The time of entry of a token is a lot more than the exit time

Question

question

Cindy asked Mar 15, '24 Jeanette F commented Mar 20, '24

The time of entry of a token is a lot more than the exit time

Im simulating some process where i have different products an different types of demand, the model is running well but at some point, exactly at the time 33961.65 the some of the processors stop working and they get blocked, specifically the Fraccionamiento PR1 and the processor "TESTEO1", the first token i see that has the problem is the 1937 it enters some process, enters the daly and does those activities well but it doesnt get past that point, and the entrey time is 35891.65 and the exit time is 1199.

Why would this happen? Is a problem with the logic?

Here is the model i have right now

PRUEBA SIN SUBFLUJO.fsm

Software Version:

FlexSim 23.0.0

processflow logic exittime entrytime

prueba-sin-subflujo.fsm (338.5 KiB)

· 1

5 |100000

Attachments: Up to 12 attachments (including images) can be used with a maximum of 23.8 MiB each and 47.7 MiB total.

Jeanette F ♦♦ commented · Mar 20 at 04:20 PM

Hi @Cindy, was Jason Lightfoot's answer helpful? If so, please click the "Accept" button at the bottom of their answer. Or if you still have questions, add a comment and we'll continue the conversation.

If we haven't heard back from you within 3 business days we'll auto-accept an answer, but you can always comment back to reopen your question.

0 ·

Answer 1 · 2024-03-15T12:31:21Z

Jason Lightfoot answered Mar 15, '24 Jason Lightfoot edited Mar 15, '24

You have exceptions before that due (probably) to the item being removed from the processor before the process finish event has fired, as shown in the event list here:

which should look something like this:

Usually this happens when a user does not correcly link/synchronise the 3D and process flow models.

1710505870438.png (5.8 KiB)

1710505948734.png (4.1 KiB)

5 |100000

Attachments: Up to 12 attachments (including images) can be used with a maximum of 23.8 MiB each and 47.7 MiB total.

question