Jump to content

Edit History

Bitteliten

Bitteliten

Litt info jeg har fått fra Aquatec som jeg kan dele

 

I valget mellom 12V og 22oV systemer sier de:

Disadvantage of 12/24 Volt DC systems:
Shortened life of the membranes due to low overflow.
Abrasion of the carbon brushes in the DC motor.
Seawater-suitable 12/24 volt feed pumps are less reliable than 
industrial 230 volt pumps

Advantage of 230/400 Volt AC systems:
Long membrane service life.
Better quality of product water.
Low-cost standard industrial motors with maximum service life.
Use of industrial quality feed pumps with maximum service life.

Disadvantage of 230/400 Volt AC systems:
Electrical generator needed. In inverter operation, due to the high 
energy consumption usually active charging technology needed.

If a generator is present on board, it is recommended to use it for the 
operation of a watermaker.
A 12/24 volt DC watermaker can not, at least economically, achieve the 
life,
reliability and quality of a 230 / 400 Volt watermaker.

 

En Aquatec AC 110 drar 4,8 amp på max - dvs at vi kan kjøre den i nødstilfeller via en 1600watt inverter samtidig som vi lader batteriene fra motor. Denne har da både fødepumpe og høytrykkspumpe av 230V industristandard 

 


 

Bitteliten

Bitteliten

Litt info jeg har fått fra Aquatec som jeg kan dele

 

I valget mellom 12V og 22oV systemer sier de:

Disadvantage of 12/24 Volt DC systems:
Shortened life of the membranes due to low overflow.
Abrasion of the carbon brushes in the DC motor.
Seawater-suitable 12/24 volt feed pumps are less reliable than 
industrial 230 volt pumps

Advantage of 230/400 Volt AC systems:
Long membrane service life.
Better quality of product water.
Low-cost standard industrial motors with maximum service life.
Use of industrial quality feed pumps with maximum service life.

Disadvantage of 230/400 Volt AC systems:
Electrical generator needed. In inverter operation, due to the high 
energy consumption usually active charging technology needed.

If a generator is present on board, it is recommended to use it for the 
operation of a watermaker.
A 12/24 volt DC watermaker can not, at least economically, achieve the 
life,
reliability and quality of a 230 / 400 Volt watermaker.

 

En Aquatec D 110 drar 4,8 amp på max - dvs at vi kan kjøre den i nødstilfeller via en 1600watt inverter samtidig som vi lader batteriene fra motor

 


 

Bitteliten

Bitteliten

Litt info jeg har fått fra Aquatec som jeg kan dele

 

I valget mellom 12V og 22oV systemer sier de:

Disadvantage of 12/24 Volt DC systems:
Shortened life of the membranes due to low overflow.
Abrasion of the carbon brushes in the DC motor.
Seawater-suitable 12/24 volt feed pumps are less reliable than 
industrial 230 volt pumps

Advantage of 230/400 Volt AC systems:
Long membrane service life.
Better quality of product water.
Low-cost standard industrial motors with maximum service life.
Use of industrial quality feed pumps with maximum service life.

Disadvantage of 230/400 Volt AC systems:
Electrical generator needed. In inverter operation, due to the high 
energy consumption usually active charging technology needed.

If a generator is present on board, it is recommended to use it for the 
operation of a watermaker.
A 12/24 volt DC watermaker can not, at least economically, achieve the 
life,
reliability and quality of a 230 / 400 Volt watermaker.

 


 



×
×
  • Create New...