Product Description
Approximate production capacity of this Automatic Concrete Blocks Making Machine is 2200 to 2700 pieces per day. This machine can be run under low voltage condition. This system consists of powerful vibration motor and channel steel made stander. Provided Automatic Concrete Blocks Making Machine uses raw materials like sand, slag, gravel, cement, crushed stone and other raw materials. Standard of this system has been verified on the basis of its longevity, diameter, design precision, strength, service life and operating cost.
Specification
| 876 MODEL | DOUBLE VIBRATOR |
| Total Power | 6.5 HP |
| 3 Phase 415 V | |
| Hydraulic Motor | 3 H.P 1440 rpm |
| Vibrator Mould Motor | 3 H.P 2880 rpm |
| Vibrator Ram Motor |
|
| Travel Motor | 0.5 H.P 1440 rpm |
| Weight | 1250 kg (Approx) |
| Operating Pressure | 140 kg/cm3 |
| Method | Hydraulic Pressure |
| Warranty | 1 Year |
| Condition | New |
| Motor Make | Kirloskar/Crompton/Havells |
| Hydraulic Cylinders | 2 |
| Hydraulic Tank | 15 Litres |
| Material | Mild Steel Vizagukku Brand |
| Block Type | Solid/Hollow |
| Interchangable mould | Yes |
| Production | 400 x 200 x 100 mm 8 blocks/stroke |
| per hour | 400 x 200 x 150 mm 5 blocks/stroke |
| | 400 x 200 x 100 mm 4 blocks/stroke |
Delivering exceptional productivity, our machines produce up to 2500 blocks per day with each molding cycle completed in just 20-25 seconds. The powerful hydraulic pressure and advanced vibration system guarantee solid, interlocking concrete blocks for diverse construction applications, all while maintaining low noise levels throughout operation.
Advanced PLC Controlled OperationThe PLC-controlled system streamlines production, requiring minimal manual intervention. Operators benefit from user-friendly controls and efficient process monitoring, which results in reduced labor costs and enhanced output quality. The automatic mechanism ensures consistent block fabrication for various block sizes.
Robust and Durable DesignConstructed from heavy-duty steel and finished with a powder-coated surface, these machines are built for longevity. The air cooling system protects key components, while the substantial oil tank and reliable motors facilitate uninterrupted operation. Designed for low maintenance and high efficiency, it is ideal for demanding production environments.
FAQs of Automatic concrete blocks making machines:
Q: How does the automatic concrete block making machine operate?
A: The machine operates using hydraulic pressure and vibration motors, forming concrete blocks in a molding cycle of 20-25 seconds. It is controlled via a PLC system, requiring just two operators to manage block production and settings.
Q: What is the typical process for producing blocks with this machine?
A: Operators load raw materialscement, fly ash, sand, and aggregateinto the hopper. The machine then hydraulically compresses the mixture within the mold, vibrates it for uniform density, and ejects finished blocks onto pallets. The process is fully automated and monitored using the PLC control system.
Q: When should I use this machine for concrete block production?
A: This machine is best employed when high-volume, consistent, and high-quality concrete blocks are needed, especially for projects requiring both solid and interlocking blocks. Its efficiency and speed make it ideal for commercial-scale construction or supply businesses.
Q: Where is the automatic concrete block making machine suitable for installation?
A: It is suitable for use in concrete block manufacturing plants, construction material suppliers, or export-oriented production facilities. Its robust build accommodates intense operational demands and industrial environments in India and abroad.
Q: What block sizes and types can this machine manufacture?
A: The machine can produce concrete blocks ranging in size from 400 x 200 x 200 mm to 230 x 110 x 75 mm. It supports both solid and interlocking block types, making it versatile for different construction needs.
Q: What are the main benefits of using this automatic block making machine?
A: Key advantages include high production capacity, consistent block quality, low noise operation, reduced need for manual labor, lower maintenance requirements, and the ability to use various raw materials for versatile block types.
Q: How does the machine ensure low maintenance and high efficiency?
A: The heavy-duty steel construction, powder-coated surface, advanced cooling system, and PLC control contribute to reduced wear, reliable performance, and minimal maintenance needs, resulting in sustained high efficiency throughout daily operations.
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