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@Yash Wadhwani Dear Yash The concept Anti Tie is very important topic. Now, please understand Anti Tie between 2 or more push buttons, for eg.: Take the process for, pb1 & pb2:- Process:- When pb1 & pb2 pressed together simultaneously, load l1 gets ON. pb1 & pb2 can have a time delay difference of say, 20 secs ( zooming time delay till 20 secs, to understand ) Program:- 1st rung: pb1 NO to memory M0, latch M0 to pb1 2nd rung: M0 NO to TMR T0 ( 40 secs ) 3rd rung: pb2 NO to memory M1, latch M1 to pb2 4th rung: M1 NO to TMR T1 ( 40 secs ) The next rungs I will explain if you have the patience to learn till this. Now, in your's program:- In 2nd rung: you activated TMR T0 for 5 secs In 3rd rung: pb1 & pb2 in AND GATE & TMR T0 is NC to valve Y1 In 4th rung: down sensor X2 will ON, then Y1 will reset, Y2 set But, the process will not work, the hydralic press will not reach till down sensor X2, because within 5 secs, in 3rd rung, the Y1 might get reset. The hydralic press might hang between X1 & X2 Next, there is no Anti Tie program made between pb1 & pb2, you just made a AND GATE Kindly, read this full message. Because the Anti Tie between pb1 & pb2 is itself a big process & program with multiple rungs Thanks for your's initiative & response Regards
There has been lots of mistakes in your's program, you are trying to hide from everybody & not explain to learners in your's simulation of Hydraulic press program. Kindly, check these:- 1) The timer TMR T0 for 5 secs, is not activated, since T0 remains deactivate & remains NC in 3rd rung, in the whole complete process 2) there is no use of this unnecessary timer TMR T0 in 2nd & 3rd rungs, even in the whole process 3) Now, for Anti Tie push buttons switching: If you press pb1 then after how much Anti time delay difference can u press pb2, this is not made 4) In your's simulation as I already gussed & explained: The hydraulic press before reaching down sensor resets Y1 & up sensor sets up Y2 in between suddenly. That means in Real Time your's Hydraulic press will hang in between down sensor & up sensor. It won't move at all. This is not acceptable in Real Time Kindly, ask if you have doubt & correct your's process Revert back sooner
There has been lots of mistakes in your's program, you are trying to hide from everybody & not explain to learners in your's simulation of Hydraulic press program. Kindly, check these:- 1) The timer TMR T0 for 5 secs, is not activated, since T0 remains deactivate & remains NC in 3rd rung, in the whole complete process 2) there is no use of this unnecessary timer TMR T0 in 2nd & 3rd rungs, even in the whole process 3) Now, for Anti Tie push buttons switching: If you press pb1 then after how much Anti time delay difference can u press pb2, this is not made 4) In your's simulation as I already gussed & explained: The hydraulic press before reaching down sensor resets Y1 & up sensor sets up Y2 in between suddenly. That means in Real Time your's Hydraulic press will hang in between down sensor & up sensor. It won't move at all. This is not acceptable in Real Time Kindly, ask if you have doubt & correct your's process Revert back sooner
Dear Yash on behalf of, Instrumentation Tools There has been lots of mistakes in your's program, you are trying to hide from everybody & not explain to learners in your's simulation of Hydraulic press program. Kindly, check these:- 1) The timer TMR T0 for 5 secs, is not activated, since T0 remains deactivate & remains NC in 3rd rung, in the whole complete process 2) there is no use of this unnecessary timer TMR T0 in 2nd & 3rd rungs, even in the whole process 3) Now, for Anti Tie push buttons switching: If you press pb1 then after how much Anti time delay difference can u press pb2, this is not made 4) In your's simulation as I already gussed & explained: The hydraulic press before reaching down sensor resets Y1 & up sensor sets up Y2 in between suddenly. That means in Real Time your's Hydraulic press will hang in between down sensor & up sensor. It won't move at all. This is not acceptable in Real Time Kindly, ask if you have doubt & correct your's process Revert back sooner
Dear Instrumentation Tools There has been lots of mistakes in your's program, you are trying to hide from everybody & not explain to learners in your's simulation of Hydraulic press program. Kindly, check these:- 1) The timer TMR T0 for 5 secs, is not activated, since T0 remains deactivate & remains NC in 3rd rung, in the whole complete process 2) there is no use of this unnecessary timer TMR T0 in 2nd & 3rd rungs, even in the whole process 3) Now, for Anti Tie push buttons switching: If you press pb1 then after how much Anti time delay difference can u press pb2, this is not made 4) In your's simulation as I already gussed & explained: The hydraulic press before reaching down sensor resets Y1 & up sensor sets up Y2 in between suddenly. That means in Real Time your's Hydraulic press will hang in between down sensor & up sensor. It won't move at all. This is not acceptable in Real Time Kindly, ask if you have doubt & correct your's process Revert back sooner
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Ótima aula professor!
Very good animetion
@Yash Wadhwani Dear Yash
The concept Anti Tie is very important topic.
Now, please understand Anti Tie between 2 or more push buttons,
for eg.: Take the process for, pb1 & pb2:-
Process:-
When pb1 & pb2 pressed together simultaneously, load l1 gets ON.
pb1 & pb2 can have a time delay difference of say, 20 secs ( zooming time delay till 20 secs, to understand )
Program:-
1st rung: pb1 NO to memory M0,
latch M0 to pb1
2nd rung: M0 NO to TMR T0 ( 40 secs )
3rd rung: pb2 NO to memory M1,
latch M1 to pb2
4th rung: M1 NO to TMR T1 ( 40 secs )
The next rungs I will explain if you have the patience to learn till this.
Now, in your's program:-
In 2nd rung:
you activated TMR T0 for 5 secs
In 3rd rung:
pb1 & pb2 in AND GATE & TMR T0 is NC to valve Y1
In 4th rung:
down sensor X2 will ON, then Y1 will reset, Y2 set
But, the process will not work,
the hydralic press will not reach till down sensor X2, because within 5 secs, in 3rd rung, the Y1 might get reset.
The hydralic press might hang between X1 & X2
Next, there is no Anti Tie program made between pb1 & pb2, you just made a AND GATE
Kindly, read this full message.
Because the Anti Tie between pb1 & pb2 is itself a big process & program with multiple rungs
Thanks for your's initiative & response
Regards
all in all all his process is poison i wonder mine no work
I can't see the diagram.after finished the lecture you clearly
explain the only diagram then it's easy to understand.Thankyou sir
Ejaz
Please use laptop/desktop. Mobiles are not recommended.
Make more program plc logic
I like it, nice 👍
There has been lots of mistakes in your's program, you are trying to hide from everybody & not explain to learners in your's simulation of Hydraulic press program.
Kindly, check these:-
1) The timer TMR T0 for 5 secs, is not activated, since T0 remains deactivate & remains NC in 3rd rung, in the whole complete process
2) there is no use of this unnecessary timer TMR T0 in 2nd & 3rd rungs, even in the whole process
3) Now, for Anti Tie push buttons switching:
If you press pb1 then after how much Anti time delay difference can u press pb2, this is not made
4) In your's simulation as I already gussed & explained:
The hydraulic press before reaching down sensor resets Y1 & up sensor sets up Y2 in between suddenly.
That means in Real Time
your's Hydraulic press will hang in between down sensor & up sensor.
It won't move at all.
This is not acceptable in Real Time
Kindly, ask if you have doubt & correct your's process
Revert back sooner
Gracias
There has been lots of mistakes in your's program, you are trying to hide from everybody & not explain to learners in your's simulation of Hydraulic press program.
Kindly, check these:-
1) The timer TMR T0 for 5 secs, is not activated, since T0 remains deactivate & remains NC in 3rd rung, in the whole complete process
2) there is no use of this unnecessary timer TMR T0 in 2nd & 3rd rungs, even in the whole process
3) Now, for Anti Tie push buttons switching:
If you press pb1 then after how much Anti time delay difference can u press pb2, this is not made
4) In your's simulation as I already gussed & explained:
The hydraulic press before reaching down sensor resets Y1 & up sensor sets up Y2 in between suddenly.
That means in Real Time
your's Hydraulic press will hang in between down sensor & up sensor.
It won't move at all.
This is not acceptable in Real Time
Kindly, ask if you have doubt & correct your's process
Revert back sooner
how do i link my hm1 to dvp simulator mine not doing anything
I DID EVERYTHING but mine not cycling
Is diploma holder able to HMI
Yes, any one can learn the automation.
Dear Yash on behalf of, Instrumentation Tools
There has been lots of mistakes in your's program, you are trying to hide from everybody & not explain to learners in your's simulation of Hydraulic press program.
Kindly, check these:-
1) The timer TMR T0 for 5 secs, is not activated, since T0 remains deactivate & remains NC in 3rd rung, in the whole complete process
2) there is no use of this unnecessary timer TMR T0 in 2nd & 3rd rungs, even in the whole process
3) Now, for Anti Tie push buttons switching:
If you press pb1 then after how much Anti time delay difference can u press pb2, this is not made
4) In your's simulation as I already gussed & explained:
The hydraulic press before reaching down sensor resets Y1 & up sensor sets up Y2 in between suddenly.
That means in Real Time
your's Hydraulic press will hang in between down sensor & up sensor.
It won't move at all.
This is not acceptable in Real Time
Kindly, ask if you have doubt & correct your's process
Revert back sooner
Dear Instrumentation Tools
There has been lots of mistakes in your's program, you are trying to hide from everybody & not explain to learners in your's simulation of Hydraulic press program.
Kindly, check these:-
1) The timer TMR T0 for 5 secs, is not activated, since T0 remains deactivate & remains NC in 3rd rung, in the whole complete process
2) there is no use of this unnecessary timer TMR T0 in 2nd & 3rd rungs, even in the whole process
3) Now, for Anti Tie push buttons switching:
If you press pb1 then after how much Anti time delay difference can u press pb2, this is not made
4) In your's simulation as I already gussed & explained:
The hydraulic press before reaching down sensor resets Y1 & up sensor sets up Y2 in between suddenly.
That means in Real Time
your's Hydraulic press will hang in between down sensor & up sensor.
It won't move at all.
This is not acceptable in Real Time
Kindly, ask if you have doubt & correct your's process
Revert back sooner