100 ton Overhead Crane Specifications

Table of Contents

100 ton Overhead Crane General Features and Specifications

Optimized designing, DIN/FEM standard, small wheel load, space saving

Max. Safe working load 100t

Flexible solution for all lifting needs

Excellent driving properties, stepless control, smoothly moving

Low noise, helpful for comfortable working atmosphere

100 ton Overhead Crane Mechanical Features

Single welding box girder, DIN/FEM standard deflection

Material Fe37 or Fe52

Whole length CNC cutting for complete web plate, high deflection accuracy

High quality autometic welding and NDT inspection

Shot-blasting Sa2.5 for complete girder after welding, stress release

Epoxy zinc rich high quality paiting, 2x2 with 140μm

10.9 class High tension bolts mouting between girder and legs, life time safety connection

Compacted gearmotor driving, stepless control, hardern gear, safety disck brake

High proection class IP55, F class, 40% ED

Double flanged or flat wheels, anti-friction bearings, cellular buffers, derailment protectors

100 ton Overhead Crane Electrification and outfitting

Conductor power supply

Phase control guard opens the main contactor in case of phase failure

All hoist and crane movements are independent and can be run simultaneously.

Contactors meet crane applications, rated for severe vibration.

The control panels are finished to withstand corrosion, IP55

Heavy duty plug head

The components are positioned in a maintenance friendly way, and the whole layout provides good protection against accidental contact.

The multi-wire type fixed cables with plastic insulation are intended for crane usage.

Cables are coded either with numbers, colours or tags for easy identification.

The flate cables used for festoons are PVC insulated flexible flat cables rated for 450/750V, specially designed for cranes, hoists.

Festoon cables are suspended on cable saddles, fixed to cable trolleys, running in a galvanised C-track, which is connected to the main girder with bolted or welded support brackets.

About 100 ton Overhead Crane Specifications

The selection of specifications for single beam cranes is usually based on the actual weight and span of the required load. Here are some key points for selecting the specifications of a single beam crane:

Span: The span of a single beam crane refers to the distance between the main beam of the crane and the track, usually measured in meters. When selecting the specifications of a single beam crane, it is necessary to consider the span. The larger the span, it is necessary to choose a larger crane to withstand greater weight.
Load weight: The load weight of a single beam crane refers to the maximum weight that the crane can lift. When selecting the specifications of a single beam crane, it is necessary to select the appropriate crane based on the actual required load weight.
Working level: The working level of a single beam crane refers to the load that the crane can withstand under different working conditions. The higher the working level, the higher the Factor of safety of the crane, but also the higher the price. Therefore, when selecting the specifications of a single beam crane, it is necessary to choose the appropriate crane based on the actual required working level.
Special requirements: According to actual needs, it may be necessary to choose a single beam crane with special functions, such as explosion-proof, anti-corrosion, dustproof, etc. When selecting the specifications of a single beam crane, it is necessary to choose a suitable crane based on special requirements.

Single Girder Crane Specifications

How to customize Overhead Crane from China

We are a crane manufacturer located in China, providing crane customization services to global crane customers. If you want to customize a Overhead Crane, you can leave a message on the website or Email: sales010@cranesdq.com, tell us the following information, and our sales manager will contact you:

Lifting capacity (ton): __ ?( The rated capacity)
Lifting height (m):__ ? (Height from hook center to the floor)
Span (m): __ ? (Distance between rail center)
Lifting speed (m/min): __ ? ( Single, Dual, Variable)
Traveling distance (m): __ ? (The length of the rail)
Work duty: __ ? (How many hours a day? How many times an hour?)
What material to be lifted: __ ?
Industrial voltage: __ ? ( like :380V, 50Hz, 3ph )