Pre-Installation Site Survey Checklist: Access, Utilities, Constraints and Evidence

A pre installation site survey checklist creates a shared, evidence-based view of the place where equipment or a system will be installed. It connects design assumptions with actual access, utilities, interfaces, environmental conditions and site rules before crews, deliveries and commissioning depend on them.

The survey is not a permit, engineering approval, safety authorization or promise that all concealed conditions are known. Apply the contract, approved design, manufacturer requirements, site procedures and applicable law. Route structural, electrical, environmental, safety and code decisions to qualified owners.

Define the installation and survey boundary

Identify the site, room or work area, equipment package, design revision and planned installation window. State whether the survey covers delivery access, storage, foundations, utilities, network interfaces, commissioning support, reinstatement or only a subset. Ambiguous scope creates gaps that appear after mobilization.

Name the site representative, installer lead, designer or engineer, safety contact and people authorized to accept findings. Record tenant, landlord and third-party interfaces. If an area is excluded because it is inaccessible, label that limitation and assign follow-up rather than assuming it is suitable.

Set the evidence standard before the visit: drawings to bring, measurements required, photograph rules, test records, confidentiality restrictions and decisions expected. The current approved documents should be distinguishable from superseded versions.

Plan the visit itself. Confirm access permission, escort, induction, required protective equipment, photography restrictions and whether operations can be interrupted. Tell the site which panels, rooms, records or representatives must be available. A survey conducted while critical areas are locked should be recorded as incomplete, not converted into a clean readiness result.

Review documents and assumptions before visiting

Collect the approved layout, equipment data, utility requirements, interface schedules, prior surveys and relevant site rules. Create an assumption list from the design: clear opening sizes, floor loading basis, power characteristics, drainage route, network location, ventilation, lifting access and operating shutdowns as relevant.

Do not treat drawings as proof of current conditions. Mark what must be visually verified, measured by competent people or confirmed from controlled records. Where intrusive investigation or testing is required, obtain authorization and use qualified specialists.

A construction site inspection checklist can provide useful evidence principles, but keep routine safety inspection separate from this readiness survey. The survey’s purpose is to test installation assumptions and interfaces, not to certify the whole site.

Copy this site survey record

PRE-INSTALLATION SITE SURVEY RECORD

Site / area / equipment package:
Survey date / design revision:
Site representative / installer lead:
Qualified specialists present:
Planned installation / delivery dates:

ACCESS AND LOGISTICS
Vehicle route / restrictions:
Loading point / booking requirement:
Opening, corridor and lift dimensions:
Handling plan assumptions / storage area:
Working hours / permits / escorts:

SITE AND INTERFACES
Installation footprint / measured dimensions:
Support or foundation / approved load basis:
Power / isolation / connection owner:
Water / drainage / ventilation / compressed services:
Network / controls / security interface:
Environmental conditions / operating constraints:

EVIDENCE AND DECISIONS
Drawing / document references:
Photo ID / location / direction / consent restriction:
Requirement / observed condition / variance:
Action / owner / due date:
Qualified decision or approval required:
Readiness status / conditions / approver / date:

Use one row per verified requirement or gap. “Looks fine” is not reproducible evidence. Record units, reference points, instrument or source where relevant, and whether a value was measured, supplied or estimated.

Verify access, delivery and material flow

Walk the proposed route from the site boundary to the final position. Check booking rules, vehicle restrictions, gates, loading areas, gradients, overhead limits, doors, corridors, stairs, lifts, turning space and temporary obstructions. Record dimensions at the narrowest or most restrictive points, not only nominal openings.

Confirm who controls traffic, lifting, escorts, parking, unloading and temporary storage. Lifting plans and load assessments belong to competent, authorized people. The survey should identify the need and provide verified inputs, not prescribe an unapproved method.

Consider packaging removal, waste routes and movement of tools after the main delivery. A route that accepts crated equipment may not support safe unpacking or final orientation. Changes to access should be tracked through a construction change order log template or the project’s approved change process when commercial or design scope is affected.

Measure space, supports and physical interfaces

Measure the installation footprint, service clearances, maintenance access, ceiling height and relevant openings from defined reference points. Note floor condition, wall construction, existing supports and visible clashes. Photographs should include labels or a location reference so another reviewer can understand what they show.

Do not infer structural capacity from appearance. Obtain approved load information and qualified structural review where required. Similarly, drilling, anchoring, penetrations and fire-stopping require approved details and checks for concealed services or hazardous materials under site-specific procedures.

Compare observed conditions with the design and manufacturer requirements. Record every variance, its potential effect and the owner who must decide. Never alter equipment, supports or required clearance merely to make an undocumented mismatch fit.

Confirm utilities, isolation and technical interfaces

Identify the required power, water, drainage, ventilation, compressed services, controls and network connections. Record connection point, capacity evidence, characteristics, ownership and availability date. A label or unused outlet is not proof of capacity, condition or compatibility.

Qualified specialists should confirm electrical protection, earthing, isolation, pressure, flow, environmental limits and other technical parameters as applicable. Define who may isolate, connect, test and re-energize. Note operational shutdown windows and affected stakeholders.

For digital systems, confirm network segmentation, ports, identities, data handling, cybersecurity review and support ownership through approved processes. Do not include credentials or detailed security configurations in a broadly distributed survey. Use an equipment commissioning checklist later to verify controlled startup and acceptance rather than treating survey observations as commissioning evidence.

Record site rules, hazards and work constraints

Capture required inductions, permits, working hours, noise or dust controls, hygiene rules, restricted areas, emergency arrangements and personal protective equipment specified by the site. Identify concurrent operations, public interfaces and sensitive occupants that can affect sequencing.

The survey should flag hazards and planning dependencies, but it does not replace the approved risk assessment, job planning or method statement. Qualified safety and operational owners determine controls. Stop and escalate if the visit reveals an immediate concern under the site’s stop-work procedure.

Use the contractor site induction checklist to prepare people for local rules. Keep personal, security and health information limited to what participants need, and obtain permission before photographing people, screens, records or restricted areas.

Build an evidence trail and constraint log

Give photographs unique IDs and record date, location, direction and subject. Link measurements to a sketch or drawing reference. Preserve the source and revision for supplied utility data, approvals and site statements. If someone provides a verbal answer, identify the person and mark it pending confirmation when formal evidence is required.

Separate facts, assumptions, constraints and decisions. A fact may be a measured opening; an assumption may be that storage will remain available; a constraint may be a fixed shutdown window; a decision may be an approved route change. Mixing them makes review difficult.

An audit evidence log template can index controlled records. Restrict access to images that reveal security systems, personal data, proprietary processes or customer information, and apply the organization’s retention rules.

Resolve gaps and make a readiness decision

Convert every mismatch or missing input into a specific action with owner, due date, dependency and required evidence. Classify the effect using the project’s approved method, not an invented severity scale. Some gaps block all work; others block only a particular activity or can be managed through an authorized condition.

Review dependencies together. A power connection can appear ready while the isolation window, cable route or responsible electrician remains unconfirmed. Likewise, physical space may be adequate but unavailable during the delivery window. Readiness requires the connected chain of conditions, not isolated green checks.

The readiness review should distinguish ready, ready with documented conditions and not ready, if those statuses are approved. Identify who can make that decision. A vendor’s desire to mobilize does not override missing permits, unsafe conditions, unresolved engineering or site refusal.

Use a decision log template for consequential choices. When conditions change after the survey, reopen the affected checks and notify design, site, logistics and commercial owners before relying on the old status.

Use Kuno carefully during survey review

Site discussions can include personal information, customer operations, security arrangements and commercially sensitive constraints. Capture only with authority and clear notice, obtain consent where required, and follow site rules on devices, photography, storage, access and retention.

Turn an authorized survey debrief into draft actions for review. Kuno can help organize consented discussion, but competent people must verify dimensions, conditions, owners and technical decisions. Explore Kuno

Generated notes should never determine structural adequacy, electrical suitability or readiness. Compare every statement with drawings, measurements and controlled evidence. Remove unnecessary sensitive details before distributing the record.

Hand off the approved survey to delivery teams

Issue a controlled report showing scope, evidence, open actions, assumptions, approved decisions and readiness status. Brief delivery, installation, commissioning, safety, site and support teams on the items relevant to them. Confirm that revised drawings and plans incorporate accepted changes.

The installation completion report template can structure the later handover, but completion evidence must remain separate from pre-work assumptions. Archive the survey version used for planning so later reviewers can trace why decisions were made.

Keep survey conversations connected to accountable follow-up. Kuno supports authorized capture and draft action notes; it does not approve design, site safety or installation readiness. See Kuno

Before mobilization, revalidate time-sensitive facts such as access, storage, shutdowns, utilities and permits. A good survey reduces ambiguity while keeping every approval with the qualified owner.

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