(Trying my skill at creative, attention-getting titles.
)
I heard a few things about the 6300:
1. It's not out yet.
2. It's not recommended for "hobbyist" aquariums. The explanation I received is that the openings are big enough that smaller fish might get sucked in. Is this the case even if the pump is left on continuously, or is the concern that it might happen if the pump is on a controller?
3. There is going to be a special double magnet mount to hold it?
My real interest is in item 3. I think 4x6200 delivers enough flow to my tank, but we still do not have a viable way to mount these on 1-inch thick tanks. I have them pretty rigged up right now, but they still slide around and eventually fall out of place. (The magnets have just enough strength to barely hold the pumps if I place tension on the power cord. Yikes!)
My question is, do we have any hope of getting a more powerful/double magnet?
If not, I suppose I will go about commissioning a set of much stronger magnets to hold the pumps in place. Save a closed loop, there seems to be no alternative on the market today.
Thanks for your response,
Ben
I heard a few things about the 6300:
1. It's not out yet.
2. It's not recommended for "hobbyist" aquariums. The explanation I received is that the openings are big enough that smaller fish might get sucked in. Is this the case even if the pump is left on continuously, or is the concern that it might happen if the pump is on a controller?
3. There is going to be a special double magnet mount to hold it?
My real interest is in item 3. I think 4x6200 delivers enough flow to my tank, but we still do not have a viable way to mount these on 1-inch thick tanks. I have them pretty rigged up right now, but they still slide around and eventually fall out of place. (The magnets have just enough strength to barely hold the pumps if I place tension on the power cord. Yikes!)
My question is, do we have any hope of getting a more powerful/double magnet?
If not, I suppose I will go about commissioning a set of much stronger magnets to hold the pumps in place. Save a closed loop, there seems to be no alternative on the market today.
Thanks for your response,
Ben