| Applicable safety standards | Confirm the proposed lift is designed and supplied to meet the regulations and standards applicable at the installation location. | Applicable-standard list, conformity documentation, inspection arrangements, and the responsible parties for approval. | Elevator requirements differ by destination market; compliance should be confirmed for the specific project. |
| Rated load and capacity | Check rated load, passenger capacity, car dimensions, and intended use against the building brief. | Technical proposal and drawings showing rated load, car size, and operating assumptions. | Capacity affects usability, building interfaces, and lift selection. |
| Travel height and speed | Verify the proposed travel, number of stops, and rated speed suit the building and expected traffic. | Lift layout, floor schedule, rated-speed specification, and any stated traffic assumptions. | These factors influence journey time and compatibility with the building layout. |
| Shaft and building interfaces | Review shaft dimensions, pit depth, headroom, entrance arrangement, and structural support requirements. | Dimensioned general-arrangement drawings and written interface requirements for the project team. | Early coordination helps identify fit or construction issues before installation. |
| Panoramic glazing and finish | Specify the glazed surfaces, frame finish, handrails, lighting, and interior materials for the intended environment. | Material and finish schedule, product data, sample options, and cleaning and maintenance guidance. | Clear specifications make appearance, upkeep, and project expectations easier to compare. |
| Drive and energy information | Compare the proposed drive system and request energy information for the stated operating conditions. | Drive description, power requirements, and energy data with the test or calculation basis identified. | Consistent assumptions are needed for a meaningful comparison of operating requirements. |
| Safety and emergency features | Confirm the specified protective devices, emergency communication, and rescue arrangements for the installation. | Feature list, operating descriptions, and project-specific rescue and emergency procedures. | Safety provisions and rescue planning should be clear before handover and operation. |
| Manufacturing and quality controls | Assess documented production controls, inspection steps, and traceability for the equipment offered. | Quality-system documentation, inspection records, and relevant certificates with scope and validity details. | Documented controls help buyers evaluate how production and product checks are managed. |
| Installation and commissioning | Clarify who supplies installation, testing, commissioning, and coordination with local contractors. | Scope-of-work matrix, project schedule, site-readiness checklist, and commissioning plan. | A clearly divided scope reduces gaps between equipment supply and site work. |
| Warranty and after-sales support | Review warranty coverage, exclusions, spare-parts arrangements, and service availability in the destination market. | Written warranty terms, service contact details, parts policy, and response commitments where offered. | Support arrangements affect maintenance planning after installation. |
| Quotation and delivery terms | Compare equipment scope, exclusions, packaging, shipping terms, lead time, and payment milestones. | Itemized quotation, delivery schedule, stated trade terms, and list of buyer-supplied items. | Like-for-like quotations make commercial and logistics differences visible. |