Wind
is Free, USE
IT !
Does not consume resources. No pollution.
The ecological machine of the century.
Nominal Maintenance
Requires
little attention beyond a change of oil and quick check to sure
unrestricted operation of the mill and accesories.
Broad Selection
Wheels range from 6' through 16' in diameter to give abundant power to
pumping dephts in excess of 1000 feet.
Proven
Dependability
Design proved by hundreds of thousands of installations. Parts
interchangable with model 702 manufactured since the early 30's. Proudly
displays the trade mark of the world's largest maufacturer of pumping
windmills.
| Positive
Lubrication Bearings and gears are constantly flooded with oil. Large oil ring picks up oil from large gears to keep upper bearings lubricated. Balanced Operation Large, double gears, pinions and pitman arms balance the load for efficient operation and minimun wear. Heavy quide wheel keeps the pump rod aligned. |
|
|
|
Galvanized
Steel Helmet Gives effective and lasting protection to internal parts from weather and elements. |
 |
Two
Strokes Gears and pitman arms are designed for easy change to the short stroke for greater pumping depht. |
 |
Strong
Powerful wheel Galvanized, round wheel arms screw into position to form a rigid wheel of strength without the use of bolts in the hub. Sails are heavily galvanized, are the right quantity and have the correct curvature to develop great power even in light breezes. |
 |
Reliable
Buffer device Effectively absorbs shock when the mill furls into the wind. |
 |
Self
Regulating Regulation is automatic to protect equipment in high winds. Manual furling device is below the mill, outside the tower and has no contact with moving parts. |
 |
Replaceable
Babbitt Bearings Run with nominal friction, take abuse, are long lasting and proved the most effective for windmills with multiple sails. Used on leading makes of quality mills since the turn of the century. |
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| How
to Choose Windmill Equipment |
|
|
|
|
| Use | Gallons per day |
| Person | 100 |
| Steer, horse | 12 |
| Dry Cow | 15 |
| Milking Cow | 35 |
| Hog | 4 |
| Sheep | 2 |
| Chicken, per 100 | 6 |
| Turkeys, per 100 | 20 |
3. Choose the diameter of the cylinder that is closest to the equivalent hourly pumping capacity, by using the table of capacities.
4. To calculate the total elevation of pumping from the level of water in the well to the discharge point.
5. To choose the mill measure to operate the cylinder when pumping to total elevation using the chart of capacities.
6. To choose a tower that summons the center of the wheel at least 15 feet for on the constructions to the wind inside a radius of 400 feet.
7. To choose a cylinder with a blow of at least 2 but I release that the blow of pumping of the mill.
8. To choose the bar of pumping, pipe and another accessories in the measures recommended for the cylinder specifies.
This is a general guide. Ask to their merchant FIASA to attend it in the election of the team that better she/he adapts to their specific requirements of pumping.
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
Volver a atrįs | Marcas | Buscar | Ofic. regionales | Service | Quienes somos? | E-mail |