Electric Trolley

Electric Trolley

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Electric Trolley

Trolleys, connected to a hoist, enable the cross-direction movement of a load. The machine drive-through operation can either manual or motorised. Trolleys are generally either push or pull types or comprise a geared wheel with electric motor.

The Trolley wheels are ideal for the I as well as the H constructions of the monorail beams and the single girder beam of the cranes. The right-angled side plates add to protection from wheel shaft breakage, from falling down and work as a beam flange cleaner.

An adjustable double axle equalises the trolley wheel load on improper beam flanges. A trolley also comes with powder plated side plates, alloy steel wheels with double ball bearings lubricated for life and, white zinc coated hand chains and hand chain wheels. The light weight electric drive comes with a powerful AC brake motor.


  • Shreeji Crane GT and PT:
  • Trolley plates are designed to accommodate smaller beam
    heights and therefore provide customers with better working height.
  • Allows customers to save on capital.
  • Spherical wheels accommodate I and H beams.
  • Shreeji Crane ET:
  • The Gearbox, coupled with a geared shaft, drives the motor
    and increases efficiency.
  • Can be upgraded to the Industry 4.0 platform with the
    Shreeji Crane iQue feature.
  • Comes with an energy efficient motor and electromagnetic
    AC/DC brakes.


  • Supports an SWL capacity up to 3T for the ET and up to 10T
    for the GT and PT.
  • Ideal for up to 305mm flange flat and taper beams.
  • The compact, modular design also complies with
    FEM/ISO/IS classification.
  • Fact acting, fail-safe AC brakes are standard and allow for
    DC brakes on request.
  • Single speed or Dual speed options with HID technology.
  • Anti-tilting and anti-fall arrangements to protect from
    X Y Z misalignment.


  • Perfect for a wide range of beam applications.
  • Additional safety from falling of loads.
  • High longevity of the product owing to the material used.
  • Even distribution of loads.
  • Lower maintenance requirements.