SCM SEPRI SPV 232 Mode d’emploi
DOCUMENTAZIONE TECNICA
TECHNICAL DOCUMENTATION
DOCUMENTATION TECHNIQUE
TECHNISCHE DOKUMENTATION
DOCUMENTACION TECNICA
PROGRAMMATORE ELETTRONICO
ELECTRONIC PROGRAMMER
PROGRAMMATEUR ELECTRONIQUE
ELEKTRONISCHE PROGRAMMIERUNG
PROGRAMADOR ELECTRONICO
SEPRI SPV 232
SUPERSET XL
ENGLISH
0000571068F/0
SPV 232/0-GB Superset XL 1
SEPRI
CONTENTS
Generalinformation 2
Functions of the keys 3
Constants input 4
General constants 5
Constants of A axis: 6
Constants of B axis: 7
Min.and max.measure input for each axis 8
Real measure input:manual mode 9
Programming 10
Display of programs in memory 11
Axis adjusting in manual mode with incremental motion 12
Axis adjusting in manual mode (absolute) 12
Trouble signaling 13
Control replacing 14
Machine specifications for Superset XL model
(spindle lifting and widening) 15
REL.00
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GENERAL INFORMATION
SEPRI SPV 232 control enables to store 99 programs for each axis.
Display (B fig.1) for 1.st axis
Display (C fig.1) for 2.nd axis
FIG.1
A = SELECTED PROGRAM NUMBER
B = DISPLAY FOR 1.ST AXIS (SPINDLE LIFTING)
C = DISPLAY FOR 2.ND AXIS (WIDENING)
D = WORKING FUNCTION 1.ST AXIS THE ACTIVE AXIS IS
E = PROGRAM EXECUTION DISPLAYED BY FLASHING
H = EXECUTION END OF ONE DISPLAY
U = PROGRAM DISPLAY
C = AXES CONSTANTS
P = PROGRAM NUMBER
d = GENERAL CONSTANTS
E = OPERATING FUNCTION 2.ND AXIS:
L = EXECUTION END
P = SELECTOR FOR MANUAL OR ELECTRONIC OPERATION .
DC
B
E
A
P
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FUNCTION OFTHE KEYS
VIS Display of programmed measures
PROG Programming measures and - sign when entering negative values; constants input
EX Execution of a program previously stored
MAN Movement of one axis according to an absolute or incremental mesure not programmed
(manual mode)
STOP Interruption of a motion selected from program or by manual vement
ESC Exit from program functions EX, VIS and simultaneous return to measures displayed
CAL Resetting the axes to a reference measure by means of proximity switch.
ENTER = Confirmation, execution, storage
P = Selector for program enabling or disabling
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1
DC
B
E
A
CONSTANTS INPUT
NOTE: Thisoperationiscarriedoutforbothaxesduringthemachinetest;neverchangethesevalues.
1) Press PROG key
2) Enter 1, 4 and 8 (electronic acces key)
3) The number of the constant you are going to change flashes on display (A fig.1)
4) PressENTERkey:therealconstantvalueshallappearondisplay(BFig.1)orenterthenumber
of another constant to be modified, then press ENTER key.
5) Press C key and enter the new value.
Press ENTER key to store the value.
6) After storing the next constant is displayed, then you may start again from point 4).
7) Theseoperationare tobe carriedoutforallconstants(seetables lateron), thenpressESCkey
to go out from the function.
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GENERAL CONSTANTS
d1 1 = Measure display (millimeters)
2 = Measuredisplay (inches)
d2 1 = Programmer with 1 axis running
2 = Preogrammer with 2 axes running
d3 1 = Separate motion of both axes
2 = Simultaneous motion of both axes
d4 1 = 2.nd axis (Display C fig.1) millimeter/inch
2 =
d5 1 = Taking up slack 1.st axis upwards
2 = Taking up slack 1.st axis downwards
d6 1 = Slack taking up of second axis (shifting outward)
2 = Slack taking up of second axis (shifting inward)
d7 1 = Not used - Value set always to 1
2 =
d8 1 = Not used - Value set always to 1
2 =
d9 1 = Sequence motion OFF
2 = Sequence motion ON
d10 1 = Device for automatic set up of left vertical spindle OFF
2 = Device for automatic set up of left vertical spindle ON
NOTE: As to the constant value see: MACHINE SPECIFICATION.
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CONSTANTS OF A AXIS
C1= 1 automatic setting not active
2 automatic setting active
C2= 1 1-speed motion
2 2-speed motion
C3 = encoder constant (pulse number every mm shifting multiplied by 4)
C4 = timing value for switching over from quick to slow motion (milliseconds)
C5 = timing value for motion direction reverse (milliseconds)
C6 = adjusting tolerance (hundredth of millimeter))
C7 = value for switching over from quick to slow motion to the measure required (millimeters)
C8 = extrastroke (below zero point, millimeters)
C9 = definition of field end in the first inertia area
C10= definition of field end in the second inertia area
C11= definition of field end in the third inertia area
C12= definition of field end in the fourth inertia area
C26= encoder pulse correction due to lead screw error
C28= max. incremental motion 1.st axis
NOTE: As to the constant value see: MACHINE SPECIFICATION.
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CONSTANTS OF B AXIS:
C13= 1 automatic setting not active
2 automatic setting active
C14= 1 1-speed motion
2 2-speed motion
C15= encoder constant (pulse number every mm shifting multiplied by 4)
C16= timing value for switching over from quick to slow motion (milliseconds)
C17= timing value for the motion direction reverse (milliseconds)
C18= adjusting tolerance (hundredth of millimeter)
C19= value for switching over from quick to slow motion to the measure required (millimeter)
C20= extrastroke (below zero point, millimeters)
C21= definition of field end in the first inertia area
C22= definition of field end in the second inertia area
C23= definition of field end in the third inertia area
C24= definition of field end in the fourth inertia area
C25= position in which the slack taking up reverse occurss
(sexagesimal degrees)
C27= encoder pulse correction due to lead screw error
C29= max.incremental motion 2.nd axis
NOTE: As to the constant value see: MACHINE SPECIFICATION.
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MIN. MAX. MEASURE INPUT FOR EACH AXIS
NOTE: This operation is carried out during the machine test; do not change these values.
1) Press C and 1 keys at the same time
2) The min. measure stored for 1.st axis (spindle lifting) flashes on flashes on display (B fig.1).
3) Press C key to delete an eventual stored measure: 00000 appears
4) Enter the value corresponding to the min. measure given in the table at the end of the page.
5) Press ENTER key
6) The max. measure stored for 1.st axis flashes on display (B fig.1).
7) Press C key: 00000 appears
8) Enter the max. measure given in the table at the end of the page.
9) Press ENTER key
10) The min. measured stored for 2.nd axis (widening) flashes on display (C fig.1)
11) Carry out instructions 3)- 4) -5)- 6)- 7) and 8) by entering the data for 2.nd axis
12) The min. measure for 1.st axis flashes again
13) Press ENTER over and over again to check the 4 values you have entered.
14) Press ESC key to end the value input step.
NOTE: in this way you have entered the right min. and max. measures
Min. measure 1.st axis = .......
Max. measure 1.st axis = .......
Min. measure 2.nd axis = .......
Max. measure 2.nd axis = .......
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REAL MEASURE INPUT: MANUAL MODE
(C N.1 = CN.13 = 1)
1) Withmanualselctorsenabledforthemotionofbothaxes(AandB)movetheaxestotheposition
selected as a reference for the manual setting: see MACHINE SPECIFICATIONS
2) Press CAL and 1 keys at the same time
3) The real measure stored for A axis flashes in sector (B fig.1)
4) Press C key : 0000000 appears
5) Enter the value of the real measure: see MACHINE SPECIFICATIONS
6) Press ENTER
7) The real measure appears in sectors (B and C fig.1)
8) Press CAL and 2 keys at the same time
9) The real measure stored for B axis flashes in sector (C fig 1)
10) Carry out instructions 4)-5)-6) for entering the real measure value for B axis: see MACHINE
SPECIFICATIONS
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