Sany HZS90G Concrete Batching Plant adalah unit Concrete Batching Plant pada lini Sany Concrete Machinery produksi SANY Heavy Industry yang dirancang untuk memberikan produktivitas tinggi, ketangguhan struktural, dan efisiensi operasional optimal di medan proyek konstruksi, pertambangan, infrastruktur, pelabuhan, maupun industri nasional. Hadir dengan spesifikasi utama (Aggregate Capacity: 3×10 m³, Category of Aggregate: 3, Feeding Mode: Skip, Material Discharging Height: 3.8 m), unit model HZS90G ini didukung penuh oleh garansi resmi pabrikan, ketersediaan suku cadang asli (genuine parts), serta layanan teknisi purna jual dari PT Cemerlang Perkasa Teknologi di seluruh Indonesia. Keunggulan utama unit ini meliputi Covering Less Space, Easy to Install, High Extensibility.
Keunggulan Utama Sany HZS90G Concrete Batching Plant
- Covering Less Space: Covering less space, less civil work cost
- Easy to Install: Compared with inclined belt batching plant, skip batching plant is much faster to install.
- High Extensibility: It can be used as commercial batching plant and project batching plant.
- High-performance Mixer, High-efficiency Mixing: Core patented shaft end sealing technology with automatic compensation features reliable sealing and easy maintenance with lower cost. The interrupted spiral arrangement of stirrer, large axial circulation, small radial circulation, central vortex stirring, and three-way mixing and boiling type mixing increase efficiency by 20%. Optimal L/D ratio design, equipped with curved large opening discharge door, short discharge time, 3s less mixing time.
- SYMC Controller, Safe and Reliable: Multi-language operation interface Distributed network architecture or the entire control system with complete digital transmission The upper computer and lower computer communicate through Ethernet, with a speed of 100000kbps
- Adaptive Learning, Ensuring High Accuracy: Multi-gear and multi-speed aggregates, adaptive adjustment of each weighing mode, and control curve Self-learning algorithm for weighing parameters, with automatic correction of dropout Self-learning water retaining advance, combined with jittering water retaining technology
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