Manuals / Anderson Manufacturing / Musical Instruments & Equipment / Recording Equipment

Anderson Manufacturing AV-9000 manual DAY of Week Actuator SUN, Will read current date

Models: AV-9000

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6. Press the to advance to the next parameter, DATE 2.

DATE 2

format

XX / XX / XX

FORMAT AND

ENTRY PER

TIME FORMAT

SELECTED IN

INSTRUMENT SETTINGS

CONFIGURATION

Will read current date

Press the to change, then ,

to desired value, then press the .

Change and enter each portion of the date.

7. Press the to advance to the next parameter, DAY OF WEEK ACTUATOR.

DAY OF WEEK ACTUATOR

SUN

SUN MON TUE WED

THUR FRI SAT

Press the to change, then ,

to desired value, then press the

.

Day of Week Actuator works in conjunction with the CURRENT DAY entry under INSTRUMENT SETTINGS, page 4-76. The DAY OF WEEK ACTUATOR will be active if the day selected matches the current calender day. For example, if today is THURSDAY and the DAY OF WEEK ACTUATOR selected is THUR, the actuator will be true until the clock calendar rolls over to FRIDAY.

Edition 3	8-4	Section 8
Rev G

Image 210

Anderson Manufacturing AV-9000 manual DAY of Week Actuator SUN, Will read current date

Contents

Instruction Page AV-9000 Manual Revision Log Revision Date DescriptionPage AV-9000 Manual Prefix Table of Contents Display Programming Chart Prompts Controllers Profilers Introduction and General Information Unpacking Installation of PEN Cartridge Assembly AV- 9 0 Features Operator Interface Inputs RTD Range LIN Factory REF+LIN Deviation Resol NNM Sama Input Span Factory REF+LIN Deviation Resol Other Input Specifications Current Outputs On Next Environmental and Operating Conditions Warranty and Return Statement Page Installation and Wiring 17.04 432.82mm Preparation for Wiring MOV Section Edition Rev G Wiring Connections Inputs Shipped CONFIGURATION/JUMPER Positioning AC Power Connections Universal Power Supply Thermocouple Connections RTD Connections Voltage Connections Current Connections 10A Switch Input Connections 11A Wiring Connections Outputs Spdt Relay OutputSSR Driver Output Current Output Non-isolatedIsolated 4 24VDC Transmitter Power Supply Communications TB3 JP1 JP3 POWER-UP Basics of Recorder OperationInstrument Modes Keypad Function Display KEY Disp Changing Parameter Settings Modify Changing Values Display General Display Details Edition Section Rev G Chart Details Sequential DisplayContinuous Display Chart TAG Time Date Chart TAG Date Time Flow #1 Alarm #1None Just Continue Print Range List Print Scales Temp #1 Configure Chart Chart Type Used Rings only Chart TAG Unit #1 Flow #1 Temp #1 PEN/COLOR Blue Green Black RED RS Chart DivisionsRecorder Number Value DV1 IV2 IV4 DV2 Sequence of Events Getting Started Main Prompts Quick Start Procedure Input Value Configuration Section Edition Rev G Software Reference/Record Sheet Input Display TAG Input TYPE/RANGE Type Input Span Constants Software Reference/Record Sheet Custom Curves Parameter CC-3 CC-4 Derived Variables Parameter DV-1 DV-2 DV-3 DV-4 Parameter DV-9 DV-10 DV-11 DV-12 Process Variables PV-4 Controllers Remote SP SourceRemote SP Actuator Control Setpoints Recorders Recording Method Totalizers TOTAL-1 TOTAL-2 TOTAL-3 TOTAL-4 Timers Leds Relays Current Outputs Instrument Settings Derived Actuators Derived Actuator Equation Operator Inputs OI-02 OI-03 Operator Messages Chart Messages Parameter CM-09 CM-10 CM-11 CM-12 Software Reference/Record Sheet CA2 F3 OFF State Text CA2 F1 OFF State TextCA2 F2 OFF State Text CA2 F4 OFF State Text CA3 F3 OFF State Text CA3 F1 OFF State TextCA3 F2 OFF State Text CA3 F4 OFF State Text CA4 F3 OFF State Text CA4 F1 OFF State TextCA4 F2 OFF State Text CA4 F4 OFF State Text Simulated Variables Parameter SV-1 SV-2 SV-3 SV-4 Minor Line PEN/COLOR if Select Chart ProgrammingMajor Line PEN/COLOR if Select Select a Color Sequential Display Duration Alarm Settings Setpoint Action Time Settings Tuning Parameters Enables & Passwords Enables & Passwords Password U T S ConfigurationEntering Configuration Input Number = Initialized IVx Display TAG InputIVx Copy from Input If selection is NO, see Step If selection is YES MV, mA, Volt, Switch Contact go to . COMMS, go to Step IVx TC TypeE,T,S N,C,G IVx RTD Type PT 100 .00385 DIN IVx Degrees C / FDIN IVx Input Range LOW IVx Sensor BreakUpscale Units IVx Pulse Rate High IVx Input Range High100.000 Units Pulses / SEC IVx V / mA Conversion IVx Register TypeINT Linear IVx Decimal Position IVx Display UnitsIVx Other Units Other IVx Range Limit High Units Units configured in stepUnits correspond to units configured in or Units correspond to None IVx Exponent 500IVx Value Cutoff Type IVx Cutoff Value IVx Input Correct IVx Input Correct 100 IVx Display Option IVx Value FilterSeconds Both Modes IVx Open / 1 Descr IVx Closed / 0 DescrClosed Open S T a N T S Constant NumberConstants R V E S CVx Value 00000 ECustom Curves CCx Decimal Position InputOutput CCx Number of Points CCx Point Pair100 DV Number Derived Variables DVxx Display TAG DER VAL R IR I a B L E S DVxx Function DVxx Input None Used OUTPUT22 R I V E D R I a B L E SOUTPUT12 OUTPUT32 R I V E D R I a B L E S None / OFF DVxx Reset Actuator None / OFF DVxx Decimal Posit OtherDVxx Units Descrip DVxx Display Units DVxx Display Option DVxxValue Filter Seconds Both Modes Input Prompt Actuator Reset OutputDerived Variable Function LIN Linear Input Prompt Polynomial Input Prompt Actuator Reset Output =C*F*SQRT PRES/TEMPR*COMPActuator Reset Output = C*SQRT DP*PRES / TEMPR*COMP Linear Mass Flow AGA 3 Lineaer GAS Flow Input Prompt Input WBT Prompt Actuator Reset YES PromptRelative Humidity Input DBT Prompt Input Baro Prompt Reset Output High Peak Input Prompt Dvxx Input Actuator Reset YESActuator Reset YES Prompt Dvxx Reset Actuator Output LOW Peak Input Prompt BTU Input Prompt Actuator Reset Output = C*F* TEMPH-TEMPLConvert C to F Input Prompt Input Temph Prompt Process Value Number PVx Copy / InitializeProcess Variables = Initialize O C E S S R I a B L E SPVx Copy from PV PVx Display TAG PVx Input None UsedPVx Display Units PVx Value Filter PVx Other UnitsPV Decimal Position PVx Display Option Not Displayed Continuous Mode Sequential Mode Both ModesL E S PVx Display Filter R I a Ax1 Alarm TypeO C E E S PER SEC O CAx1 Time Base Ax1 Hysteresis Units Ax2 Time Base Rate To units configured Process Variables Ax2 Hysteresis Ax3 Time Base To Units configuredS S PER SEC Ax4 Alarm Type Ax4 Time Base Ax4 Hysteresis PVx Loop Alarm Time PVx Loop Alarm Inhibit Recorder Number C O R D E R SRx Copy / Initialize Recorders Rx Recorder TAG Rs Copy from RecrderIf selection was NO, proceed to step If selection was YES Rx Value to Record Rx Recording Method Rx Chart Divisions RingsD E R S Drag MIN to MAX Rx Zone 1 LOW DivisionRx Zone 1 High Rx Span 1 High Units Rx Span 1 LOW 0 units Rx Zone 2 High Rx Scale 1 IntervalDivisions Rx Scale 2 Interval Rx Span 2 High 0 units= no Scales Rx Filter Tx Copy / Initialize Totalizer NumberTotalizers T a L I Z E R S Tx Display TAGTotal Tx Input Value Tx Time BasePulses Tx Total is Flow T aR S TIMES1 Continuous Tx Display OptionTx Totalizer Type Tx Display Format Tx Totalizer Preset Units I Z E R STx LOW Flow Cutoff Units None / OFF None / OFF Tx Pulse Every Units Tx Pulsed Output Timer Number TimerTMx Display TAG OFF TMx Timer TypeTMx Timer Period Format TMx Time Format DA3 DA4 PresetOP INP DA6 DA7 TMx Display Option LED Number D S Relay Number Relay x UsageState or on OFF Preset Total PO1 L a Y S Relay x T.P. Value Relay x Cycle TimeTime Proportioning Current Output R R E N T T P U T SCOx Source Current Outputs Units 20mA COx Output on Error Display Option Sequential Mode Instrument SettingsInstrument TAG Recorder #1 Enter OUTPUT42 ResetTime TIME/DATE Relay Alarming on Actuator On / Continuous Chart Rotation Trend Data Collect ALT Chart Speed Control on Actuator On / Continuous MM / DD / YY M E N TDate Display Format Time Display Format AM / PM Current Time T T I N G SCurrent DAY Format 900 AM Comms BIT Rate Communications ModeSlave Comms Address T U a T O R S T R T T I N G SR I V E D Comms Parity ODD Derived Actuator Derived Actuators DAxx Copy from DA R I V E D T U a T O R SDAxx Copy / Initialize No YES DAxx Operator Input R I V E D T U a T O R S E R a T O ROIxx Copy / Initialize Operator Inputs OIxx Copy from OI OIxx Prompt Text E R a T O R U T S OIxx Actuation StyleContinuous Momentary E R OIxx Power UP StateOIxx When Displayed Same Operator Message OMxx Copy / InitializeOperator Messages OMxx Copy from OM = Initialize None / OFF Message OMxx Display ModeOMxx Line 1 Text OMxx Line 2 Text E R a T O R A R T S a G E S Chart MessagesChart Messages appears CMxx Copy / Initialize = Factory Default CMxx Copy from CM None / OFF S S a G E S CMxx Message Text CMxx Value IV1 IV2 PV1 PV2 PV3 PV4 DV1 CMxx Orientation A R T S a G ECMxx Time / Date Stamp Horizontal SIM VAL SVx TypeSVx Display TAG 100 SVx Display Units R I a B LSVx Other Units SVx Decimal Position SVx Range LOW Units SVx Range High102 SVx Display Option SVx Period 1 / FreqMinutes 103 Display Programming T t t t t t t t t t t t t t t t t t Cx Output Select Setpoints Select Manual Values Nnn% Duration n Seconds SEQUENCE, AMM used, default AMM used, default ContinuousAMM used, default 1 VAL Nnnnnnnnnnyyyyyyyyyy AMM used, see below Chart Prompts Change Chart Chart Type Used Rings only Chart Configuration Normal Speed Chart TAG Unit #1Normal Speed Hour HRS / REV Minor Time Periods Major Time PeriodsBlank Major Periods Major Line PEN / Color Match Scale Color Match Scale Color Select a Color Minor Line PEN / Color Match Scale Color Minor Line PEN / Color RED Date PEN / Color RED Blue Green REDBlack Violet Stop After 1 REV Action on NEW Chart None Just ContinueChart TAG PEN / Color RED None Just Continue Print Range List Print Scales Rotate Chart Actuatr Chart Rotation Collect Data Actuatr Trend Data Collect Prompt not Displayed Chart Rotation Prompt DisplayedChart Speed Prompt Prompt not Displayed Prompt not Displayed Prompt Displayed Alarm Settings Alarms for PV Number Ax3 Setpoint 100 Units Ax2 Setpoint100 Units Variables Ax4 Setpoint 100 Units Action Time Settings Time 1 TAG Start TimeExamples Time Time Date Time 2 TAG Stop Time TimeFormat DAY of Week Actuator SUN Will read current date DAY of Month ACT Time Display Option Not DisplayedNot Displayed Disabled Enabled Toggle Enables & PasswordsChange ALL Enables Change ALL to Toggle Disabled Enabled Action Time SettingsDisabled Enabled Profile Entry Only on Profiles Alarm Settings Tuning ParametersSetpoint Changes Configuration Derived ActuatorsOperator Inputs Conf Chart Messages Operator MessagesSimulated Variables Chart Prompts TestCalibration Chart Configuration Display PromptsOperator Inputs System Prompts Password REQ Enables & Passwords PASSWORD0Control State Access Chart Prompts PASSWORD0 Display Prompts PASSWORD0 Test 10-1 Relay Test Display Test10-2 10-3 Keypad TestLED Test ESC key will exit this test Chart Demonstration 10-4 10-5 Specifications listed below Calibration11-1 11-2 Important Notes 11-3 For Inputs Board Position 11-4 Cold Junction Calibration 11-5 Parameter Defaults Chart Calibration11-6 Milliamp Output Calibration 11-7CAL Which mA Output 11-8 Calibration DefaultsSolenoid Calibration Consult Factory 11-9 Controllers 13-1 Example 13-2Words Controller Number Entering Controllers13-3 Cx Control Type Cx COPY/INITIALIZE=INITIALIZEX Standard Cx Output 2 Type Cx Output 1 TypeNONE/OFF 13-5 Cx OUT 2 Hysteresis Cx OUT 1 HysteresisUnits 100% On Error Upper Limit13-7 MIN 13-8 Cx Manual Actuator CAxF1 13-9 Cx Main SP Source SPx 13-10 Cx Remote SP Actuatr CAxF5 13-11 None Used 13-12 Cx Second SP Actuatr CAxF3 13-13 Cx Remote SP Ratio 000 13-14 Cx Remote SP Bias None Used13-15 Cx Feedforward LOW 13-16 Not Displayed 13-17 Setpoint Number 13-18 SPx Display Units SPx Prompt TextSetpoint SPx Other Units SPx Lower Limit SPx Decimal PositionSPx Upper Limit 13-20 SPx Display Option Not Displayed13-21 Controller Control State AccessCA1 Line Text 13-22 CAx F1 KEY Usage Cx AUTO/MANUAL CAx Line 2 TextSP1/SP2 13-23 CAx F1 on State Text CAx F1 Line 1 TextController Manual CAx F2 Line 1 Text CAx F2 OFF State TXT13-25 CAx F2 on State Text 13-26 CAx F4 KEY Usage CAx F3 on State TextSP2 Not Used CAx F4 Line 1 Text 13-28 Local CAx F5 Line 1 TextCAx F5 OFF State TXT 13-29 CAx F5 on State Text Remote13-30 13-31 Cx SP Ramp Rate Units/HR =FACTORY DefaultCx Copy from Contrlr 13-32 Cx OUT 1 Prop Band Units 13-33 Cx OUT 1 Shift Units Cx OUT 2 Shift Units13-34 Cx Integration Band Units Cx Integration Shift Units13-35 REPEATS/MIN Cx OUT 1 Auto ResetCx OUT 2 Auto Reset 13-36 Cx OUT 1 Rate Cx OUT 2 RateMinutes Minutes Profile Entry 14-1Following are Repeated for Each Segment 14-2 14-3 Profile Settings 14-4 14-5 Current Segment 14-6 Profile Control 14-7Profile Entry 14-8 Continue 14-9 14-10 14-11 14-12 14-13 14-14 14-15 14-16 14-17 Figure A-1 Power Supply Board Appendix a Board Layouts Figure A-2 Mother Board Figure A-3 RELAY/SSR Board 3 + JU13 JU14 JU3 JU15 JU11 JU2 TB1 JU16 JU6JU5 JU12 Figure A-5 Motor Driver Board Figure A-6 Current Output Board Figure A-7 Transmitter Power Supply Board Main 232 Aux485 Aux JU7/JU8 Position Type Operating Range Appendix B RangesThermocouple Plii RTD USASama Appendix C Reference Section ActuatorsAlternate Speed Chart Key Chart Prompts Chart Rotation Actuator Choice Edition Disp Key Display Prompts SectionDisplay Sequence Edition Major time lines Normal Display mode Minor time lines Print interval Prompt Prompt section Rings and Time Lines See Chart Type Used Scale linesScale values Sensor break Tag Time between print cycles see Print interval Count Down PresetText Hoursminutesseconds Value Trend Data Collect ActuatorTrend data collection Zone Appendix C Edition Rev G Appendix D Examples CPM FAN OFF ENDExhaust FAN FAN on Total Exceed Preset Alarm 1 Pressure HIPreempt to OFF Derived Actuators DA1 Item Not Reset DA2 Not Appendix E Accuracy Tables WideNarrow 385 160/480 025 Linear Factory REF+LIN Deviation Resol Ranges Accy CAL +CALFactory REF+CAL Deviation Resol Ranges Accy