Address

Kharkiv, str. Dobrovoltsiv (Molodoy Gvardii), 15/17, 4th floor, room 408

The beam crane is stationary

Stationary Beam Crane

The TAF-LIFT stationary beam crane is a lifting and material handling system with a fixed beam mounted on suitable overhead supports or a supporting steel structure. A hoist lifts the load, while a travelling trolley allows it to move along the beam.

TAF-LIFT Stationary Beam Crane Specifications

№ParameterSpecification
1Rated load capacity0.5–8 t
2Lifting heightUp to 24 m
3Beam or track lengthConfigured to suit the project; no fixed maximum stated
4Electric hoist conditionNew or used
5Beam conditionNew or used
6Control systemWired pendant control, radio remote control, or both
7Other configurationsRotating configurations available on request
For more information, please contact our sales department at +380 66 987 00 00

Stationary Beam Crane Prices

№DescriptionPrice, UAH
1Used stationary beam crane with an 8.0 m beam and a 2.0 t electric hoistFrom 47 000
2New stationary beam crane with a 20.0 m beam and a 1.0 t electric hoistFrom 150 000
3New stationary beam crane with a 16.0 m beam and a 3.2 t electric hoistFrom 200 000
4New rotating beam crane, specified dimension: 36.0 m, with a 2.0 t electric hoistFrom 310 000
5Custom configurationPrice on request
For more information, please contact our sales department at +380 66 987 00 00

Applications

Stationary beam cranes are used in industrial facilities, warehouses, construction applications, and other locations where loads need to be lifted and moved within a defined working area.

Their strength and reliability, when appropriately designed, installed, and maintained, make them a practical material handling solution for a range of industries.

Main Features and Specifications

The specifications of a TAF-LIFT stationary beam crane manufactured by TAF-87 depend on the model and configuration. The main parameters include:

  1. Load capacity and lifting range: The maximum permissible load, lifting height, and horizontal travel distance. For rotating configurations, the working radius is also specified.
  2. Beam length: The beam length is selected according to the application requirements, support arrangement, and dimensions of the working area.
  3. Working area: The area accessible to the hoist depends on the beam or track layout. For rotating configurations, it depends on the jib length and permitted rotation angle.
  4. Control system: Depending on the configuration, the crane may be operated using a wired pendant, a radio remote control, or a fixed control panel.
  5. Operating speeds: These include the hoist’s lifting speed and the trolley’s travel speed along the beam. Where applicable, the rotation speed is also specified.
  6. Safety devices: Depending on the model and project requirements, these may include overload protection, emergency stop controls, warning devices, and other protective systems.
  7. Electrical supply: The required supply voltage, frequency, number of phases, and power rating are specified for the selected equipment.
  8. Construction materials: Materials are selected according to the structural design and operating conditions. They may include steel, aluminium, or other metals where appropriate.
  9. Overall dimensions: The crane’s dimensions and required clearances are determined according to the space available for installation and operation.

Manufacturing

TAF-87 manufactures TAF-LIFT lifting and material handling equipment in its workshop using sheet metal bending machines, guillotine shears, cutting equipment, and machine tools. These processes help reduce the number of welded joints where the design allows and improve manufacturing consistency.

Welding is performed using a semi-automatic process, and protective coatings are spray-applied.

Delivery

Delivery charges are agreed separately. Delivery within Kharkiv by a 7-tonne truck equipped with a loader crane costs UAH 800 per hour, including unloading.

Travel on highways or the ring road is charged at UAH 30 per kilometre in each direction.

The final delivery cost may be higher or lower depending on the quantity of equipment and the transport requirements.

Manufacturing Lead Time

Manufacturing lead time: 10–60 working days.

Warranty: 12 months