Concrete Vibrating Table Specifications

The specifications of concrete vibrating tables include different table sizes such as 200x200, 350x350, 450×450, 500×500, 600×800, 750x750, 800*800, 1000x1000mm, etc. These specifications cover different needs from small to large, and are suitable for the compaction of various concrete components. Different models of concrete vibrating tables have the same vibration table frequency (2860 times/min), amplitude (0.3-0.6mm) and motor power (1.5 kW 380V), but the load capacity is different, ranging from 75kg for small vibration tables to 250kg for large vibration tables, which meets the use requirements in different working scenarios. In addition, there are some special models of concrete vibrating tables, such as vibration tables with adjustable amplitude and frequency, which provide more flexible operation options and adapt to a wider range of experimental and engineering applications.

Table Size and Dimensions:

Table Dimensions: Concrete vibrating tables come in various sizes, typically ranging from small tabletop models to larger industrial-sized tables.

Tabletop Area: The tabletop area can vary based on the size of molds or products being compacted.

Vibration Mechanism:

Vibration Type: Concrete vibrating tables utilize electric vibrators or pneumatic vibrators to generate controlled vibrations for compacting concrete.

Vibration Frequency: The vibration frequency can be adjustable to suit different types of concrete mixes and products.

Construction and Materials:

Table Construction: The table is typically constructed with a sturdy frame and a flat vibrating surface to support molds and concrete products.

Vibrating Surface: The vibrating surface is often made of durable materials such as steel, aluminum, or composite materials to withstand the rigors of concrete compaction.

Vibration Control:

Vibration Intensity Control: Some vibrating tables come with adjustable vibration intensity controls to regulate the force of vibration applied to the concrete.

On/Off Switch: An easy-to-use on/off switch allows operators to start and stop the vibration process conveniently.

Power Requirements:

Power Supply: Concrete vibrating tables typically require standard electrical power sources, with voltage and current specifications based on the equipment size and motor power.

Mobility and Stability:

Stability: The table should be designed for stability during operation to prevent excessive movement or vibration.

Portability: Some models may feature wheels or handles for easy relocation within the production facility.

Application Specific Features:

Customizable Options: Manufacturers may offer customizable features such as different vibration patterns, multiple vibration modes, or specialized table sizes to meet specific production needs.

Compatibility: Vibrating tables should be compatible with various types of concrete molds used in the industry, including those for paving stones, precast concrete products, countertops, and more.

Maintenance and Durability:

Easy Maintenance: The vibrating table should be designed for easy cleaning and maintenance to ensure longevity and consistent performance.

Durability: High-quality construction materials and components ensure durability and reliability in demanding concrete production environments.

concrete vibrating tables are versatile equipment used for compacting concrete mixes in various applications. By considering factors such as table size, vibration mechanism, construction materials, safety features, power requirements, mobility, and application-specific features, manufacturers and users can select the most suitable vibrating table to meet their production needs and ensure efficient concrete compaction processes.