Well then the first thing to do it track down which outlet turns on the PMUP and move the ATK_Alarm code there. In ATK_Alarm, just set that to set OFF since you have all your alarms in your email.
You might be an engineer if...You have no life and can prove it mathematically.
OK You lost me which line do you want me to add to the PMUP outlet and remove the same alarm from the ATK_Alarm as well
You mean change the Set OFF line in the ATK_Alarm to off
and in the OUtlet change it from on to off
What is the name of the 24V outlet the PMUP is plugged into. I'll reupdate the full code if you can give me it's name.
You might be an engineer if...You have no life and can prove it mathematically.
AutoTOP3_8
( the name, what EB (3) and what port (8)
ATK_Alarm
Fallback OFF
Set OFF
If ATK_LO OPEN Then ON
If ATK_HI CLOSED Then OFF
If ResLow OPEN Then OFF
When On > 005:00 Then OFF
Defer 000:10 Then ON
Defer 000:04 Then OFF
Min Time 060:00 Then OFF
HIGHH2O
Set OFF
If ATK_HI CLOSED Then ON
If Output ReturnPu3_2 = OFF Then OFF
Defer 020:00 Then ON
Email Alarm
Set OFF
If Tmp > 80.0 Then ON
If Tmp < 74.0 Then ON
If Floor CLOSED Then ON
If Cabine CLOSED Then ON
If SUMP6 CLOSED Then ON
If Error ATK_Alarm Then ON
If Output HighH2O = ON Then ON
If ResLow OPEN Then ON
AutoTOP3_8
Fallback ON
Set ON
If ATK_HI CLOSED Then OFF
Defer 005:00 Then ON
You might be an engineer if...You have no life and can prove it mathematically.
IS THIS NOT supposed to be here since you have it earlier (IM presumig
This is the EB8 outlet for the power going to FMM ( pmup pump)
Fallback ON
Set ON
If ATK_HI CLOSED Then OFF
Defer 005:00 Then ON
I JUST GOT THIS ERROR message out of the Blue
Alarm Statement: If Error AutoTOP3_8 Then ON
That is you FMM power supply energy bar outlet, so that should be there exactly as it is.
You might be an engineer if...You have no life and can prove it mathematically.
I better give you the whole message Sorry
Alarm Statement: If Error AutoTOP3_8 Then ON
Jul 07 2017 14:23:25
Tmp pH ORP
78.0 8.00 277
Tmpx7 Condx7
78.5 34.1
Flow
183
is OFF Auto
is OFF Auto
Waveline1 is TBL Auto
Empty is OFF Auto
SndAlm_I6 is OFF Auto
SndWrn_I7 is OFF Auto
EmailAlm_I5 is OFF Auto
Backpump3_1 is ON Auto
ReturnPu3_2 is ON Auto
LightPWR3_3 is ON Auto
BRS_reactor4 is ON Auto
Emptybad3_5 is OFF Auto
Skimmer3_6 is ON Auto
Topheater3_7 is OFF Auto
AutoTOP3_8 is OFF Auto
Vortech_6_1 is TBL Auto
Vortech_6_2 is TBL Auto
Radion_6_17 is TBL Auto
ATK_Alarm is OFF Manual
HighH2O is OFF Auto
Fugelight8_1 is OFF Auto
Backpump8_2 is ON Auto
Fugepump8-3 is ON Auto
HeaterSU8_4 is OFF Auto
Empty8_5 is OFF Auto
Empty8_6 is OFF Auto
Empty8_7 is OFF Auto
Airpump8_8 is ON Auto
Power Failed: Jul 06 2017 11:17:37
Power Restored: Jul 06 2017 11:18:11
Power OK: EB8_3 (1 Days 03:05 - 1.0 Amps) Power OK: EB8_8 (1 Days 03:05 - 0.0 Amps)
Though I see now that you gave me the wrong outlet name now that I see your alarm status. You gave me the EB8 outlet name. I needed the 24V FMM outlet name that feeds the PMUP with the 2 pin connector.
You might be an engineer if...You have no life and can prove it mathematically.
Then see edited post #32
You might be an engineer if...You have no life and can prove it mathematically.
It's the time in the When statement that's currently set to 5 minutes.
You might be an engineer if...You have no life and can prove it mathematically.
Yeah. 10 should be good.
You might be an engineer if...You have no life and can prove it mathematically.
It shuts it down completely (changes to manual OFF) if it ever turns on for longer than the time that is set in the When statement. You reset it by turning it back to auto. It's a redundant safety feature.
You might be an engineer if...You have no life and can prove it mathematically.
I would manually top off with a bucket to get the level right or remove that line until the level is right and add it back later. You can always leave it out for now, then look at your outlet log in a few days to see how long it normally runs for then add it back later at double or triple what the normal running time is.
You might be an engineer if...You have no life and can prove it mathematically.
Haven't gotten one yet. I'm still old-school and use floats and an aqualifter.
You should be safe for as long as you need without the When statement. You're still protected by the manual float and the high optical switch if something fails. The When statement is a third layer of protection that is somewhat overkill (unless you don't have a sensor in your reservoir, which you do).
You might be an engineer if...You have no life and can prove it mathematically.
i used a aqualifter but. i had a Tunze nano ATO when the pump failed I bought two floats and the aqualifter. Used two for a while and then a float went bad and one brand new float was bad as well
i said the hell with it I'm almost all apex but this is the first module that has had different outlets and so on I probably would have figured it out eventually in three or four weeks ( I'm slow I get mad after changing code and testing it after a 1/2 hour and I walk away)
thanks
Can you explain if you don't mind what each line does so I can explain it properly to the wife
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