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The automated inspection machine represents a critical advancement in end-of-line quality control for straight busbar manufacturing. This sophisticated system is precisely engineered and composed of three primary operational zones: the feeding positioning station, the core inspection station, and the discharge station. Designed to eliminate human error and significantly reduce manual labor, this continuous-flow architecture ensures that every single unit undergoes rigorous evaluation without bottlenecking your production floor. By automating the handling and testing phases, facilities can achieve a remarkable working efficiency, completing a comprehensive evaluation in merely 2 minutes per piece. The smooth, rhythmic hum of the dual-axis servo motors (Z axis/X axis) moving the heavy copper or aluminum busbars into position is a testament to its mechanical precision, completely preventing missed detections and ensuring absolute consistency across large manufacturing runs.
When the busbar enters the feeding position, the intelligent control system takes over. It automatically selects the correct testing fixture to initiate the diagnostic sequence, drawing directly from information identified by the integrated bar code scanner or directly relayed from the previous assembly line. Once positioned, the pneumatic clamps engage with a firm, reassuring mechanical lock, and the system executes three critical electrical safety evaluations: the high voltage (HV) withstanding test (0~5000V), the insulation resistance test (1~1000V), and the grounding test (0~25A). To guarantee maximum operator protection during these intensive procedures, the testing zone is fully isolated and equipped with multiple physical and software-based safety interlock devices, creating a secure environment that prioritizes personnel well-being.
After the testing cycle is successfully finished, a detailed and highly accurate testing report will be generated instantly on the crisp, high-contrast industrial display. Leveraging advanced data traceability, this report can be saved locally, printed directly on site via the optional report printing system, and recorded remotely via secure cloud storage. The system is fully capable of bidirectional communication with factory MES (Manufacturing Execution Systems) or ERP platforms, ensuring that your quality data is always synchronized with your broader operational metrics. Its document format can be entirely customized and set according to specific customer requirements, providing clear, actionable insights. Automatic inspection machine is mainly used for batch inspecting on the straight busbar. Elbow busbar type shall be tested on manual inspection machine to accommodate their unique physical geometries.
No. | Parameters |
Model | KD-JCX/NC-E/H-6 |
Busbar Height | 100mm~650mm |
Busbar Length | 1200mm~6000mm |
Busbar Type | Straight length type |
Position Type | Unilateral / Middle |
Working Efficiency | 2 min/piece(testing time is adjustable.) |
Servo Nos | 2 axis( Z axis/X axis) |
Vision System | Phase error judgment( optional) |
Printing System | Bar code printing/ Report printing( optional) |
High Voltage Withstanding Test | 0~5000V |
Insulation Test | 1~1000V |
Grounding Test | 0~25A |
Power | 380~415VAC 50~60Hz 5kW |
Equipment Dimension | L12000mm*W1200mm*H1900mm |
Beyond its core testing capabilities, this equipment is tailored to meet the exacting demands of modern electrical manufacturing facilities. It serves as an indispensable asset for busbar manufacturing plants, switchgear assembly enterprises, and large-scale power distribution equipment production lines requiring rigorous outbound quality control. The rigid, powder-coated steel frame provides a solid, vibration-free foundation, ensuring that the delicate vision system (optional phase error judgment) captures clear, distortion-free data during every single cycle.
Constructed with premium industrial-grade materials, the machine frame and internal electrical components are engineered to withstand the harsh, dust-prone, and complex environments typical of heavy manufacturing workshops. It features outstanding resistance to electromagnetic interference (EMI), ensuring that sensitive HV and insulation measurements remain highly precise even when operated alongside heavy stamping or welding machinery. Furthermore, the entire electrical architecture complies strictly with IEC international electrotechnical standards and holds full CE safety certification, fulfilling the stringent regulatory requirements of high-end global markets. The tactile feedback of the industrial-grade buttons and the intuitive layout of the centralized control panel allow operators to manage complex testing parameters with minimal fatigue.
Recognizing the substantial physical footprint of the equipment (L12000mm*W1200mm*H1900mm), we have developed a highly specialized logistics protocol. Each machine is carefully secured within reinforced, heavy-duty wooden crates constructed from fumigated timber that fully complies with international maritime shipping standards. Inside the crate, moisture-absorbing desiccants and custom-molded shock-absorbing materials protect the sensitive servo axes, vision systems, and testing probes from moisture, vibration, and impact during long-distance ocean freight. Upon arrival at your facility, our dedicated deployment teams are available to provide comprehensive on-site installation, precision calibration, and hands-on operational training for your technical staff anywhere in the world, ensuring the system is integrated into your workflow without delay.
Investing in automated quality control infrastructure requires dependable, long-term backing. We stand behind our inspection systems with an extended comprehensive warranty covering all major mechanical and electrical components. To ensure your production line never experiences prolonged downtime, our engineering team provides 7x24-hour remote technical response, capable of diagnosing software anomalies or system alerts instantaneously via secure network connections. Additionally, clients benefit from lifetime free upgrades for the system's control and reporting software, ensuring your equipment evolves alongside emerging industry standards and data management protocols.
