- Joined
- May 1, 2016
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Been wondering about this for a while and have not seen any thread around this.
Does the rocking motion of wave mode on wave maker like the MPs, Tunzes,Jebaos add significant stress to the silicon seams of a glass tank? In wave mode it seems that the constant wave energy move from one side of the tank to the other similar to how a wave on the beach crashes against the shore, and those definitely impact significant amounts of energy.
Especially if the wave maker is pointed to only one side or the front of the tank, vs having two pointed at each other causing a more chaotic dispersion of the energy.
I'm wondering if the tanks we have are designed to withstand the constant motion generated by these wave makers in wave mode.
Does the rocking motion of wave mode on wave maker like the MPs, Tunzes,Jebaos add significant stress to the silicon seams of a glass tank? In wave mode it seems that the constant wave energy move from one side of the tank to the other similar to how a wave on the beach crashes against the shore, and those definitely impact significant amounts of energy.
Especially if the wave maker is pointed to only one side or the front of the tank, vs having two pointed at each other causing a more chaotic dispersion of the energy.
I'm wondering if the tanks we have are designed to withstand the constant motion generated by these wave makers in wave mode.