Electric Overhead Travelling Cranes
A VCIPL Electric Overhead Traveling Crane are designed & manufactured in accordance with IS 807codes of practice for design, manufacturing, erection, testing of structural part of the crane and IS 3177 codes of practice for design of overhead traveling crane for all Applications.
As with all VCIPL overhead systems, our single girder cranes can span either all or part of a building as required. In the design of components adequate factors of safety as per relevant code is allowed impact, fatigue, worn and stress concentration factors are taken whenever applicable. All drives are designed to give sound & efficient performance.
Our overhead crane design and manufacturing skills are unmatched, resulting not only in a quality lifting solution tailored to your place of work, but also guaranteeing reliability, a lasting service life and an excellent safety performance.
We also deliver, install and load test your new lifting system, while our crane service and support team can oversee the future maintenance and upkeep of all cranes.
Design
Bridge Girder
The bridge girder is fabricated from RSJ / Box type construction in the manufacturing. The maximum deflection of the bridge girder is limited to span / 1000 of the live loads. Bridge girder designed to sustain stress creating due to vertical & catered forces with impact.
Hoisting Machine
The hoisting machinery / crab is designed with IS 3938 in modular construction which simplifies repair & maintenance consist of a VCIPL heavy duty industries type std. wire rope hoist.
End Carriages & Truck
End carriages are fabricated from rolled steel section / plate with adequate diaphragms & stiffeners to give a rigid construction. The girder with the gusset plates is set on end carriages joined with bolt in rimmed holes, rubber buffer is provided on both the side of end carriages for absorbing the jerks. Twin drive arrangements will be provided for Long Travel motion, Central Drive arrangement also available on request.
Controls
The crane is controlled from pendent push button station / Radio Remote Control which is suspended from one end of bridge at a suitable height from the floor level with stepped down voltage of 110V, 24V. Dust proof powder coated sheet – metal housing consists of contactors overload relays fuses, transformers etc. Emergency stop button are incorporated in all cranes to shutting of the power to the main connectors.
Motors & Brakes
The motors used are specially crane duty suitable for frequent starting, reversing and braking in accordance with IS 12615. All trolleys are drive motors with suitable AC / DC / brakes as standard equipment with smooth running properties
Power Feeding System
- Shrouded Bus Bar Power Feeding System
- ‘C’ Channel Type Power Feeding System
Single Girder EOt Crane
- Capacity: Up to 15 Tons.
- Span: Up to 30 Meters.
Features
- Suitable for short headroom
- Small capacity types with chanter span
- Frequency use for loading and unloading works
- Its simple construction reduces the moderate cost
Optional Features
- Micro speed arrangement through frequency inverters / variable frequency drives.
- Cable festooned system or shrouded bus bar system.
- Bridge lights and Warming horn for Safety
- Cabin operation through master controller.
Double Girder EOt Crane
- Capacity: Up to 120 Tons.
- Span: Up to 30 Meters.
Features
- Small capacity types with chanter span
- Frequent use for loading and unloading works
- Its simple construction reduces the moderate cost
- Widely used for large capacity types with longer span
- Used for high frequency & hard work in any motions
- Suitable for large headroom (distance between building ceiling and the traveling rails)
Optional Features
- Micro speed arrangement through frequency inverters / variable frequency drives.
- Cable festooned system or shrouded bus bar system.
- Bridge lights and Warming horn for Safety
- Cabin operation through master controller.
