Move crews and building materials between defined landings using a rack-and-pinion hoist selected for the actual building and traffic pattern. The buying process should establish passenger and material duty, landing height and mast ties, car dimensions and doors, and traffic and drive arrangement. Use the comparison checkpoints to prepare a consistent quotation request, define installation and acceptance responsibilities, and identify missing accessories or evidence. OEM/ODM is a project-specific feasibility question; request written confirmation of any proposed change and the supporting documentation.
Move crews and building materials between defined landings using a rack-and-pinion hoist selected for the actual building and traffic pattern. Compare configuration, interfaces and acceptance evidence before requesting an application-specific quotation or OEM/ODM feasibility review.
Shown as a configuration reference. Availability and the equipment offered for your project are confirmed separately.
Move crews and building materials between defined landings using a rack-and-pinion hoist selected for the actual building and traffic pattern.
Choose the hoist around building traffic
A construction hoist carries people, materials, or both according to its approved configuration. Begin with floor elevations, the construction sequence and the busiest movement periods. A car that accommodates the nominal load may still be unsuitable for long boards, prefabricated modules or pallet handling. Describe the loading route at ground level and every landing, including door orientation, loading bridges and clearance around the car.
Separate rated load from usable service
Passenger duty introduces access controls and operational responsibilities that differ from a material-only lift. Establish the permitted combination of passengers and goods, and identify loads that create concentrated floor pressure. Capacity alone does not describe productivity: travel height, stops, loading time and the number of cars influence queues. Ask the supplier to evaluate the planned traffic pattern rather than quoting a maximum travel speed in isolation.
Engineer the mast, ties and foundation
The mast and its ties transfer reactions into the supporting structure. Tie spacing, free-standing height and permitted extensions depend on the particular hoist arrangement; they are not interchangeable installation rules. Supply the building geometry and proposed anchor locations for engineering review. Foundation design must address the manufacturer’s reactions and actual ground conditions. Make responsibility for civil work, anchors, surveys and erection equipment explicit in the quotation.
| Buying checkpoint | Project information |
|---|---|
| Passenger and material duty | Separate permitted loads, passengers and loading controls. |
| Landing height and mast ties | Provide elevation drawings, tie spacing and supporting structure details. |
| Car dimensions and doors | Check the largest load, pallet route and landing access geometry. |
| Traffic and drive arrangement | Model peak crew movements, stopping pattern and power supply. |
| Base and installation scope | Define foundation, anchors, erection access and responsible engineer. |
| Commissioning evidence | Request load tests, landing interlocks and rescue provisions. |
Coordinate landings, power and protection
Each landing needs a coordinated interface between the building edge and moving car. Check gate operation, interlocking arrangements, fall protection and the permitted loading gap in the project design. Power availability must be assessed at the hoist connection, including starting conditions, cable management and site distribution. Where the lift serves public-facing or congested areas, plan controlled access and protection against falling material with the site team.
Evaluate handover and life-cycle support
Commissioning should verify the installed system, its landing arrangements and the protections specified for the delivered equipment. Obtain the inspection and test records required for the destination and intended duty. Operators need instruction covering loading, daily checks and the manufacturer’s response to interruptions. Agree who provides rescue planning and specialist service. Include wear components, lubrication information, identification of major assemblies and access to replacement electrical parts.
Request project adaptations and OEM/ODM review
Useful adaptations may include car-door orientation, landing interfaces, access controls or a defined mast layout. These affect engineering and sometimes the documented equipment configuration, so they need written feasibility approval. Private labeling does not remove structural or passenger-safety responsibilities. Provide drawings and destination requirements with an OEM/ODM inquiry. Request the design-review boundary, documentation language and responsibility for any further assessment before approving production.
Price the complete installed scope
Separate the hoist from mast sections, tie assemblies, landing gates, transport and erection services. State whether the project needs later height extensions. These quantities follow the building programme and can materially change two apparently similar quotations.
What should your construction hoist RFQ include?
- Passenger and material duty: Separate permitted loads, passengers and loading controls.
- Landing height and mast ties: Provide elevation drawings, tie spacing and supporting structure details.
- Car dimensions and doors: Check the largest load, pallet route and landing access geometry.
- Traffic and drive arrangement: Model peak crew movements, stopping pattern and power supply.
- Base and installation scope: Define foundation, anchors, erection access and responsible engineer.
- Commissioning evidence: Request load tests, landing interlocks and rescue provisions.
- Project location, destination requirements and intended operating environment
- Required drawings, connection information and site responsibility boundaries
- Representative acceptance case, documentation, training and spare-parts scope
- OEM/ODM: proposed branding, interface or design changes; engineering feasibility and evidence required
Need OEM / ODM customization?
Submit branding, packaging, configuration or engineering requirements for this equipment. Include the target market, initial and annual quantities, required changes and acceptance criteria.
Customization feasibility, permitted branding, development responsibilities, minimum quantity, cost and lead time are reviewed for the proposed supplier and configuration before a quotation is confirmed.
Frequently asked questions
Can one construction hoist carry both passengers and materials?
Only when the specific hoist configuration is approved for that combined duty. A material lift should not be assumed suitable for riders. State the intended passenger count, goods loading and operating arrangement so the supplier can identify the appropriate equipment and documentation.
What drawings are needed before a hoist quotation?
Provide floor elevations, building setbacks, proposed mast position, landing-door directions and available anchor locations. Add foundation information and the largest transported item. These establish whether the proposed car, mast ties and landing access can fit the building as construction progresses.
Why does advertised capacity not predict site productivity?
A load rating describes a permitted load under stated conditions. Actual transport performance also depends on travel height, stops, loading and unloading, car dimensions and traffic scheduling. Compare offers against a representative peak-period movement plan rather than capacity or speed alone.
Can mast ties be fixed wherever convenient?
Anchor positions must follow the engineered tie arrangement for the hoist and supporting building. The structure must accept the relevant reactions. An inconvenient opening or weak edge may require another tie solution; installation teams should not improvise unsupported connection points.
What should be included in hoist handover?
Include the installed-system inspection records, applicable load and protective-device tests, operating instructions and maintenance schedule. Record landing and mast configurations, operator training and service contacts. Clarify rescue responsibilities and the process for approving later height extensions or changed landings.
Which hoist requirements can be customized?
Door arrangement, access management, landing interfaces and project layout may be considered, subject to the selected design. Changes to load, mast, protective functions or passenger use need engineering review. OEM/ODM scope and documentation responsibilities should be confirmed before branding or fabrication decisions.
Reference information
- ALIMAK SCANDO 650 - Alimak
- Construction hoists Archives - Alimak
Reference data and images explain equipment configurations. IndustryApex engineers confirm the offered model, specification and commercial scope in your project quotation.