|
Quantity
|
Total
|
||
|
|
|||
Indicative price for the EMT 1000 base configuration — from UAH 50,000. The final quotation depends on lifting height, platform dimensions, configuration, delivery and installation.
ASPAR EMT 1000 is a cable-driven vertical accessibility lift for wheelchair users and other people with reduced mobility. It is an ASPAR EMT Series configuration for a height difference of up to 1 m with straight-through platform access. It is considered where a barrier-free route is needed but a long inclined route is impractical or cannot fit the site. The final configuration is selected for the specific site.
Where EMT 1000 is used
A vertical platform can be considered for entrances to residential and public buildings, schools, medical and administrative facilities, and other accessibility routes with a small height difference. Installation feasibility is checked against the actual geometry, available space and safe access arrangement.
Why choose a cable-driven configuration
EMT 1000 uses a cable-driven electromechanical drive and a folding platform. For a site with straight-through access and a height difference of up to 1 m, it can be a practical starting configuration in the EMT Series. An ASPAR engineer checks the route, landings, operating conditions and required safety options.
How to select the configuration
Technical selection requires the lifting height, available area, landing arrangement, access direction, photos or a plan of the installation area, power information and operating conditions. Guarding, gates and other site-specific options are also assessed. The specifications above describe this configuration; the final configuration is selected for the site parameters.
EMT, EMS or HM: where to start
EMT 1000 is a cable-driven electromechanical configuration for straight-through access and a height difference of up to 1 m. EMS is a chain-driven vertical platform considered when site requirements call for another configuration. HM is a hydraulic vertical platform for projects requiring a different configuration. The choice is based on lifting height, platform and load, geometry, operating scenario and safety requirements.
Manufacturing, installation and commissioning
ASPAR reviews the input data, prepares a configuration for the specific route, and performs installation and commissioning within the project scope. Before work begins, the installation area, installation access, power supply and configuration scope should be agreed.
Related solutions and equipment
- Chain-driven vertical platform lift
- Hydraulic vertical platform lift
- Vertical Platform Lifts
- ASPAR Solutions for Architects and Building Designers
Completed projects
- Vertical platform lift for a medical laboratory in Kryvyi Rih
- Vertical cable-driven lift for a medical laboratory in Dnipro
Useful guide
Vertical or inclined platform: which solution fits the site — a concise comparison for an accessibility route.
Frequently asked questions
What information is needed to specify a cable-driven vertical platform lift?
ASPAR needs the height difference, available area, access direction, photos or a plan of the installation location, installation conditions and power information.
What determines the ASPAR EMT configuration?
The configuration depends on lifting height, site geometry, landing areas, available space, operating conditions and required safety options.
When should a vertical lift be compared with an inclined lift?
When the accessible route can be arranged in different ways. The choice depends on the height difference, entrance or stair geometry, available space and installation conditions.
When should EMS or HM be considered?
If the lifting height, access direction, geometry or operating scenario exceeds the suitable EMT 1000 configuration, ASPAR compares other vertical systems against the actual site parameters.
Need a technical calculation? Send the source information to ASPAR — we will prepare a configuration for your site.