What is drilling line made of
GSS Machinery's support has been invaluable in enabling us to excel in the steel fabrication market that we currently find ourselves in.
AC Unit on Electrical Cabinet. - The unit can be mounted on the cabinet’s High power (480v), side. It is in close proximity to the location that the drives are located. This option maintains the cabinet temperature and speeds up heat dissipation. All axes' servo drives are the major contributors to heat within the electrical cabinets.
“..In an effort to meet customer demands and increase production, we have installed a new beam drill line the resulting reduced labor cost and quicker turnaround times have consistently helped usin landing quality jobs.
Voortman's inside service technicians don't often need to be present at your machine in order to fix a problem. Voortman technicians can operate your control using an internet connection. Voortman equipment uses the Powerful Windows(r), Siemens control that allows for this capability. It also provides superior diagnostics via Windows(r).
CNC Beam Drill Line is made for fabricators and other job shops that drill holes in various types of steel profiles. You can determine if this machine meets your needs by answering the following questions.
GSS Machinery is committed to offering you the best options for drilling with your CNC Beam Drill Line, or any other CNC Beam Drill Line.
AC Unit Installed on Electrical Cabinet – The unit is mounted on the cabinet’s High Power (480v) side. It is close to the location where the drives are mounted. This option keeps the cabinet temperature stable and allows heat dissipation faster. The servo drives for all axes are the most significant contributors to heat inside the electrical cabinet.
Automatic Edge Finder – The edge finder can be used manually (Jogging method & Screen Buttons), programmatically, or fully automated (dedicated programme). This option adjusts offsets and program rotation to match orientation and location on the cutting board.
Not only will the CNC Beam Drill Line process beams and columns, but it also easily processes all steel profiles including channel, angle, flat bar, base plates, RHS, square, and round profiles.
The CNC Beam Drill Line is a hit among small and medium fabricators, who can fabricate both structural steel as well as miscellaneous metals. The CNC Beam Drill Line was first introduced in 2003 and has been used by more than 600 steel fabricators around the globe.
The attachment for 4-axis layout marking eliminates human error in manual layout. Even after galvanizing, blasting, and painting, part information can be retained.
We have installed over a thousand CNC Beam Drill Lines and Angle Lines around the globe and have found that even a novice programmer can be proficient on the machine in less time than half an hour.
This range can move along the profile easily and offer a wide range of automated functions. It can process I andH beams, channels and flat bars, angle irons, channel, rectangular tubes, square tubes, and T bars respectively. Automated processing of already assembled metal profiles is possible without the need for programming.
This ability to mill efficiently speeds up project completion. The Advantage-2 user-friendly Raptor 3DCAD/CAM software allows the operator to quickly program parts. The 3D platform allows you to inspect, modify, and export your part information. Advantage-2 drill's greatest advantages are the ability to scribe and mill slots as well as large lifting holes. This machine is truly unique. The scribing allows us to place piece marks, layout lines, and center points. It's been great to have the flexibility to use it whenever we want and to make those decisions.
Concrete beams can be strengthened with steel reinforcement rods. A beam is subject to tension at the bottom and compression at its top. Concrete is strong enough to withstand great compression but very fragile when it experiences tension.
A 10mm diameter bar can be used to reinforce a beam's longitudinally, but this all depends on the beam's size, span, and the load placed over it. The designer determines the steel cross-section area required when designing.
IS-456 (2000) Clause 29 states that a supported beam can be classified as deep if the ratio of its effective span to its overall depth D is less then 2. Continuous beams are classified as deep if the ratio L/D falls below 2.5. The centre-t is the measure of effective span.
The maximum concrete aggregate size will determine the spacing between bars in a beam. Between the bars, the minimum spacing can be between 50 and 75 mm.
The Beam L/D Ratio Diagnostic is used to display a plot of the length/diameter of all the beam elements in the model. The optimal L/D ratio to cool channel-related beam elements is 2.5. Solver convergence warnings may be issued if the L/D ratio is significantly lower.