How to find out how many cubes of concrete are in a KamAZ mixer (concrete mixer): volume, capacity, dimensions

It is essential to know the precise volume of your mixer when working with concrete. Knowing how much concrete a KamAZ mixer can hold will help users order the correct quantity of materials and prevent delays in their projects.

Because of their dependability and capacity, KamAZ mixers are well-liked. A KamAZ mixer’s volume and dimensions can be used to determine how many cubic meters of concrete it can handle. This information is necessary for smaller-scale projects as well as larger ones.

We’ll go over the essential measurements and considerations for determining a KamAZ mixer’s concrete capacity in this tutorial. You’ll be more equipped to efficiently handle your concrete needs armed with this knowledge.

KamAZ Mixer Model Volume (Cubic Meters) Capacity (Liters) Dimensions (Length x Width x Height in meters)
KamAZ 53212 7.5 7500 7.0 x 2.5 x 3.2
KamAZ 65115 8.0 8000 7.5 x 2.6 x 3.3
KamAZ 6520 9.0 9000 8.0 x 2.7 x 3.4

It’s important to comprehend the volume, capacity, and dimensions of a KamAZ mixer in order to determine how much concrete it can hold. You can precisely calculate how much concrete it can hold in a single load by knowing these important details, so you can make sure you order the proper amount for your construction project. To help you efficiently manage your concrete needs, this article will walk you through the process of calculating how many cubic meters of concrete fit into a KamAZ mixer.

What are the advantages of ordering a mixer

There is a significant amount of concrete in the mixer. The plant mixes all of the solution’s ingredients, loads the KamAZ, and transports it to the location. In addition, the client can be certain that the concrete precisely matches the stated grade and all other pertinent GOST parameters. Ready-made concrete is transported to the location and fed into the pouring area.

  • Delivery of freshly prepared mixture directly to the site
  • Exact compliance of the grade and technical characteristics with GOST
  • Possibility of feeding the solution directly into the formwork
  • Significant reduction in the share of manual labor – due to the lack of need to prepare the mixture yourself and deliver it to the site (the solution is fed through a chute)
  • High speed of work, no extra seams, areas with low-quality concreting
  • Delivery of concrete to any distance – small and large plants provide the service in Moscow and the regions, with strict adherence to the transportation time

The concrete within a KAMAZ truck doesn’t delaminate, dries out, or become mobile. To move the mixture efficiently over a distance of several meters or more, many contemporary models come with pumps and various kinds of hoses.

Types of mixers and their parameters

The Kamaz mixer is a type of truck that falls under the special equipment category. It has a revolving pear-shaped container that is used to transport concrete mortar. GOST 7473-2010 states that the mixture is not affected by UV radiation, ambient temperature, or precipitation while in transit. The solution is still uniform, brand-new, and of the greatest caliber, making it appropriate for use in any kind of task.

Any risks of cement mortar leaking, drying out, stratifying, going over the time limit for maintaining mobility, freezing in the cold, or setting early are not present when concrete mixers are used for transportation. To prolong the period of property preservation during long-distance transportation, different plasticizers are added to the mixture.

You must be aware of the precise make and model of the machinery as well as the properties of the solution in order to respond to the question of how much concrete is in the mixer. The Kama Automobile Plant’s models, which manufacture gravity reversible ABS based on the KAMAZ chassis 65115 and 69343, 63963 and 53229-15, etc., are currently the most popular models available.

The mixer’s capacity ranges from 5 to 12 m3. The most widely used equipment has a 9 cubic meter capacity.

The mechanical mixing process has been superseded by hydraulic drives found in contemporary truck mixers for concrete. Following the loading of the concrete into the mixer, spiral-bladed drums are used to mix the mixture. With the blades rotating in the opposite direction, the mixture is unloaded in both directions. Concrete can be delivered by a contemporary truck mixer in temperatures ranging from -30 to +40.

  • All dry components are loaded into a container, mixed with water from a truck tank, mixed during transportation
  • Preparation of the mixture at the plant, pouring the finished solution into the mixer, delivery

The following are used to make work in car concrete mixers easier: standard or extended chutes up to 7 meters, feeding and pipe hoses, concrete pumps, and special conveyor belts that can unload up to 14 meters. It is also feasible to extend the delivery length to 50–60 meters by using a telescopic boom.

The amount of concrete in a mixer in cubic meters can be found in a few different ways. The capacity/output of the final solution determines the volume of the solution in the container, not the geometric volume of the drum itself. After all, efficient concrete mixing takes place in a portion of the open area. The GOST estimates that the variation is 4-6 cubic meters.

Simultaneously, the maximum loading level of the concrete mixer truck is determined by the mixer’s capacity, a factory technical feature. Instead of paying for the number of cubic meters that are fictitiously included in the mixer, the customer pays for the actual volume of concrete that is delivered. Because of the limitations of the car’s carrying capacity and chassis, the KAMAZ concrete mixer, which has a geometric volume of 8 m3, can only deliver a maximum of 5 m3.

Many people are interested in knowing how many cubic meters of concrete a KAMAZ concrete mixer holds. This manufacturer offers roughly 20 different machines in their line of specialized equipment. Each of them also presupposes a specific amount of capacity, the dimensions of extra devices, and functionalities.

  • Drum volume – affects the speed of the machine, the amount of mixture, the level of load on the road surface.
  • Passability – especially if delivery to remote regions is planned.
  • Engine power – also affects the speed and ability to transport large volumes of mortar.
  • Total weight of equipment – not all loaded mixers can go everywhere, especially if access to the construction site is difficult.
  • Drum rotation frequency – affects the efficiency of concrete mixing.

Indicators affecting the capacity of the mixer

Concrete truck mixing drums can vary in size and capacity depending on KamAZ. The machine’s model and the kind of construction determine how many cubic meters of concrete one mixer can hold. The drum typically has a volume of 5 to 12 cubic meters.

When significant building is intended, big equipment with a 10–12 m3 delivery capacity is selected. However, it’s important to keep in mind that this kind of "Kamaz" requires significant space and can’t fit into every building site.

As equipment with a volume of 6 to 9 m3 is thought to be the best option, manufacturers tend to produce the most of these models.

It is important to keep in mind that every mixer has an inclination of between 10 and 15 degrees. Convenient and thorough loading/unloading of the solution is ensured by the inclined position of the drum and internal blades in the shape of screws. After the mixture has been drained, the water tank is used to flush the tank and prevent the mixture from solidifying on the tank walls.

Every "Kamaz" mixer has varying weights, loads, and dimensions. The only aspect of the vehicle that is still standard is its width of 2. 2.50 meters or 55 meters (for larger mixers) (for other models). There may also be variations in height.

What you should pay attention to

You have to get everything ready before you order a construction mixture and figure out how much concrete a Kamaz needs. After all, ready-made concrete needs to be used right away and shouldn’t be neglected because it won’t last long and will harden quickly.

  • Provide access roads for a concrete mixer truck – several unloading points may be needed (for significant volumes of monolithic work).
  • Clear a site for parking the mixer, from where the supply will be carried out – it is desirable that the distance be equal to 8 meters from the edge of the trench. The slope should not be more than 5%, the size of the site is at least 6 by 8 meters.
  • Prepare the entire tool for work – a vibrating plate for sealing, other devices.
  • Think about where the excess mixture will be drained – you can assemble formwork for some small structures (barbecue, fence, etc.).d.).
  • Order delivery only from trusted manufacturers, having previously read the reviews – after all, it will be difficult to control the volumes of the mixture, here a lot depends on the honesty and integrity of the supplier.
  • It is better to plan delivery for the morning in order to have time to use up all the solution.
  • If you need several mixers, you need to first draw up a schedule for the arrival of "KamAZ" trucks, a work plan. It is advisable to leave a gap of at least 2 hours between flights.
  • When accepting the mixture, be sure to check the consignment note, a certain sample of the quality passport for the solution, which indicates the brand, volume, etc.d.

When concrete is delivered using a KAMAZ mixer, there’s a great chance to save money, time, and effort while still receiving high-quality concrete that meets all of the mixture’s requirements.

Project planning and management become easier when one knows how much concrete a KamAZ mixer can hold. You can order the correct quantity of concrete and prevent work interruptions by being aware of the mixer’s volume, capacity, and dimensions.

Remember that KamAZ mixers come in different sizes, so make sure you’re using the right one every time. With the aid of this information, you can determine how many cubic meters of concrete you can mix simultaneously and how many trips the mixer might need to make in order to finish the job.

You’ll be in a better position to work with your suppliers and effectively manage your construction schedule armed with this knowledge. Precise measurements and comprehension of the mixer’s capacity are essential for a seamless and effective concrete pour.

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Marina Petrova

Candidate of Technical Sciences and teacher of the Faculty of Construction. In my articles, I talk about the latest scientific discoveries and innovations in the field of cement and concrete technologies.

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