Produtos
Asphalt Batch Plants
The H 50C Asphalt Batch Plants is one of the most powerful tools currently available in the world for paving highways and has already built a solid reputation in the international market. Its robust size is designed for large paving projects that require not only excellent performance but also quality in the mix and durability.
The H 50 brings together in a single machine exclusive components that ensure maximum precision and eliminate noises and vibrations. With it your company will also avoid thermal energy waste and ensure the production of asphalt mixtures of very high quality resulting in precision, savings, and environmental protection.
Funcionalidades
With a modular design, the H 50C Asphalt Batch Plant can have a basic configuration for a 150 ton/h production or reach levels of up to 240 ton/h.Diferenciais
Production of up to 240 ton/h. Counter-Flow Drying Twin Shaft Mixer (Pug Mill). Exclusive Screen Deck System Exclusive aggregate weighing system with damping.Dados Técnicos
| Production (ton/h) | 150 / 180 / 240(*) |
| Number of feed bins | 3, 4 or 6 |
| Individual capacity of the feed bins (m3) | 6 for 150 ton/h and 180 ton/h 8 for 240 ton/h |
| Counter-flow drying – diameter x length (m) | 1,9 x 9.0 for 150 t/h 2.0 x 10.0 for 180 t/h 2.2 x 10.0 for 240 t/h |
| Burner | Terex CF04 (std)/ HAUCK (optional) |
| Output of the CF04 burner (btu/h) | 39 x 10⁶ for 150 ton/h and 180 ton/h 70 x 10⁶ for 240 ton/h |
| Output of the Hauck burner (btu/h) | 49 x 10⁶ for 150 ton/h and 180 ton/h 75,6 x 10⁶ for 240 ton/h |
| Mixer | Pug mill |
| Filtration system | Bag filter: 576 units for 150 ton/h and 180 ton/h - 974 units for 240 ton/h Smooth polyester (std) – Nomex (optional) |
| Efficiency | Greater than 99,9% Particle emissions less than 50mg/Nm3 |
| Elevator | Buckets for hot mix |
| Number of decks on the screen | 4 or 5 |
| Number of hot silos | 4 or 5 |
| Ready mix bin | options for 10, 25 or 50m³ |
| Ring for the inflow of Reclaimer material | standard |
(*) A produção da usina é variável e depende dos seguintes fatores: umidade dos agregados, altitude do local de instalação do equipamento, percentual de finos da mistura, temperatura da mistura, poder calorífico do combustível e peso específico dos agregados.