How should common Bottled Purified Water Filling Line issues related to implementation process be diagnosed?

Diagnosing implementation issues for a Bottled Purified Water Filling Line begins by verifying alignment between site conditions and the pre-agreed engineering specifications — particularly water quality, utility readiness, and spatial layout. First, confirm that incoming raw water meets the design assumptions for your dual-stage RO system (e.g., TDS, hardness, SDI) as outlined in your project documentation; mismatched source water can cause premature membrane fouling or inconsistent output. Second, validate that facility utilities — including compressed air pressure (≥0.6 MPa), chilled water supply, and electrical phases — match equipment requirements specified during quotation. Third, inspect mechanical installation tolerances: misaligned conveyors or improperly leveled filling heads often lead to bottle jams or inaccurate fill volumes (target: ≤ ±2 mL). If operational instability persists after these checks, isolate whether the issue stems from control logic (PLC sequences, sensor calibration) or mechanical wear (seals, valves, grippers). Note that Chuxin Mingwei’s service scope includes on-site commissioning and operator training, but does not cover third-party civil works, non-standard bottle formats outside agreed specs (e.g., non-5/11.3/18.9L diameters), or modifications requested post-signoff without formal change orders. For unresolved anomalies, contact our project engineer with timestamped logs, error codes, and video of the failure mode — this accelerates remote diagnosis and dispatch of corrective actions under warranty or maintenance agreement.