I. Hardware Deployment Phase
Duration: 3-5 working days
Core Content: Procurement, on-site wiring, and installation of hardware such as industrial communication gateways, PTP synchronous switches, and RC parameter acquisition modules.
Optimization Potential: By pre-stocking high-performance, cost-effective domestic hardware, this phase can be reduced to 2 working days.
II. Communication Integration and Debugging Phase
Duration: 5-7 working days
Core Content: Protocol conversion between the temperature controller and the MES system, data point mapping, and communication link verification to ensure stable and lossless RC parameter data upload.
Optimization Potential: By reusing your previous experience with Husky temperature controller communication configuration, internal technical team debugging can reduce this to 3 working days.
III. Rule Configuration and Testing Phase
Duration: 3-5 working days
Core Content: Configuring calibration trigger rules, task dispatch logic, and result verification processes for different processes in the MES system, and completing full-process testing under simulated operating conditions.
Optimization potential: Reusing the task scheduling module of the existing MES system can compress this phase to 2 working days.
IV. Full Deployment Phase
Duration: 2-3 working days
Core content: Small-scale pilot operation to verify stability, full deployment to all associated machines, and completion of operation and maintenance personnel training.
Optimization potential: If the pilot verification shows no anomalies, full deployment can proceed directly, which can be completed in 1 working day.
V. Multi-Production Line Expansion Cycle
After completing the deployment of the first production line, the marginal deployment cycle for subsequent new production lines only requires 3-5 working days. There is no need to repeatedly develop core logic; mature configurations can be reused for rapid deployment.
