I. Typical 2-4 Channel Synchronization Scenario
Total Time: 10-15 minutes
Time Distribution: Hardware wiring 3-5 minutes, master/slave channel parameter configuration 5-7 minutes, oscilloscope calibration synchronization deviation 2-3 minutes.
Applicable Scenario: Small-batch, multi-channel rapid verification of hot runner systems, without complex phase fine-tuning.
II. 8-16 Channel Batch Synchronization Scenario
Total Time: 25-35 minutes
Time Distribution: Multi-channel synchronization trigger link wiring 8-12 minutes, multi-channel parameter batch configuration 10-15 minutes, full-channel synchronization deviation calibration 7-8 minutes.
Applicable Scenario: Large-scale multi-cavity hot runner system full-channel batch verification, requiring all channels to have a synchronization deviation ≤0.01s.
III. Initial Setup + Parameter Consolidation Scenario
Total Time: 40-60 minutes
Time Distribution: Hardware setup 10-15 minutes, full-channel parameter debugging 20-25 minutes, repeated synchronization deviation calibration 10-20 minutes, parameter consolidation and archiving 5 minutes.
Subsequent repeated use of consolidated parameters can reduce synchronization time to 5-10 minutes, requiring only power-on triggering for synchronization output.
The above times are based on the typical operational rhythm of industrial sites and are fully adaptable to your ongoing hot runner multi-channel signal verification scenario, allowing for precise control of operation time nodes.
