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The P1X is a programmable single-axis positioner with microprocessor with relay outputs that processes
signals supplied by incremental transducers such as encoders, magnetic lines, optical lines, etc.
Positioning is managed through the stop/onward/backward, slow/fast, end of positioning, and auxiliary outputs
and through the optoinsulated start, emergency, reset, and work counter inputs.
The axis dimension is displayed on the high brightness six-digit display (reading scale -99999, +999999) and
three auxiliary displays show the set dimension, the machine constants, and the processing parameters.
The keyboard with 16 keys and 8 function indicators make the positioner use and setting up easy.
The P1X can memorize up to 99 dimensions to create positioning programmes giving the possibility to manage
for every dimension the number of parts that are to be processed in sequence as well as the number of cycle
repetitions. In order to optimize positioning accuracy there are some parameters that can counterbalance
system inertia, clearances, and wear and tear of mechanical couplings.
Find below the other features characterising the instrument:
automatic/semiautomatic, manual functioning modes, absolute/line, single positioning, blade thickness
compensation, zero research, inputs and outputs test; and serial connection RS232 or RS485 with MODBUS
RTU protocol to dialogue with remote units.
The keeping of data when there is no power supply is guaranteed by a non volatile EEPROM memory.
The instrument is enclosed in a panel box 72x144 conforming to the DIN 43700 standard.
data: 13/03/03
Positioner P1X
Front view
5
6
PROG
COST
TEST
MAN
ZERO
SING
1
2
START
STOP
P
-
+
Back view
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file: P1X_ing.doc
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8
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4
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7
1
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CYCL
A/S
3
4
E
C
0
Rev: 1.1
P1X0
P1X1
P1X2
P1X3
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Summary of Contents for FIAMA P1X
- Page 1 The keyboard with 16 keys and 8 function indicators make the positioner use and setting up easy. The P1X can memorize up to 99 dimensions to create positioning programmes giving the possibility to manage for every dimension the number of parts that are to be processed in sequence as well as the number of cycle repetitions.
- Page 2 Inputs description The positioner is controlled by 4 optoinsulated inputs that are: START: active from open to close; it starts the positioning; EMERGENCY: it must usually be closed; if it is open, it stops the positioning; WORK COUNTER: work counter input; at the end of every positioning the instrument waits for a switchover from closed to open of the work counter input in order to carry on the subsequent positioning;...
- Page 3 function according to the following table: FUNCTION ASSOCIATED FUNCTION INDICATOR Manual axis movement Zero setting/presetting or zero research ZERO Immediate positioning at a given dimension SING Automatic/semiautomatic positioning Writing of dimensions and positioning programmes PROG Setting of positioner machine parameters COST Inputs/outputs tests TEST...
- Page 4 AUTOMATIC/SEMIAUTOMATIC POSITIONING (A/S) The automatic/semiautomatic function carries out the selected programme. The programme selection can be obtained in 2 ways: - Press the C key and insert in display 3 the index of the dimension corresponding to the first step of the programme to be carried out then confirm with E or, - Press the C key and select through the + and –...
- Page 5 AUX output enabling output not enabled (default), the output is enabled when the set dimension is reached, the output is enabled when the set number of parts is reached. For every programme step it is possible to decide whether enabling the AUX output when the set dimension is reached, or when the set number of parts is reached, or not.
- Page 6 6) Duration of the End of Positioning output enabling (Cutting time) At the end of positioning, the output is enabled for a time that can be set from 100 to END OF POSITIONING 9999 milliseconds; by setting 0 the End of Positioning output remains enabled until the next start command is given.
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Page 7: Reset Input
: to reduce the error made by truncating the digits after the radix point in the value to be displayed, it NOTE is advisable to multiply by 10 or 100 or 1000 in order to consider the maximum number of significant digits; with the above mentioned values by multiplying everything by 100 it is possible to obtain =123456 and =10000 by thus obtaining 6 significant digits (instead of 4) - Page 8 25) Dimensions upper limit As for the previous constant, the positioner prevents the entry of dimensions exceeding the value set in this constant and interrupts the axis motion if during the positioning the dimension exceeds this limit. Don't set the values that are lower then the Lower Limit for the values (previous constant) or the positioner will not accept the start drives.
- Page 9 DISPLAY2 START OUTPUT KEY TO BE PUSHED NONE NONE START FORWARD/BACKWARD SLOW/FAST END POSITIONING AUX OUTPUT By pressing the E key it is possible to go back to the inputs test; in order to leave the test function, press P. SETTING OF THE NUMBER OF CYCLES TO BE CARRIED OUT (CYCL) By number of cycles we mean the number of repetitions of the positioning programme.
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Page 10: Wiring Diagram
WIRING DIAGRAM P1X3 P1X2 P1X1 P1X0 +24VDC 24 Vac 230 Vac 115 Vac START START/FORWARD/BACKWARD relais BACKWARD FORWARD SLOW/FAST relay (NC=SLOW) END POSITIONING relay AUX OUTPUT relay EMERGENCY input PIECES COUNTER input START input PRESET input +12V Transducer input (see “ Transducer wiring diagram ”) Transducer wiring diagram Connection bidirectional encoder open- Connection bidirectional encoder open-... -
Page 11: Technical Features
TECHNICAL FEATURES • Power supply P2X0 115Vac, ± 10% P2X1 230 Vac, ± 10% P2X2 24 Vac, ± 10% P2X3 24 Vdc ± 20% • Power • Line frequency 50/60 Hz 6 digit for dimension visualisation • 7 segments display 2 digit for guided programming black, self-extinguishing, shock resistant •...
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