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I think allowing users to document their code is paramount. It's one of those fundamental elements that should have been there from the very beginning. Other than that, I understand it's a limited resource company as we're a small hobby market. But, just because we are small doesn't mean we should accept cheap or poor quality. For example, I, like others, have never been able to get a conductivity probe to come even close to my refractometerr or even close to a hygrometer! Excited about the trident though.
I’m going to defend the controller manufacturers here (all of them, not just Neptune.)Reduce their costs
Lol that would be awesomeReduce their costs
I believe that this is on eco tech as Neptune is ready “at the flip of a switch” but eco tech controls that switch at the momentBetter compatibility with EcoTech pumps. The control of the vetra doesn't exist and the vortech control is missing functionality (how about low speed control)
I believe that this is on eco tech as Neptune is ready “at the flip of a switch” but eco tech controls that switch at the moment
Existential question .... what if Neptune never releases trident?
Ah, it was a joke ..... which you apparently completely missed .... Oh well.
what is it that you dont like? just like others opinions on things. Im not saying its good or bad just asking.A better UI. For a company just south of San Jose, I'm shocked they can't find at least one good UI person. Fusion was a big step up from their original UI but its still bad.
I’ve always wanted a integrated ground probe with stray voltage detection. I asked a EE friend and he told me it was certainly possible but wasn’t sure what components the EB832 uses to measure current, but in theory you could get a alert that “outlet skimmer_2_5 short to ground” and automatically turned off.
Buy a profilux 4 it can do all the power management that you describe by hooking it up to a UPS/ gene, it has a sensor that detects a power out and changes setup to whatever you have programmed it to doI’d like to see a dedicated battery backup module. It would take any generic battery (say a car battery) as an input, and would power the Apex "brain" and run routines for outlets specific to a power outage. I think this could manage limited battery backup power much better than existing systems that power just one dedicated piece of equipment, like a pump. For instance, I'd like to:
1. Turn the lights, dosing pumps, reactors, etc. off (can live without them for 2-3 days).
2. Keep the return pump at low speed for say 3-5 turnovers per hour (assuming DC controllable). This will keep the heater and probes supplied with tank water as well.
3. Keep one heater running as normal. Surely this would be the biggest power draw.
4. Run wavemakers only when the heater isn't running (limit peak draw), and at only 10%.
5. When remaining battery charge drops to 10%, turn everything off and turn on an airstone that is always installed in the main tank.
I could imagine with a system like this you might get 24-48 hours of quality life support (depending on how cold it is outside), and maybe another 48 hours of emergency life support (air stone only) off a car battery.
This module could also have a cellular device built in (for a monthly fee, I'm sure) that could continue to give you notifications and updates even when the power was out.
sigh...dreaming...
I’m going to defend the controller manufacturers here (all of them, not just Neptune.)
Despite the number of users on these forums, the market for these controllers is not that big. Consider the number of tanks, then consider the number of users that actually have controllers. Now divide that number up among all of the controller manufacturers. Now consider the market for new controllers, sine the majority of people who have working controllers have little incentive to pay $$$ to upgrade to a new model. Next we have to consider R&D costs and ongoing support costs. Neptune and GHL (and others?) maintain support forums and servers like Apex Fusion to allow web access to their controllers. These are ongoing costs for the companies despite the fact that they make no further money after the initial sale. What all this means is there are significant R&D and support costs that are divided up among a relatively small number of units.
Take a look at the Vertex Cerebra. i have no idea how much money Vertex has put into the project, but they spent years developing V1, released it and took a *huge* beating over it and are now trying to redesign the entire system from the ground up. If and when they finally release v2, they have to finish beta testing with users and then convince people to buy it over established companies like Neptune and GHL after the debacle with v1. I would imagine that the return on investment for them is going to be pretty long.
Digital Aquatics just left the business after making controllers for 14 years. Not necessarily a good sign, either.