| Quantity: | |
|---|---|
MCB Automated equipment
HAIPART
| 1 | Pin Riveting (Initial Fixation) | Secure and stabilize the mechanical structure of the circuit breaker |
| 2 | Thermal Test (Overload Simulation) | Apply a simulated overload current to evaluate delayed tripping performance |
| 3 | Automatic Calibration | If deviations are detected, the system automatically adjusts screws to calibrate the bimetallic strip position |
| 4 | Cooling & Reset | Restore the circuit breaker to its initial state through an automated cooling system |
| 5 | Verification Test | Confirm tripping reliability after calibration |
| 6 | Multi-Pole Assembly (Optional) | Assemble qualified single-pole breakers into multi-pole units and perform secondary pin riveting |
| 7 | Magnetic Tripping Test | Simulate short-circuit conditions to test rapid protection performance |
| 8 | Withstand Voltage Test | Verify insulation strength under high voltage |
| 9 | Final Assembly & Laser Marking | Install stoppers and use laser marking to print parameters, models, and customer logos |
| 1 | Full-Process Automatic Testing | covering thermal, magnetic, insulation, and mechanical functions |
| 2 | High-Precision Auto-Calibration | ensuring accurate bimetallic strip positioning |
| 3 | Multi-Pole Production Capability | with automated assembly and riveting |
| 4 | Enhanced Reliability & Consistency | through comprehensive performance verification |
| 5 | Laser Marking Integration | enabling customizable labeling and traceability |
| 6 | High Efficiency | achieved through streamlined automated workflows |
| 1 | Pin Riveting (Initial Fixation) | Secure and stabilize the mechanical structure of the circuit breaker |
| 2 | Thermal Test (Overload Simulation) | Apply a simulated overload current to evaluate delayed tripping performance |
| 3 | Automatic Calibration | If deviations are detected, the system automatically adjusts screws to calibrate the bimetallic strip position |
| 4 | Cooling & Reset | Restore the circuit breaker to its initial state through an automated cooling system |
| 5 | Verification Test | Confirm tripping reliability after calibration |
| 6 | Multi-Pole Assembly (Optional) | Assemble qualified single-pole breakers into multi-pole units and perform secondary pin riveting |
| 7 | Magnetic Tripping Test | Simulate short-circuit conditions to test rapid protection performance |
| 8 | Withstand Voltage Test | Verify insulation strength under high voltage |
| 9 | Final Assembly & Laser Marking | Install stoppers and use laser marking to print parameters, models, and customer logos |
| 1 | Full-Process Automatic Testing | covering thermal, magnetic, insulation, and mechanical functions |
| 2 | High-Precision Auto-Calibration | ensuring accurate bimetallic strip positioning |
| 3 | Multi-Pole Production Capability | with automated assembly and riveting |
| 4 | Enhanced Reliability & Consistency | through comprehensive performance verification |
| 5 | Laser Marking Integration | enabling customizable labeling and traceability |
| 6 | High Efficiency | achieved through streamlined automated workflows |
