Automatic Coil Car in USA

An Automatic Coil Car is an essential tool for metal coil handling in manufacturing and roll forming operations. Designed for efficiency and precision, this machine is engineered to streamline the transportation and positioning of metal coils during the production process. In the USA market, where safety standards and operational efficiency are paramount, this coil car offers enhanced features tailored to meet these needs.
This machine is equipped with advanced mechanisms to lift, transport, and load coils onto uncoilers or other equipment effortlessly. Its robust design ensures durability and reliability for industries requiring high precision, such as automotive, construction, and metal fabrication. The USA edition, with a maximum load capacity of 7 tons and compatibility with 240V, three-phase, 60Hz power supply, aligns perfectly with the common industrial requirements in the region.
Key Features
Enhanced Safety: Designed to meet U.S. safety standards, reducing workplace risks.

High Precision: The PLC system ensures coils are positioned accurately for efficient loading and unloading.

Efficient Power Use: Operates seamlessly on 240V, three-phase, 60Hz power, making it compatible with standard American industrial electrical setups.

Durable Design: Constructed with heavy-duty materials to handle rigorous daily use in high-production environments.

Ease of Use: Equipped with a remote-control system, making operations straightforward and efficient.
Applications
The Automatic Coil Car is ideal for:
Roll forming lines
Metal stamping operations
Automotive manufacturing
Construction material production
Steel and metal processing facilities
Question and Answer Section
Q1: What is the maximum load capacity of the Automatic Coil Car?
A1: The coil car can handle a maximum load of 7 tons (14,000 lbs), making it suitable for heavy-duty industrial use.
Q2: Is the machine compatible with the standard U.S. industrial power supply?
A2: Yes, it is designed for 240V, three-phase, 60Hz power, which is commonly used in industrial settings across the United States.
Q3: How does the tipping mechanism work?
A3: The coil car uses a hydraulic system for smooth and precise tipping, ensuring the coil is securely loaded onto uncoilers or other equipment.
Q4: What safety features does the machine include?
A4: The machine has emergency stop buttons, safety sensors to prevent overloading, and a remote-controlled operation system to enhance operator safety.
Q5: Can the height of the lifting mechanism be adjusted?
A5: Yes, the hydraulic lift allows for customizable height adjustments to accommodate different coil sizes and loading requirements.
Q6: Is the machine portable within the factory?
A6: Absolutely! The coil car has a motorized, omni-directional movement system, making it easy to transport coils across the facility.
Q7: What industries commonly use this machine?
A7: It is widely used in automotive manufacturing, metal fabrication, roll forming, and construction material production industries.
This Automatic Coil Car is a critical investment for improving efficiency and safety in handling heavy coils. Its compatibility with U.S. industrial standards makes it an excellent choice for businesses looking to enhance their operational workflows.

Maximum Coil Capacity: 7 tons (14,000 lbs)
Power Requirements: 240V, Three Phase, 60Hz
Tipping Mechanism: Hydraulic system for smooth and precise coil tipping
Frame Construction: Heavy-duty steel frame for long-lasting durability
Movement Type: Motorized with omni-directional movement
Control System: PLC-controlled operations for accuracy and automation
Safety Features:Emergency stop buttonsSafety sensors to prevent overloading and misalignmentOperator-controlled remote for enhanced control
Emergency stop buttons
Safety sensors to prevent overloading and misalignment
Operator-controlled remote for enhanced control
Dimensions: Compact design to fit into standard industrial setups
Loading Mechanism: Hydraulic lift with customizable height adjustment
Noise Level: Low-noise motors and mechanisms for quieter operation