Startup...29 RPM Controls...30 Control Outputs...31 States...33 Miscellaneous...35 PID...37 Comm Port Settings...39

4 Display Screens...40 Guidelines for Configuring MConfigPro Defining the System...41 System of Protection...42 System of Operation...42 System of Interface...43 Configuration Download Instructions Comm Port Settings...44 Connecting the Centurion controller to PC for Download...44 Initiating Download Sequence...44

5 About MConfig Pro MConfig Pro is a pc-based configuration software for the Centurion controller. The easy-touse interface enables you to modify features of the Centurion such as: sequence of operation set points timers faults displays File transfer utilities for configuration and firmware upgrades are provided so that once the configuration is set, it may be downloaded from your pc to the Centurion via a serial or USB connection. Installing MConfigPro System Requirements A serial port (RS485/232) or USB 1.1 connection is required for transferring the configuration from MConfigPro to the Centurion. While the MConfigPro software will function on any pc or laptop running Windows, it will not perform transfers using the USB driver unless the operating system supports USB. USB supported operating systems include Win98SE, NT, and XP. Serial transfers using standard communication ports (COM1, COM2) should be possible on all Windows platforms. The MConfigPro software and USB driver provide efficient use of your hard drive, using only 3-5 MB of disk space after installation

6 Installation Instructions Follow the steps below to install the MConfigPro software on a pc or laptop. 1. Insert the MConfigPro CD into the CD drive of your computer. The installation menu is displayed. 2. Select Install MConfig Pro from the menu. An Installation Wizard is launched. Click on [Next] to continue. 3. The License Agreement for the product is displayed. You may print the agreement by clicking on the [Print] button displayed beneath the agreement. 4. Once you have read the License Agreement, click the I agree with the terms in the license agreement. then click [Next]. 5. You will be asked for a destination folder for the program. You may accept the suggested directory or you may select a different directory by clicking the [Change] button and browse to the destination folder. Once the destination folder is determined, click [Next] to continue

7 6. The Wizard is now ready to install the program. Click on the [Install] button to begin. This may take several minutes. 7. When the installation is complete, the following screen appears. Click [Finish]

8 Installing USB Driver If you will be using a USB connection device to download the configuration into the Centurion controller, you will need to install the USB driver. Follow the instructions listed below to install the USB Driver. 1. Insert the MConfig Pro CD into the CD drive of your computer. The installation menu is displayed. 2. Select Install USB Driver from the menu. An Install Driver dialog box displays a destination folder for the program. You may accept the suggested directory or you may select a different directory by clicking the [Browse] button to locate the destination folder. 3. Once the destination folder is determined, click [Install]

9 4. The following dialog box will appear to indicate Microsoft has not tested the device driver with the XP operating system. The manufacturer of the royalty-free USB driver has elected not to seek Windows Logo approval. Therefore, you should read the message carefully and understand the impact it may have on critical systems before accepting responsibility for continuing with the installation. Select [Continue Anyway] to continue with the installation of the USB driver. 5. Because the device driver installs two items, the Software Installation dialog box will appear a second time. Select [Continue Anyway]. 6. Once the driver is installed the following dialog box will appear. Click [OK]. 7. From the MConfigPro Installation Menu, select Exit

10 MConfigPro Application GUI Overview This section provides instructions for launching the MConfigPro application, identifies the application features that are accessible through the menu bar, and defines general navigation. Launching the Application To launch the application you may either double-click the MConfigPro application icon located on your desktop, or select MConfigPro Design from the list of programs under your Start menu. The following dialog box is displayed. Click on the [Run] button to launch the application. Menus and Tool Bars NOTE: You may turn off this dialog box from displaying each time you launch the application by de-selecting the check box Always ask before opening this file, located in the lower left corner. The tools provide one-click access to creating a new file, opening an existing file, saving the currently displayed file, or printing the current file. These same functions are available from the File drop-down menu

11 The View drop-down menu provides a list of configurable settings that may be viewed or changed. These same settings are also displayed and available in the Main Menu List window of the user interface when a configuration file is being displayed. Selecting Options displays a dialog box that allows you to select the boards you are using. The Tools menu allows you to upload from or download to the Centurion device. Help provides a link to the FW Murphy website, and will launch an when Contact Us is selected. At this time, there is no online help available

12 Opening Wizard When you click on the new file icon or select File/New from the menus, the Opening Wizard is displayed. It contains three tabs labeled New, Existing, and Recent. The New tab contains several templates to use as guidelines for setting up reciprocating compressors, screw compressors, and pumps. There is also a Blank template to be used for setting up new files and does not contain any pre-configured data. The Existing tab displays the current location where files are being stored. You may select from this list or browse to locate the desired file. The Recent tab displays the most recent files that have been created or updated

13 Saving Files When saving files you may select a file extension specific to the type of equipment you are configuring. This helps to differentiate the file types when you are browsing through the file names. There are four file extensions to choose from..mcp.cfr.cfs.cfp Generic (default) Reciprocating Compressor Screw compressor Pump The default file extension.mcp is used unless a different extension is specified. To select a different extension, click the Save as type: pull-down menu and select the desired extension

14 Navigating MConfigPro Navigating the MConfigPro application interface is versatile and easy. It contains two main windows, or sections of information. The left window contains the Main Menu List of available features and settings available for configuration. This is the same list that is displayed on the View pull down menu. When a new file is created, the Main Menu List is the only window displayed until a process is selected

15 Selecting items from the Main Menu List will populate the remaining window with the appropriate information. In most cases, the window will contain three sections of information. In the upper left, a list of processes (A) or options is displayed. When you click on any of these options, the corresponding data fields (B) are displayed in the upper right section. You may click on these fields and enter the appropriate configuration information. The upper right section may also contain helpful guidelines for entering data. The bottom portion (C) of the window contains the same information as the upper right, but in a spreadsheet format containing all the entries listed in the upper section. You may edit either the upper or lower sections as desired

16 Main Menu List Screen Definitions This section provides field definitions for each item in the Main Menu List and can be used as a reference when setting up your configuration files. An example of each screen will be displayed, followed by a table listing all editable fields and their descriptions. Version and Security

17 Field Version Date Time Standard Security Password Non-editable, system generated. The Revision number reflects the version of MConfigPro that created the file or last updated it. If the version is different from the current MConfigPro version, choosing File/Save will update the file version to that of the MConfig Pro version. Non-editable, system generated. Date reflects the date of the last save (or creation date). This is updated with the current date when Save or Saves As is chosen from the File menu. Non-editable, system generated. This Time reflects the time of the last save (or creation time). This is updated with the current Time when Save or Saves As is chosen from the File menu. 15 character description of your choice to identify the configuration. Allows access to all setup menus except the super user menu. Must be zero or range from 100 to and cannot be the same as the Super User Password. Entering a value of 0 disables the password and provides no security. NOTE: Passwords are required for the Centurion display only. Passwords have no function within the Centurion controller. Super User Password Allows access to all setup menus, super user menu and provides additional functions like Reset Fault History which should not be available to most operators. Must be a range from 100 to and cannot be zero or the same as the Standard Security Password

18 Digital Inputs

19 Field Entries are provided for each of the 32 digital input devices. The system generated names may be changed to a more descriptive name of your choice. The field length for description is 17 characters. In Use Active inputs must be set to In Use in order to show up on subsequent configuration screens. Once the input is set to In Use, the entry turns to bolded text. Type NO = Normally Open NC = Normally Closed Enable Delay Check to enable delay. Delay Type Debounce provides a timed condition for processing the digital input. The input must be active for the duration of the delay before it will be recognized as active by the controller application. Once recognized, the digital input must be inactive for the duration of the delay before it will be recognized as inactive by the controller application. This type of signal condition is useful in process conditions such as unstable tank levels. Pulse provides a timed transition condition for processing the digital input. The input will reset the timer each time the input changes condition. If the input does not change conditions in the delay period specified, the controller will signal the event system. Pulse Delay Type also provides tracking counters for number of transitions and last and current pulse duration. This information is available on the Centurion display. Delay (Secs) Number of seconds associated with the delay

20 Digital Outputs Field In Use Type Entries are provided for each of the 10 digital output devices. The system generated names may be changed to a more descriptive name of your choice. The field length for description is 17 characters. Active outputs must be set to In Use in order to show up on subsequent configuration screens. Once the output is set to In Use, the entry turns to bolded text. NO = Normally Open NC = Normally Closed

21 Digital Assignments Field State Entries are provided for each of the 11 digital assignments. 2 Start Annunciation start delay Alarm Annunciation - alarm Shutdown Annunciation fault anytime (not state specific) Running Annunciation warm-up, stop (electric motor types need to rely on motor out) 12 Loaded Annunciation run loaded 3 Preheat Output - preheat 4,17 Lube Output pre-lube / post-lube 7 Crank crank only 7-13 Ignition Output crank! crank stop stop 7-13 Fuel Output crank! crank stop stop 9-14 Motor on Output Value List of In Use digital outputs to select from

22 Analog Inputs

23 Field In Use Entries are provided for each of the 20 analog input devices. The system generated names may be changed to a more descriptive name of your choice. The field length for description is 17 characters. Active inputs must be set to In Use in order to show up on subsequent configuration screens. Once the input is set to In Use, the entry turns to bolded text. Type 0-5V 4-20mA Differential (calculated) Dec. Choose from 0-3 decimal places. Only selectable for inputs Moving Average Offset Span Min Choices are 1, 2, and 4. Adjust to settle unstable readings. Raw Count Offset, the lowest reading expected from the device. The span from the lowest to highest reading expected from the device. Minimum engineering scale. In most cases, 0 addresses a typical application and is the default value. These values are represented as 0 to 10,000 (0.00 to %). The decimal is implied. For analog inputs, the engineering units are completely at the discretion of the user. An example might be: A PXT-100 would have a Min=0 and Max=100 (PSIG) A PXT-30V30 would have a Min=-14.7 and Max=30 (PSIG) Max Units NOTE: Used to define the input scaled in engineering units. Dual scales are not supported. Maximum engineering scale. These values are represented as 0 to 10,000 (0.00 to %). The decimal is implied. NOTE: Used to define the input scaled in engineering units. Dual scales are not supported. Defines the unit type, span, min, and max. When no other unit of measure is applicable, blank can be selected. PSI F C RPM KPa VDC Amp mv ma Hg WC %

24 Analog Outputs Field Entries are provided for each of the 6 analog output devices. The system generated names may be changed to a more descriptive name of your choice. The field length for description is 17 characters. In Use Active outputs must be set to In Use in order to show up on subsequent configuration screens. Once the output is set to In Use, the entry turns to bolded text. Type 0-20 ma 4-20 ma Offset Raw Count Offset, the lowest reading expected from the device. Span Raw Count Span, the span from the lowest to highest reading expected from the device. Min Minimum engineering scale. In most cases, 0% addresses a typical application and is the default value. Analog outputs use relative terms of Percent (%) for Min and Max because the position is typically 0% output or 100% output and some proportional change in between. Max Maximum engineering scale. In most cases, 100% addresses a typical application and is the default value

25 Thermocouple Field 16 entries are provided for thermocouple devices. The system generated names may be changed to a more descriptive name of your choice. In Use Active devices must be set to In Use in order to show up on subsequent configuration screens. Once the device is set to In Use, the entry turns to bolded text. Type J Type - Typical for most general purpose applications; provides greater accuracy. K Type - High temperature applications; less accuracy. Offset Range is -20 to

26 Setpoints There are 128 configurable setpoints that may be edited. Setpoints further configure variable range input types such as mpu, analog, or thermocouple by defining a threshold, exception or any other out-of-limit event that may require action. Multiple setpoints are often applied to a process and they may be configured as often as needed to meet changing conditions. Common alarm and shutdown setpoints a user might configure include: High Shutdown Low Warning Open Warning High Warning Low Shutdown Setpoints may also be configured for other processes besides alarm and shutdown settings. For example, a setpoint provides a less flexible, but simpler alternative to controlling the pump s start and stop functions

27 Field In Use Signal Type Base GT/LT Value 128 setpoints are provided. The system generated names may be changed to a more descriptive name of your choice. The field length for description is 17 characters. Active setpoints must be set to In Use in order to show up on subsequent configuration screens. Once the device is set to In Use, the entry turns to bolded text. Signal type of setpoint Unused Analog Thermocouple RPM Battery V (tenths) PID Base information is determined by Signal Type selection: Analog = list of in use analog devices to select from Thermocouple = list of in use thermocouple devices to select from RPM = RPM speed source specified in Miscellaneous dialog Battery V (tenths) = External DC voltage supply as measured by the controller represented as XX.X Volts PID = list of in use PID devices to select from. Output from PID 1 thru 4. In reference to value of setpoint. GT = Greater Than LT = Less Than Value of setpoint

28 Global Timers Generally, global timers affect process I/O and the arming of associated events. All event types can be associated with, and locked out by Bx, C, or Sx timers. Field There are 13 available global timers. B1 The first global timer used for delaying an event condition detection. The timer starts in a running State (10-13) depending on which ones have been marked In Use. B1 is also known as the Lockout timer. B2 The second global timer used for delaying an event condition detection. B2 is also known as a secondary Lockout Timer. This timer runs in parallel with B1. C The delay allowing a clear reading before beginning testing for the arming of Class C events. The typical time for most applications is 2 seconds. S1 thru S5 Users have up to five (5) options to assign additional special global timers to signals. The Sx timers begin concurrently with the Bx timers

29 Field Value NF No Flow: The global delay used for delaying the triggering of a no flow event. This global no flow timer is enabled after B1 expires, and begins timing after the expiration of any of the pulse transition times configured in the digital input dialog. Test Time given to allow for maintenance testing of end devices without triggering a fault or shutdown condition. The timer initiates when switched to test mode. Ignition on Delay Time delay before the assigned ignition output turns on. This is typically used to delay ignition until engine crank rollover can occur. Fuel On Delay Time delay before the assigned fuel valve output is turned on. This is typically used to delay fuel until ignition has been turned on. Ignition Off Delay Time delay before the assigned ignition output turns off. This is typically used to burn remaining fuel vapors after the fuel valve is turned off. Timer value

30 Maintenance Timers Field In Use Value (Hours) 10 entries are provided for maintenance settings for timer duration. The system generated names may be changed to a more descriptive name of your choice. The field length for description is 17 characters. Maintenance timers must be set to In Use in order to show up on subsequent configuration screens. Once the timer is set to In Use, the entry turns to bolded text. Timer value units specified in hours

31 Events Field In Use Event Type 128 programmable events are provided. The system generated names may be changed to a more descriptive name of your choice. The description name will be displayed on the Centurion controller when there is an event. The field length for description is 23 characters. Events must be set to In Use in order to show up on subsequent configuration screens. Once the event is set to In Use, the entry turns to bolded text. Event type: Unused Alarm activates alarm banner and alarm output (if assigned) but does not affect process Message same as alarm except the alarm output is not activated Stop Interrupts process and begins shutdown. Once process is stopped, the state engine recycles. (State 1 Panel Ready) Fault SD fault shut down. Interrupts process and begins shutdown. Activates shutdown banner and snapshot page is captured. Faults are first out

32 Field ESD emergency shut down. Same as Fault SD except the process stops and state engine skips all other steps and proceeds to state 19 (Shutdown). Class Event Clear Refers to the Global Timers A always B1 or B2 C S1 thru S5 NF Signal Type Unused Digital Setpoint State Tmr Exp Maint Tmr Exp Sequence NF Timer Exp Signal Action required to clear the fault or event: Requires Ack Requires Reset Self Clearing Signal options are based on Signal Type Unused = unavailable Digital = list of digital in use devices to choose from Setpoint = list of in use setpoints to choose from State Tmr Exp = PANEL READY, STOP ENGINE, or SHUTDOWN Maint Tmr Exp = list of in use maintenance timers to choose from Sequence = None, Overcrank, Crank Fault, PowerUp, Start, Stop, Reset, CAN Comms Fail NF Timer Exp = Global NF Timer

33 Startup Field Auto Start Enable Remote on Power Up Remote Mode Enable Digital Input Use single Digital Input to Start/Stop Start (or Start/Stop) Digital Input Stop Digital Input Reset Digital Input Use single Setpoint to Start/Stop Start (or Start/Stop) Setpoint Stop Setpoint When set to Yes, automatically proceeds from state 1 (Panel Ready) to next In Use state when no shutdown conditions exist. Yes or No None or list of In Use digital inputs Yes or No None or list of In Use digital inputs None or list of In Use digital inputs None or list of In Use digital inputs Yes or No None or list of In Use setpoints None or list of In Use setpoints

34 RPM Controls Field Signal Type Value 5 entries are provided for RPM controls. RPM Control Output Cooldown RPM Warmup RPM Wait to Load RPM Run Loaded RPM Signal Type options are based on the RPM type listed in RPM Control Output = Control Output Cooldown RPM = none Warmup RPM = none Wait to Load RPM = none Run Loaded RPM = none Value of Signal Type: For RPM Control Output, a list of In Use Control Outputs For other Signal types, the target RPM control setpoint for that State

35 Control Outputs Control Outputs allow you to define up to eight (8) outputs to augment control not otherwise defined by digital output assignments. These outputs may be defined as analog output, digital output, single pulsed digital output, or two pulsed digital outputs. Note that Control Outputs 1 through 4 are directly related to Proportional Integral Derivative (PID) calculation loops and are further defined in the PID dialog screens. For example, PID 1 is assigned its control from Control Output 1, PID 2 from Control Output 2, and so on

36 Field In Use Ctrl Output Type None Analog 2 Pulsed Digital 1 Pulsed Digital Digital 8 entries are provided for configurable control outputs. The system generated names may be changed to a more descriptive name of your choice. The field length for description is 17 characters. Active outputs must be set to In Use in order to show up on subsequent configuration screens. Once the output is set to In Use, the entry turns to bolded text. Output 1 List of In Use digital or analog outputs. Dependent on Ctrl Output Type selected. Output 2 List of In Use digital outputs. This selection is only available for Ctrl Output Type 2 Pulsed Digital Increase Max on Time Assign value to increase Max On Time. Set limit of maximum on-time Increase OFF Time Incr. Changeover Pulse ON Time Incr. Changeover Pulse OFF Time Decrease Max On time Decrease OFF Time Decr. Changeover Pulse ON Time Decr. Changeover Pulse OFF Time for increase pulses. Set fixed off-time for Increase pulses. Set fixed on-time for single pulse on direction change for increase. Set fixed off-time for single pulse on direction change for increase. Set limit of maximum on-time for Decrease pulses. Set fixed off-time for Decrease pulses. Set fixed on-time for single pulse on direction change for Decrease. Set fixed off-time for single pulse on direction change for Decrease. Increase/Decrease Pulse Settings For Increase Settings Available when the "Ctrl Output Type" is set to 1 or 2 pulsed digital. For Decrease Settings and Changeover Available when the "Ctrl Output Type" is set to 2 pulsed digital

37 States States 6 thru 8 (A) are designated for engine cranking and therefore perform differently than other states. When State 8 (Crank Rest) either times out or meets the permissive, it recycles back to State 6 (Crank Stop). This cycle will continue until a permissive is met in State 7 (Crank). States 10 thru 13 (B) are the Running states. States 11 and 12 work in tandem to perform load and unload functions. When State 11 (Wait to Load) times out or meets the permissive, it then cycles to State 12. When State 12 (Run Loaded) times out or meets the permissive it cycles back to State 11. This cycle will continue until an event or Stop occurs. To prevent the cycle, set the time in State 12 to and do not use a permissive

38 Field State 1. Panel Ready 2. Start Delay 3. Preheat 4. Prelube 5. Start Valve 6. Crank Stop 7. Crank 8. Crank Rest 9. Motor On 10. Warmup 11. Wait to Load 12. Run Loaded 13. Cool Down 14. Stop Engine 15. Motor Off 16. Stop Valve 17. Post Lube 18. Restart Delay 19. Shutdown The state names can be changed. The field length is 13 characters. NOTE: Crank must have a permissive. Crank Stop and Crank Rest will not proceed on to other states. The system generated names may be changed to a more descriptive name of your choice. The field length is 13 characters. In Use Active states must be set to In Use in order to show up on subsequent configuration screens. Once the state is set to In Use, the entry turns to bolded text. Timer (Secs) When set to 65535, there is No Timeout Permissive Type Digital Input Setpoint Timer Expiration Maint Timer Exp NF Timer Exp Permissive When any permissive type is chosen, a list of In Use items for that base is shown. Ctrl Out 1 Value can be 0-100, or if -1, leave alone. Ctrl Out 2 Value can be 0-100, or if -1, leave alone. Ctrl Out 3 Value can be 0-100, or if -1, leave alone. Ctrl Out 4 Value can be 0-100, or if -1, leave alone. Ctrl Out 5 Value can be 0-100, or if -1, leave alone. Ctrl Out 6 Value can be 0-100, or if -1, leave alone. Ctrl Out 7 Value can be 0-100, or if -1, leave alone. Ctrl Out 8 Value can be 0-100, or if -1, leave alone

39 Miscellaneous

40 Field Signal Type Value 13 miscellaneous entries are provided: Number of Crank Attempts Magnetic Input Teeth RPM Source Crank EndZero RPM Error Signal Oil Pressure Source Water Temperature Source Suction Pressure Source Discharge Pressure Source Ignition Off in Crank Rest Fuel Off in Crank Rest Core Temp Adjustment (tenths) Expansion Temp Adjustment (tenths) Temperature Units Signal Type is based on which entry is selected in. Not all entries use signal types. RPM Source = None, Analog, Magnetic Input Crank EndZero RPM Error Signal = None, Digital, Setpoint Oil Pressure Source = None, Analog Water Temperature Source = None, Analog, Thermocouple Suction Pressure Source = None, Analog Discharge Pressure Source = None, Analog Value data is based on which entry is selected in. Not all entries require a value. Number of Crank Attempts number of crank attempts Magnetic Input Teeth number of flywheel teeth Ignition Off in Crank Rest Yes or No Fuel Off in Crank Rest Yes or No Core Temp Adjustment (tenths) adjustment degrees in tenths Expansion Temp Adjustment (tenths) adjustment degrees in tenths Temperature Units C (Celsius) or F (Fahrenheit)

41 PID Up to four (4) Proportional Integral Derivative (PID) calculation loops may be configured in MConfigPro. A PID provides a constant feedback loop, in which the PID can correct for a measured process variable against a desired set point, output the corrective action to the process and wait for and recalculate the next measurement. The ultimate goal of the PID is to reduce the error to zero. During the time a PID is enabled, the PID always overrides control output settings found in the states dialog. Recall that PID 1 assumes control of control output 1, PID 2 assumes control of control output 2, and so on. Field 4 entries are provided to setup PIDs. The system generated names may be changed to a more descriptive name of your choice. The field length for description is 13 characters. In Use Active PIDs must be set to In Use in order to show up on subsequent configuration screens. Once the PID is set to In Use, the entry turns to bolded text. Flag Increase Flag increase on increasing difference Decrease Flag decrease on increasing difference

42 Field Enable Type Not Enabled All States Run Loaded State All Running States Feedback Type None Analog Thermocouple RPM PID Feedback Base Options based on the feedback type. Setpoint The desired goal the target feedback base value. RampTime (250ms) Time interval for the PID to calculate error. Deadband Value around the set point during which the PID will not calculate error. Minimum Output Percentage as minimum output. Maximum Output Percentage as maximum output. Proportional The output value that is proportional to the change of error. Integral To prevent the PID from oscillating or overshooting the set point, assign a value to reset the system to produce zero error, or nudge the process variable to the set point. This value is typically set to zero. Derivative Value to rate of change of error. This value is typically set to zero. MaxRate of Change Percentage rate of change over which would cause harm to the system. Override Type None Digital Setpoint Override Signal Override Ramp Amount Override Ramp Time Override Max Change Options based on the Override Type. Determine the increments in a given direction (positive or negative) that the set point should be altered to regain balanced processes. In the example of the discharge and suction pressure application, this value would indicate how much the PID should resist its goal in reaching the set point. Time interval value to wait before making the next adjustment A maximum allowed change. This represents the total amount of change allowed into or out of the ramp amount from the set point. The maximum change value should be large enough to effect change

43 Comm Port Settings Field Modbus Address Port 1 Comm Port 1 Delay Modbus Reply Port 1 (ms) BaudRate Port 1 Comm Port 2 Delay Modbus Reply Port 2 (ms) BaudRate Port 2 Value Based on entry selected in description Comm Port 1 = RS232 or RS485 BaudRate Port 1 = 9600, 19200, 38400, 57600, or Comm Port 2 = RS232 or RS485 BaudRate Port 2 = 9600, 19200, 38400, 57600, or

44 Display Screens

45 Guidelines for Configuring MConfigPro This section provides guidelines for setting up common configuration items in MConfigPro such as inputs, outputs, setpoints, timers, alarms, and events, etc. for pumps, reciprocating compressors, and screw compressors. For detailed screen/field information, refer to the chapter titled Main Menu List - Screen Definitions. There is a logical sequence to follow when configuring the Centurion. These sequences will be explained in four separate topics. They are: Defining the System System of Protection System of Operation System of Interface Defining the System The first step in defining the system is to gather information for setting up your analog and/or digital devices and control outputs. For your convenience, you may want to make a checklist of this information for entering into MConfigPro. Once this information has been entered, it will be available for subsequent configuration options. The following items from the Main Menu List allow you to define the system. Refer to the chapter titled Main Menu List - Screen Definitions for information on field options you will be entering. I/O Scheme Define the I/O scheme of devices you have: Digital Input/Output devices Analog Input/Output devices Control Output Define Control Outputs, based on control type (analog, digital, 1 or 2 pulsed digital) Global Timers What are the manufacturers suggested specifications for protection to create the necessary setpoints? This information can usually be found in the equipment manual that came with the product. Maintenance Timers What are the recommended intervals for maintenance? This information can usually be found in the equipment manual that came with the product

46 System of Protection This portion of the configuration allows you to setup events to define when a system will indicate an alarm, a message, or will be shutdown. It also allows for defining how an alarm is cleared. Shutdowns may be defined by the following types: Stop a controlled stop under normal conditions Fault SD abnormal conditions with minimal consequences (not catastrophic) ESD immediate emergency shutdown The following items from the Main Menu List allow you to define the system of protection. Refer to the chapter titled Main Menu List - Screen Definitions for information on field options you will be entering. Events What steps need to be taken to shutdown equipment on Stop, Fault SD, or ESD conditions? What types of alarms or messages need to be defined and how will they be acknowledged? System of Operation The sequences to be defined for system of operation determine the day-to-day, normal operation of your equipment. The following items from the Main Menu List allow you to define the system of operation. Refer to the chapter titled Main Menu List - Screen Definitions for information on field options you will be entering. Startup What are the procedures for initiating a start? RPM Control Consideration point: If control outputs exist, do they need RPM control? States States reflects all steps from evaluating conditions, to controlling start, stop, and running the equipment. The ideal operating condition is Run Loaded. Miscellaneous The miscellaneous menu option contains various options to be set that don t directly relate to process I/O. They control items such as number of crank attempts and oil pressure source and water temperature source

47 PID PID runs as a parallel process to system of operations. Determine at what point or state type it is enabled. System of Interface This sequence determines the communication port setup for downloading the MConfigPro configuration files. It also determines how information is displayed on the Centurion. The following items from the Main Menu List allow you to define the system of interface. Refer to the chapter titled Main Menu List - Screen Definitions for information on field options you will be entering. Comm Port Settings Determine which type of connection will be used: USB Connection Serial Connection (RS-232 or RS-485) Specify behavior of comm ports. Specify how to represent various information coming from the comm ports. Display Screens This step is only necessary if the system of interface is the Centurion display

48 Configuration Download Instructions Once your configuration files are setup, you may download them to the Centurion controller through either a USB port, or serial port (Com1 or Com2). Comm Port Settings Before you can download files to the Centurion controller, the communication port settings must be established for serial ports Com1 or Com2. [PROCEDURE] Connecting the Centurion controller to PC for Download USB Connection [PROCEDURE] Serial Connection (Com1 or Com2) [PROCEDURE] Initiating Download Sequence [PROCEDURE]

49 MURPHY, the Murphy logo, Centurion, and MConfigPro are registered and/or common law trademarks of Murphy Industries, Inc. This document, including textual matter and illustrations, is copyright protected by Murphy Industries, Inc., with all rights reserved. (c) 2005 Murphy Industries, Inc. Other third party product or trade names referenced herein are the property of their respective owners and are used for identification purposes only

50