Powerful Double-Track Magnetic Base Drill for Industrial Applications

Product Description

Detailed Description of the C1 Dual-Rail Magnetic Drill I. Product Usage Characteristics The C1 dual-rail magnetic drill is a highly efficient and versatile portable drilling device, widely used in various industrial scenarios, especially for drilling operations on large metal structural components. Its main applications include: Drilling on Metal Structural Components
The C1 dual-rail magnetic drill is designed for drilling holes in steel plates, stainless steel, aluminum plates, H-beams, angle steels, and other metal profiles. It is particularly suitable for drilling tasks on large structural components and can perform high-precision drilling operations in complex environments. Drilling in Complex Environments
This device is widely used in industries such as shipbuilding, papermaking, bridge construction, subway engineering, large equipment maintenance, power plant maintenance, and pipeline engineering. Its design allows for drilling operations at various angles, including overhead, vertical walls, and inverted positions. Efficient Processing and Maintenance
The C1 dual-rail magnetic drill features a small size, high power, and high efficiency, enabling it to complete drilling tasks quickly while reducing the difficulty of waste removal. It can also be used with hollow drill bits and core drilling bits to further enhance drilling efficiency. Multi-Purpose Functionality
In addition to drilling, the C1 dual-rail magnetic drill can also perform operations such as tapping, reaming, and countersinking. This multi-functionality makes it an ideal tool for industrial sites. II. Specifications The technical specifications of the C1 dual-rail magnetic drill vary depending on the specific model, but typically include the following key indicators: Power Supply and Power Voltage: Usually 220V or 380V. Power: Generally around 1800W. Drilling Capacity Maximum drilling diameter: Depending on the model, the maximum drilling diameter can reach up to 40mm. Drilling depth: Some models can reach up to 110mm. Magnetic Force and Adsorption Capacity Magnetic force: High-quality magnetic drills can achieve a magnetic force of over 12,000N. Adsorption: Generated by a direct current electromagnet, which produces a strong adsorption force instantly when powered on. Other Parameters Weight: Generally between 10-15kg. Dimensions: Length approximately 295mm, width approximately 175mm. Speed: Typically with two gears, low gear at 50-250 RPM, and high gear at 100-450 RPM. Additional Features Variable speed: Allows speed adjustment according to drilling needs. Forward and reverse rotation: Facilitates operations such as tapping. Safety protection: Equipped with overload and overcurrent protection functions. III. Quality Standards The quality standards of the C1 dual-rail magnetic drill are primarily based on industry standards and relevant specifications. The key quality requirements are as follows: National and Industry Standards According to the JB/T 9609-2013 standard, the basic parameters, technical requirements, testing methods, and inspection rules for magnetic drills have been clearly defined. This standard applies to magnetic drills that operate on both AC and DC power and are used in general environmental conditions, relying on a direct current electromagnet for adsorption onto metal materials. Quality of Core Components Magnetic Base: The magnetic base is the core component of the magnetic drill, and its quality directly affects the adsorption force and stability of the device. High-quality magnetic bases should feature high precision, high load-bearing capacity, and high wear resistance. Guide Rail: The precision and stability of the guide rail are crucial for drilling accuracy. High-quality guide rails should have no gaps and allow free movement. Safety and Reliability The device should have good insulation to prevent electrical leakage. The magnetic drill can only be activated when powered on, ensuring operational safety. The device should be equipped with overload protection and overcurrent protection functions to extend its service life. Precision and Efficiency High drilling accuracy, with hole diameter errors generally within 0.1-0.3mm. The device should have efficient power transmission to ensure high drilling efficiency. Durability and Maintenance The device should be made of high-quality materials to ensure durability. The design should facilitate maintenance and component replacement, reducing maintenance costs. IV. Conclusion The C1 dual-rail magnetic drill is a highly efficient and versatile industrial drilling device, widely used for metal processing tasks in various complex environments. Its design focuses on precision, safety, and multi-functionality, meeting the needs of different industrial scenarios. By strictly adhering to quality standards and industry norms, the C1 dual-rail magnetic drill performs exceptionally well in terms of performance and reliability, making it an indispensable tool in modern industry.