Poultry Silo and Feed Transport
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Breeder Poultry Feed Weighing System
Feed transfer between the upper and lower units is controlled through an electronic valve system. In the upper unit, which has a 75 kg storage capacity, the feed is safely stored until the computer gives the distribution command after the weighing process is completed.
While feed delivery from the lower storage unit to the poultry house continues, a new weighing process is simultaneously carried out in the upper unit. This significantly shortens the weighing time and accelerates the feed distribution process inside the poultry house.
The system is managed by an advanced feed weighing computer that automatically controls total feed consumption and feed distribution to individual feed storage units inside the poultry house at the desired daily schedule.
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Kümes Galvaniz Yem Silosu
Tamamı sıcak daldırma magneliz sacdan üretilen silolarımızda, bağlantılar 10.9 kalite flanşlı cıvata ve somunlar ile sağlanmakta; gövde saclarında ve tüm birleşim noktalarında kullanılan özel sızdırmazlık macunu sayesinde maksimum sızdırmazlık elde edilmektedir.
Silolarımız; taşınması, bakımı ve montajı kolay olacak şekilde tasarlanmış olup, 1,50 m çaptan 4,51 m çapa kadar farklı ölçü seçenekleriyle kullanıcı ihtiyaçlarını karşılayabilecek dayanıklı ve uzun ömürlü malzemelerden üretilmektedir.
Özel olarak tasarlanan alt konik açıları sayesinde silo içerisindeki hammaddenin akışkanlığı son derece yüksektir ve ürün, herhangi bir müdahaleye gerek kalmadan kendiliğinden ve düzenli şekilde akış sağlar.
Silo alt çıkışlarına birden fazla bağlantı yapılabilmekte, ürün aktarma işlemleri ise kullanım amacına ve talebe göre esnek biçimde gerçekleştirilebilmektedir. 5 tondan 25 tona kadar farklı kapasite seçeneklerine sahip olan silolarımız, konik yüzey yapısı sayesinde mükemmel yem akışı sunarken, dalgalı yüzey sacı ile yoğuşmayı önleyerek ürün kalitesinin korunmasına katkı sağlar.
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Kümes Tavuk Tartım Sistemi
Bireysel depo kapasitesi 400 kg olan sistemde yem, üst depoda tartılarak kontrol altına alınır ve otomatik motorlu kapak sistemi sayesinde alt depoya aktarılır. Alt depodan kümese yem sevkiyatı yapılırken, üst depoda eş zamanlı olarak yeni tartım işlemi gerçekleştirilir.
Bu çalışma prensibi sayesinde tartım süreci kısalır ve yemin kümes içerisine dağıtım hızı önemli ölçüde artar. Sistem, toplam yem tüketimini ve kümes içerisindeki bireysel yem depolarına yapılan yem dağıtımını izleme imkânı sunan elektronik yem tartım bilgisayarı tarafından yönetilmektedir.
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Kümes Yem Silosu Çift Çıkışlı Silo Altı
Sistemtav Yem Dağıtım Ünitesi, silodan yem hattına kontrollü ve verimli şekilde yem aktarımını sağlar. Çift çıkışlı yapısı sayesinde tek bir silodan iki ayrı kümese eş zamanlı yem dağıtımı yapılmasına olanak tanır. Bu özellik, işletmelerde hem zaman hem de operasyonel verimlilik sağlar.
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Kümes Yem Silosu Hat Sonu
Silo hat sonu, silo çıkışında yemin otomatik olarak açılıp kapanmasını sağlar, sensör sayesinde hat dolu olduğunda yemi keserek motorun zorlanmasını engeller.
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Kümes Yem Silosu Tek Çıkışlı Silo Altı
Silodan yem hattına yem akışının otomatik olarak açılıp kapanmasını sağlayan bu sistem, elektronik ve mekanik sensörlü yapısı sayesinde güvenilir ve kontrollü bir kullanım sunar. Yem akışını hassas şekilde yöneterek sistemin verimli ve sorunsuz çalışmasına katkı sağlar.
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Poultry Feed Silos Distrubution Unit
Sistemtav Poultry Feed Silo Drop Hoppers are manufactured with 90 mm and 75 mm diameter options to adapt to different system requirements. Thanks to their durable structure, they ensure regular and controlled feed flow from the silo to the feeding line.
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Poultry Feed Silos Distrubution Unit
Sistemtav Poultry Feed Silo Drop Hoppers are produced with 90 mm and 75 mm diameter options to meet different system requirements. Thanks to their durable structure, they provide regular and controlled feed flow from the silo to the feeding line.
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Poultry Silo Feed Transport Pipe
Sistemtav Silo Main Auger Pipe ensures the safe and regular transfer of feed through the silo main auger spring. Manufactured from Ø90 mm PVC material, the pipe offers long-lasting and trouble-free use thanks to its durable structure.
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Poultry Silos Feed Loader Unit
Sistemtav is used in bagged feeding systems to ensure the practical and safe transfer of feed into the silo. Thanks to its durable structure, it simplifies the feed transfer process and provides operational efficiency.
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Poultry Silos Feed Transport Motor Unit
Sistemtav Feed Conveying Systems ensure the safe, hygienic, and efficient transportation of different types of feed from one point to another. The system is designed using Ø90 mm PVC pipes and a Ø75 mm spiral auger spring structure. Thanks to this design, feed is transported within a completely closed environment and protected from external factors.
The feed starts from a plastic or optional metal hopper mounted beneath the silo and is transferred to an idle hopper with 1, 2, 3, or 4 outlets depending on operational requirements. In cases where feed clumping occurs inside the silo, the lump breaker located in the idle hopper effectively prevents these blockages. The feed is then conveyed through one or multiple outlets by means of the auger inside the PVC pipe toward the motor-driven drive hopper or hoppers located at the end of the system.
Between the idle hopper and the drive hopper, feed drop points can be increased by using T-elbows according to the needs of the operation. This flexible structure allows easy adaptation to different poultry house layouts and complex facility plans.
Sistemtav Feed Conveying Systems stand out with their easy installation, economical structure, and flexible line configuration capabilities. Thanks to multiple outlet options, feed can be distributed to numerous feeders through a single system. The low power requirement provides energy savings, while maintenance and technical service operations are extremely practical. Its ergonomic design occupies minimal space and can be easily mounted in areas such as poultry house ceilings. In addition, its easy-to-clean structure supports high hygiene standards.
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Poultry Silos Weighing Leg ( Loadcell )
The Sistemtav Load Cell Feed Weighing System is a next-generation weighing solution mounted directly onto silo legs. Manufactured from stainless steel, the system is capable of measuring with an accuracy rate of 0.1%. Thanks to its integrated load cell structure, it provides reliable measurements without being affected by uneven load distribution on silo legs or external factors such as wind, snow, and rain.
With its specially developed software system, the current feed amount inside the silo, as well as the total feed delivered and consumed since the beginning of the flock cycle, can be monitored in detail. In addition, alarm settings can be configured for minimum and maximum feed levels, and warnings can be received in situations such as feed blockage at the silo outlet. All feed-related data can be transferred to a central system and reported efficiently.
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Silo Yem Helezon Yayı
Sistemtav Ana Helezon Yayı, silodan yemin bir noktadan diğerine güvenli ve kesintisiz şekilde taşınmasını sağlar. 7,5 cm çapında paslanmaz çelikten üretilen helezon, yüksek dayanımı sayesinde uzun ömürlü ve verimli bir kullanım sunar.
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Silo and feed conveying systems are among the core infrastructure components that make feed management efficient, hygienic, and sustainable in modern livestock and agricultural operations. In large-scale farms, different capacities and technologies of silo systems and automatic feed conveying lines are integrated to ensure proper feed storage, long-term freshness, and uninterrupted delivery to animals. Silo structures are manufactured from durable materials such as galvanized steel or fiberglass, providing maximum protection against harsh environmental conditions. Feed stored within closed systems is protected from moisture, mold, and pests, preventing waste and preserving feed quality.
To automate feed flow throughout the farm, feed conveying systems provide significant operational advantages. These systems utilize spiral or chain conveyors to transport feed quickly and safely from silos to feeding lines or different animal groups. With automatic feed conveying lines, the need for manual intervention is minimized, resulting in labor and time savings. Through sensor-supported control panels, system operating time, transfer quantity, and delivery routes can be easily programmed, ensuring balanced feed distribution according to the needs of each section.
Silo systems are manufactured in various models based on capacity, discharge type, and unloading speed. Cone-bottom and flat-bottom silo options can be selected according to storage requirements. Integrated level sensors continuously monitor stock levels, while automatic filling systems ensure smooth and uninterrupted feed replenishment. This plays a key role in maintaining continuous production processes within the operation.
Feed conveying systems not only transport feed efficiently but also help maintain hygiene and product quality. Thanks to enclosed conveyor lines and stainless-steel connection components, feed remains protected against external contaminants and pests. Cleaning and maintenance procedures can be carried out easily, helping prevent bacterial growth and mold formation. In addition, alarm and warning mechanisms enable rapid intervention in case of blockages or technical failures within the system.
Energy efficiency is another important factor in the design of silo and feed conveying systems. Smart motors and advanced automation technologies ensure that the system operates only when needed, preventing unnecessary energy consumption. Modern control panels provide real-time monitoring of stock levels, feed consumption, and conveying performance, simplifying operational planning and cost management.
When installed with proper engineering and professional implementation, silo and feed conveying systems provide many years of reliable, safe, and efficient operation. Easy access to spare parts and maintenance support extends system lifespan and provides long-term reliability for farm operators. As a result, a strong silo system infrastructure combined with intelligent feed conveying systems has become indispensable for sustainable livestock farming and modern farm management.