How long does it take for the MES system to automatically trigger RC calibration tasks?

I. Hardware Deployment Stage

Duration : 3-5 business days

Procurement, on-site wiring and installation of hardware, such as industrial communication gateways, PTP synchronous switches and RC parameter acquisition modules.

Optimisation Potential: This phase can be reduced to 2 working days by pre-stocking high-performance and cost-effective household hardware.

 

II. Integrating Phase and Debugging of Communication

Duration: 5-7 working days

Core content: Protocol translation between the temperature controller and MES system, data point mapping, and communication link verification to ensure the steady and lossless transfer of the RC parameters data.

Optimisation potential: If you are able to use your existing expertise for Husky temperature controller communication setting, internal technical team debugging can cut to 3 working days.

 

III. Stage of rule configuration and testing

Length of time: 3-5 working days

Calibration trigger rules of MES system, task dispatch logic and result verification process configuration for distinct processes, and full-process testing under simulated operation conditions.

Optimisation potential: Squeezing this phase into 2 working days can be done by reusing the existing MES system's task scheduling module.

 

IV. Phase of Full Deployment

Period of time: 2-3 working days

Core content: Small-scale pilot operation for stability verification, full deployment to all associated machines, completion of operation and maintenance personnel training

Optimisation potential: If the pilot verification indicates no anomalies, the full roll-out can start instantly and be finalised within 1 working day.

 

V. Expansion Cycle of Multi Production Line

Once the first line is put into production, the incremental deployment cycle for any more lines only requires 3-5 working days. No need to write core functionality over and over again. Mature configurations can be reused to deploy quickly.