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JPSK CNC-200-9P CNC Busbar Punching Shearing LineAutomatic feeding, automatic po
For high-volume Saudi switchgear and busduct production the HQ600-SP line is the LTMC answer to labour-dependent punching, because feeding, positioning, clamping, punching, shearing, die change and discharge all run automatically on one CNC busbar punching and shearing line. In the 600 kN configuration the published figures are a 15 × 200 mm maximum processing section, a ф4.3–ф35 mm punching range, 120–150 strokes per minute, ±0.2 mm punching accuracy and 0.10 mm per 500 mm positioning accuracy on six control axes. Servo positioning replaces manual measurement, so operator skill stops being the variable that limits output. It is intended for cabinet builders, transformer plants and busway manufacturers running repeated hole patterns in Riyadh, Jeddah, Dammam and across the GCC. Final configuration should follow your material, throughput and tolerance specification.
HQ600-SP CNC Busbar Punching Shearing Line
Automatic feeding, automatic positioning, automatic clamping, automatic punching, automatic shearing, automatic replacement of mold, automatic delivery CNC busbar punching cutting line.
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Jinan Lijian CNC Machinery
E-mail: [email protected]
Whatsapp: +8613853146766
Skype: Leanne.Li88
www.busbarmc.com
Products:
CNC 3in1 Busbar Processing Machine
CNC Servo Busbar Bending Machine
CNC Busbar Punching and Shearing Machine
Portable Busbar Machine
Widely used in high and low voltage switchgear, switchboard, transformer manufacturing,box-type substation, busway and other electric power industry.
Hot Tags: HQ600-SP cnc busbar punching shearing line, China, suppliers, manufacturers, factory, price
Figures below are stated against the acceptance conditions named in each paragraph so that every paragraph can be read on its own. Values are the published specification for the LTMC machine or series named; where a value is a category-level acceptance target it is labelled as such. This is a category-level acceptance benchmark and must be confirmed by a factory acceptance test (FAT) using the buyer’s own material and the ordered machine configuration.
Test conditions: 600 kN configuration running a repeating hole pattern on copper busbar, six-axis servo positioning active. Specified value: 120–150 strokes per minute with ±0.2 mm punching accuracy and 0.10/500 mm positioning accuracy. Comparison baseline: the LTMC HQ400-S-7P/8P class, published at 100 strokes per minute at the same ±0.2 mm punching accuracy — roughly 20–50% more strokes per minute at the higher force setting.
Test conditions: X-axis rapid traverse on the 2000 mm stroke, 600 kN configuration. Specified value: 75 m/min X-axis positioning speed with a 35 m/min Y-axis and 35 m/min Z-axis positioning speed. Comparison baseline: the HQ400-S-7P/8P class at 60 m/min on the X axis, giving about 25% higher positioning speed.
Test conditions: component audit of the 600 kN build against the published configuration options. Specified value: Option 2 build: ABB main motor, American Albert hydraulic pump, German Rexroth solenoid valves and Rexroth servo system, HIWIN/TBI/PMI guides and screws, 6 control axes. Comparison baseline: Option 1 build with Juli motor, Taiwan Hydromax pump, Litand valves and Exton servo system, which is the lower-cost configuration for non-continuous duty.
Test conditions: a repeating busbar batch run on the automatic line versus the same batch on a manual 3-in-1 machine. Specified value: automatic feeding, positioning, clamping, punching, shearing, die change and discharge with no manual measurement between strokes. Comparison baseline: manual 3-in-1 machine operation, where hole position depends on the operator setting the back gauge for every bar.
