8 program extensions/supplements, 1 configuration of the servoplc user interface, 1 default setting of the servoplc hardware inputs – Lenze EVS93xx FlyingSaw User Manual
Page 89: Program extensions/supplements -1, Configuration of the servoplc user interface -1, Default setting of the servoplc hardware inputs -1, Flyingsaw, Program extensions/supplements
FlyingSaw
Program extensions/supplements
Prepared Solution Servo PLC / ECSxA 1.1 EN
page 8-1
8 Program
extensions/supplements
Program extensions and supplements are possible if the programmable variant is used as the
basis for the Prepared Solution. The program is edited using the Lenze software Drive PLC
Developer Studio (DDS), version V2.2 or later. The chapters that follow require basic knowledge
of the IEC programming languages and the configuration of programmable logic controllers.
8.1 Configuration
of
the
ServoPLC user interface
8.1.1
Default setting of the ServoPLC hardware inputs
Digital inputs
(X6)
Terminal Signal
Value/meaning
Controller enable
0V Inhibit servo controller
28
24V Enable servo controller
Signal from the positive limit switch
0V Positive limit switch actuated
E1
g_bLimitSwitchPos
24V Positive limit switch not actuated
Signal from the negative limit switch
0V Negative limit switch actuated
E2
g_bLimitSwitchNeg
24V Negative limit switch not actuated
Signal from the homing switch
The signal is only relevant for the homing modes 0, 1, 2, 3, 4 and 5 – you will find further information on the
individual homing modes in chapter 2.12.1
E3
g_bHomingMark
24V => 0V Homing switch
Cut done signal
The signal is sent from the processing tool to the application. The tool is then returned to the initial position
E4
g_bCutReady
0V => 24V Cut done signal
E5
DFIN_bTPReceived_b Touch probe input for mark-controlled synchronisation.
Note: The code C0428/000 must always be set to the value 1 so that the mark is detected using input E5
Analog inputs
(X6)
Terminal Signal
Value/meaning
1, 2
(not used)
3, 4
(not used)
State bus
Terminal Signal
Value/meaning
ST
(not used)
Master frequency
input (X9)
Terminal Signal
Value/meaning
X9
DFIN_nIn_v
Input of the master speed as phase difference signal:
The number of increments in the signal present on X9 can be set in the parameters using code C0425/000, however
a value for C0425/000 = 6 (16384[incr./rev]) should always be used to ensure the greatest possible resolution for the
master position.