LTP Engineering has developed the stationary-typed 90 m3/hr-capacity concrete batching plant, the second-largest capacity concrete production type ever built for the precast industry that promotes a relatively economical way to produce high-output and high-quality concrete that suits any mid/large-sized concrete precast industry.
It is widely used in various projects such as IBS buildings, roads, bridges, tunnels, etc. Like other batching plants, it covers every single stage of the concrete batching production process; batching storage, aggregate hopper system with a single charging conveyor system without enclosure, concrete mixing house with control room, silos, etc. An advanced twin-shaft concrete mixer with cutting-edge concrete mixing technology promotes a better homogeneous mixing process and long lifespan with low maintenance cost. Moreover, the manufacturing process of this batching plant has the advantages of advanced software, a user-friendly PLC computer-controlled system, and a real-time simulation of the concrete production to ensure the whole concrete mixing process is efficiently maintained at a low failure rate throughout the process. Upon request, LTP Engineering provides the best of planning, customizing, and constructing concrete batching plants to any precast industries. Also, LTP Engineering guarantees that it has formulated tremendous interest among concrete producers due to its high durability, high quality, and ever long-lasting concrete production. Such batching plants developed by LTP Engineering are now available in several different formats to fulfill client needs. Specification of such batching plant is listed below.
Concrete Batching Mixer 3.0 m3 (x 1) | |
Specification | Description |
Model/Name | Twin-Shaft Mixer CTS 3000 |
Mixer Volume (m3) | 4.5 |
O/P Capacity (m3) | 3.0 |
Max. Capacity (m3/hr) | 90 (appx. 2 mins per batch) |
Output Mass (kg) | 7200 |
Mixer Motor Power Rating (kW) | 55 x 2 |
Discharging System Power Rating (kW) | 4 |
Working Voltage (V) | 415 |
Frequency (Hz) | 50/60 |
No. of Stirring Arms | 2 x 9 |
Mixer Weight (kg) | 9500 |
Dimension (L x W x H, mm) | 3800 x 2560 x 2120 |
Environment Temperature (°C) | -10°C ~ 40°C |
No. of Control Panel (unit) | 1 Set with Full Installation & Wiring |
Hydraulic Control System for Mixer Discharging Door (x 1) | |
No. of Discharging Door (unit) | 1 |
Discharging Capacity (L/min) | 15 |
Power Rating (kW) | 4 |
Hydraulic Oil Volume (kg) | 18 |
Working Temperature (°C) | -15°C ~ 77°C |
Silo Tank (x 1) | |
Specification | Description |
Capacity (Tons) | 150 |
Filling Rate (kg/min) | 1500 |
Height (mm) | 11164 |
Diameter (mm) | 2900 |
Vibrating Bin Aerator (units) | 4 |
Pressure Valve (unit) | 1 |
Butterfly Valve (unit) | 1 |
Silo Filter (x 1) | |
Dust Collector Capacity (kg) | 1300 |
Dust Emission (mg/Nm3) | < 20 |
Silo Filter Height (mm) | 1150 |
Filter Diameter (mm) | 800 |
No. of Filter Rods (unit) | 14 |
Screw Conveyor (x 1) | |
Filling Rate (kg/min) | 350 |
Screw Diameter (mm) | 255 |
Motor Power (kW) | 11 |
No. of Butterfly Valve (unit) | 1 |
Cement Buffer Tank (x 1) | |
Capacity (kg) | 1000 |
Water Tank (x 1) | |
Specification | Description |
Capacity (L) | 20000 |
Filling Rate (L/min) | 240 |
Height (mm) | 4656 |
Diameter (mm) | 2400 |
Type of Valves | Ball Valve 3’’ |
Water Buffer Tank (x 1) | |
Capacity (L) | 500 |
Aggregate Hopper (x 1) | |
Specification | Description |
No. of Compartments (unit) | 3 |
Capacity (Tons) | 9 |
Discharge Rate (kg/min) | 1200 |
Load Cell 2.5 Tons (unit) | 3 |
Vibrator MVE 300-3 (unit) | 3 |
Height (mm) | 4200 |
Length (mm) | 11000 |
Width (mm) | 3000 |
Hopper Conveyor (x 1) | |
Speed (m/min) | 35 |
Motor Power Rating (kW) | 9.0 |
Max. Height (mm) | 944 |
Length (mm) | 12100 |
Width (mm) | 1140 |
Delivery Conveyor (x 1) | |
Speed (m/min) | 27 |
Motor Power Rating (kW) | 15 |
Inclination Angle | 20° |
Max. Height (mm) | 1000 |
Length (mm) | 20000 |
Width (mm) | 1000 |
Aggregate Buffer Tank (x 1) | |
Capacity (kg) | 2000 |
LTP Engineering Sdn. Bhd.
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