Mobile Photo Documentation App
Use the mobile photo documentation app to capture pump station photos on site. Tag photos with component identifiers for seamless integration with the report.
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Create a detailed pump station inspection report online. Assess pumps, motors, wet well, and electrical components. Document defects and observations with photos. Use this template to record condition and plan maintenance.
Start creating your pump station inspection report now
Take photos of the object in the mobile app, complete the inspection report from the template, and download the finished photo report as Word or PDF.
Use the mobile photo documentation app to capture pump station photos on site. Tag photos with component identifiers for seamless integration with the report.
Mobile AppComplete the document from this template: sections, fields, photo documentation, and signatures.
Use the photo report generator to create a photo log of pump nameplates, overall views, wet well interior, control panels, and defects. Attach photos to the inspection report for visual evidence.
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Review the structure, sections, and fields before proceeding to fill out the document.
No.PSI-2026-012
The general condition of the pumping stations was assessed through visual inspection and review of operational logs.
| Inspection date | 7/14/2026 | Address | Sewage Pump Station 7, 200 Wastewater Lane, Atlanta, GA 30301 |
Overall, the pumping stations are in satisfactory condition, with no immediate safety hazards identified.
The inspected objects include the main pumping units, auxiliary equipment, and associated piping systems.
| Object name | Sewage Pump Station 7 | Technical condition | not filled in |
The identification and configuration of the pumping stations were verified against the provided technical documentation.
Main operational parameters such as flow rate, head, and power consumption were measured and compared with design values.
| Pump 1 Condition | Good | Pump 2 Condition | Fair |
| Pump 3 Condition | Good |
Measured parameters are within acceptable tolerances, with minor deviations noted in pump efficiency.
Additional parameters including vibration levels, temperature, and noise were monitored during operation.
| Motor 1 Condition: Good | Motor 2 Condition: Fair |
| Wet Well Condition: Fair | Control Panel Condition: Good |
Vibration and temperature readings are within normal limits, but noise levels slightly exceed recommended guidelines in one unit.
A thorough inspection was conducted to identify any visible damages to structural components, piping, and electrical systems.
| No. | Damage description | Photos |
|---|---|---|
| 1 | - | not filled in |
| 2 | - | not filled in |
Minor corrosion was observed on the exterior of one pump casing, but no significant structural damage was found.
Provide an overall condition assessment and recommended actions based on findings.
| Identification was carried out | Station ID: SPS-007 |
| There are remarks | Overall condition fair. Minor defects noted on pump 2 and wet well. |
List the inspector and asset manager involved in the inspection.
| No. | Full name | Position / status | Comment |
|---|---|---|---|
| 1 | Chris Johnson | Inspector | Conducted inspection. |
| 2 | Patricia Adams | Asset Manager | Reviewed report. |
Capture the signatures of the inspector and reviewer to confirm the report.
Report
A pump station inspection report records the condition of pumping stations, covering pumps, motors, wet well, and electrical components. It includes assessments, defects, observations, and recommendations. The report supports maintenance planning and asset management.
The report includes sections for inspection identification, pump assessment, motor assessment, wet well assessment, electrical assessment, and conclusions. Pump and motor assessments are repeatable for multiple units. Each assessment captures condition, defects, and observations.
Using an online template ensures comprehensive inspection of all pump station components. The report provides a clear record for maintenance teams and asset managers.
Utilities use pump station inspection reports to monitor the condition of pumping infrastructure. The report helps prioritize repairs and replacements.
Industrial plants with pumping stations use the report to document condition and plan maintenance. It covers all critical components.
Asset managers use the report to assess the overall health of pump stations and make investment decisions. The data supports lifecycle management.
Maintenance planners use the report to schedule repairs based on condition assessments. Defects and observations guide work orders.
Some jurisdictions require regular inspection of pumping stations. This report provides documented evidence of compliance.
Knowing the condition of pump stations helps in emergency planning. The report identifies critical vulnerabilities.
Review previous inspection reports and prepare necessary tools and checklists. Notify station operators of the inspection.
Inspect each pump, motor, wet well, and electrical panel. Record condition, defects, and observations. Take photos as required.
Compile all findings into the report. Assess overall condition and provide recommendations. Obtain signatures from inspector and reviewer.
Use the report to plan corrective and preventive maintenance actions. Update asset management systems with condition data.
Use the photo report generator to create a photo log of pump nameplates, overall views, wet well interior, control panels, and defects. Attach photos to the inspection report for visual evidence.
Create Photo ReportUse the mobile photo documentation app to capture pump station photos on site. Tag photos with component identifiers for seamless integration with the report.
Mobile AppClick a section to jump to it in the sample document.
The general condition of the pumping stations was assessed through visual inspection and review of operational logs.
The inspected objects include the main pumping units, auxiliary equipment, and associated piping systems.
Main operational parameters such as flow rate, head, and power consumption were measured and compared with design values.
Additional parameters including vibration levels, temperature, and noise were monitored during operation.
A thorough inspection was conducted to identify any visible damages to structural components, piping, and electrical systems.
Provide an overall condition assessment and recommended actions based on findings.
List the inspector and asset manager involved in the inspection.
Capture the signatures of the inspector and reviewer to confirm the report.
The report assesses pumps, motors, wet well, and electrical components (control panel). Each pump and motor unit is assessed individually with condition, defects, and observations.
Defects are recorded using defect reference fields linked to each component assessment. Common defects include worn impeller, seal leak, bearing failure, cavitation, overheating, insulation failure, structural damage, debris accumulation, corrosion, and leak.
Observations include flow rate, vibration levels, temperature, current draw, insulation resistance, leak rate, debris level, structural condition, pressure, and thermographic temperature. These provide quantitative data for condition assessment.
Photos are required for pump nameplate, overall pump view, wet well interior, and control panel. Defect photos are conditionally required when defects are recorded.
The report requires the inspector's signature. A reviewer signature (e.g., asset manager) is optional but recommended for formal approval.
Enter inspection details and generate a ready-to-download document.