Digital Acoustics ESBx-110 Dokumentacja

ADDvantage-32 PLUS AC TO DC POWER CONVERTER (For Use With Software Part Number 696xxx) © 2011 Avtron Industrial Automation, Inc. October 1, 201

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-3 10 through 510 (Figure 1-1) and 550 ADC (Figure 1-2) Power

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-20 X*** Parameters A*** Parameters X***:INPUT #4 TC X***:INPUT

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-21 3.9 ANALOG OUTPUT FUNCTIONS X*** Parameters Y*** Paramete

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-22 3.10 FREQUENCY INPUTS X*** Parameters Y*** Parameters

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-23 Calibrate the pulse train into a user value by using the following eq

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-24 one edge operation. 2 - Is used when the frequency input is set up fo

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-25 A***:DIF FOOTAGE = (1, 2, or 4 EDGES/PULSE)(PULSES FREQ

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-26 ADDvantage-32 PLUS faults out and a message is stored in the

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-27 ****************************************************** W A R N I

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-28 X***:MFLD ASCALE is a scaling factor for full field amps vs

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-29 increase in resistance signifies an increase in motor temperat

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-4 Figure 1-2. ADDvantage-32 PLUS™ AC to DC Power Converter (55

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-30 Figure 3-2A. Motor Temperature Overload Curve

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-31 Figure 3-2B. Selectable IIT Curves 3.16 CURRENT LOOP PARA

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-32 Using the Self Tune function automatically tunes the current

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-33 Figure 3-3. Current Loop Block Diagram

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-34 Several other parameters are provided for current loop operation. For

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-35 The ADDvantage-32 PLUS comes supplied with a single phase motor field

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-36 3.18 MOTOR STALL PROTECTION X*** Parameters Y*** Parameter

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-37 The SCR Firing Adapter Module provides an interface to the

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-38 X***:AC VT SCALE Ratio between sensed AC voltage and actual AC voltag

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-39 6) Enter the correct calibration values for the following parameter

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-5 540, 850, 1550, and 3000 ADC Power ConvertersUnits rated

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-40 Document All Changes Made Completing Step 2: PARAMETER N

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-41 13) Turn the drive on while observing the scope. Apply a run comm

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-42 15) If no current is indicated on the microprocessor board, then

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-43 19) If any of the pulses are negative, switch the leads on the CT

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-44 Figure 3-9. Firing Adapter 2-CT Configuration Diagram 24) Retu

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-45 27) The CT and burden resistor series circuit must produc

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-46 AFM CT Ratio/Burden Resistor using Avtron stock CT's and “standa

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-47 3.20 RETENTIVE SETPOINTS Y*** Parameters Y***: RET SETPT 1

Control Block Description ADDvantage-32 PLUS i SECTION IV CONTROL BLOCK DESCRIPTION Table of Contents Page 4.1 2 AND...

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-6 Figure 1-4. Advanced Firing Module (AFM)

Control Block Description ADDvantage-32 PLUS ii Table of Contents (Cont.) Page 4.37 HI/LOW COMPARATOR ...

Control Block Description ADDvantage-32 PLUS 4-1 SECTION IV CONTROL BLOCK DESCRIPTION The ADDvantage-32 PLUS application softw

Control Block Description ADDvantage-32 PLUS 4-2 1. Inputs INPA: Bit INPB: Bit 2. Outputs OUT: Bit 3. Implement

Control Block Description ADDvantage-32 PLUS 4-3 4.2 2 OR This block implements a 2 input digital OR gate. FIGURE 4-2. 2 OR BLOC

Control Block Description ADDvantage-32 PLUS 4-4 4.3 4 ANALOG SELECT This block is used to select one of four possible analog signa

Control Block Description ADDvantage-32 PLUS 4-5 3. Implementation One of the input signals will be directed to the block

Control Block Description ADDvantage-32 PLUS 4-6 4.4 5 AND This block implements a 5 input digital AND gate. ANDINPEOUT5 INPUT LOGI

Control Block Description ADDvantage-32 PLUS 4-7 4.5 5 SUMMER The 5 Summer block selectively sums up to five analog input signals. T

Control Block Description ADDvantage-32 PLUS 4-8 3. Implementation OUT = (INPA × BIT1) + (INPB × BIT2) + (INPC × BIT3) + (INPD × BIT

Control Block Description ADDvantage-32 PLUS 4-9 4.6 8 BIT INVERT The 8 BIT INVERT block takes the INP bit and the next seven and inv

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-7 The following components are contained in most of the

Control Block Description ADDvantage-32 PLUS 4-10 4.7 ABSOLUTE VALUE (ABS) The Absolute Value block selectively takes the absolute va

Control Block Description ADDvantage-32 PLUS 4-11 4.8 ANALOG INVERT The Invert block is used to invert the value of an analog signal.

Control Block Description ADDvantage-32 PLUS 4-12 4.9 ANALOG SELECT This block is used to select one of two different analo

Control Block Description ADDvantage-32 PLUS 4-13 4.10 ANALOG SWITCH This block is used to switch in references to control

Control Block Description ADDvantage-32 PLUS 4-14 4.11 ASM AUTO SHEET MARKER This block sets an output bit high when the num

Control Block Description ADDvantage-32 PLUS 4-15 2. Outputs AUTO MARK: Bit 3. Implementation If NUMBER SHTS = MARK STPT, then

Control Block Description ADDvantage-32 PLUS 4-16 4.12 BALANCE The Balance block switches from one control scheme to another

Control Block Description ADDvantage-32 PLUS 4-17 When the BAL input is high, OUT = REF. Non-retentive Block On powerup of the ADDva

Control Block Description ADDvantage-32 PLUS 4-18 4.13 BIT CONVERT The Bit Convert block converts 4 input bits into decimal numbers.

Control Block Description ADDvantage-32 PLUS 4-19 TABLE 4-13. Bit Convert Block OUT Values INPA INPB INPC INPD OUT 0 0 0 0 0

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-8 1.2.2 REMOTABLE KEYPADThe ADD-32 PLUS provides a remotea

Control Block Description ADDvantage-32 PLUS 4-20 4.14 BIT INVERT A Bit Invert block is used to provide an output bit which is always

Control Block Description ADDvantage-32 PLUS 4-21 4.15 BIT SELECT This block is used to select one of two different bit signal paths.

Control Block Description ADDvantage-32 PLUS 4-22 4.16 BUMPLESS SWITCH This block is used to provide a smooth "BUMPLESS" tr

Control Block Description ADDvantage-32 PLUS 4-23 2. Outputs OUT: Analog DN1: Bit DN2: Bit 3. Implementation The RA

Control Block Description ADDvantage-32 PLUS 4-24 4.17 CDS COUNTS DURING STOP This block calculates the number of pulses that will be

Control Block Description ADDvantage-32 PLUS 4-25 3. Implementation ADJCDSRTSTOPPINGPPRGRREFCDSPPRxGRADJCDSRTSTOPPINGREFCDSCDS⋅⋅⋅==2

Control Block Description ADDvantage-32 PLUS 4-26 4.18 CLAMPING A Clamping block is used to restrict an analog signal to a value betw

Control Block Description ADDvantage-32 PLUS 4-27 If INP > MAXL, then OUT = MAXL MAX = high, MIN = low If INP < MINL, t

Control Block Description ADDvantage-32 PLUS 4-28 4.19 COM LOSS The Com Loss block is used as a communication watchdog. TIMWDINENCOM

Control Block Description ADDvantage-32 PLUS 4-29 4.20 COM WD FIGURE 4-20. COM WD BLOCK 1. Inputs EN: Bit WD IP: Bit TOUT:

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-9 1.2.4 BRIDGE INTERFACE BOARDThe BRIDGE INTERFACE BOAR

Control Block Description ADDvantage-32 PLUS 4-30 4.21 COMPARATOR Use this block to set an output bit when the input is greater tha

Control Block Description ADDvantage-32 PLUS 4-31 4.22 COPY The Copy block takes the analog value at the input and copies the value t

Control Block Description ADDvantage-32 PLUS 4-32 4.23 CURRENT LIMIT This block provides the user with a feature for selecting an a

Control Block Description ADDvantage-32 PLUS 4-33 Regardless of the POS I LIMIT or NEG I LIMIT values for the motor curr

Control Block Description ADDvantage-32 PLUS 4-34 Tapered Current Limits If tapered current limits are desired, the BY I2R

Control Block Description ADDvantage-32 PLUS 4-35 SEL AOUTANALOGSELECTWINLEASTOUT OUTLEASTWINSELECTANALOGOUTSEL A POS I LIM0START PERE

Control Block Description ADDvantage-32 PLUS 4-36 4.24 DEADBAND A Deadband block is used to reset an analog signal to zero

Control Block Description ADDvantage-32 PLUS 4-37 4.25 DEMUX 1. Inputs BIT1: Bit BIT2: Bit INP: Bit 2. Outputs

Control Block Description ADDvantage-32 PLUS 4-38 4.26 DENSITY This block is used to calculate the approximate density of a winding o

Control Block Description ADDvantage-32 PLUS 4-39 3. Implementation When RES is high or on power up, the outputs = 0. When not RES, t

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-10 10 THROUGH 510 AND 550 ADC CONVERTERS AFMs; 540, 850, 1550,

Control Block Description ADDvantage-32 PLUS 4-40 4.27 DERIVATIVE GAIN (D/DT) The D/DT block performs a derivative gain functi

Control Block Description ADDvantage-32 PLUS 4-41 4.28 DIFF TRIP This block is a combination differential comparator and timer. It i

Control Block Description ADDvantage-32 PLUS 4-42 When it counts up to the TICS input amount, the TRP output will go high. It will st

Control Block Description ADDvantage-32 PLUS 4-43 4.29 DIGITAL IN The Digital Input block enables the eight digital inputs (USER 7 th

Control Block Description ADDvantage-32 PLUS 4-44 1. Inputs Reference FAX-32 digital inputs on J2 of board. 2. Outputs START: BIT

Control Block Description ADDvantage-32 PLUS 4-45 4.30 DIGITAL OR This block implements a 4 input digital OR. OUTINPAINPBINPCINPDOR

Control Block Description ADDvantage-32 PLUS 4-46 4.31 DIVIDE The Divide block is used to divide two numbers. The block checks for d

Control Block Description ADDvantage-32 PLUS 4-47 4.32 DROOP The Droop block modifies the speed reference to keep the drive armature

Control Block Description ADDvantage-32 PLUS 4-48 4.33 EIP TOUT FIGURE 4-33. EIP TOUT BLOCK 1. Inputs NONE: 2. Outputs EIP G

Control Block Description ADDvantage-32 PLUS 4-49 message is scheduled to occur. This bit will transition from low to high, if the imp

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-11 1.2.5 SNUBBER PC BOARD (10 through 510 and 550 ADC Powe

Control Block Description ADDvantage-32 PLUS 4-50 4.34 ERROR This block is used to generate an error signal such as speed error or cu

Control Block Description ADDvantage-32 PLUS 4-51 4.35 FREQUENCY OUT The Frequency Out block is used to output a value to the frequen

Control Block Description ADDvantage-32 PLUS 4-52 4.36 GAIN The Gain block is used to scale and offset an analog signal. FIGURE

Control Block Description ADDvantage-32 PLUS 4-53 4.37 HI/LOW COMPARATOR This block sets the appropriate output bits when the input g

Control Block Description ADDvantage-32 PLUS 4-54 3. Implementation If INP increases so: INP - (STPT × HYS/100) >_ (STPT × HI/100

Control Block Description ADDvantage-32 PLUS 4-55 4.38 IIT 1. Inputs IA Analog STPT Analog IGN Analog FST

Control Block Description ADDvantage-32 PLUS 4-56 FIGURE 4-38. IIT BLOCK STPTIITINPIGN-+XXXVALWRNTRP0.1WSTFSTIRESSQUZERI-0.1

Control Block Description ADDvantage-32 PLUS 4-57 4.39 LATCH FIGURE 4-39. LATCH BLOCK (EDGE INPUT LOW) FIGURE 4-39 A. L

Control Block Description ADDvantage-32 PLUS 4-58 1. Inputs LTCH1: Bit LTCH2: Bit HLD1: Bit HLD2: Bit EDGE: Bit 2

Control Block Description ADDvantage-32 PLUS 4-59 4.40 LEAD/LAG LEAD COMPENSATION is added to a control loop to improve ris

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-12 1.2.6 DRIVE BASE ASSEMBLY (POWER CONVERTERS ONLY, 10 THRO

Control Block Description ADDvantage-32 PLUS 4-60 3. Implementation The LEAD/LAG block is implemented to simulate the following equat

Control Block Description ADDvantage-32 PLUS 4-61 4.41 LEAST WIN The block is used to select the lowest value of the inputs for a set

Control Block Description ADDvantage-32 PLUS 4-62 4.42 LOWPASS FILTER Use to filter out high frequency noise from analog signals, suc

Control Block Description ADDvantage-32 PLUS 4-63 4.43 MOST WIN The block is used to select the highest value of the inputs for a set

Control Block Description ADDvantage-32 PLUS 4-64 4.44 MOV8 This block is used to move eight variables to another location when enabl

Control Block Description ADDvantage-32 PLUS 4-65 2. Outputs OUT1: Analog 3. Implementation If EN is low, the output does not ch

Control Block Description ADDvantage-32 PLUS 4-66 4.45 MULTIPLY This block is used to multiply two analog signals. For ex

Control Block Description ADDvantage-32 PLUS 4-67 4.46 NOTCH FILTER The Notch Filter block is a band reject filter designed to damp o

Control Block Description ADDvantage-32 PLUS 4-68 The WD parameter sets the width of the notch and is a unitless quantity ranging from

Control Block Description ADDvantage-32 PLUS 4-69 4.47 OFF TIMER The block is used to delay actions after the input bit goes low.

PROPRIETARY NOTEThis document contains information PROPRIETARY to Avtron Industrial Automation, Inc. It is furnished solely to provide information

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-13 Figure 1-8. Drive Base Assembly (510 ADC and Below)

Control Block Description ADDvantage-32 PLUS 4-70 4.48 ON TIMER 1. Inputs TICS: Analog REF: Bit 2. Outputs OUT: B

Control Block Description ADDvantage-32 PLUS 4-71 4.49 ONE SHOT The block is used to initiate an action only once. FIGURE 4-49.

Control Block Description ADDvantage-32 PLUS 4-72 4.50 PEAK DETECT 1. Inputs INP Analog HLD Bit RES Bit POS Bit

Control Block Description ADDvantage-32 PLUS 4-73 4.51 PERCENT DIFFERENCE The Percent Difference block indicates that the percent dif

Control Block Description ADDvantage-32 PLUS 4-74 4.52 PERCENT MULTIPLY (Per Mult) The Percent Multiply block converts percentag

Control Block Description ADDvantage-32 PLUS 4-75 4.53 PROPORTIONAL AND INTEGRAL CONTROL (PI) The PI block performs a proportional an

Control Block Description ADDvantage-32 PLUS 4-76 2. Outputs Data Type Description OUT: Analog Output Signal IERR: Ana

Control Block Description ADDvantage-32 PLUS 4-77 If HOLD = HIGH and PRE = LOW, then: The Integral Error component is held

Control Block Description ADDvantage-32 PLUS 4-78 4.54 PROPORTIONAL AND INTEGRAL CONTROL WITH CASCADED HOLD BITS (PI2) The PI2 block

Control Block Description ADDvantage-32 PLUS 4-79 2. Outputs Data Type Description OUT: Analog Output Signal IERR: An

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-14 Figure 1-9. Drive Base Assembly (550 ADC)

Control Block Description ADDvantage-32 PLUS 4-80 will start to increase to keep OUT above the MINL limit. If OUT > MAXL or H-UP

Control Block Description ADDvantage-32 PLUS 4-81 4.55 QUAD LTCH 1. Inputs BIT1: Bit BIT2: Bit BIT3: Bit BIT4:

Control Block Description ADDvantage-32 PLUS 4-82 4.56 RAMP The Ramp block provides a variable rate linear ramp with user programmabl

Control Block Description ADDvantage-32 PLUS 4-83 2. Outputs OUT: Analog RMP: Bit 3. Implementation If ZERO bit is low, OU

Control Block Description ADDvantage-32 PLUS 4-84 4.57 RATE CHANGE This block is used to restrict the rate of change of an analog sig

Control Block Description ADDvantage-32 PLUS 4-85 4.58 RATIO The Ratio Block calculates the diameter of a center driven winder. It c

Control Block Description ADDvantage-32 PLUS 4-86 Inputs (Cont.) UP: Bit RES: Bit RET: Bit 2. Outputs BIOUT: Analo

Control Block Description ADDvantage-32 PLUS 4-87 4.59 RECIPE 1. Inputs RECA: Analog RECB: Analog RECC: Analog ENA:

Control Block Description ADDvantage-32 PLUS 4-88 FIGURE 4-59. RECIPE BLOCK

Control Block Description ADDvantage-32 PLUS 4-89 4.60 RESOLVER 1 The RESOLVER 1 block is only used in conjunction with the Avtron o

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-15 DC ContactorA DC contactor is used to positively re

Control Block Description ADDvantage-32 PLUS 4-90 FIGURE 4-60. RESOLVER 1 BLOCK 1. Inputs SPAN: Analog ZERO: Analog DO

Control Block Description ADDvantage-32 PLUS 4-91 3. Implementation DO 1 and DO 2 bits control the two digital outputs on the resol

Control Block Description ADDvantage-32 PLUS 4-92 4.61 RMP2 The RMP2 block provides a variable rate linear ramp with user

Control Block Description ADDvantage-32 PLUS 4-93 FIGURE 4-61A RAMP CHANGE BLOCK 1. Inputs UP: Analog DWN: Analog RE

Control Block Description ADDvantage-32 PLUS 4-94 If REF is increasing faster than UP, the RMP bit is set high and RP OUT ramps at the

Control Block Description ADDvantage-32 PLUS 4-95 FIGURE 4-61B The maximum rate of change allowed by the RMP2 ROC filter block depen

Control Block Description ADDvantage-32 PLUS 4-96 Exact Time ROC Filter (Slope) at OUT 1 Sec. 5 FPM/SEC

Control Block Description ADDvantage-32 PLUS 4-97 ADDITIONAL CONTROL I/O 1. Inputs ZERO Bit HLD Bit 2. Outputs RES Bit

Control Block Description ADDvantage-32 PLUS 4-98 FIGURE 4-61D

Control Block Description ADDvantage-32 PLUS 4-99 FIGURE 4-61E

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-16 1.2.7 FIELD CONTROLLER BASE ASSEMBLY (AFMs and 540, 850,

Control Block Description ADDvantage-32 PLUS 4-100 4.62 RRAMP3 The RRAMP3 block provides a variable rate linear ramp with

Control Block Description ADDvantage-32 PLUS 4-101 FIGURE 4-62. RRAMP3 BLOCK The RRAMP3 block can be divided internally into t

Control Block Description ADDvantage-32 PLUS 4-102 2. Outputs RP OUT: Analog RMP: Bit 3. Implementation The following hol

Control Block Description ADDvantage-32 PLUS 4-103 4.63 SDS SHEETS DURING STOP This block calculates the number of sheets to

Control Block Description ADDvantage-32 PLUS 4-104 2. Outputs SDS: Analog 3. Implementation If EN is high: LNGTHADJRATW

Control Block Description ADDvantage-32 PLUS 4-105 4.64 SETPOINT The Setpoint block enables the use of the INC and DEC inputs to modi

Control Block Description ADDvantage-32 PLUS 4-106 2. Outputs OUT: Analog DIF: Analog MAX: Bit MIN: Bit 3. Implem

Control Block Description ADDvantage-32 PLUS 4-107 On a low to high transition of the RES bit, OUT resets to the REF value. DIF is

Control Block Description ADDvantage-32 PLUS 4-108 4.65 SNAPAVG 1. Inputs INP: Analog TICS: Analog RES: Bit HLD:

Control Block Description ADDvantage-32 PLUS 4-109 FIGURE 4-65. SNAPAVG BLOCK

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-17 Figure 1-10. Field Controller Base Assembly (AFMs and 540,

Control Block Description ADDvantage-32 PLUS 4-110 4.66 SPLICER The Splicer block calculates two analog pulse count values, one for t

Control Block Description ADDvantage-32 PLUS 4-111 3. Implementation K = (PPR)(GR) )DIAON(5)RSPD(RPSπ= PPS = K (RPS)

Control Block Description ADDvantage-32 PLUS 4-112 4.67 SUMMING JUNCTION, SELECTABLE 3 INPUT This block adds input signals such as sp

Control Block Description ADDvantage-32 PLUS 4-113 4.68 TABLE The Table block is used to modify an analog variable "IN

Control Block Description ADDvantage-32 PLUS 4-114 3. Implementation The Table block is used to perform a non-linear look u

Control Block Description ADDvantage-32 PLUS 4-115 4.69 TACH SELECT AND TACH SELECT-W The blocks TACH SELECT and TACH SELECT-W are al

Control Block Description ADDvantage-32 PLUS 4-116 This block selects the type of speed feedback to be used by the speed loop. Either

Control Block Description ADDvantage-32 PLUS 4-117 If SPDVOL = low, OUT = CEMF × GAIN. If SPDVOL = high and 1 OR 2 = high, and n

Control Block Description ADDvantage-32 PLUS 4-118 ****************************************************** W A R N I N G If SPDVOL

Control Block Description ADDvantage-32 PLUS 4-119 4.70 TIMER The Timer block is used to delay setting a bit until an appropriate cou

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-18 1.2.8 ARMATURE BRIDGE ASSEMBLY (540, 850, 1550, and 3000

Control Block Description ADDvantage-32 PLUS 4-120 3. Implementation When the RES bit equals zero, VAL is set to 0. When VAL = 0, th

Control Block Description ADDvantage-32 PLUS 4-121 4.71 TYPE 2 DIA This block calculates the roll diameter of a center driven winder

Control Block Description ADDvantage-32 PLUS 4-122 3. Implementation If RES is high, then the output DIA = IDIAM. If DIA is calculat

Control Block Description ADDvantage-32 PLUS 4-123 4.72 TYPE 3 DIA This block calculates the roll diameter of a winder by counting th

Control Block Description ADDvantage-32 PLUS 4-124 3. Implementation If RESET is set high, then DIA = IDIAM. If DIA is calculate

Control Block Description ADDvantage-32 PLUS 4-125 4.73 UNITY SCALE The Unity Scale block rescales the minimum and maximum limits of

Control Block Description ADDvantage-32 PLUS 4-126 4.74 UV PROTECT The block can be used to try to prevent a shoot through condition

Control Block Description ADDvantage-32 PLUS 4-127 If CEMF is Positive POSO = POSI NEGO = 0.1% If CEMF is Negative P

Control Block Description ADDvantage-32 PLUS 4-128 4.75 WINDER WK/D This block calculates the inertia of a winder/unwinder. The iner

Control Block Description ADDvantage-32 PLUS 4-129 The torque required to accelerate a roll is equal to the WK2 of the body times the

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-19 Figure 1-12. Armature Bridge Assembly

Control Block Description ADDvantage-32 PLUS 4-130 4.76 WINDOW COMPARE The Window Compare takes an input and checks to see if it is b

Control Block Description ADDvantage-32 PLUS 4-131 3. Implementation If ABS is Low (0), then IN = 1 if (LOW <= INP <= H

Signal Analyzer ADDvantage-32 PLUS ● AC to DC Power Converter 5-1 SECTION V SIGNAL ANALYZER The signal analyzer is an eight-channel memor

Signal Analyzer ADDvantage-32 PLUS ● AC to DC Power Converter 5-2 5.1 DATA COLLECTION The data stored in the recorder channels can

Signal Analyzer ADDvantage-32 PLUS ● AC to DC Power Converter 5-3 5.2 TRIGGER Set for a rising edge or falling edge trigger, the recorder

Signal Analyzer ADDvantage-32 PLUS ● AC to DC Power Converter 5-4 RECORDER CONFIGURATION DEFAULT CHANNEL PARAMETER VALUE ___________

Signal Analyzer ADDvantage-32 PLUS ● AC to DC Power Converter 5-5 5.4 PREVIEW Information recorded by the signal analyzer channels

Signal Analyzer ADDvantage-32 PLUS ● AC to DC Power Converter 5-6 RECORDER CONFIGURATION DEFAULT CHANNEL PARAMETER VALUE __________

Signal Analyzer ADDvantage-32 PLUS ● AC to DC Power Converter 5-7 5.7 ANALYZER EXAMPLE: CAPTURE OF AN OVERSPEED EVENT The signal analy

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-20 (1550 Amp and 3000 Amp Power Converters Only)

Signal Analyzer ADDvantage-32 PLUS ● AC to DC Power Converter 5-8 Figure 5-1. An analyzer operation during the capture of an overspeed event.

Signal Analyzer ADDvantage-32 PLUS ● AC to DC Power Converter 5-9

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-1 SECTION VI PREPARATION FOR USE Preparation for use of the ADDvantag

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-2 ****************************************************** W A R N I N G WHEN

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-3 6.3 STORAGE AND INSTALLATION SPECIFICATIONS If the ADD-32 PLUS is

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-4 6.7 ELECTRICAL CONNECTIONS ****************************************

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-5 TABLE 6-2. WIRE TERMINATION KIT GUIDE FOR PART NUMBERS WITHOUT “N” IN THE

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-6 TABLE 6-2A. WIRE TERMINATION KIT GUIDE FOR PART NUMBERS WITH “N” IN THE NI

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-7 Motor armature (A1, A2) and dynamic braking (DB) connections are made to t

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-21 1.2.9 THYRISTOR MODULE ASSEMBLY (540 ADC, 850 ADC, 1550 A

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-8 attached for each of the connection points. Refer to Table 6-3

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-9 TABLE 6-3. RECOMMENDED WIRE SIZES AC INPUT (L1,L2,L3) FIELD SUPPLY (L1,L

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-10 6.7.3 540, 850, 1550, and 3000 ADC Use the following information

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-11 T1T1FOR 230 VAC INPUTFOR 460 VAC INPUTJUMPCONLANH4H2 H3 H1H4H2 H3 H

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-12 Figure 6-2A. Block Diagram, Power Connections, 510 ADC and Below Exceptio

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-13 Figure 6-2B. Block Diagram, Power Connections, 110 ADC Used Only on DC

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-14 Figure 6-3. Block Diagram, Power Connections, 550 ADC

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-15 Figure 6-4. Block Diagram, Armature Bridge Assembly Power Connections (5

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-16 Figure 6-5. Block Diagram, Field Supply Assembly Power Connections (5

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-17 Figure 6-6. Block Diagram, Microprocessor Board

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-22 Figure 1-14. Thyristor Module Assembly (1550 Amp and 3000 A

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-18 Figure 6-7. Block Diagram, FAX-32 Board BLKFAX32LANTYPICAL USER INPUT

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-19 Figure 6-8. ADDvantage-32 PLUS System Interconnections NOTE System

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-20 Figure 6-9. FAX-32 Board Interconnections NOTE FAX-32 interconnect

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-21 6.8 ELECTRICAL INSTALLATION Interconnection wiring and connecti

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-22 All pulse generator cables may be run in common conduit or cable trays

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-23 6.9 INSTALLATION CHECKOUT After all equipment is mounted and wire

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-24 Figure 6-10. SMARTach Alarm Connections Tach Com 1ALM 10+V(OUT)5 SM

Preparation for Use ADDvantage-32 PLUS ● AC to DC Power Converter 6-25

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-1 SECTION VII MAINTENANCE AND TROUBLESHOOTING ************

ADDvantage-32 PLUS AC TO DC POWER CONVERTER TABLE OF CONTENTS Section PageSAFETY SUMMARY ii I INTRODUCTION AND GENERA

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-23

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-2 7.1 MAINTENANCE REQUIREMENTS Proper maintenance of the

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-3 7.2 GENERAL DIAGNOSTIC FEATURES The ADD-32 PLUS has an

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-4 The ADDvantage-32 PLUS uses built-in diagnostics which consta

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-5 TABLE 7-1. LED DEFINITIONS TITLE COLOR DEFINITION +5 V POW

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-6 TABLE 7-2. POWERUP MESSAGES FAULT MESSAGE PROBLEM SOLUTION

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-7 TABLE 7-2. POWERUP MESSAGES (cont.) FAULT MESSAGE PROBLEM

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-8 TABLE 7-2. POWERUP MESSAGES (cont.) FAULT MESSAGE PROBLEM

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-9 TABLE 7-2. POWERUP MESSAGES (cont.) FAULT MESSAGE PROBLEM

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-10 CONTACTOR (Y***:F-CLR ON M). In addition to clearing the actu

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-11 TABLE 7-3. HARDCODED FAULTS AND WARNINGS FAULT MESSAGE FA

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-24 1.3 SOFTWARE FEATURES The setup of an ADDvantage-32 P

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-12 TABLE 7-3. HARDCODED FAULTS AND WARNINGS (Cont.) FAULT MES

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-13 TABLE 7-4. FAULT DESCRIPTIONS FAULT MESSAGE PROBLEM SOLUTI

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-14 FAULT MESSAGE PROBLEM SOLUTION IARM VOFFST The drive firmwa

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-15 FAULT MESSAGE PROBLEM SOLUTION OPEN ARM No armature resista

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-16 FAULT MESSAGE PROBLEM SOLUTION SCR OPN C+F C + open SCR fau

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-17 FAULT MESSAGE PROBLEM SOLUTION SCR OPN C+R Open SCR fault m

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-18 FAULT MESSAGE PROBLEM SOLUTION SCR SHRT A- Shorted SCR-CR4

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-19 3. SIGNAL ANALYZER The Signal Analyzer (refer to Sect

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-20 13. Reattach the case to the drive door using the four s

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-21 7.3.2 REPLACING BRIDGE INTERFACE BOARD (A3) AND SNUBBER B

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-25 Figure 1-15. Software Format

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-22 Figure 7-2. Replacing Bridge Interface Board (510 ADC and

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-23 Figure 7-3. Replacing Bridge Interface Board (550 ADC)

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-24 7.3.4 REPLACING BRIDGE INTERFACE BOARD (A3) (540, 850, 1550

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-25 7.4 REPLACING DRIVE SUB-ASSEMBLY (510 ADC and Below)

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-26 23. Replace ground wire on door. 24. Attach all seven bridge

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-27 7.5 REPLACING DRIVE SUB-ASSEMBLY (550 ADC) *************

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-28 Figure 7-6. Replacing Power Components (550 ADC)

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-29 7.6 TEST PROCEDURE FOR LEAKING THYRISTORS/SCRs An SCR

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-30 SCRTEST1LAN Figure 7-7. SCR Module Layout The measured vo

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-31 IF THE SNUBBER IS NOT DISCONNECTED, THE VOLTAGE DIFFERENCE MA

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-26 1.4 IDENTIFICATION OF PART NUMBERS The part numbering o

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-32 NOTE IN CASE OF A HOT SCR, THE READINGS MAY BE SIGN

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-33 7.8 THYRISTOR/DIODE REPLACEMENT (510 ADC and Below) ****

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-34 NOTE Each pair of wires is labeled with a single letter corre

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-35 Figure 7-9. Replacing Power Thyristors and Field Thyristor/Di

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-36 5. Plug in all gate leads. Match letter designation

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-37 ****************************************************** C A U

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-38 d. Connect the new fuse to the adjacent bus bars using th

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-39 b. Remove the terminal screws that attach the remaining wire

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-40 NOTE As the unit is shipped, fuses F3 and F4 are 3

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-41 7.10 THYRISTOR/DIODE/FUSE REPLACEMENT (540, 850, 1550, 30

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-27 1.4.1 HARDWARE PART NUMBER BREAKDOWN MODEL TYPE d

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-42 7.10.1 REPLACING THE POWER THYRISTOR MODULE ASSEMBLY (A101-10

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-43 7. Using the fuse (F1-6) as a handle, slowly slide the asse

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-44 CONICALWASHERCORRECTINCORRECTCONICALWASHERCONICALWASHERCONICAL

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-45 DC54X DC85X DC155X -2, -4 DC155X -A,-B/DC300X 165-185 in-lb.

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-46 *******************************************************

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-47 7. Plug in cables at J2 and J3. 8. Close the door of the

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-48 Figure 7-11. Armature Bridge Assembly (540 and 850 Amp

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-49 Figure 7-12. Armature Bridge Assembly 155x-2 or -4 Only

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-50 NOTE: Fuses F1 through F6 are parallel fuse units on DC250X u

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-51 Figure 7-13. Armature Bridge Assembly (155X-A & -B and 30

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-28 QUADRANTS/AFM FIELD Power ConvertersSELECTION

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-52 TABLE 7-8a. FUSE REPLACEMENT GUIDE (10-510 ADC) (Refer to Fi

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-53 TABLE 7-8b. FUSE REPLACEMENT GUIDE (550 ADC) DRIVE RATING F1

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-54 TABLE 7-9. VENDOR GUIDE AVTRON P/N FUSE RATING BUSSMANN P/

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-55 7.11 FUSE REPLACEMENT (540, 850, 1550, 3000 ADC) 7.11.

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-56 7.11.1.2 Replacement and Reassembly 1. Refer to Figure

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-57 TABLE 7-10. FUSE REPLACEMENT GUIDE (Applies to Amp Ratings D

Maintenance and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 7-58 7.12 THYRISTOR MODULE COOLING BLOWER REPLACEMENT (550 ADC

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-1 SECTION VIII IEEE 802.3 ETHERNET COMMUNICATION 8.1 OVERVIEW The Avtron ADDvantage

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-2 Avtron PDC-6 drive control systems using 802.3 Ethernet communications provide a high leve

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-3 Figure 8-1. Avtron ESBX Module The ESBX boards are sensitive to Electro Static Dischar

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-29 OPTION 2 On AFM systems, this block identifies a cust

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-4 The following picture shows an overview of a typical Avtron Drive System utilizing Ethern

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-5

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-6 8.2 ADDvantage-32 PLUS HARDWARE/SOFTWARE REQUIREMENTS The following represents the

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-7 The Ethernet IP address can be assigned to the ADDvantage-32 PLUS drive by ei

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-8 ETHERNET. You will not be able to download Calibration and Configuration data to the drive

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-9 DRIVE IP ADDRESS: X***: IP ADDR HI: Highest octet of the DRIVE IP ADDRESS. Range 1-2

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-10 10.1.206.1-10.1.206.127 would be one subnet and 10.1.206.129-10.1.206.254 another,

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-11 X***: WEB passWrd: <<<<< FUTURE USE TO ENABLE ACCESS TO DRIVE’S WEB PAG

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-12 you are attempting to download to a failed Ethernet board whose failure symptom was a tot

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-13 MAC Address: ____ - ____ - ____ - ____ - ____ - ____ 3. Record the Source co

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-30 1.5 SPECIFICATIONS Please note that some of the followi

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-14 6. Click the “Send” button. A progress bar will indicate progression of file transfe

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-15 7. As indicated, once the LED’s on the ESBX module are alternately flashing, indicati

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-16 Be aware that some Switches do not have an administrative account or may use a different

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-17 complex drive control functions yet retains the ability to communicate to the drives via

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-18 Ethernet using the ADDAPT 2000 Programming Tools/PC, you will need to obtain an available

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-19 3. Has the ADD-32 PLUS ESBX board completed its 45 second boot up cycle fo

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-20 LINK ACTIVE LED: 9. If ESBX board LINK ACTIVE LED is “off” and Switch port LED is “off”

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-21 DIAGNOSTIC INIT VALUE 5 MIN 10 MIN UDP Mpool Empty UDP Mpool Err UDP Good

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-22 DIAGNOSTIC INIT VALUE 5 MIN 10 MIN MBus Max Connct MBus R-Connt Er MBus Dis

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-23 DIAGNOSTIC INIT VALUE 5 MIN 10 MIN IP can't forward IP fwd same net IP

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-31 TABLE 1-1. ADDvantage-32 PLUS SPECIFICATIONS--Cont. DESCRIP

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-24 UDP Good Receive: counter containing the number of valid UDP frames that ha

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-25 PPR No Reply: counter containing the number of times the ADD-32 PLUS did not reply to a

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-26 8.8 ETHERNET COMMUNICATIONS PROTOCOLS FOR ADD-32 PLUS™ Ethernet communications with

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-27 8.9 TRANSMISSION CONCEPTS Most Ethernet communications use either the UDP or

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-28 8.9.2 Transmission Control Protocol (TCP) TCP is a standard protocol described by

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-29 This format is used by Modbus TCP and Allen-Bradley’s Explicit and PCCC formats. 8.9.3

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-30 • Class B addresses: (128.x.x.x to 191.x.x.x), subnet mask 255.255.0.0 These addresse

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-31 8.9.4 Interconnect Issues and Notes 1) All devices should be connected via a Switch

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-32 Figure 8.9.5.1 ADD-32 PLUS data transfers via EGD

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-33 EGD Exchanges are lists of data. Each node (each unique IP address) has i

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-32 TABLE 1-1. ADDvantage-32 PLUS SPECIFICATIONS--Cont. DESCRIP

IEEE 802.3 Ethernet Communication ADDvantage-32 PLUS 8-34 • For the SLC, the PCCC protocol supports SLC Protected Typed Logical Writes with three

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-1 SECTION IX SYSTEM DATA STRUCTURES This section details the data st

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-2 ****************************************************** W A R N I N

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-3 TABLE 9-1. DATA FILES File Number Table Name Structure Bytes/ Eleme

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-4 TABLE 9-1. DATA FILES (Cont.) File Number Table Name Structure Bytes/

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-5 floating point format. This table contains application specific

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-6 9.3.6 FILE 14 - CAL TABLE DEFAULTS This file contains all of the p

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-7 9.3.10 FILE 18 - CONTROL CAL LABELS This file contains all predefine

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-8 9.3.18 FILE 26 - DEFAULT CONTROL CAL UNITS This file contains all of

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-9 The illustrated example for File 28 shows that the Forward Bridge is act

Safety Summary ADDvantage-32 PLUS ● AC to DC Power Converter ii SAFETY SUMMARY ****************************************************** W A R N I N G

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-33 TABLE 1-1. ADDvantage-32 PLUS SPECIFICATIONS--Cont. DESCRIP

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-10 calibration. One element is used to define the units for the associate

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-11 9.3.27 FILE 35 - DRIVE CONFIG LABEL This file contains the driv

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-12 9.3.30 FILE 38 - DRIVE CAL This file contains all of the calibrati

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-13 9.3.34 FILE 42 - SOFTWARE PART NUMBER AND VERSION NUMBER This file

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-14 channel are identical. Elements 0-4 correspond to (Z002-Z006).

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-15 This file contains the legal references that may be used to

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-16 9.3.44 FILES 52 THROUGH 55 - DIAGNOSTIC STATUS TABLES The diagnos

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-17 Each table element is defined as follows: bit 15 14 13 12 11 10

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-18 9.3.48 FILE 63 THROUGH 64 _MISC. STATUS FILES 63 DOWNLOADI

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-19 9.3.52 FILES 74 THROUGH 77 - DIAGNOSTIC TRACE DATA TABLES 74

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-34 TABLE 1-1. ADDvantage-32 PLUS SPECIFICATIONS--Cont. DESCRIP

System Data Structures ADDvantage-32 PLUS ● AC to DC Power Converter 9-20

Serial Link Installation and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 10-1 SECTION X SERIAL LINK INSTALLATION AND TROUBLE

Serial Link Installation and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 10-2 Figure 10-1. ADD-32 PLUS Serial Link Wiring (She

Serial Link Installation and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 10-3

Serial Link Installation and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 10-4 Figure 10-1. ADD-32 PLUS Serial Link Wiring (She

Serial Link Installation and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 10-5 Figure 10-1. ADD-32 PLUS Serial Link Wiring (She

Serial Link Installation and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 10-6 TABLE 10-1. RS-232C PIN ASSIGNMENTS The followi

Serial Link Installation and Troubleshooting ADDvantage-32 PLUS ● AC to DC Power Converter 10-7 TABLE 10-2. PROBLEMS WITH THE SERIAL LINK SYMPT

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-1 SECTION XI USB USAGE The ADDvantage-32 PLUS AC to DC Power Converter System i

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-35 TABLE 1-1. ADDvantage-32 PLUS SPECIFICATIONS--Cont. DESCRIP

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-2 The ADDvantage-32 PLUS performs read-to-read information previously stored on the US

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-3 The final subdirectory that may exist in the DRIVE### directory is the FIRMWARE su

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-4 Figure 11-3: The ADDvantage-32 PLUS electronics enclosure shows connector J8.

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-5 11.1 USB SIGNAL ANALYZER STORE The ADDvantage-32 PLUS drive allows the user t

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-6 Figure 11-4. This illustrates the USB signal analyzer file naming convention.

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-7 11.1.1 ANALYZER STORE COMPLETION MESSAGES After the user has initiated the ope

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-8 Figure 11-5. The PROPERTY view of an analyzer file that has been saved to the USB

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-9 Pressing the right arrow will show: The second line of the LCD display will

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-10 The “0000” on the second line of the display is the initial value that is shown

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-11 a valid ASCII number, then terminate the algorithm and use the authorization code c

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-36 TABLE 1-1. ADDvantage-32 PLUS SPECIFICATIONS--Cont. Bridge

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-12 NOTES Drive will cease normal operation upon initiation of the flash load. Driv

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-13 Message Meaning AT9 PROCESSOR FIRMWARE UPDATE SUCESSFUL CYCLE PWR to RESET Mess

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-14 NOTES Each diagnostic store will overwrite the DIAGNOSTIC.DAT data file on the U

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-15 11.4 USB DRIVE INFORMATION STORE The ADDvantage-32 PLUS drive allows the user t

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-16 Figure 11-6. An example of the DRIVE INFORMATION store operation during which t

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-17 11.4.1 DRIVE INFORMATION STORE COMPLETION MESSAGES After the user has initiate

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-18 The drive will look in a specific directory for the calibration/configuration fil

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-19 A calibration file that has been saved using the ADDAPT program can be loaded by

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-20 Press the RIGHT key to display the following: The display will show a fi

USB Usage ADDvantage-32 PLUS ● AC to DC Power Converter 11-21 The maximum number of files that may exist in a subdirectory is 100 files. Any a

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-37 TABLE 1-1. ADDvantage-32 PLUS SPECIFICATIONS--Cont. Bridge

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-1 SECTION XII UPGRADE TO NEW CONTROL BOARD The ADDvantage-32

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-2 12.1 INSTALLATION OF HARDWARE The ADDvantage-32 microprocesso

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-3 Figure 12-1 A. The older ADDvantage-32 shows the electronics encl

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-4 Figure 12-1 B. The ADDvantage-32 PLUS shows the electronics en

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-5 12.1.1 PROCEDURE TO UPGRADE THE HARDWARE DRIVE The upgrading

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-6 Figure 12-2. ADDvantage-32 electronics enclosure shows the fie

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-7 4. Remove the two ribbon cables that provide connections betwe

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-8 5. Close and latch the ADDvantage-32 electronics enclosure doo

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-9 6. Reuse the four screws removed in step 5 to install the ADDv

ADDvantage-32 PLUS ● AC to DC Power Converter

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-10 5 After attaching the new electronics enclosure, a ribbon cab

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-11 6 The B20726-1 ribbon cable removed in step 4 will be reinsta

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-12 7 Close the drive cover and open the electronics enclosure doo

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-13 8 Reinstall all field wiring connectors that were removed in

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-14 9 Upgrade the ADDvantage-32 drive calibration and configurati

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-15 TABLE 12-1. NEW DRIVE CONFIGURATION PARAMETERS CONFIGURATION

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-16 12.2 ADDVANTAGE-32 TO ADDVANTAGE-32 PLUS CAL/CONFIG UPGRADE

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-17 Follow all prompts as they appear during the installation proc

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-18 Figure 12-12. This screen snapshot shows the message indicati

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-19 12.2.2 THE CONVERTTOADD32PLUS SOFTWARE UTILITY PROGRAM Once

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-20 If the BROWSE button is used, a dialog box like the one shown

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-21 12.2.2.2 ADD-32 PART AND VERSION NUMBERS Once a valid ADDvant

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-22 Figure 12-17. This is the dialog box for the Template Open Di

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-23 12.2.2.5 ADD-32 PLUS PART AND VERSION NUMBERS The final tw

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-24 Figure 12-19. A screen snapshot shows a successful conversion

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-25 ERROR MESSAGE DESCRIPTION Successfully converted <configur

Upgrade to New Control Board ADDvantage-32 PLUS ● AC to DC Power Converter 12-26 ERROR MESSAGE DESCRIPTION ADD32Plus configuration file <ADD

ADDvantage-32 PLUS ● AC to DC Power Converter 2-1 SECTION II KEYBOARD AND PARAMETER FUNCTIONS ******************************************

ADDvantage-32 PLUS ● AC to DC Power Converter 2-2 2.1 KEY FUNCTIONS Information generated by the ADDvantage-32 PLUS can be accessed using

ADDvantage-32 PLUS ● AC to DC Power Converter 2-3 2.1.1 KEYPAD BUTTONS Six keys provide instructions to the ADD-32 PLUS. By pres

Safety Summary ADDvantage-32 PLUS ● AC to DC Power Converter iii ****************************************************** W A R N I N GDO NOT OPERAT

ADDvantage-32 PLUS ● AC to DC Power Converter 2-4 Figure 2-2. Lines 1 and 2 showing a MENU LEVEL display. Figure 2-3. Lines 1 an

ADDvantage-32 PLUS ● AC to DC Power Converter 2-5 the second line of the LCD display, as shown in Figure 2-2. A submenu may be exited by pressi

ADDvantage-32 PLUS ● AC to DC Power Converter 2-6 Pressing the RIGHT key will enter the ANALYZER submenu and show this display: Pressin

ADDvantage-32 PLUS ● AC to DC Power Converter 2-7 2.3 PARAMETER DEFINITION AND GROUPINGS The ADDvantage-32 PLUS drive contains four disti

ADDvantage-32 PLUS ● AC to DC Power Converter 2-8 Parameters are defined by a four-digit code followed by a name or abbreviated description.

ADDvantage-32 PLUS ● AC to DC Power Converter 2-9 TABLE 2-1. PARAMETER ORGANIZATION PARAMETER GROUP PARAMETER TYPE DESCRIPTION X*** Calibrat

ADDvantage-32 PLUS ● AC to DC Power Converter 2-10 The drive core software is responsible for the basic functions of the drive, including prote

ADDvantage-32 PLUS ● AC to DC Power Converter 2-11 Figure 2-6. The first line of the four lines shown in the LCD display shows the parameter g

ADDvantage-32 PLUS ● AC to DC Power Converter 2-12 Figure 2-7. The second line of the four lines shown in the LCD display shows the data type

ADDvantage-32 PLUS ● AC to DC Power Converter 2-13 Figure 2-8. The LCD display at the start of the edit mode. The display has the underline

Safety Summary ADDvantage-32 PLUS ● AC to DC Power Converter iv ****************************************************** W A R N I N GSystem Safet

ADDvantage-32 PLUS ● AC to DC Power Converter 2-14 Pressing the UP or DOWN keys again will scroll through to the MINIMUM VALUE that the parame

ADDvantage-32 PLUS ● AC to DC Power Converter 2-15 The format for the configuration data is as follows: 1. Parameter Group - Represents the t

ADDvantage-32 PLUS ● AC to DC Power Converter 2-16 Figure 2-11. The second line of the four line LCD display shows the configuration choice p

ADDvantage-32 PLUS ● AC to DC Power Converter 2-17 ****************************************************** C A U T I O N ALL “P” PARAMET

ADDvantage-32 PLUS ● AC to DC Power Converter 2-18 OPERATE‐‐‐‐‐‐‐>USB‐‐‐‐‐‐‐>Edit Units‐‐‐‐‐‐‐>Fault Fifo‐‐‐‐‐‐‐>Tables‐‐‐‐‐‐‐>Sp

ADDvantage-32 PLUS ● AC to DC Power Converter 2-19 2.8.2 OPERATE SUBMENU The OPERATE submenu is shown in Figure 2-13. The figure shows a

ADDvantage-32 PLUS ● AC to DC Power Converter 2-20 2.8.2 ACCESS CODE SUBMENU The ACCESS CODE submenu is shown in Figure 2-14. The figure sho

ADDvantage-32 PLUS ● AC to DC Power Converter 2-21 Figure 2-14. This ADD-32 PLUS keypad syntax shows the ACCESS CODE submenu.

ADDvantage-32 PLUS ● AC to DC Power Converter 2-22 2.8.2 DIAGNOSTICS SUBMENU The DIAGNOSTICS submenu is shown in Figure 2-15. The figure s

ADDvantage-32 PLUS ● AC to DC Power Converter 2-23 Figure 2-15. This ADD-32 PLUS keypad syntax shows the DIAGNOSTICS submenu.

Safety Summary ADDvantage-32 PLUS ● AC to DC Power Converter v 4. When performing hands-on inspections and maintenance, be sure the incoming AC fee

ADDvantage-32 PLUS ● AC to DC Power Converter 2-24 2.8.3 ANALYZER SUBMENUS The ANALYZER submenus are shown in Figures 2-16 and 2-17. Figure

ADDvantage-32 PLUS ● AC to DC Power Converter 2-25 Figure 2-16. This ADD-32 PLUS keypad syntax shows the ANALYZER submenu that is associated wit

ADDvantage-32 PLUS ● AC to DC Power Converter 2-26 Figure 2-17. This ADD-32 PLUS keypad syntax shows the ANALYZER submenu that presents statu

ADDvantage-32 PLUS ● AC to DC Power Converter 2-27 Tables‐‐‐‐‐‐‐>Spare Bit Cfg‐‐‐‐‐‐‐>Spare Analog Cfg‐‐‐‐‐‐‐>Bit Config‐‐‐‐‐‐‐>EGD

ADDvantage-32 PLUS ● AC to DC Power Converter 2-28 2.8.5 TABLES SUBMENU The TABLES submenu is shown in Figure 2-19. The figure shows a subsec

ADDvantage-32 PLUS ● AC to DC Power Converter 2-29 Each of the tables consists of sixteen (16) data points, and each of the sixteen (16) da

ADDvantage-32 PLUS ● AC to DC Power Converter 2-30 RIGHT key is pressed from the VIEW FAULT FIFO option, the display will initially show FAULT E

ADDvantage-32 PLUS ● AC to DC Power Converter 2-31 2.8.7 EDIT UNITS SUBMENU The EDIT UNITS submenu is shown in Figure 2-22. The figure show

ADDvantage-32 PLUS ● AC to DC Power Converter 2-32 Figure 2-23. The LCD display shows the units field in a calibration parameter.

ADDvantage-32 PLUS ● AC to DC Power Converter 2-33 When viewing a parameter from the EDIT UNITS submenu, the user can press the RIGHT key to i

1-1 ADDvantage-32 PLUS AC TO DC POWER CONVERTER (Includes AFM - Advanced Firing Module) SECTION I INTRODUCTION AND GENERAL INFORMATION 1.1 DESCRI

ADDvantage-32 PLUS ● AC to DC Power Converter 2-34 Figure 2-25. This ADD-32 PLUS keypad syntax shows the USB submenu.

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-1 SECTION III CORE SOFTWARE OPERATION The core software performs

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-2 After an ESTOP condition has occurred, the ESTOP and ESTOP RESET inputs

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-3 data table. If the FAX-32 board is not used, the values for the additi

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-4 3.5 LOGIC SEQUENCE Y*** Parameters D*** Parameters Y***

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-5 D***:NOT USER 6 Y*** Parameters D*** Parameters

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-6 RUNG 2 The drive OK output drops out when the D:FAULT bit goes high.

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-7 RUNG 5 This bit picks up the drive motor contactor and enables the j

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-8 RUNG 8 D:RUNX picked up on a run, jog, or thread command is reque

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-9 RUNG 11 This is a time delay of 60 seconds after the motor contacto

Introduction and General Information ADDvantage-32 PLUS ● AC to DC Power Converter 1-2 ● Tach loss and overspeed protection, configurable with

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-10 RUNG 13 This delays D:ARM ENABLE until the motor contactor has a ch

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-11 Figure 3-1. ADDvantage-32 PLUS Logic Diagram (sheet 6 of 14) RUNG

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-12 RUNG 19 The motor field can be enabled, disabled, or switched on or

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-13 RUNG 21 Lights the amber forward bridge LED. RUNG 22 Lights th

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-14 RUNG 25 Lights the red field loss LED and seals it in until the fau

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-15 RUNG 28 Lights the green Drive OK LED. RUNG 29 Lights the gree

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-16 RUNG 31 The fault FIFO can be cleared from the keyboard or from a dig

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-17 RUNG 33 D:NOT USER 1 is the inverse of the digital input D:USER 1.

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-18 RUNG 37 D:NOT USER 5 is the inverse of the digital input D:USER 5.

Core Software Operation ADDvantage-32 PLUS ● AC to DC Power Converter 3-19 3.7 RUN, THREAD, AND JOG INPUTS Y*** Parameters Y***:RUN IN