Double Girder EOT Crane

Double Girder EOT Crane

Description

We take immense pleasure in introducing our company as one of the recognized manufacturers and exporters of Double Girder EOT Crane.  Available in different capacities, these electrically operated cranes are loaded with all the advanced features.  These EOT cranes are ideal for use in ports, ship yards, cement and engineering industries. Being low in power consumption, safe and secure, our entire stock of Double Girder EOT Crane is strictly tested on various quality norms. In addition to these, all these EOT cranes are offered to our cranes at competitive prices.

Specifications

Features

Structural Parts of Crane: Structural Parts of the Crane's are fabricated from rolled steel section or plates
1) Main Girder: main girders are of plate fabricated welded box type construction or rolled steel section type as per requirement in design for single girder crane and double girder crane, Design to sustain stresses arising due to vertical & lateral forces with impact to which they are subjected. The maximum deflection of the main girder is limited to 1/1000 the span of live loads including the weight of the trolley.
i)L.T. End carriages: Long Traveling End Carriages are fabricated from rolled steel section or plate fabricated type as per design and capacity of crane
ii)Crab Frame: Crab frame is fabricated from rolled steel sections or plate fabricated type as per requirement in design and capacity of crane
iii)Platform: M.S. Checkered plate/anti skid plate's full length platform shall be provided one side of       
2.)Wheel Assemblies:
The wheel of the trolley & the end carriage will be used forged steel conforming to IS 2707 GR.II duty spin hardened to 300 BHN or steel cast   EN-8, material, double flanged straight tread type fitted with antifriction type bearings mounted on 'L' type bearing supports or Section type desired by crane capacity and its span.
3.)Gearboxes:      
All gearboxes, which are used in Hoisting, L.T. and C.T., are helical type with M.S. Fabricated Housing or Graded C.I. housing. Pinions and output shaft are supported on antifriction type roller/ Ball bearings. All Gears and Pinions are of En-8 / En-9 materials precision machined and teeth cutting by hobbling machine duly hardened to with stand the heavy loads.
4.)Rope Drum:
The rope drum is of mild steel fabricated construction having right and left hand spiral grooves machined to suit the hoisting ropes. The drum is of such length that there is not more than one layer when rope is full wound. And its mounted on self aligned type roller bearing.
5.)Motors:
All motors which is used in crane are foot mounted type or flange mounted type squirrel cage induction motor or slip ring type specially designed and manufactured as per IS 325 for crane duty of reputed mark are used,
6.)Brakes:
Electro hydraulic thruster type or Electromagnetic Shoe type or Electromagnetic disc type brake is providing in the Hoisting L.T. & C.T. as per crane capacity required torque and design. Of reputed make these brakes are automatically released when the motor circuit is on and is applied the motor circuit is off.
7.)Wire Rope:
6 * 36 construction special plough hemp core flexible steel wire rope, having safely factor of 5 for class II and 7 for class III duty, Is provided on the hoist. Galvanized and other construction of rope can be provided for special application.
8.)Bottom Block:
Bottom Block Assembly consisting of forged steel hook mounted on thrust Ball Bearings, with required diameter rope sheave and hook plates made out of steel
9.)Controls:

All crane have provided with a control panel comprising of Siemens/L &T/ BCH or parties approval make heavy duty, direct-on line reversing type air brake contactors, transformers and fuses or MCBs. All these are housed in dust proof M.S. fabricated sheet metal panel box. The pendant push button station is provided at adequate height duly suspended by steel chain or wire-rope, operating at 110 volts to avoid shock.
10.)Limit Switches:
In the hoisting one number shunt type geared limit and in the L.T & C.T Motion one number lever type limit switch for each motion of reputed make is provided to prevent over lowering, over hoisting, and over motion of L.T. & C.T.