About Industrial Concrete Batching Plant
Specification
| Weight | 1500kg |
| Brand/Make | Patel |
| Water Feeding System | Fully Automatic |
| Material | Mild Steel |
| Automation Grade | Automatic |
| Control System Type | PLC Based |
| Air Compressor | 3 Hp |
| Capacity | 30 cum/hr |
| Model Name/Number | PIST 30 |
Superior Output and EfficiencyThis batching plant offers an impressive productivity range of 30 to 120 cubic meters per hour, accommodating both medium and large-scale industrial projects. The 60-second batch cycle time, high-capacity stainless steel aggregate bins, and conveyor system ensure precise ingredient blending and consistent concrete quality, supporting non-stop operations with minimal manual intervention.
Advanced Automation and ControlEquipped with a PLC-based computerized control system and ready-to-use, pre-wired electrical panel, this batching plant delivers user-friendly operation and automated batching. The inclusion of automatic weighing systems for water, cement, and admixtures guarantees accurate dosing, reducing waste and increasing product reliability. The system can be monitored and adjusted for maximum efficiency directly through its computerized interface.
Durable and Low Maintenance DesignBuilt with weather-resistant stainless steel and featuring heavy-duty components, the plant is engineered to withstand demanding industrial environments. Its robust construction and streamlined maintenance requirements translate into long-term reliability and reduced downtime during usage, making it an excellent choice for concrete producers prioritizing continuous workflow and operational durability.
FAQ's of Industrial Concrete Batching Plant:
Q: How does the aggregate feeding system using a belt conveyor improve batching efficiency?
A: The belt conveyor ensures continuous, high-speed feeding of aggregates into the weighing hoppers, which minimizes downtime between batches and supports precise measurement. This results in faster batch cycles and consistent mix quality, significantly improving overall plant efficiency compared to manual or skip bucket systems.
Q: What steps are involved in the operation of this automatic stationary batching plant?
A: The process begins with aggregates being fed into bins, then weighed and transferred by the conveyor system. Water, cement, and admixtures are automatically weighed and discharged into the twin shaft or pan mixer. After a 60-second mixing cycle, the batch is released via the discharge mechanism. All operations are controlled and monitored through a PLC-based system for accuracy and consistency.
Q: When is the dust collection system recommended for use with this batching plant?
A: The optional dust collection system is recommended when operating in environments where dust control is required to meet safety or environmental regulations, particularly during cement and aggregate handling. It helps maintain a cleaner worksite, protects operator health, and ensures regulatory compliance.
Q: Where can this batching plant be installed for optimal use?
A: As a stationary plant, it is suitable for installation on levelled industrial sites, precast concrete yards, large construction projects, or manufacturing facilities requiring high-volume concrete supply. Its robust build and weather-resistant design allow for outdoor placement with minimal shelter requirements.
Q: What benefits do the automatic weighing systems bring to the concrete production process?
A: Automatic weighing systems provide precise measurement of aggregates, water, cement, and admixtures, ensuring uniform mix quality. This automation eliminates manual errors, reduces material wastage, and boosts productivity, resulting in cost savings and consistently high-quality concrete output.
Q: How does the plant ensure low maintenance and operational durability?
A: The batching plant is constructed from high-grade stainless steel and heavy-duty components, offering enhanced resistance to wear, weather, and corrosion. Pre-wired electrical panels, a streamlined design, and automated control reduce manual intervention and associated maintenance, maximizing uptime and minimizing service requirements.