Page 1 erson-negele...
Page 3: General Information
1.1. How to Use This Service Manual In order to facilitate easier start-up and commissioning, the AV-9900 has been pre-programmed at the factory. Before attempting installation, changes, or additions to the unit it is recommended that this manual be thoroughly reviewed. Many common operations have been thoroughly outlined in the Quick Start - How To section.
Page 4: Diagnostic Circuitry
1.3.3. Diagnostic Circuitry The AV-9900 provides fail-safe operation via internal self-diagnostics of the Hot Product Probe input signals. The Primary RTD input signal is continually referenced against the Secondary RTD signal. The result is indicated on a series of LED’s, located just above the user display, and labeled Sensor Balance. If both RTD elements are in agreement by less than .5...
Page 5 1.3.5. Cold Product Record - Control The AV-9900 may be configured to receive an input from an RTD, or mA transmitter, measuring the Cold Product temperature as it exits the pasteurization loop. This function may be specified at time of order, or upgraded in the field at a later date.
Page 7: Installation
Installation The following section details mounting, installation, and wiring details for the AV-9900 Series HTST Controller. ô CAUTION: Be sure to thoroughly read the material in this section prior to installation. Data tags for voltage and wiring are located inside the unit, viewable upon swinging the chart plate forward.
Page 8 Circuit Board Identification / Locations The following diagram shows the locations of circuit boards within the AV-9900. Case cutouts have been provided for wire entry, and are located at the base of the unit. In order to eliminate interference, be sure to isolate signal cables from power cables when entering recorder.
Page 9: Termination Board
2.4. AC Power Wiring HTST Termination Board Fuses 110 VAC: F1 & F2 = 3 amp 220 VAC: F1 & F2 = 1.5 amp Jumper Wires 110 VAC / 220 VAC (As Per Order) ô CAUTION: Review Instrument Data Tag Prior To Making Field Connections Figure 3 - Power Wiring Revision 3.0...
Page 10 2.5. Signal Input and Output Wiring The following sections illustrate wiring connections for the signal inputs and outputs. Prior to performing termination’s, be sure to review each section as installed components will vary based on the configuration ordered. CAUTION: Disconnect power to the instrument to prevent electrical shock or component damage.
Page 11 2.5.2. Input Card General Information The first step in making wiring termination’s is to identify the functions that are present within the unit. Matrix Order Number The data tag on the inside of the unit will show the . A complete product matrix, showing all options, has been supplied under the Specifications section of this manual.
Page 12 2.5.3. Hot Product Probe Input Board Wiring The Hot Product Probe will always terminate at the bottom (furthest in) input card. The wiring terminal block of this board has been color coded so as to differentiate it from the remaining cards. Termination’s to the Hot Product Probe are as follows: JU15 JU16...
Page 13 Primary RTD: G = Green (Return) R = Red (Common) BL BK BN W = White (Common) Removable Plugs Secondary RTD: BL = Blue (Return) G R W BK = Black (Common) BN = Brown (Common) Seal-Tight Grommet Figure 7 - Hot Product Probe Wiring 2.5.5.
Page 14 Powered. Wiring can go directly to the mA input of the associated card. If NO voltage is present, a loop power supply must be utilized. If AV-9900 ordered with Transmitter Power Supply option, refer to next section for wiring. If external, customer supplied, power supply to be utilized, final wiring termination’s will be as follows:...
Page 15 2.5.7. Transmitter Power Supply Wiring If supplied with the transmitter power supply option, connections will be located near top of unit. Refer to the circuit board locations diagram for assistance in locating the board. Wiring connections to a transmitter will be as follows: Transmitter Transmitter Power...
Page 16: Relay Output Wiring
2.6. Relay Output Wiring Refer to the circuit board locations diagram for assistance in locating the relay board. Wiring is as follows: RELAY 1 RELAY 2 RELAY 3 RELAY 4 Figure 12 - Relay Board NOTE: If ordered with Safety Flow Limit Record function, Relay 1 and Relay 2 will be pre-configured to act as the flow alarms.
Page 17: Instrument Operation
Instrument Operation The AV-9900 is a fully microprocessor driven instrument, and posses many options for customizing operation and output. This section will detail specifics relating to overall operation of the unit. 3.1. Installation of pen cartridge assembly Remove the pen cartridge assembly from its shipping container. With mounting tab on the bottom, slide the pen cartridge assembly (item #2) into the print actuator (item #1).
Page 18 ó STOP: The AV-9900 uses only one style chart. Be sure Chart Number 00215401 is being utilized. HTST ONLY is printed around the center hub for ease of identification. Charts are installed by simply loosening the knurled lug located at the end of the print arm assembly. This will allow the entire assembly to swing forward.
Page 19: User Display
3.4. User Display Figure 2 - Keypad / Display Also located on the front chart plate is the User Display. From here, data such as a digital readout of the STLR temperature value may be viewed. Two options exist for the display; CONTINUOUS DISPLAY and SEQUENCE DISPLAY. When in continuous mode, the selected parameter is viewable at all times on the display.
Page 20 3.4.2. Display - Sequence Mode Operation may be done with Security Mode Shunt in either position - no changes required. ÿû key twice - you will see: MODIFY <-> DISPLAY PARAMETERS ÿö key once. ÿø If SEQUENCE is not already flashing, key.
Page 21: Changing Parameters
3.5. Changing Parameters There are three types of parameters in the AV-9900: Values = Numeric values Text Strings = Groups of characters Choices = Selections made by picking one of a group of displayed descriptions With a modifiable parameter description and its setting displayed, pressing the MOD key places the unit in MODIFY where the settings may be altered.
Page 22: Changing Choices
ÿüü • In Character Selection, will initiate Character Selection. The character to be changed (on the lower line) will be replaced by the “block” character (all dots lit), and the upper display line will show a character selection line instead of the parameter description. The character selection line which contains the current character will be displayed with the cursor ÷...
Page 23 3.6. Security Mode Selection Shunt The AV-9900 is equipped with a movable shunt to allow toggling between RUN and PROGRAM modes of operation. While in RUN mode, access is prevented to all system critical parameters (ranges, setpoint changes, etc.). Changes may be made to display functions as well as selection of the currently active diversion setpoint.
Page 24 Revision 3.0 Section 3...
Page 25 The AV-9900 differs from traditional circular chart recorders in that a print mechanism not only records data to the chart, but also prints times and chart scales. For this reason, it is necessary to tell the AV-9900 when we want to stop a chart from spinning, or we are ready to start printing a new chart.
Page 26 If a diversion event occurs, legal actions will be initiated, and the event will be recorded to memory. The AV-9900 may remain in the Hold sequence for up to 5 minutes. When exiting the Hold sequence, the chart printing will be accelerated until the point where real time has again been reached.
Page 27 CHART ROTATION HOLD 5. The chart is now in a Hold state. All current events are being recorded to memory. 6. Place the NEW BLANK CHART onto the AV-9900 at this time - proceed to step 7 to re-start chart. ÿýý...
Page 28: Controller Outputs
ÿ Function Key directly under desired setpoint value 5. New setpoint will be selected, display will return to normal mode 6. If selected, green pen will move from recording previous setpoint, to recording new diversion setpoint to chart 4.3. How Do I Place a Controller Into Manual / Automatic Mode ñ...
Page 29: Setpoint Values
ÿø until proper controller is selected (CP, HW or SF) ÿü to enter modify mode ÿõö to make change to Manual Mode output percentage ÿþ to program change ÿú to return to normal display 8. Controller will move to selected output percentage 4.4.
Page 30 ÿú to return to normal display 8. Controller will move to selected setpoint 4.5. How Do I Modify Controller PID Tuning Parameters ñ NOTE: A menu option exists for selecting whether or not PID Tuning Parameter changes may be made from the RUN mode. If set to NO, changes may only be made under the appropriate Controller Setup Menu while in the Program mode.
Page 31 . Menu options will differ depending on the current operating mode. ô CAUTION: Unless otherwise specified, the model AV-9900 HTST will be provided pre-programmed from the Factory. Prior to making modifications, it is recommended that you record current settings. 5.1.
Page 32 STLR INP DISPLAY OPT [ NOT DISPLAYED ] [ IN CONTINUOUS MODE ] [ IN SEQUENTIAL MODE ] [ IN BOTH MODES ] ÿü õö ÿþ to change, to choose, to save Definition: This parameter, when active, will display the temperature inputs from the Hot Product Probe to the user display.
Page 33 STLR OUT DISPLAY OPT [ NOT DISPLAYED ] [ IN CONTINUOUS MODE ] [ IN SEQUENTIAL MODE ] [ IN BOTH MODES ] ÿü õö ÿþ to change, to choose, to save Definition: This parameter displays as ON or OFF on the user display. It is based on meeting the requirement of Diversion Setpoint + Deadband.
Page 34 5.1.2. STLR - Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made as to which parameters display on the user screen, in addition to which parameters print to the chart. All parameters may not be accessible, as many are dependent on activation by another parameter.
Page 35 STLR INP TRANSMIT TO CURRENT OUTPUT ñ NOTE: X = Current output 0-4. Be sure current output selected is not used by another function. ÿü õö ÿþ to change, to choose, to save Definition: This parameter allows the STLR Hot Product Input signal to be sent out as a 4-20 mA retransmission signal.
Page 36 STLR INPUT DISPLAY BOTH [YES] [NO] ñ NOTE: This parameter is not shown if STLR INP DISPLAY OPT is set to NOT DISPLAYED. ÿü ÷ ø ÿþ to change, to choose, to save Definition: If STLR Input is being displayed, this parameter selects whether both input 1 (Primary) and input 2 (Secondary) are displayed, or if only input 1 (Primary) is displayed.
Page 37 ÿø TO ADVANCE TO NEXT SELECTION STLR SP RECORDING [NOT RECORDED] [RED] [GREEN] [BLUE] ÿü õö ÿþ to change, to choose, to save Definition: This parameter will determine if the STLR Diversion Setpoint is recorded to the chart, and if so, in which color. The factory default is GREEN.
Page 38 5.2. Function Setup Menu - CPRC The following section, CPRC (Cold Product Recorder Controller), will illustrate the various programming options related to this function. ñ Note: This is an optional function, and may not be present on your unit. 5.2.1. CPRC - Shunt Position - RUN MODE While in the RUN MODE, changes may be made to many parameters considered non-operation critical.
Page 39 CPRC INP CORRECTION .X UNITS ñ Note: Units will be as selected in Program Mode ÿü õö ÿþ to change, to choose, to save Definition: This parameter allows a correction factor to be added to the CPRC input value. It is used to correct discrepancies between the actual cold product value, and the value that prints to the chart.
Page 40 5.2.2. CPRC - Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made to parameters which affect the operation of the CPRC. All parameters may not be accessible, as many are dependent on activation by another parameter. Access is gained as follows: ñ...
Page 41 CPRC INPUT USAGE [NORMAL] [SIMULATED] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter selects NORMAL run mode, with a SIMULATED run mode option for demonstration purposes. ÿø TO ADVANCE TO NEXT SELECTION CPRC INP TRANSMIT TO CURRENT OUTPUT ñ...
Page 42 CPRC INP DISPLAY OPT [IN BOTH MODES] [IN CONTINUOUS] [IN SEQUENTIAL] [NOT DISPLAYED] ÿü õö ÿþ to change, to choose, to save Definition: This parameter, when active, will display the RAW Cold Product Temperature input value. ÿø TO ADVANCE TO NEXT SELECTION CPRC INP CORRECTION .X UNITS ñ...
Page 43 CPRC CURRENT OUTPUT [1 THROUGH 4] ñ NOTE: This parameter only active if PID chosen as control type ÿü õö ÿþ to change, to choose, to save Definition: This parameter will tie a PID control output to one of the available 4-20 mA outputs.
Page 44 CPRC SP RECORDING [RED] [BLACK] [BLUE] [GREEN] [NOT RECORDED] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter, if active, allows the setpoint to be printed to the chart. ÿø TO ADVANCE TO NEXT SELECTION CPRC SP DISPLAY OPT [ NOT DISPLAYED ] [ IN CONTINUOUS MODE ] [ IN SEQUENTIAL MODE ]...
Page 45 CPRC ALARM1 SETPOINT ñ NOTE: Will display in C if unit set for Celcius ÿü õö ÿþ to change, to choose, to save Definition: This parameter allows the user to set the CPRC ALARM 1 Setpoint Value. ÿø TO ADVANCE TO NEXT SELECTION CPRC ALARM2 TYPE [ NONE/OFF ] [LOW SIGNAL/VALUE ]...
Page 46 5.3. Function Setup Menu - HWC The following section, HWC (Hot Water Controller), will illustrate the various programming options related to this function. ñ Note: This is an optional function, and may not be present on your unit. 5.3.1. HWC - Shunt Position - RUN MODE While in the RUN MODE, changes may be made to many parameters considered non-operation critical.
Page 47 HWC INP DISPLAY OPT [ NOT DISPLAYED ] [ IN CONTINUOUS MODE ] [ IN SEQUENTIAL MODE ] [ IN BOTH MODES ] ÿü õö ÿþ to change, to choose, to save Definition: This parameter, when active, will display the result of the Hot Water Temperature input.
Page 48 5.3.2. HWC - Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made to parameters which affect the operation of the HWC. All parameters may not be accessible, as many are dependent on activation by another parameter. Access is gained as follows: ñ...
Page 49 HWC INPUT USAGE [NORMAL] [SIMULATED] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter selects NORMAL run mode, with a SIMULATED run mode option for demonstration purposes. ÿø TO ADVANCE TO NEXT SELECTION HWC INP TRANSMIT TO CURRENT OUTPUT ñ...
Page 50 HWC INP DISPLAY OPT [IN BOTH MODES] [IN CONTINUOUS] [IN SEQUENTIAL] [NOT DISPLAYED] ÿü õö ÿþ to change, to choose, to save Definition: This parameter, when active, will display the Hot Water Temperature input value. ÿø TO ADVANCE TO NEXT SELECTION HWC CONTROLLER TYPE [PID] [ON/OFF]...
Page 51 HWC OUT RECORDING [RED] [BLACK] [BLUE] [GREEN] [NOT RECORDED] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter, when active, will record the resulting output of the HWC PID Controller, if controller is active. ÿø TO ADVANCE TO NEXT SELECTION HWC OUT DISPLAY OPT [ NOT DISPLAYED ] [ IN CONTINUOUS MODE ]...
Page 52 HWC SP DISPLAY OPT [ NOT DISPLAYED ] [ IN CONTINUOUS MODE ] [ IN SEQUENTIAL MODE ] [ IN BOTH MODES ] ÿü õö ÿþ to change, to choose, to save Definition: This parameter, if active, allows the current Setpoint of the PID controller associated with the Hot Water to be displayed.
Page 53 HWC ALARM2 TYPE [ NONE/OFF ] [LOW SIGNAL/VALUE ] [HIGH RATE/VALUE ] ÿü õö ÿþ to change, to choose, to save Definition: This parameter allows the user to select an optional alarm for the Hot Water Loop. This alarm may be tied to an event flag, LED, or relay.
Page 54 5.4. Function Setup Menu - SFLR The following section, SFLR (Safety Flow Limit Recorder), will illustrate the various programming options related to this function. ñ Note: This is an optional function, and may not be present on your unit. 5.4.1. SFLR - Shunt Position - RUN MODE While in the RUN MODE, changes may be made to many parameters considered non-operation critical.
Page 55 SFLR INP DISPLAY OPT [ NOT DISPLAYED ] [ IN CONTINUOUS MODE ] [ IN SEQUENTIAL MODE ] [ IN BOTH MODES ] ÿü õö ÿþ to change, to choose, to save Definition: This parameter, when active, will display the result of the SFLR input.
Page 56 5.4.2. SFLR - Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made to parameters which affect the operation of the SFLR. All parameters may not be accessible, as many are dependent on activation by another parameter. Access is gained as follows: ñ...
Page 57 SFLR INPUT NUMBER [0 THROUGH 8] ÿü õö ÿþ to change, to choose, to save Definition: This parameter tells the unit which of the possible eight inputs is tied directly to the Flow Meter. ÿø TO ADVANCE TO NEXT SELECTION SFLR INPUT USAGE [NORMAL] [SIMULATED]...
Page 58 SFLR INPUT RECORDING [RED] [BLACK] [BLUE] [GREEN] [NOT RECORDED] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter, if active, allows the input from the Flow Rate to be printed to the chart. Default: Black ÿø TO ADVANCE TO NEXT SELECTION SFLR INP DISPLAY OPT [IN BOTH MODES]...
Page 59 SFLR CONTROLLER TYPE [PID] [ON/OFF] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter allows the user to choose the type of control action applied to the SFLR control output. ÿø TO ADVANCE TO NEXT SELECTION SFLR CURRENT OUTPUT [1 THROUGH 4] ñ...
Page 60 SFLR OUT RECORDING [RED] [BLACK] [BLUE] [GREEN] [NOT RECORDED] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter, when active, will record the resulting output of the SFLR PID Controller, if controller is active. ÿø TO ADVANCE TO NEXT SELECTION SFLR OUT DISPLAY OPT [ NOT DISPLAYED ] [ IN CONTINUOUS MODE ]...
Page 61 SFLR SP DISPLAY OPT [ NOT DISPLAYED ] [ IN CONTINUOUS MODE ] [ IN SEQUENTIAL MODE ] [ IN BOTH MODES ] ÿü õö ÿþ to change, to choose, to save Definition: This parameter, if active, allows the current Setpoint of the PID controller associated with the Hot Water to be displayed.
Page 62 SFLR ALARM1 SETPOINT X units ñ NOTE: Units, as programmed, will be displayed ÿü õö ÿþ to change, to choose, to save Definition: This parameter allows the user to set the SFLR ALARM 1 Setpoint Value. This is the legal “Loss of Signal” setpoint value.
Page 63 ÿú õ This completes SFLR program options - to return to main display, or to return to start of FUNCTION MENU. Revision 3.0 Section 5...
Page 65 The following section will illustrate the various programming options related to Control function. ô CAUTION: Unless otherwise specified, the model AV-9900 HTST will be provided pre-programmed from the Factory. Default numbers will be present for PID tuning parameters. As all control loops differ in operation, it will be necessary to modify the TUNE parameters for each PID control loop in order to obtain proper operation.
Page 66 STLR OUT DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the STLR diversion ON or OFF result. ÿø...
Page 67 STLR NUM SETPOINTS [1 THROUGH 5] ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the number of active STLR Diversion Setpoints. ñ NOTE: Choosing an EQUAL number of STLR Diversion Setpoints and HWC’s (Hot Water Controllers) will tie a unique HWC program set to each Diversion Setpoint.
Page 68 Deadband exists for each Diversion Setpoint. Values are entered in either units of F or C, as determined by setup. Values are whole numbers unless decimal places active. ÿø TO ADVANCE TO NEXT SELECTION ñ Note: Previous two parameters will be repeated for each of the active Diversion Setpoints.
Page 69 6.1.2. STLR - Shunt Position - RUN MODE While in the RUN MODE, only selection of an already programmed Diversion Setpoint may be performed. Access is gained as follows: ÿø From the Normal Display, key until the following is visible: SELECT <->...
Page 70 6.2. Controller Setup Menu - CPRC The following section, CPRC (Cold Product Recorder Controller), will illustrate the various programming options related to this function. ñ NOTE: Options exist for both ON/OFF and PID methods of control. Before proceeding with changes, be sure to determine the current method of operation.
Page 71 CPRC OUT DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the CPRC ON/OFF Control Output. ÿø...
Page 72 CPRC SP DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the CPRC ON/OFF Setpoint.. ÿø...
Page 73 ÿø TO ADVANCE TO NEXT SELECTION CPRC SP VALUE [ Y UNITS ] Y = Setpoint Value Units = F or C as chosen in setup ÿü õö ÿþ to change, to choose, to save Definition: This parameter defines the CPRC ON/OFF Setpoint value. ÿø...
Page 74 6.2.2. CPRC Controller - PID - Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made to the CPRC Control related parameters. Access is gained as follows: ÿø From the Normal Display, press the key until the following is visible: SELECT <->...
Page 75 CPRC OUT UPPER LIMIT [ 1 THROUGH 100 %] ÿü õö ÿþ to change, to choose, to save Definition: This parameter establishes a maximum limit for the CPRC PID Controller mA output. ÿø TO ADVANCE TO NEXT SELECTION CPRC OUT % ON ERROR [ 0 THROUGH 100 %] ÿü...
Page 76 CPRC OUT DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the CPRC PID Control Output. ÿø...
Page 77 CPRC MANUAL ACTUATOR [NONE/OFF] [ON/CONTINUOUS] [ANY ALARM] [INSTRUMENT ALARM] [CHART FULL ALARM] [SFLR LOW SIGNAL ALARM] [SFLR HIGH RATE ALARM] [CHART RUN STATE] [DATA COLLECT STATE] [CONTROL ON STATE] [FWD FLOW ENABLED] [FWD FLOW REQUESTED] [STLR INPUT MISMATCH] [STLR OUT] [STLR ERR] [SFLR OUT] [SFLR ERR]...
Page 78 CPRC CONTROL TUNING [YES] [NO] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter determines if CPRC Controller PID tuning parameters are accessible while the unit is in RUN mode. ÿø TO ADVANCE TO NEXT SELECTION CPRC SETPOINT CHANGE [YES] [NO]...
Page 79 CPRC SP DECIMAL POSITION [0 THROUGH 3] ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the active number of decimal places shown for the CPRC PID Control Setpoint as shown on the user display. ÿø TO ADVANCE TO NEXT SELECTION CPRC NUMBER SETPOINTS [0 THROUGH 1]...
Page 80 CPRC SP VALUE [ Y UNITS ] Y = Setpoint Value Units = F or C as chosen in setup ÿü õö ÿþ to change, to choose, to save Definition: This parameter defines the CPRC PID controller setpoint value. ÿø TO ADVANCE TO NEXT SELECTION CPRC PROP.
Page 81 CPRC INTEG. BAND [ Y UNITS ] Y = Integration Value Units = F or C as chosen in setup ÿü õö ÿþ to change, to choose, to save Definition: This parameter provides the Integral value used in the PID control algorithm.
Page 82 ÿú õ This completes CPRC Controller program options - to return to main display, or to return to start of CONTROLLER MENU. Revision 3.0 Section 6...
Page 83 6.3. Controller Setup Menu - HWC The following section, HWC (Hot Water Controller), will illustrate the various programming options related to this function. 6.3.1. HWC Controller - ON/OFF- Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made to the HWC control related parameters. Access is gained as follows: ÿø...
Page 84 HWC OUT DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the HWC ON/OFF control output. ÿø...
Page 85 HWC SP DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the HWC ON/OFF setpoint.. ÿø...
Page 86 HWC SP1 VALUE [ Y UNITS ] Y = Setpoint Value Units = F or C as chosen in setup ÿü õö ÿþ to change, to choose, to save Definition: This parameter defines the HWC ON/OFF setpoint value. ÿø TO ADVANCE TO NEXT SELECTION HWC SP1 HYSTERESIS [ Y UNITS ] Y = Proportional Band Value...
Page 87 6.3.2. HWC Controller - PID - Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made to the HWC control related parameters. Access is gained as follows: ÿø From the Normal Display, press the key until the following is visible: SELECT <->...
Page 88 HWC OUT UPPER LIMIT [ 1 THROUGH 100 %] ÿü õö ÿþ to change, to choose, to save Definition: This parameter establishes a maximum limit for the HWC PID controller mA output. ÿø TO ADVANCE TO NEXT SELECTION HWC OUT % ON ERROR [ 0 THROUGH 100 %] ÿü...
Page 89 HWC OUT DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the HWC PID control output. ÿø...
Page 90 HWC MANUAL ACTUATOR [NONE/OFF] [ON/CONTINUOUS] [ANY ALARM] [INSTRUMENT ALARM] [CHART FULL ALARM] [SFLR LOW SIGNAL ALARM] [SFLR HIGH RATE ALARM] [CHART RUN STATE] [DATA COLLECT STATE] [CONTROL ON STATE] [FWD FLOW ENABLED] [FWD FLOW REQUESTED] [STLR INPUT MISMATCH] [STLR OUT] [STLR ERR] [SFLR OUT] [SFLR ERR]...
Page 91 HWC CONTROL TUNING [YES] [NO] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter determines if HWC controller PID tuning parameters are accessible while the unit is in RUN mode. ÿø TO ADVANCE TO NEXT SELECTION HWC SETPOINT CHANGE [YES] [NO]...
Page 92 HWC SP DECIMAL POSITION [0 THROUGH 3] ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the active number of decimal places shown for the HWC PID control setpoint as shown on the user display. ÿø TO ADVANCE TO NEXT SELECTION HWC NUMBER SETPOINTS [0 THROUGH 1]...
Page 93 HWC SP VALUE [ Y UNITS ] Y = Setpoint Value Units = F or C as chosen in setup ÿü õö ÿþ to change, to choose, to save Definition: This parameter defines the HWC PID controller setpoint value. ÿø TO ADVANCE TO NEXT SELECTION HWC PROP.
Page 94 HWC AUTO RESET [ Y REPEATS/MIN ] Y = Auto Reset Value ÿü õö ÿþ to change, to choose, to save Definition: This parameter provides an Automatic Reset value used by the PID algorithm. ÿø TO ADVANCE TO NEXT SELECTION HWC RATE [ Y MINUTES ] Y = Rate Value...
Page 95 6.4. Controller Setup Menu - SFLR The following section, SFLR (Safety Flow Limit Recorder), will illustrate the various programming options related to this function. ñ NOTE: Options exist for both ON/OFF and PID methods of control. Before proceeding with changes, be sure to determine the current method of operation.
Page 96 SFLR OUT DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the SFLR ON/OFF Control Output. ÿø...
Page 97 SFLR SP DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the SFLR ON/OFF Setpoint.. ÿø...
Page 98 ÿø TO ADVANCE TO NEXT SELECTION SFLR SP VALUE [ Y UNITS ] Y = Setpoint Value Units = As chosen in setup ÿü õö ÿþ to change, to choose, to save Definition: This parameter defines the SFLR ON/OFF Setpoint value. ÿø...
Page 99 6.4.2. SFLR Controller - PID - Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made to the SFLR Control related parameters. Access is gained as follows: ÿø From the Normal Display, press the key until the following is visible: SELECT <->...
Page 100 SFLR OUT UPPER LIMIT [ 1 THROUGH 100 %] ÿü õö ÿþ to change, to choose, to save Definition: This parameter establishes a maximum limit for the SFLR PID Controller mA output. ÿø TO ADVANCE TO NEXT SELECTION SFLR OUT % ON ERROR [ 0 THROUGH 100 %] ÿü...
Page 101 SFLR OUT DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the tag that is shown on the user display for the SFLR PID Control Output. ÿø...
Page 102 SFLR MANUAL ACTUATOR [NONE/OFF] [ON/CONTINUOUS] [ANY ALARM] [INSTRUMENT ALARM] [CHART FULL ALARM] [SFLR LOW SIGNAL ALARM] [SFLR HIGH RATE ALARM] [CHART RUN STATE] [DATA COLLECT STATE] [CONTROL ON STATE] [FWD FLOW ENABLED] [FWD FLOW REQUESTED] [STLR INPUT MISMATCH] [STLR OUT] [STLR ERR] [SFLR OUT] [SFLR ERR]...
Page 103 SFLR CONTROL TUNING [YES] [NO] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter determines if SFLR Controller PID tuning parameters are accessible while the unit is in RUN mode. ÿø TO ADVANCE TO NEXT SELECTION SFLR SETPOINT CHANGE [YES] [NO]...
Page 104 SFLR SP DECIMAL POSITION [0 THROUGH 3] ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the active number of decimal places shown for the SFLR PID Control Setpoint as shown on the user display. ÿø TO ADVANCE TO NEXT SELECTION SFLR NUMBER SETPOINTS [0 THROUGH 1]...
Page 105 SFLR SP VALUE [ Y UNITS ] Y = Setpoint Value Units = As chosen in setup ÿü õö ÿþ to change, to choose, to save Definition: This parameter defines the SFLR PID controller setpoint value. ÿø TO ADVANCE TO NEXT SELECTION SFLR PROP.
Page 106 SFLR AUTO RESET [ Y REPEATS/MIN ] Y = Auto Reset Value ÿü õö ÿþ to change, to choose, to save Definition: This parameter provides an Automatic Reset value used by the PID algorithm. ÿø TO ADVANCE TO NEXT SELECTION SFLR RATE [ Y MINUTES ] Y = Rate Value...
Page 107 Program Reference - Configuration Menu ô CAUTION: Unless otherwise specified, the model AV-9900 HTST will be provided pre-programmed from the Factory. Prior to making modifications, it is recommended that you record current settings. 7.1. Configuration Menu - Instrument Settings 7.1.1. Instrument Settings - Shunt Position - RUN MODE While in the RUN MODE, changes may be made to parameters which affect the Instrument operation.
Page 108 ÿø TO ADVANCE TO NEXT SELECTION CURRENT DATE MM/DD/YY XX/XX/XX ÿü õö ÿþ to change, to choose Month, save ÿü õö ÿþ to change, to choose Day, to save ÿü õö ÿþ to change, to choose Year, to save Definition: This parameter allows setting the current date. ÿø...
Page 109: Instrument Tag
7.1.2. Instrument Settings - Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made to parameters which affect the Instrument operation. All parameters may not be accessible, as many are dependent on activation by another parameter. Access is gained as follows: ñ...
Page 110: Temperature Units
TAG DISPLAY OPTION [NOT DISPLAYED] [IN CONTINUOUS MODE] [IN SEQUENTIAL MODE] [IN BOTH MODES] ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects which display modes will allow the Instrument Tag to be displayed. The Instrument Tag is a user entered string which may be viewed on the display.
Page 111 TIME DISPLAY FORMAT XXXXXXXX ÿü ÿø ÿþ to change, to choose, to save Definition: This parameter selects format for date display. ÿø TO ADVANCE TO NEXT SELECTION CURRENT DATE MM/DD/YY XX/XX/XX ÿü õö ÿþ to change, to choose Month, save ÿü...
Page 112: Comms Address
COMMS ADDRESS ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects active communications port. NOTE: Not available for use in field applications. ÿø TO ADVANCE TO NEXT SELECTION COMMS BIT RATE [1200] [2400] [4800] [9600] ÿü ÿø...
Page 113: Configure Inputs
Configuration Menu - Inputs 7.2.1. Inputs - Shunt Position - PROGRAM MODE While in the PROGRAM MODE, changes may be made to parameters which affect the AV-9900 input selections. All parameters may not be accessible, as many are dependent on activation by another parameter or option.
Page 114 INPUT FUNCTION STLR Start of menu options for STLR input programming. STLR INP DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the STLR Input Tag that is shown on the user display.
Page 115 STLR INP LIMIT HIGH ñ NOTE: Factory default parameter - value should remain at “350” ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects high input range for the STLR input. ÿø TO ADVANCE TO NEXT SELECTION STLR INPUT 1 CORR 1 X AT ñ...
Page 116 Definition: This is a correction parameter used for the high end of the primary element in the Hot Product probe. ÿø TO ADVANCE TO NEXT SELECTION STLR INPUT 2 CORR 1 X AT ñ NOTE: This parameter is documented in Instrument Maintenance - Two Point Hot Product Probe Calibration.
Page 117 ÿú This completes the STLR Input setup menus. to return to the normal display, or ÿø to continue to the next input selection. INPUT FUNCTION SFLR Start of menu options for SFLR input programming. SFLR INP DISPLAY TAG [ USER ENTERED TEXT ] ñ...
Page 118 Definition: This parameter selects low input range for the SFLR input. Typical setting is 4.00 mA. MUST match output of flowmeter. ÿø TO ADVANCE TO NEXT SELECTION SFLR INP RANGE HIGH ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects high input range for the SFLR input.
Page 119 SFLR INPUT 1 CORR 1 X AT ñ NOTE: This parameter is documented in Instrument Maintenance - SFLR Input Calibration. ÿü õö ÿþ to change value, to choose, to save ÿü õö ÿþ to change correction, to choose, save Definition: This is a correction parameter used for the low end of the SFLR input.
Page 120 ÿú This completes the SFLR Input setup menus. to return to the normal display, or ÿø to continue to the next input selection. INPUT FUNCTION CPRC Start of menu options for CPRC input programming. CPRC INPUT TYPE [RTD] [Ma] ÿü ÿø...
Page 121 [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the CPRC Input Tag that is shown on the user display. ÿø TO ADVANCE TO NEXT SELECTION CPRC INP DECIMAL POS ÿü...
Page 122 ÿø TO ADVANCE TO NEXT SELECTION CPRC INP LIMIT LOW Definition: This parameter selects low limit for the CPRC input. This is a factory default setting. ÿø TO ADVANCE TO NEXT SELECTION CPRC INP LIMIT HIGH Definition: This parameter selects high limit for the CPRC input. This is a factory default setting.
Page 123 CPRC INPUT 1 CORR 2 X AT ñ NOTE: This parameter is documented in Instrument Maintenance - CPRC Input Calibration. ÿü õö ÿþ to change value, to choose, to save ÿü õö ÿþ to change correction, to choose, save Definition: This is a correction parameter used for the high end of the CPRC input.
Page 124 ñ NOTE: Shown ONLY if input type is RTD. ÿü ÿø ÿþ to change, to choose, to save Definition: This parameter selects the HWC input type. ÿø TO ADVANCE TO NEXT SELECTION HWC INP DISPLAY TAG [ USER ENTERED TEXT ] ñ...
Page 125 Definition: This parameter selects low input range for the HWC input. Typical setting is 4.00 mA. MUST match output of sensor. ÿø TO ADVANCE TO NEXT SELECTION HWC INP RANGE HIGH ñ NOTE: Not shown if input type RTD. Definition: This parameter selects high input range for the HWC input. Typical setting is 20.00 mA.
Page 126 ñ NOTE: This parameter is documented in Instrument Maintenance - HWC Input Calibration. ÿü õö ÿþ to change value, to choose, to save ÿü õö ÿþ to change correction, to choose, save Definition: This is a correction parameter used for the low end of the HWC input.
Page 127 7.3. Configuration Menu - Simulated Inputs Simulated Inputs may be used for demonstration purposes. When active, a valid input to the AV-9900 is not required. Activation is done in the Function Setup Menu under Input Usage (NORMAL or SIMULATED). 7.3.1. Simulated Inputs - Shunt Position - RUN MODE No programming access is allowed under the RUN mode.
Page 128 Once all parameters for a specific simulated variable have been programmed, the unit will ÿú automatically scroll to the next available function (STLR, SFLR, CPRC or HWC). ÿø will return to the normal display, or will continue to advance through the next parameter set.
Page 129 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects number of decimal places to be used for PRIMARY simulated input. ÿø TO ADVANCE TO NEXT SELECTION STLR SIP DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation.
Page 130 Definition: This parameter selects the high range to be used for PRIMARY simulated input. ÿø TO ADVANCE TO NEXT SELECTION STLR SIP PERIOD ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the period to be used for PRIMARY simulated input.
Page 131 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the low range to be used for SECONDARY simulated input. ÿø TO ADVANCE TO NEXT SELECTION STLR SIS RANGE HIGH ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the high range to be used for SECONDARY simulated input.
Page 132 ÿü ÿø ÿþ to change, to choose, to save Definition: This parameter selects the type of SFLR simulated input. ÿø TO ADVANCE TO NEXT SELECTION SFLR SIP DECIMAL POS ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects number of decimal places to be used for SFLR simulated input.
Page 133 Definition: This parameter selects the low range to be used for SFLR simulated input. ÿø TO ADVANCE TO NEXT SELECTION SFLR SIP RANGE HIGH ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the high range to be used for SFLR simulated input.
Page 134 CPRC SIP DECIMAL POS ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects number of decimal places to be used for CPRC simulated input. ÿø TO ADVANCE TO NEXT SELECTION CPRC SIP DISPLAY TAG [ USER ENTERED TEXT ] ñ...
Page 135 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the high range to be used for CPRC simulated input. ÿø TO ADVANCE TO NEXT SELECTION CPRC SIP PERIOD ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the period to be used for CPRC simulated input.
Page 136 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects number of decimal places to be used for HWC simulated input. ÿø TO ADVANCE TO NEXT SELECTION HWC SIP DISPLAY TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation.
Page 137 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the high range to be used for HWC simulated input. ÿø TO ADVANCE TO NEXT SELECTION HWC SIP PERIOD ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the period to be used for HWC simulated input.
Page 138 HWC Input Signal HWC OUTPUT = mA output from HWC PID Controller ñ NOTE: The AV-9900 is capable of having a maximum of FOUR current outputs. Access is gained as follows: ñ Note: Refer to General Instrument Operations section for instructions on identifying RUN and PROGRAM mode of operation.
Page 139 ÿø From the Normal Display, key until the following is visible: SELECT <-> CONFIGURATION ÿö ÿø With CONFIGURATION shown in the lower display line, key. until the following is visible on the user display: CONFIGURE <-> CURRENT OUTPUTS ÿö With CURRENT OUTPUTS shown in the lower display line, key.
Page 140 ÿø TO ADVANCE TO NEXT SELECTION STLR INP RANGE LOW ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the range low to be used by output signal. Typically matches low end of STLR chart range. ÿø...
Page 141 ÿü ÿø ÿþ to change, to choose, to save Definition: This parameter selects the type of SFLR Input Signal Retransmission. ÿø TO ADVANCE TO NEXT SELECTION SFLR INP DECIMAL POS ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the decimal place to be used if output signal displayed or recorded.
Page 142 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the range high to be used by output signal. Typically matches high end of SFLR chart range. ÿø TO ADVANCE TO NEXT SELECTION SFLR INP ERROR VALUE ÿü...
Page 143 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the decimal place to be used if output signal displayed or recorded. ÿø TO ADVANCE TO NEXT SELECTION SFLR OUT RANGE LOW ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the range low to be used by output...
Page 144 ÿø TO ADVANCE TO NEXT SELECTION CPRC INP CO TYPE [0-20 mA] [4-20 mA] ÿü ÿø ÿþ to change, to choose, to save Definition: This parameter selects the type of CPRC Input Signal Retransmission. ÿø TO ADVANCE TO NEXT SELECTION CPRC INP DECIMAL POS ÿü...
Page 145 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the range high to be used by output signal. Typically matches high end of CPRC chart range. ÿø TO ADVANCE TO NEXT SELECTION CPRC INP ERROR VALUE ÿü...
Page 146 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the decimal place to be used if output signal displayed or recorded. ÿø TO ADVANCE TO NEXT SELECTION CPRC OUT RANGE LOW ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the range low to be used by output...
Page 147 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the resulting output signal upon an error condition. ÿø TO ADVANCE TO NEXT SELECTION HWC INP CO TYPE [0-20 mA] [4-20 mA] ÿü ÿø ÿþ to change, to choose, to save Definition: This parameter selects the type of HWC Input Signal...
Page 148 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the range low to be used by output signal. Typically matches low end of HWC chart range. ÿø TO ADVANCE TO NEXT SELECTION HWC INP RANGE HIGH ÿü...
Page 149 [4-20 mA] ÿü ÿø ÿþ to change, to choose, to save Definition: This parameter selects the type of HWC Output Signal Retransmission. ÿø TO ADVANCE TO NEXT SELECTION HWC OUT DECIMAL POS ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the decimal place to be used if output signal displayed or recorded.
Page 150 ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the range high to be used by output signal. Typically matches high end of HWC chart range. ÿø TO ADVANCE TO NEXT SELECTION HWC INP ERROR VALUE ÿü...
Page 151 7.5. Configuration Menu - Recording Pens This section outlines configuration of the recording pens for the following: STLR Input and Event STLR Setpoint SFLR Input and Event CPRC Input ñ Note: For troubleshooting purposes it is possible to activate the following: STLR Output recording SFLR Output recording CPRC Output recording...
Page 152: Select Configuration
ÿø From the Normal Display, key until the following is visible: SELECT <-> CONFIGURATION ÿö ÿø With CONFIGURATION shown in the lower display line, key. until the following is visible on the user display: CONFIGURE <-> RECORDING PENS ÿö With RECORDING PENS shown in the lower display line, key.
Page 153 ÿø TO ADVANCE TO NEXT SELECTION STLR INP ZONE LOW DIVISION ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the start of chart scale. MUST REMAIN AT “0”. ÿø TO ADVANCE TO NEXT SELECTION STLR INP ZONE HIGH DIVISION ÿü...
Page 154 VALUE ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the end of chart scale value. Follows Pasteurized Milk Ordinance guidelines for recording charts. ÿø TO ADVANCE TO NEXT SELECTION STLR INP INTERVAL X DIVISIONS ÿü õö...
Page 155 ÿú ÿø This completes STLR Input/Event pen setup. to return to normal display, or continue with next parameter set. STLR SP PEN TAG [ USER ENTERED TEXT ] ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the STLR SP tag that is printed on the chart scale.
Page 156 STLR SP ZONE HIGH DIVISION ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the end of chart scale. MUST REMAIN AT “100”. ÿø TO ADVANCE TO NEXT SELECTION STLR SP ZONE LOW VALUE ÿü õö ÿþ...
Page 157 STLR SP INTERVAL X DIVISIONS ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the frequency at which the scale information will be printed to the chart. Example: Range 120-220 Divisions set to 20 Chart scale = 120 140 160 etc. ÿø...
Page 158 Definition: This text parameter defines the SFLR INP tag that is printed on the chart scale. ÿø TO ADVANCE TO NEXT SELECTION SFLR INP DECIMAL POS ÿü õö ÿþ to change, to choose, to save Definition: This parameter selects the decimal places for the SFLR INP chart scale.
Page 159 ÿø TO ADVANCE TO NEXT SELECTION SFLR INP ZONE LOW VALUE ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the start of chart scale value. Typically set to a value of 0. ÿø TO ADVANCE TO NEXT SELECTION SFLR INP ZONE HIGH VALUE ÿü...
Page 160 Example: Range 0-40 Divisions set to 20 Chart scale equally printed at division 0, 20 and 40 ÿø TO ADVANCE TO NEXT SELECTION SFLR INP ERROR POSN DIVISIONS ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines where the pen will be positioned on an error condition.
Page 161 ñ NOTE: Refer to General Instrument Operation - Modifying Text for information on this operation. Definition: This text parameter defines the CPRC tag that is printed on the chart scale. ÿø TO ADVANCE TO NEXT SELECTION CPRC INP DECIMAL POS ÿü...
Page 162 ÿø TO ADVANCE TO NEXT SELECTION CPRC INP ZONE LOW VALUE ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines the start of chart scale value. ÿø TO ADVANCE TO NEXT SELECTION CPRC INP ZONE HIGH VALUE ÿü...
Page 163 Chart scale = 120 140 160 etc. ÿø TO ADVANCE TO NEXT SELECTION CPRC INP ERROR POSN DIVISIONS ÿü õö ÿþ to change, to choose, to save Definition: This parameter determines where the pen will be positioned on an error condition. ÿø...
Page 164 7.8.1. Operator Inputs - Shunt Position - RUN MODE No programming access is allowed under the RUN mode. 7.8.2. Operator Inputs - Shunt Position - PROGRAM MODE Consult factory for additional information. 7.9. Configuration Menu - Derived Actuators 7.9.1. Derived Actuators - Shunt Position - RUN MODE No programming access is allowed under the RUN mode.
Page 165 Available parameters are: LED X ACTUATOR [NONE/OFF] [ON/CONTINUOUS] [ANY LARM] [INSTRUMENT ALARM] [CHART FULL ALARM] [SFLR ALARM 1] [SFLR ALARM 2] [CPR ALARM 1] [CPR ALARM 2] [HWC ALARM 1] [HWC ALARM 2] [CHART RUN STATE] [DATA COLLECT STATE] [CONTROL ON STATE] [FWD FLOW ENABLED] [FWD FLOW REQUESTED] [STLR INPUT MISMATCH]...
Page 166: Configure Relays
[DA1 DA2 DA3 DA4] [DA5 DA6 DA7 DA8] [F1 F2 F3 F4 F5] [RESET MOD ENTER] ÿü õö ÿþ to change, to choose, to save Definition: This parameter allows linking an LED to a system event. ÿø ÿú to select next LED, or to return to normal display.
Page 167 Available parameters are: RELAY X ACTUATOR [NONE/OFF] [ON/CONTINUOUS] [ANY LARM] [INSTRUMENT ALARM] [CHART FULL ALARM] [SFLR ALARM 1] [SFLR ALARM 2] [CPR ALARM 1] [CPR ALARM 2] [HWC ALARM 1] [HWC ALARM 2] [CHART RUN STATE] [DATA COLLECT STATE] [CONTROL ON STATE] [FWD FLOW ENABLED] [FWD FLOW REQUESTED] [STLR INPUT MISMATCH]...
Page 168 [RESET MOD ENTER] ÿü õö ÿþ to change, to choose, to save Definition: This parameter allows linking a Relay to a system event. NOTE: For Flow applications, Relay 1 programmed to SFLR Alarm 1, Relay 2 programmed to SFLR Alarm 2. DO NOT MODIFY this setting.
Page 169 Program Reference - Tests Menu ô CAUTION: As certain tests may take control of the AV-9900, switching outputs, be sure that a safe condition exists before proceeding. DO NOT attempt while processing. 8.1. Tests Menu 8.1.1. Tests - Shunt Position - RUN MODE No tests are available while unit is in the RUN mode.
Page 170: Factory Use Only
CAL’ED INPUT VALUES FACTORY USE ONLY mA OUTPUTS Verify mA output is functional Follow individual system prompts to initiate and complete desired test. Revision 3.0 Section 8...
Page 171: Parameter Defaults
Program Reference - Calibration Menu ô CAUTION: As certain tests may take control of the AV-9900, switching outputs, be sure that a safe condition exists before proceeding. DO NOT attempt while processing. 9.1. Calibration Menu 9.1.1. Calibration - Shunt Position - RUN MODE No calibration adjustments are available while unit is in the RUN mode.
Page 173 Program Reference - Model & Revision Menu 10.1. Model & Revision Menu 10.1.1. Model & Revision - Shunt Position - RUN MODE / PROGRAM MODE ÿø From the Normal Display, key until the following is visible: SELECT <-> MODEL AND REVISION ÿö...
Page 175 Chart - Operation and Configuration While in the PROGRAM MODE, changes may be made to Chart related parameters. Access is gained as follows: ÿý From the Normal Display, key until the following is visible: MODIFY <-> CHART CONFIGURATION ÿö key. The following parameters will now be visible on the user display: CHART TAG USER ENTERED TEXT ñ...
Page 176 MAJOR TIME PERIODS ñ NOTE: If unit has been programmed at the Factory for a Pasteurized Milk Ordinance regulated product, this parameter MUST remain at 12. One Major Time Period will be printed at each hour. ÿü õö ÿþ to change, to choose, to save Definition: This parameter allows selection of the chart Major Time...
Page 177 BLANK MAJOR PERIODS ñ NOTE: If unit has been programmed at the Factory for a Pasteurized Milk Ordinance regulated product, this parameter MUST remain at 0. ÿü õö ÿþ to change, to choose, to save Definition: This parameter allows selection of the chart Blank Major Time Periods.
Page 178 MAJOR LINE PEN / COLOR [BLUE] [GREEN] [RED] [BLACK] ñ NOTE: If previous parameter set to Match Scale Color, this menu option not active. ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter allows selection of the color for the Major Time line printed to the chart.
Page 179 ñ NOTE: If previous parameter set to Match Scale Color, this menu option not active. ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter allows selection of the color for the Minor Time line printed to the chart. ÿø...
Page 180 [BLACK] ÿü ÷ ø ÿþ to change, to choose, to save Definition: This parameter allows selection of the color for the Chart Tag printed to the chart. ÿø TO ADVANCE TO NEXT SELECTION ACTION ON NEW CHART [NONE - JUST CONTINUE] [PRINT RANGE LIST] PRINT SCALES] ñ...
Page 181: Appendix I - Warranty Information
Appendix I - Warranty Information Warranty and Return Statement These products are sold by The Anderson Instrument Company (Anderson) under the warranties set forth in the following paragraphs. Such warranties are extended only with respect to a purchase of these products, as new merchandise, directly from Anderson or from an Anderson distributor, representative or reseller, and are extended only to the first buyer thereof who purchases them other than for the purpose of resale.

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