With
the development of the times, more and more products and lives are developing
in the direction of data visualization. Data visualization has brought us more
convenience, and the industry is also moving towards visualization. From the
initial simple button, manual Counting, piece counting, calculation efficiency,
to now fully automated data monitoring, human-computer interaction,
configuration etc.
This
case is to change the traditional riveting machine and do automatically upgrade
of it, which can monitor the current output, faults, and adjust the time of
each action in detail to adjust the coordination of actions.
Model: EX3G-43H-24MT
This
program adopts data monitoring to clearly understand the current output, alarm,
and one-key cycle start.
The
number of tail tops can be set. When the number is reached, it will stop, and
other parameters can be adjusted and set.
Real-time
IO monitoring provides an efficient and reliable path for machine debugging and
fault handling, so that users can find machine faults in the shortest time.
It
can realize the installment shutdown collection function. In the
condition,After we sold the machine, the customer did not settle the balance.
We can set the collection password and the date. The customer will be reminded
to pay the balance and lock the machine before the payment arrives. It requires
the customer to enter the correct password to unlock, which solves the problem
of difficult customer payment collection.
The
transformation of automation has changed the boring and repetitive work
methods, liberated our manpower, and greatly reduced our time to count the
workpieces. We can clearly understand our work progress,output and efficiency.
The
controller system adopts integrated structure design, so that It is very
convenient to assemble the power system, and later maintenance process. plug to use, convenient and fast.
I/O
distribution and wiring
X0 Air pressure detection
|
Y0 Push nail cylinder
|
X1 Machine start
|
Y1 Nailing cylinder
|
X2 Stop
|
Y2 Blow nail cylinder
|
X3 Material inspection
|
Y3 Split nail cylinder
|
X4 Nailing switch
|
Y4 Machine alarm
|
X5 Machine start signal
|
Y5 Alarm signal
|
X6 Nailing signal
|
Y6 In operation
|
X7 Fault reset signal
|
Y7 Nail delivery completed
|
X10 Nail test signal
|
Y10 Setting completion signal
|
X11
|
Y11
|
X12
|
Y12
|
X13
|
Y13
|
Part
PLC program example: Automatic collection machine lock alarm program
Part
PLC program example: Nailing