Battery Operated Transfer Cart for Sandblasting Room

The battery operated transfer cart plays a vital role in the sandblasting room environment. Not only does it transport sandblasting workpieces efficiently, but it can also be customized to meet various operational requirements based on the specific needs of the work.

Diverse Table Designs

1. Large Hollow Grid Table
   This design is ideal for sandblasting large workpieces, particularly when the operator does not need to work close to the flat car. The primary advantage of the large hollow grid table is that the sand particles generated during the sandblasting process can quickly fall through the open sections of the grid, preventing accumulation on the table. This reduces the risk of secondary contamination of the workpiece and ensures the uniformity of the sandblasting effect. Additionally, the hollow structure reduces the overall weight of the transfer cart making it more flexible in operation and reducing energy consumption.

2. Steel Mesh on the Hollow Table
   When operators need to perform detailed work on the workpiece near the flat car, a steel mesh can be laid over the hollow table. This design offers a stable platform for the operator to stand on, allowing for precise control of the spray gun during the sandblasting process. The steel mesh also acts as a barrier, preventing sand from splashing and ensuring the operator's safety.

Protection Measures for Key Components

1. Motor Protection
   The motor is the heart of the battery operated transfer cart, and its normal operation is crucial for the efficiency of the transfer cart. In the harsh, sand-filled environment of the sandblasting room, the motor is highly susceptible to sand erosion. Therefore, the motor is equipped with a protective casing made from high-strength, well-sealed materials to effectively block sand from entering. This ensures the motor remains clean and extends its service life.

2. Battery Protection
   The battery is the energy source for the transfer trolley and its stability is essential for the continuous operation of the cart. To prevent sand from damaging the battery, it is specially packaged with materials that offer excellent insulation and can withstand the impact and friction of sand. Additionally, a battery cooling system is integrated to dissipate the heat generated during charging and discharging, preventing performance degradation due to overheating.

3. Electrical Protection
   The electrical system controls the motor, speed regulation, and other key functions of the transfer cart. To ensure the system operates normally, it is protected in multiple ways. The electrical components are housed in a sealed electrical box to prevent sand from entering. Additionally, the electrical circuits are reinforced and insulated to protect them from damage caused by sand friction, preventing short circuits and other electrical faults.

Conclusion

The battery operated transfer cart used in sandblasting rooms is designed to operate stably and efficiently in the challenging and abrasive sandblasting environment. With a carefully designed table and comprehensive protection for its key components, this transfer cart provides reliable support for the smooth progression of sandblasting operations.