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1600KN Oil Tank Pressure CNC Angle Steel Fire Bar Iron Bending Machine 15KW Motor Power
| MOQ: | 1 set |
| Price: | Negotiable |
| Standard Packaging: | Wooden case |
| Delivery Period: | 60 days |
| Payment Method: | L/C, T/T |
| Supply Capacity: | 200 sets/year |
1600KN Oil Tank Pressure CNC Angle Steel Fire Bar Iron Bending Machine 15KW Motor Power
Product Introduction:
Mainly used for angle steel bending and plate bending.
Product configuration:
| Model | HQ250-700 | |
| Oil Tank Pressure (kN) | 1600 | |
| Outside double-sided bending size (Heel up ) (mm) | L80*7~L250*32 | |
| Outward double-sided bending degree for angles (°) | 30° | |
| Angle steel forward single bending range (mm) | L80*7~L200*20 | |
| Angle steel forward single bending degree (°) | 20° | |
| Bending Plate thickness (mm) | 2~16 | |
| Bending Plate width (mm) | 700 | |
| Bending degree for plates (°) | 90° | |
| Angle opening & closing range (mm) | L80*7~L200*16 | |
| Angle opening & closing degree (°) | 16° | |
| Oil Tank Stroke (mm) | 800 | |
| Max.opening height (mm) | 1300 | |
| Motor Power (kW) | 15 | |
| Heating power (kW) | 60*2 | |
| CNC Axis | 3 | |
| Oil tank capacity (L) | 630 | |
| Overall size (m) | 3.5x4.5x4.1 | |
Product Features:
1. It utilizes a numerically controlled programmable controller with a touchscreen interface for information input and status feedback, ensuring ease of operation.
2. It incorporates intelligent ultrasonic frequency induction heating technology, enhancing production efficiency, lowering operational costs, and ensuring environmental sustainability within the factory.
3. This is a versatile machine that does not require additional tooling or molds.
4. CNC control is implemented to precisely maintain the molding angle of the workpiece, ensuring product quality and enhancing production efficiency.
5. Equipped with a separate hydraulic system and electrical control system, the operation is streamlined and user-friendly, with performance that is both safe and reliable, contributing to high production efficiency.
6. For workpieces with an angle size less than L100×L100×10 and a bending degree of less than 5°, cold pressing can be applied.
7. Processing Speed: The average cold pressing cycle time is 10 seconds per operation, while the heating processing time is 120 seconds per cycle (dependent on the specific material and type of workpiece). The workpiece is processed when the heating temperature reaches 800°C (or red-hot), with the exact temperature and bending angle being determined by the material and specific requirements.
8. During the heating and processing of the workpiece, the parameters are preset, and the cycle begins by pressing the start button or activating the foot switch. The process involves fully automated heating, followed by heating completion, workpiece pressing, head lifting, and workpiece removal.
9. During heating and cold pressing, the parameters are preset, allowing for immediate cold pressing without the need for the pressing head to return to its initial position. The lower pressing mold raises by a gap of 100mm, facilitating the removal of the workpiece and ensuring high operational efficiency.
These test specimens, derived from the production line of angle steel punching, cutting, and marking machinery, represent the standard specifications and processing conditions typically employed in the angle steel tower industry. They enable users to directly evaluate the equipment's processing quality, precision, and workmanship—critical performance metrics that highlight the equipment's capability to meet the demanding operational standards of angle steel tower manufacturing.
In the construction of ultra-high voltage (UHV) transmission lines, where transmission towers are subjected to extreme weather conditions and significant structural stresses, this equipment is vital in processing the angle steel components that constitute the primary load-bearing framework of the towers. It reliably carries out drilling and stamping operations on angle steel used for tower bodies, cross-arms, and other key structural elements, ensuring precise machining and robust structural connections. This process maintains the overall integrity of the transmission towers, which is essential for the safe and uninterrupted operation of UHV power transmission systems.
