You show us the ways to identify the need for your product but didn't show us what kind of boost it created in that particular setup. I believe TFT makes great appliances but show us some numbers please.
This is only a sales pitch! If you have a good Municipal water supply, there is no need for a 4-way valve ( humate) [sp?] You can lay directly from the steamer connection and get great GPM. BTW, 5" Supply is a must!
Uh uh. You may get sufficient water some of the time, but you will never get the maximum that the hydrant is capable of. The dynamic pressure reduces and pressure loss to friction increases with the increase in flow. Once these meet in the middle, the limits of the feed are reached. By introducing a pumper at the hydrant, you can compensate for the friction loss. You don't need a TFT hydrant valve to do this, but having one eliminates water shutdown when the base pumper is introduced.
Of all the hydrant operation videos I have seen this is one of the best. Kudos to the awesome instructor. Great job sir.
Thanks for watching, Jeffry! Andy is one talented guy! Glad you got some pointers from the lesson.
You show us the ways to identify the need for your product but didn't show us what kind of boost it created in that particular setup. I believe TFT makes great appliances but show us some numbers please.
Excellent. The closer to the source the base pumper is sited, the more of the hydrants potential can be realised.
Looking forward to these videos with Andy! Good stuff.
Thanks! Andy oozes knowledge and excellence. It's amazing to work with him and his team.
Thanks for the great video! That was one of the evolutions on my apparatus engineers' test. We had LDH Hydrant Valves.
Amazing to hear! Thanks for watching!
This is only a sales pitch! If you have a good Municipal water supply, there is no need for a 4-way valve ( humate) [sp?] You can lay directly from the
steamer connection and get great GPM. BTW, 5" Supply is a must!
Uh uh. You may get sufficient water some of the time, but you will never get the maximum that the hydrant is capable of. The dynamic pressure reduces and pressure loss to friction increases with the increase in flow. Once these meet in the middle, the limits of the feed are reached. By introducing a pumper at the hydrant, you can compensate for the friction loss. You don't need a TFT hydrant valve to do this, but having one eliminates water shutdown when the base pumper is introduced.
Fantastic idea
Thanks for watching! We appreciate the support. If we can answer any questions, don’t hesitate to ask!
@@TaskForceTipsThis guy is INCREDIBLY brave to be crouching right there at 9:20
He must be very confident in these products and that hydrant.