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Deleted member 143833
And my last questions answered about multi-display and power fail over options.
Thanks again andyew (I here we are nearly neighbors).
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Does the RKE support a remote display #e.g., if I have a remote probe at a second tank can I have a remote display there?# This is something I like about the Apex and plan to use as I have a number of tanks a distance apart.
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Not at this time. I use my web interface more than naything to look at overall statistics, and as it happens I ahve multiple tanks controlled by my RKE. Although a remote pad might be nice, I can also put up an RKL for 99 bucks and includes a PC4 (so basically 9 bucks for a display panel) for PH, ect...if I want. The down side is that part is not tied into my RKE if I do it that way. With the web interface I really don't need multiple displays so tend to not think of this as a big issue. It would be a nice thing for sure, but whether I check the web page or the display, I am not going to test for things the RKE is monitoring for me already.
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And if you don't mind a minor clarification on the power out abilities; you mentioned I could keep the base unit powered off battery, what happens to the AC interfaces? One think I find interesting is the ability to detect a circuit going out in my fish room #I have AC control units on separate circuits# and I plan to take advantage of the ability to detect 1 outlet loosing power to bring online backup systems #e.g., if my main curc pump outlet looses power I plan to increase Tunze circ#?
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It is subjective. On a singular socket or PC4 strip, if I ahve others on seperate ciruits (which I do), then I can control this same features with an alarm function. If I ahve a return pump on PC4-1, and put a redundant pump on PC4-2 which is on a seperate circuit that PC4-1, I can set an alarm to to turn on the socket on PC4-2 if the status of PC4-1 goes off. Even though the circuit is down on PC4-1, the head unit and bus have power and detect the state of the socket. So I can do backups on a per socket basis with seperate circuits without issue. This lends to my preference (and it is only that) of having a PC4 versus 8 plugs per power module. I can disburs emy load and carry more amperage where needed. Add in the virtual sockets of the PC1, and some really cool prgramming can be done, including power off delays (or you can use the channel to an unused real socket if you want but that to me is a waste of money) in case of outage. The alarm function is used for more than just alarms..it can act as a bridge for functions based off of controller option, or socket state reading to execute timers.
Now, in event of a power outage, the 9v battery (or use a wall plug adapter to a UPS if you want) keeps the bus powered. The head unit does not lose power.
I hope this wasn't too confusing, but these are some good questions. BTW, where did you originally post these questions? I amv ery active on the DA forums and do not recall seeing this there.
Thanks again andyew (I here we are nearly neighbors).
quote:
--------------------------------------------------------------------------------
Does the RKE support a remote display #e.g., if I have a remote probe at a second tank can I have a remote display there?# This is something I like about the Apex and plan to use as I have a number of tanks a distance apart.
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Not at this time. I use my web interface more than naything to look at overall statistics, and as it happens I ahve multiple tanks controlled by my RKE. Although a remote pad might be nice, I can also put up an RKL for 99 bucks and includes a PC4 (so basically 9 bucks for a display panel) for PH, ect...if I want. The down side is that part is not tied into my RKE if I do it that way. With the web interface I really don't need multiple displays so tend to not think of this as a big issue. It would be a nice thing for sure, but whether I check the web page or the display, I am not going to test for things the RKE is monitoring for me already.
quote:
--------------------------------------------------------------------------------
And if you don't mind a minor clarification on the power out abilities; you mentioned I could keep the base unit powered off battery, what happens to the AC interfaces? One think I find interesting is the ability to detect a circuit going out in my fish room #I have AC control units on separate circuits# and I plan to take advantage of the ability to detect 1 outlet loosing power to bring online backup systems #e.g., if my main curc pump outlet looses power I plan to increase Tunze circ#?
--------------------------------------------------------------------------------
It is subjective. On a singular socket or PC4 strip, if I ahve others on seperate ciruits (which I do), then I can control this same features with an alarm function. If I ahve a return pump on PC4-1, and put a redundant pump on PC4-2 which is on a seperate circuit that PC4-1, I can set an alarm to to turn on the socket on PC4-2 if the status of PC4-1 goes off. Even though the circuit is down on PC4-1, the head unit and bus have power and detect the state of the socket. So I can do backups on a per socket basis with seperate circuits without issue. This lends to my preference (and it is only that) of having a PC4 versus 8 plugs per power module. I can disburs emy load and carry more amperage where needed. Add in the virtual sockets of the PC1, and some really cool prgramming can be done, including power off delays (or you can use the channel to an unused real socket if you want but that to me is a waste of money) in case of outage. The alarm function is used for more than just alarms..it can act as a bridge for functions based off of controller option, or socket state reading to execute timers.
Now, in event of a power outage, the 9v battery (or use a wall plug adapter to a UPS if you want) keeps the bus powered. The head unit does not lose power.
I hope this wasn't too confusing, but these are some good questions. BTW, where did you originally post these questions? I amv ery active on the DA forums and do not recall seeing this there.