Cable Termination and Glanding Record

This template covers the inspection points that matter most at cable entry and termination: gland type and rating, sheath retention, lug compatibility, torque verification, polarity or phase identification, and screen bonding. It also includes a deficiency log and sign-off trail so the record can support commissioning or handover. It is designed for installed electrical cables, not for general equipment maintenance. If your work includes hazardous areas, the same record can be adapted to capture the additional gland or sealing requirements.

Use it after cable installation and before energizing the circuit, especially during pre-commissioning, final inspection, or turnover from contractor to operations. It is also useful after re-termination, panel modifications, cable replacement, or any work that could affect polarity, bonding, or torque. For recurring maintenance, it can be reused as a verification record when terminations are opened and reassembled. It is not a substitute for live electrical testing or a full commissioning package.

A qualified electrician, electrical inspector, or commissioning technician should complete the record, depending on site practice and the work scope. The person signing should be able to verify the drawing, torque specification, and termination details, not just observe the work. A supervisor or commissioning lead should review and sign off any deficiencies or exceptions. If your site uses a permit-to-work or lockout-tagout process, the inspection should be tied to that workflow.

Yes, it supports documentation practices commonly expected under OSHA electrical safety requirements, general industry or construction rules as applicable, and site electrical standards. It also aligns with good practice from NFPA 70E for electrical work practices and with manufacturer torque specifications, which are often part of a compliant installation. If the installation is in a regulated environment, you can add references to the applicable code, standard, or project specification. The template does not replace required testing or jurisdictional approval.

Common issues include using the wrong gland for the cable construction, missing sealing components, under- or over-torqued lugs, and terminations that do not match the drawing. Inspectors also frequently find reversed polarity, mislabeled conductors, or screen bonding at the wrong end. Another frequent problem is incomplete documentation, such as no torque value recorded or no reference to the specification used. The template helps turn those findings into tracked non-conformances instead of informal notes.

Yes, and you should. Many teams add fields for cable type, hazardous area classification, torque tool ID and calibration date, test instrument ID, or the specific panel and feeder reference. You can also add project-specific acceptance criteria, such as gland material, ingress protection target, or screen bonding method. Keep the core checks intact so the record still proves what was inspected and what was accepted.

A general electrical checklist is broader and often too shallow for termination quality. This template is narrower and more useful when the main risk is incorrect gland selection, loose terminations, or bonding errors that can cause faults, nuisance trips, or unsafe conditions. It gives you a structured record for the exact items an installer or inspector needs to verify at the cable end. If you need a broader asset inspection, use this alongside a panel, equipment, or commissioning checklist.

Yes. The fields map well to digital forms, photo attachments, corrective action tracking, and work order closure in a CMMS or commissioning platform. You can link the record to asset IDs, drawings, torque tool calibration records, and punch-list items. For rollout, many teams start with one panel or one project area, then standardize the same fields across similar installations. That keeps the record consistent and easier to audit later.