Technical specifications
| Type of movement | Pulse motion with vibration |
| Type of head | 32 conical carbon fiber sticks |
| Rpm of the head | 2000 rpm @ 16V DC |
| Motor | 14-16V/ 400W |
| Output | 200 – 250kg olive seed/hour |
| Initial length | 2.50m ( 3.5m with extension) |
| Weight | 2.85kg |
| Extension | Optional Extention 1.0m |
| Cable length | 15m for generator or battery use |
| Average consumption | 9A /hr |
Usage instructions
- Place the injection pins of the cord to the respective current supplier (generator, battery, rectifier 12VDC). There is not polarity ( -), so it does not matter how you place the pins as long as they connect properly to the receptors of the supplier.
- Start the generator or battery or 12VDC rectifier. The consumption of the devices is 8Α/h.
- Press the on-off switch at the base of the harvester. The harvester is now working.
MOVEMENT
The olive harvester Asteras cf is a pulsed machine with 2 heads and 16 bars of carbon fiber
The unique arrangement of carbon fibers along with a wide range of Balanced vibration, achieves maximum performance without the slightest damage to the tree
HEAD
32 conical carbon fiber sticks
Advanced elastomer material,
Gears from stainless-steel
Zero wear
Perfect balance
MOTOR
Electric DC 200W performance 2000 rpm at 16V.
With the switch of on-off 35A and unit conversion of motion of the head to pulse.
It works with car battery (with added converter), with consumption 10-12 A / m.
Supplied with 15 m cable
The Asteras Cf has a DC type BOSCH 600W electric motor with a steel gear in its axis.
The οn-off switch is 35A.
The satellite reducer has a metallic pitchfork and ertacetal gears. The reducer conveys the motion from the axis to the head through a compiler. The pulse movements of the two heads carbon fibers can reach up to 2000 per min at 16V.
All of our harvesters come with a 2Χ4 square cable, 15 m. long. There is no polarity at the outputs.
The Asteras Cf operates with DC 14-16V and it consumes 8A/h. It can work on a car battery, though in this case a converter of our invention will have to be added, so as the voltage would be controlled and the motor would function the best. The consumption with a voltage converter is 10-12A per hour.
If however you wish to use a purchased or a makeshift battery, you should put a voltmeter at the output, to ensure that the voltage does not exceed the 16V.
https://www.youtube.com/watch?list=PLSI1c-IboW1sJ1_gxLBUJw4tfDgCR70kV&v=RmT16R36rJ8
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