References

CRANES, WEIGHING SYSTEMS, VESSELS AND OTHER OBJECTS

Design of cranes and hoisting apparatus:

Project management and the purchase of components; Konecranes NEI CC, Hyvinkää, Finland:

  • Project management and purchasing of crane components and labour for crane projects in the Nordic countries, Eastern Europe and India /li>

 

Power plant installation cranes, Balakovskaya AES, Russia; Konecranes NEE New Cranes, Hyvinkää, Finland:

  • Offer design for gantry cranes with a lifting capacity of 180+180 tonnes, a span of 80 m and a lifting height of 70 m

 

Steel works cranes, Vorskla Stal, Poltava, Ukraine; Konecranes NEE New Cranes, Hyvinkää, Finland:

  • Offer design and basic design of bridge cranes, 15 pcs, including their placing in the factory layout
    • Scrap handling cranes: a lifting capacity of 16 tonnes and a span of 28 m
    • Maintenance cranes: a lifting capacity of 60/10 tonnes and a span of 26 m
    • Charging cranes and ladle cranes; a lifting capacity of 340+60+20/10 tonnes and a span of 27 m
    • Tundish cranes: a lifting capacity of 130/30 tonnes and a span of 26 m
    • Billet handling cranes: a lifting capacity of 50/10 tonnes and a span of 30,5 m

 

Grab cranes, Cemex, Latvia; Konecranes NEE New Cranes, Hyvinkää, Finland

  • Offer design of bridge cranes: a lifting capacity of 16 tonnes and a span of 25 m

 

Maintenance crane, Dreggen AS, Norway; Konecranes NEE New Cranes, Hyvinkää, Finland:

  • Offer design of bridge cranes: a lifting capacity of 5 tonnes and a span of 19 m

 

A rotating head block for a 40-foot container spreader, harbour of Odessa, Ukraine; Konecranes NEE New Cranes, Hyvinkää, Finland.

  • Offer design, basic design and dynamics calculations for the head block

 

Power plant maintenance cranes, Uribanto-Kaparo, Venezuela; Konecranes NEE New Cranes, Hyvinkää, Finland:

  • Offer design of bridge cranes: a lifting capacity of 500/32/10 tonnes and a span of 21 m

 

Cranes for a gold mine, Kumtor, Kyrgyzstan; Konecranes NEE New Cranes, Hyvinkää, Finland:

  • Offer design of bridge cranes: a lifting capacity of 75/10 tonnes and a span of 26 m

 

Plate handling cranes, Baltijos Shipbuilding Yard JSC, Lithuania; Konecranes NEE New Cranes, Hyvinkää, Finland:

  • Offer design of bridge cranes: a lifting capacity of 2×40/10 tonnes and a span of 22,5 m

 

Maintenance cranes for a steel mill, VAI UK, Great Britain; Konecranes NEE New Cranes, Hyvinkää, Finland:

  • Offer design of bridge cranes: a lifting capacity of 35/10 tonnes and a span of 31,4 m

More than 350 examples of similar projects.

Crane service and modernization

Modernization of crane vessel “Qurban Abasov” (ex-Titan 4), lifting capacity 600 tonnes, SOCAR, Baku, Azerbaijan; Konecranes EE Service, Hyvinkää, Finland:

  • Design of and strength calculations for lifting beams of the crane machinery room
  • Dimensioning and design of the 280 tonne boom overhauling supports
  • Mechanical design of the overhauling tools of boom hinge axles and rope pulley axles
  • Axle masses range from 100–1000 kg, and lengths from 300–1750 mm

 

Modernization of billet handling crane (capacity 20 tonnes), EOA Staks, Krasny Sulin, Russia; Konecranes NEE Service, Hyvinkää, Finland:

  • Offer design of rotating trolley and lifting device

 

Modernization of tambour crane in a paper mill (capacity 50 tonnes), International Paper, Svetogorsk, Russia; Konecranes NEE Service, Hyvinkää, Finland:

  • Acceleration and torque calculations for the lifting device of a tambour crane

 

Ship-to-shore STS gantry crane (G140, capacity 40 tonnes, lifting height 20 m), Klaipeda Stevedoring Company, Lithuania; Konecranes NEE Service, Hyvinkää, Finland:

  • Design and installation supervision of changing trolley rails in the main girder and boom hinge area

 

Brake simulators for training, Training centres, Ukraine and Russia; Konecranes NEE Service, Hyvinkää, Finland:

  • Mechanical design of hoisting motion and travelling motion brake simulators

Several projects representing the same type.

Weighing systems

Scalex RDW engine and carriage wheel scales, L =1300 (15 tonnes), VR Pieksämäki mechanical workshop; Tamtron Systems Oy, Espoo, Finland:

  • Design of and manufacturing drawings for a steel weighbridge and reinforced concrete foundations

 

Reinforced conctere foundations of Scalex truck scales (from 30 to 60 tonnes), ranging from 12–26 m, Tamtron Systems Oy, Espoo:

  • Manufacturing drawings for reinforced concrete foundations of truck scales in several projects, including the main dimension drawing, foundation drawings for the soil, drawings for the subsoil drains and the drainage system, reinforcement drawings, and the heating and cabling drawings for the reinforced concrete foundations

 

Scalex forklift scale (6 tonnes) Paroc Tver, Russia; Tamtron Systems Oy, Espoo, Finland:

  • Design of and the manufacturing drawings for a steel weighbridge and reinforced concrete foundation

 

Trapper railway scale (100 tonnes) RC3 50 tonnes, with vertical sensors, Rana Gruber, Norway; Tamtron Systems Oy, Espoo:

  • Design and manufacturing drawings of steel bridges and reinforced concrete foundations

 

Trapper railway scale made of steel and reinforced concrete; Tamtron Systems Oy, Espoo:

  • Strength design calculations and structural drawings of steel weighbridges and reinforced concrete foundations in accordance with Eurocodes EN 1990, EN 1991, EN 1992 and EN 1993

 

Scalex 1000P truck scales (60 tonnes), Tamtron Systems Oy, Espoo, Finland:

  • Productization and manufacturing drawings of a truck scale with a weighing capacity of 60 tonnes, enabling the manufacturing of bridge combinations of different lengths using only one set of variant drawings

 

Trapper railway scale; Tamtron Systems Oy, Espoo:

  • Structure drawings and strength calculations according to Eurocodes EN 1991 and EN 1993 (DIN-Fachbericht 101 and 103) steel bridge standards for project deliveries (Josera GmbH, Hafen Hannover GmbH) and for the German Eisenbahn-Bundesamt (EBA) type approval

 

Scalex WILD railway flat wheel detection and weighing system; Tamtron Systems Oy, Finland:

  • Strength calculations and a strength design report

 

Trapper railway scale; Tamtron Systems Oy, Espoo:

  • Productization of a railway scale with a weighing capacity of 150 tonnes, enabling the manufacturing of weighbridge combinations representing lengths from 4 to 9 metres using only one set of variant drawings
  • Development of scale mechanics through the streamlining and simplifying of the frame and weighbridge structures
  • Drafting of new productised manufacturing drawings

 

Scalex 1000P truck scales, Tamtron Systems Oy, Espoo, Finland:

  • Updating the strength design calculations for and manufacturing drawings of weighbridge

 

Scalex WILD railway flat wheel detection and weighing system; Tamtron Systems Oy, Finland:

  • Design of coverings for RPC1-load cells

 

Naval engineering:

Multi-purpose icebreaking supply vessels for oil and gas platforms, PAO Sovcomflot, Russia; Arctech Helsinki Shipyard Oy, Helsinki:

  • Management of the hull basic design of vessels NB 512 (Stepan Makarov), NB 513 (Fedor Ushakov) and NB 514 (Yevgeny Primakov), including the hull rule calculations, the classification drawings, and the obtaining of approvals from classification societies

 

Arctic iron-ore carrier project, Baffinland Iron Mines Corporation, Canada; Foreship Oy, Helsinki:

  • Midship section design and rule strength calculations according to the Det Norske Veritas classification and ice rules

 

Other projects:

Design of fittings for and changes to trucks, Rocla Solutions Oy, Vantaa, Finland:

  • Design of fittings for and changes to several trucks and applications

 

Brickwork of boilers and water heaters, Tekmur Oy, Nurmijärvi, Finland:

  • Anchoring design of the brickwork in several water heater projects
  • 3D-modelling of the brickwork of water heater projects using IronCAD software

 

Climbing robot for installation and for the delimbing of trees, Keksintösäätiö, Espoo and Meclimb Oy, Helsinki:

  • Designing the frame and mechanics, conducting the dimensioning and strength design calculations, ranging from brainstorming to constructing a prototype, to filing a patent application for a climbing robot intended for delimbing trees that have toppled over power lines
  • Designing the frame and mechanics, including dimensioning and strength design calculations ranging from brainstorming, to constructing a prototype, to filing a patent application for a robot capable of climbing a pylon intended for constructing and dismantling power lines