Product Description
Our organization is actively devoted towards offering a wide gamut of Solar Strut Channel Making Machine that produce all size of strut channel required for this purpose. Our offered range is manufactured with advanced technology by our vendors. This machine is easy to operate and is highly rigid and heavy duty. Apart from this, we offer our clients a superior range which requires minimum maintenance. Solar Strut Channel Making Machine is compact in shape and size to fit in any workshop and start the production.
Technical specification .
| Product name | Strut channel roll forming machine |
| Items | Parameters | Remark |
| Suitable Material | Type | GI/GL | |
| Width | 1000/1200/1250mm | Custom |
| Thickness | 0.7 to1.20mm | |
| Product Specifications | Length | Any length | Programmed |
| Length Tolerance | 1.5mm/6m | |
| Working Speed | 25 m/min | Standard machine |
| Control System | Mitsubishi/Siemens/Panasonic PLC& transducer | Custom |
| Total Power | About 20KW | |
| Total Weight | About 15T | Up to final design |
Precision Engineering for Solar Channel ProductionEngineered for excellence, this Solar Strut Channel Making Machine delivers accurate and consistent channel profiles pivotal for solar mounting applications. Its advanced 16-24 forming stations and precision-tuned hydraulic cutting system enable stable, high-volume manufacturing with minimal waste and downtime.
Robust Construction and Superior RollersManufactured using high-grade steel components, including polished and hard-chromed Cr12 rollers, the machine ensures durability and resistance to wear. Its robust frame design and chain drive promote stability, ideal for continuous operation in demanding industrial environments.
Automated Control for Maximum EfficiencyEquipped with a PLC control system, the machine offers automated adjustments for speed, thickness, and cutting, streamlining the production process. Its user-friendly interface supports both novice and experienced operators, ensuring reliable output with minimal intervention.
FAQs of Solar Strut Channel Making Machine:
Q: How does the Solar Strut Channel Making Machine operate for solar panel mounting channel production?
A: This machine uses a chain drive system with 16-24 forming stations and a 15 kW motor to shape galvanized or stainless steel into precise solar mounting channels. The computerized PLC control enables automated adjustment and consistent profiles, while the hydraulic cutting system ensures clean and accurate channel lengths.
Q: What materials and dimensions can the machine process?
A: It is suitable for galvanized steel, stainless steel, and mild steel (MS) with a feeding width of 100-400 mm and thickness ranging from 1.2 to 2.5 mm. This allows flexibility for different structural requirements in solar mounting solutions.
Q: When should I consider using this machine for my solar structure manufacturing?
A: If your production demands high precision, consistent quality, and efficient throughputtypically 8-20 meters per minutethis automated machine is ideal for scaling solar strut channel manufacturing while maintaining tight production tolerances.
Q: Where can the Solar Strut Channel Making Machine be installed?
A: This machine is designed for industrial environments, requiring a three-phase 380V power supply and enough floor space for its dimensions (9000 x 1200 x 1500 mm). Its durable construction and long duty cycle make it suitable for manufacturing plants and large-scale fabrication workshops.
Q: What is the process flow for operating the machine?
A: Begin by loading the raw material (coil) onto the manual or hydraulic decoiler. The strip is then fed through the forming stations, where rollers shape it into channels. Next, the hydraulic cutting unit ensures precise, smooth-ended cuts. All operations are monitored and controlled through the PLC interface.
Q: How can the use of this machine benefit my solar mounting structure production?
A: The machine increases productivity by automating the entire channel-making process, provides consistent quality with 1mm tolerance, and reduces manual labor and errors. Its robust build and high-grade components minimize maintenance, enhancing overall operational efficiency for solar structure projects.