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PAGE 4

Installation

Before attempting any installation make sure that all power is turned off to
the equipment being worked on. 

As mentioned previously, the

 AA1069

 card is

a stand alone module and can be installed in a variety of ways. It should be
mounted in a protective enclosure, which is well ventilated. For mounting, there
are four holes, as shown in Fig. 1B, for use with stand-offs, or the fast-track that
is supplied may be used.  The card requires a 120 VAC supply, which should be
fused at 1.0 AMP. Referring to Fig.’s 1A and 2 make all external interconnections
using shielded twisted wire. All wiring should be in accordance with good stan-
dard practices and any codes that may apply.

Note: Some Model Drives require the use of the AA1081 Inverter / Buffer
card with the AA1069 Module. Please refer to Appendix 1B for installation
and set-up.

Initial Set-up

Since the

 AA1069

 card is designed to be used in a variety of winder applica-

tions, and with various SAFTRONICS drives, the initial settings suggested in
Table 1 are for reference only. The final settings will be dictated by the particular
application in which it is used. Referring to Table 1 and Fig.’s 1A and 2, proceed
as follows for the initial set-up.

1 - 

With the drive disconnected 

and the 

AA1069

 installed as above, apply

power to the card. Temporarily connect a jumper from terminal 8 ( (-) 12 V)
and 10 (Enable). Adjust RV2 (Minimum Adjustment) to fully CCW (0 V ). Then
apply the appropriate full scale LINE SPEED REFERENCE voltage, between
terminal 1 or 2 and terminal 7 GND. i.e., the voltage that would represent
maximum line speed. Ensure that the proper jumpers are in place, L1 and L4
for a positive reference, or L2 and L3 for negative.

2 -  Connect a voltmeter to terminal 3 ( Supply) and terminal 7(GND)

then adjust RV1(Speed Adj.) for +10 V.  Check that terminal 4 (Dancer  (-)
Supply) is (-) 10 V.  Next check that the slider on both the Dancer (terminal
13) and Dancer Position (terminal 6)  potentiometers adjust from (+/-) 10 V
throughout their range with 0 V in mid-position.

NOTE: the Dancer slider should read 0 V when in it’s mechanical neutral
position. Also, the polarity of  the Dancer input at terminal 13 must be in
a direction as to provide the proper feedback.

3 -  Ensure that jumpers L5 and L6 are in, and set the Dancer slider to it’s neutral

position (0 V) (or disconnect it) . Adjust the Position Input potentiometer for
(-) 10 V at terminal 6. Connect the voltmeter to terminal 11 (Proportional
Output) and adjust RV6 to 1 V output or approximately 10% of the
Dancer input.

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AA1081 SCHEMATIC DIAGRAM

PAGE 13

StockCheck.com

Содержание AA1069

Страница 1: ... product or design as the exclusive or sole safety con trol Without exception all controls should be designed to dynami cally fault detect and fail safe under all circumstances All products designed to incorporate a component part manufactured by Saftronics must be supplied to the end user with appropriate warn ings and instructions as to the safe use and operation Any warnings provided by Saftron...

Страница 2: ...ART HAS BEEN RECEIVED 2 THOROUGHLY INSPECTTHE PART S FOR ANY DAMAGE DUETO SHIP MENT OR HANDLING 3 THE PART S MAY CONTAIN CMOS CHIPS AND CAN BE DAMAGED BY STATIC ELECTRICITY HANDLING SHOULD BE IN ACCORDANCE WITH INDUSTRY STANDARDS 4 BEFORE INSTALLING THE PART S TURN OFF ALL POWER TO THE EQUIPMENT LETHALVOLTAGES ARE PRESENT 5 DO NOT CONNECT OR DISCONNECT WIRING WHILE POWER IS ON 6 FOLLOW GOOD STANDA...

Страница 3: ...erminations The final settings will be determined by the actual application requirements TABLE 1 TERMINAL DESCRIPTION RANGE ADJUSTMENT INITIAL SETTING 1 Line Speed Ref 80 100 V RV1 Fully CCW 2 Input 10 20 V 3 Dancer Potentiometer Pos Supply Output 0 10V AUTO X 4 Dancer Potentiometer Neg Supply Output 0 10V AUTO X 5 Integral Output 0 10 V RV4 10 CW 6 Dancer Position Input 0 10 V EXTERNAL MID RANGE ...

Страница 4: ...emporarily connect a jumper from terminal 8 12 V and 10 Enable Adjust RV2 Minimum Adjustment to fully CCW 0V Then apply the appropriate full scale LINE SPEED REFERENCE voltage between terminal 1 or 2 and terminal 7 GND i e the voltage that would represent maximum line speed Ensure that the proper jumpers are in place L1 and L4 for a positive reference or L2 and L3 for negative 2 Connect a voltmete...

Страница 5: ...nals 5 and 11 On the AA1069 board re move the jumper J1 if installed This will allow the output from the integrator to be bi polar NOTE In some applications it is desirable to have a or output This is set by the jumper position on P1 5 Connect the voltmeter to terminal 5 Integral Output and momentarily re move the jumper from terminal 10 Enable This will reset the integrator and terminal 5 should ...

Страница 6: ... Control Board R18 must be removed and replaced by a jumper R18 is a surface mounted device and requires extreme care when removing 2 Place jumper JP1 in the AUX SPD position Tachometer feed back can not be used when the AA1069 Dancerboard is used with the DF8P Drive Jumper AUX SPD TACH JP1 3 DG3 DF9 Series PAGE 11 FIGURE 1A AA1069 DANCER CONTROL CARD 9 8 11 5 7 INTEGRAL OUTPUT PROPORTIONAL OUTPUT...

Страница 7: ...R44 is a surface mounted device and requires extreme care when removing Jumper 3 2 DG2P PAGE 10 M6 12 9 8 11 5 7 INTEGRAL OUTPUT PROPORTIONAL OUTPUT AA1069 Line Speed Reference REF COMM 1 2 M6 12 ANA IN 1 REF COMM Set Parameter C120 1 Prop 2 11 17 Set Parameter C120 1 Int ANA IN 2 5 REF 3 PAGE 7 6 125 187 6 562 187 3 250 2 875 1 5 187 DIA 4 HOLES FIGURE 1B AA1069 DANCER CONTROL CARD DIMENSIONS S t...

Страница 8: ...55 CAPSTAN OR NIP ROLLS DRIVE MOTOR TENSION TENSION Dancer operating range PROCESS MACHINE DG2 4 RUN MOTOR CONTACTOR ENCLOSURE GROUND TERMINAL E 1 0 AMP C DG2 4 DG8 13 DG8 11 12 COM FIGURE 2 AA1069 INTERCONNECTING DIAGRAM PAGE 8 PAGE 9 M6 12 9 8 11 5 7 INTEGRAL OUTPUT PROPORTIONAL OUTPUT AA1069 REF COMM 1 2 DC6 12 AUX IN REF COMM 1 Line Speed Reference SPEED REF R x NOTE On the DC6 M650 Control Bo...

Страница 9: ...55 CAPSTAN OR NIP ROLLS DRIVE MOTOR TENSION TENSION Dancer operating range PROCESS MACHINE DG2 4 RUN MOTOR CONTACTOR ENCLOSURE GROUND TERMINAL E 1 0 AMP C DG2 4 DG8 13 DG8 11 12 COM FIGURE 2 AA1069 INTERCONNECTING DIAGRAM PAGE 8 PAGE 9 M6 12 9 8 11 5 7 INTEGRAL OUTPUT PROPORTIONAL OUTPUT AA1069 REF COMM 1 2 DC6 12 AUX IN REF COMM 1 Line Speed Reference SPEED REF R x NOTE On the DC6 M650 Control Bo...

Страница 10: ...R44 is a surface mounted device and requires extreme care when removing Jumper 3 2 DG2P PAGE 10 M6 12 9 8 11 5 7 INTEGRAL OUTPUT PROPORTIONAL OUTPUT AA1069 Line Speed Reference REF COMM 1 2 M6 12 ANA IN 1 REF COMM Set Parameter C120 1 Prop 2 11 17 Set Parameter C120 1 Int ANA IN 2 5 REF 3 PAGE 7 6 125 187 6 562 187 3 250 2 875 1 5 187 DIA 4 HOLES FIGURE 1B AA1069 DANCER CONTROL CARD DIMENSIONS S t...

Страница 11: ... Control Board R18 must be removed and replaced by a jumper R18 is a surface mounted device and requires extreme care when removing 2 Place jumper JP1 in the AUX SPD position Tachometer feed back can not be used when the AA1069 Dancerboard is used with the DF8P Drive Jumper AUX SPD TACH JP1 3 DG3 DF9 Series PAGE 11 FIGURE 1A AA1069 DANCER CONTROL CARD 9 8 11 5 7 INTEGRAL OUTPUT PROPORTIONAL OUTPUT...

Страница 12: ...nals 5 and 11 On the AA1069 board re move the jumper J1 if installed This will allow the output from the integrator to be bi polar NOTE In some applications it is desirable to have a or output This is set by the jumper position on P1 5 Connect the voltmeter to terminal 5 Integral Output and momentarily re move the jumper from terminal 10 Enable This will reset the integrator and terminal 5 should ...

Страница 13: ...emporarily connect a jumper from terminal 8 12 V and 10 Enable Adjust RV2 Minimum Adjustment to fully CCW 0V Then apply the appropriate full scale LINE SPEED REFERENCE voltage between terminal 1 or 2 and terminal 7 GND i e the voltage that would represent maximum line speed Ensure that the proper jumpers are in place L1 and L4 for a positive reference or L2 and L3 for negative 2 Connect a voltmete...

Страница 14: ...erminations The final settings will be determined by the actual application requirements TABLE 1 TERMINAL DESCRIPTION RANGE ADJUSTMENT INITIAL SETTING 1 Line Speed Ref 80 100 V RV1 Fully CCW 2 Input 10 20 V 3 Dancer Potentiometer Pos Supply Output 0 10V AUTO X 4 Dancer Potentiometer Neg Supply Output 0 10V AUTO X 5 Integral Output 0 10 V RV4 10 CW 6 Dancer Position Input 0 10 V EXTERNAL MID RANGE ...

Страница 15: ...ART HAS BEEN RECEIVED 2 THOROUGHLY INSPECTTHE PART S FOR ANY DAMAGE DUETO SHIP MENT OR HANDLING 3 THE PART S MAY CONTAIN CMOS CHIPS AND CAN BE DAMAGED BY STATIC ELECTRICITY HANDLING SHOULD BE IN ACCORDANCE WITH INDUSTRY STANDARDS 4 BEFORE INSTALLING THE PART S TURN OFF ALL POWER TO THE EQUIPMENT LETHALVOLTAGES ARE PRESENT 5 DO NOT CONNECT OR DISCONNECT WIRING WHILE POWER IS ON 6 FOLLOW GOOD STANDA...

Страница 16: ... product or design as the exclusive or sole safety con trol Without exception all controls should be designed to dynami cally fault detect and fail safe under all circumstances All products designed to incorporate a component part manufactured by Saftronics must be supplied to the end user with appropriate warn ings and instructions as to the safe use and operation Any warnings provided by Saftron...

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