appendix — concrete mix information

SLUMP TEST PROCEDURE

1.To obtain a representative sample (concrete), take several samples at three or more regular intervals throughout the discharge of the mixer or truck. DO NOT take samples at the beginning or end of the discharge.

2.Dampen the inside of the cone and place it on a smooth, moist, non-absorbent, level surface large enough to accommodate both the slumped concrete and the slump cone. Stand on the “foot pieces” throughout the test procedure to hold the cone fi rmly in place.

3.Fill the cone 1/3 full by volume (Figure N) and rod 25 times with a 1/2” dia x 24” lg. bullet-pointed steel rod. (This is a specifi c requirement which will produce non- standard results unless followed exactly.) Distribute rodding evenly over the entire cross section of the sample.

BULLET POINTED

STEEL ROD

1/3 FULL

1/2 DIAMETER

24 INCHES LONGFOOT PIECE

Figure N. Slump Test (1/3 Full)

4.Fill cone another 1/3 (Figure O) which will make the cone 2/3 full by volume. Rod this second layer 25 times with the rod penetrating into, but not through, the fi rst layer. Distribute rodding evenly over the entire cross section of the layer.

2/3 FULL

Figure O. Slump Test (2/3 Full)

5.Fill cone to overfl owing (Figure P). Rod this layer 25 times with rod penetrating into, but not through, the second layer. Distribute rodding evenly over the entire cross section of this layer.

BULLET POINTED

STEEL ROD

1/3 FULL

1/2 DIAMETER

24 INCHES LONGFOOT PIECE

Figure P. Slump Test (Full-Overflow)

6.Remove the excess concrete (Figure Q) from the top of the cone, using the tamping rod as a screed.

Figure Q. Slump Test (Removing Excess Concrete)

7.Lift the cone vertically (Figure R) with a slow even motion. DO NOT jar the concrete or tilt the cone during this process. Invert the withdrawn cone, and place it next to, but not touching the slumped concrete.

Figure R. Slump Test (Cone Invert)

8.Lay a straight edge (Figure S) across the top of the slumped cone. Measure the amount of slump in inches from the bottom of the straight edge to the top of the slumped concrete at a point over the original center of the base. The slump operation must be complete in a maximum elapsed time of 1-½ minutes. Discard the concrete. DO NOT use it in another test.

Figure S. Slump Test (Measurement)

page 72 — MAYCO LS600P CONCRETE PUMP • operation manual — rev. #0 (05/13/13)

Page 72
Image 72
Multiquip LS600P operation manual Slump Test Procedure

LS600P specifications

The Multiquip LS600P is an innovative solution in the realm of construction machinery, designed to meet the demanding needs of modern job sites. This versatile piece of equipment is particularly noteworthy for its performance capabilities, fuel efficiency, and user-friendly design, making it an essential addition for contractors seeking reliability and efficiency.

One of the standout features of the LS600P is its powerful engine, which delivers robust performance while minimizing fuel consumption. This results in lower operating costs, enabling contractors to maximize their investment. The LS600P is equipped with a dependable and environmentally friendly engine, compliant with emission standards, thus contributing to sustainable operations on job sites.

The machine is designed with a focus on ease of use and operator comfort. Its intuitive control panel allows for straightforward operation, reducing the learning curve and enabling operators to become proficient quickly. Additionally, the ergonomic design of the operator's platform provides comfort during long hours of operation, enhancing productivity and reducing fatigue.

In terms of versatility, the LS600P can be utilized for a variety of applications. Whether it is compaction for paving projects, soil stabilization, or site preparation, its multi-functional capabilities make it suitable for diverse construction tasks. This adaptability is further enhanced by its compatibility with various attachments, allowing contractors to customize the machine to meet specific project requirements.

The durability of the LS600P is another key characteristic. Built with high-quality materials and components, it is engineered to withstand the harsh conditions often encountered on construction sites. This durability, combined with easy maintenance features, ensures that the Multiquip LS600P will provide reliable service over its operational lifespan.

Incorporating advanced technologies, the LS600P features an efficient hydraulic system that enhances its performance and responsiveness. This hydraulic system not only improves the effectiveness of its functions but also contributes to energy efficiency, thus promoting greener operations.

In conclusion, the Multiquip LS600P is a high-performance, efficient, and versatile machine. With features focused on user comfort, operational efficiency, and adaptability for various tasks, it stands out as a reliable choice for contractors aiming to enhance productivity and project outcomes on their construction sites.