| Unit | HVMD DEM 8 | HVMD DEM 12 | |
| Number Of Units | Pcs | 8 | 12 |
| (A) Total Length | cm | 230 | 230 |
| (B) Total Height | cm | 160 | 160 |
| (C) Total Width | cm | 580 | 870 |
| (D) Distance Between Rows | cm | 25 x 90 | 25x90 |
| Seed Capacity | lt | 50 x 8 | 50 x 12 |
| Fertilizer Case Vol. | lt | 170 x 2 | 230 x 4 |
| Rpm | d/d | 540 | 540 |
| Weight Without Fertilizer Hopper | kg | 1900 | 2850 |
| Weight With Fertilizer Hopper | kg | 2300 | 3300 |
| Tyre Dimension | Inch | 500 x 15 | 500 x 15 |
| Power Requirement | hp | 100-110 | 120-130 |
Machine’s center of gravity is close to the tractor. It is easy to lift the machine while turning during sowing. Row spacing change is done hydraulically.
Seeds are enabled to adhere to the disc with vacuum effect. In this way, adhered seeds are enabled to drop on the line opened at the desired intra-row distance. Fan absorbs by means of the vanes on it by being driven by PTO shaft of the tractor.
In order to make intra-row setting, there is a drive wheel on the machine with transmission. You can easily adjust row spacing of the seed you want to sow with the help of gears.
Different vacuum values are needed for various seed types and varieties you will sow. If you don’t set this vacuum value well, some problems occur. If you set low vacuum value, you may encounter problems such as failure of seeds to hold on to the disc or if the vacuum value is too high, the disc may stick to the seal because of overloading and cause motion wheels to turn difficultly. To make this value visible, vacuum meter is placed on the fan.
Motion wheels move with friction force. It disrupts wheel’s contact with the ground on poorly cultivated lands which are not smooth, causes wheel jamming and disrupts sowing precision. Damper adjustment enables the machine to steepen or become closer to the ground. Adjustment of damper makes sliding into soil easier for the machine and prevents the wheel from dragging. To prevent this, wheel is manufactured as articulated and tensioned with spring. There is a stop bolt on the articulated point where the wheel is connected in order to enable the wheels to operate in the same range.
55-liter seed tank with a large volume is used for each seed variety.
To increase unit spacings for sowing technological seeds, it allow the unit to be disconnected without changing the machine design.
It provides adjustment opportunity to sow various seeds in different depths.
It is equipped with adjustable scraper that adheres to the pressure wheel and prevents it from ruining soil surface.
Rear wheel closes seed grooves with different settings without hardening and enables covered seed to come out of soil easily. V-type pressure wheel has 3 settings which are “press, width and crossness” and each can be adjusted individually. By throwing dry soil to direction where seed will come out, it prevents formation of duff or in other words, duff layer on the soil to a certain extent.
It prevents discs from bursting the soil while tearing discs are opening the seed bed and allows the seeds to meet at the same level.
By copying the soil surface with the help of steel arms, it allows the seeds to fall to equal height.
A force must be created on the disc so that the sowing unit disc can open a groove on the soil. This pressure should be reduced or increased depending on different soil types. Pressure is increased due to this system.
Drive shaft which doesn’t require maintenance, which has unit cancellation system and safety pin against forcing, guarantees a proper sowing.
It helps to open V-shaped seed bed which is 373 mm in diameter and 3 mm in thickness, suitable for heavy soil conditions.
It cleans the area in front of the sowing leg by scraping soil and clods in front of the sowing leg in the field which is sown and it performs ground preparation for sowing.
In the sowing units, the seed bed is opened by discs. Each sowing unit has 2 discs made of special material. The sowing units are disc type and thanks to cutting disc which can be installed in front of the chassis can be used in the fields of processed or semi-processed conditions with residues. Thanks to the rubber wheels on both sides of the sowing units, depth adjustment can be made precisely in all kinds of soil conditions.
It prevents discs from bursting the soil while tearing discs are opening the seed bed and allows the seeds to meet at the same level.
Unit Cover
It is a system built in the sowing unit, which allows seeds to fall on the soil one by one precisely.
It is a system built in the sowing unit, which allows small seeds to fall on the soil one by one precisely.
There is an observation window to monitor regular adhesion of the seed disc and seed.
It provides easy cleaning of the remaining seeds in the tank at the end of sowing and while changing the seed.
Seed flow control cover can be adjusted in different positions. Width of the seed entrance channel is adjusted and it prevents excess seed from overflowing from the distributer. This cover may need to be adjusted for the slope of the land or for small seeds.
It prevents sticking of different sizes of seeds on the disc as double and guarantees that double seeds don’t fall on the soil.
It allows the disc to turn without pausing thanks to bearing placed in sowing unit.
Rear wheel closes seed grooves with different settings without hardening and enables covered seed to come out of soil easily. V-type pressure wheel has 3 settings which are “press, width and crossness” and each can be adjusted individually. By throwing dry soil to direction where seed will come out, it prevents formation of duff or in other words, duff layer on the soil to a certain extent.
It provides ideal usage in the less cultivated land having stems due to its closing feature.
It provides ideal usage in the less cultivated dry land due to its closing feature.
Turbo discs placed in front of the discs in 330 mm diameter and in front of tearing discs in heavy soil conditions, play an important role in the preparation of suitable seed beds.
It prevents clogging of tearing discs in high moist and clay soil and allows regular sowing.
Garbage cleaner placed in front of the tearing disc in land with stems, scatters stems to the right and left sides and brings the seed together with the soil.
After the seeds falling from the seed groove, fall on the seed bed, it applies pressure on them and brings them together with the moist soil It is effective for especially coated seeds. Thanks to the scraper on the wheel, it prevents the seeds and soil from sticking on the wheel.
Discharge covers for fertilizer tank cleaning
Sluminum helical gear which ensures continuous spreading of fertilizer
Sieve system that prevents fertilizer from jamming
Fertilizer adjustment lever is available to adjust fertilizer spreading rate.
There is a fertilizer discharge lever on fertilizer tank. Fertilizer should be discharged completely after sowing is completed, otherwise fertilizer distributors may set as the fertilizer will oxidize. This is made to eliminate this and facilitate discharging operation.
In order to provide proper fertilizer spreading for roughly prepared soil, self-spring ax leg is placed.
For roughly and precisely prepared soil types, it opens fertilizer bed with a double disc and forms a suitable fertilizer bed.
It provides easy use thanks to the independent hydraulic marker attached to the machine depending on the user’s request.
It allows to measure the sown land digitally in decares.
Pressure wheel is on the front side of the sowing unit. It provides the balance of the unit together with the soil scraper and closer wheel and ensures that sower ax does not rise above the ground much.
Note: Pressure wheel is only used for sowing beets. It can be mounted on the machine if desired.
By controlling seeds falling from the units during sowing and by informing the unit in case of failure at the same time, it provides controlled sowing.
By making the machine manufactured in different working widths visible, it provides safe transportation.
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