- #1
motomage
- 3
- 0
Good day everyone. I have a few question that I would like to confirm. Currently I am doing a project that rinses a plastic pallet.
The type of nozzle I am looking at is a 65 degree full cone nozzle. Pressure = 0.7 MPa. Flowrate = 3.88 lpm.
Pallet size is 1300mm x 1300mm x 100mm.
Q1. Is it better to have more nozzles with smaller coverage or lesser nozzles with bigger coverage ?
I think the way to go is to have fewer nozzle with bigger coverage. More nozzles would means that I would need a bigger power pump to sustain all the nozzles? And also more maintenance required.
Q2. Let say I have 9 nozzles, I will need to get a pump capable of pumping a flow rate of 3.88x9 =34.92lpm to maintain the 0.7 MPa in each nozzle, yes?
Q3. Is there anyway to determine the impact force and reach of the nozzle ? Like after a x distance how much pressure/force am I actually getting.
The type of nozzle I am looking at is a 65 degree full cone nozzle. Pressure = 0.7 MPa. Flowrate = 3.88 lpm.
Pallet size is 1300mm x 1300mm x 100mm.
Q1. Is it better to have more nozzles with smaller coverage or lesser nozzles with bigger coverage ?
I think the way to go is to have fewer nozzle with bigger coverage. More nozzles would means that I would need a bigger power pump to sustain all the nozzles? And also more maintenance required.
Q2. Let say I have 9 nozzles, I will need to get a pump capable of pumping a flow rate of 3.88x9 =34.92lpm to maintain the 0.7 MPa in each nozzle, yes?
Q3. Is there anyway to determine the impact force and reach of the nozzle ? Like after a x distance how much pressure/force am I actually getting.