New Product Factory CE OEM ODM Workshop Electric 1 20 2 15 5ton 3 10 Ton T Steel Eot Industrial Hoist Beam Single Girder Overhead Traveling Bridge Crane

Product Description

Product Description

Single Girder Eot Crane is high efficiency equipment for industrial material handling, renowned for their simple structure and practical performance. They utilize a single main girder structure with end beams and a hoist trolley to enable vertical lifting and horizontal transfer of heavy loads. Single Girder EOT cranes are widely used in small and medium-sized warehouses, workshops, assembly lines, and other locations, providing reliable support for light to medium-load material handling.

European Precision & High Safety Standards: Strictly manufactured in accordance with DIN, FEM, and ISO standards. The entire production and inspection process follows rigorous European protocols to ensure maximum operational safety and compliance.
1-20 Ton Versatile Capacity: Available in a wide range of load capacities (from 1 to 20 tons), providing precise lifting solutions tailored to various facility scales and material handling requirements.
FEM 2m Duty Group for Efficiency: Optimized for light-duty applications and infrequent service. This design maximizes work efficiency while effectively lowering total cost of ownership and maintenance needs.
Compact & High-Efficiency Design: Features a lightweight single-girder structure equipped with advanced electric wire rope hoists. It offers excellent stability and space utilization, ideal for power stations and maintenance workshops.
Custom Engineering & Lifecycle Support: Our experienced engineers provide professional system designs tailored to your specific facility. Coupled with comprehensive after-sales services, we ensure your crane runs fast, stably, and reliably.

Feature

√ Low headroom
√ Smart driving, higher efficiency
√ Stepless control trolley
√ Hardened gear
√ IP55 Protection, F/ H Insulation
√ Heavy duty motor, 60%ED rating
√ Over heating, Overloading protect
√ Electromagnetic disk brake
√ Super drum, longer rope lifetime
√ DIN 34CrMo4 hook, Class T
√ Maintenance free

Specification

Rated Lifting Capacity	1t, 2t, 3t, 5t, 10t, 16t, 20t, 32t or customized
Standard Span	7.5m ~ 31.5m (customizable on demand)
Lifting Height	6m, 9m, 12m, 18m (customized according to site condition)
Working Class	A3, A4, A5
Travelling Speed (Crane Main Body)	20m/min / 30m/min (variable frequency optional)
Trolley Travelling Speed	20m/min / 30m/min
Hoisting Speed	8m/min (single speed); 8/0.8m/min (double speed)
Power Supply	Three-phase AC 380V 50HZ
Control Mode	Pendant push button / Wireless remote control / Driver’s cab
Ambient Working Temperature	-20℃ ~ +40℃

Product Advantage Design

Application scope

Machinery Processing Workshops: Standard lifting equipment for various machine tool factories, including loading and unloading of machine tools and workpieces, disassembly and hoisting of molds, and assembly and transfer of large components. Suitable for continuous assembly line operations.
Raw Material and Finished Product Warehouses: Stacking and loading of steel, pipes, plates, and complete goods into and out of warehouses. Capable of high-level, long-distance hoisting, overcoming the limitations of forklifts in long-distance, high-position operations.
Steel Structure, Sheet Metal, and Hardware Manufacturing Plants: Transferring, stacking, and hoisting steel plates, profiles, welded components, and semi-finished workpieces between workstations.

Company Profile

FAQ

Q1: What technical specifications are required for a quote? A: To get an accurate design, you need to provide the maximum load capacity, the bridge span length, the required lifting height, and the duty cycle (how frequently the crane will be used).

Q2: Why should I choose a single-girder crane over a double-girder one? A: A single-girder system is the most cost-effective choice for lighter loads and standard facility heights. It is easier to install and maintain while providing excellent stability for light to medium industrial applications.

Q3: What is the typical lead time for delivery and installation? A: Designing, fabricating, and installing a new custom overhead crane system typically takes between 90 days and 12 months, depending on the complexity and customization level.

Q4: How does the crane operate mechanically? A: An electric motor powers a hoist to raise and lower loads. A trolley handles horizontal movement along the girder, while the entire bridge travels longitudinally along overhead runway beams.

Q5: What are the primary safety rules for operators? A: Operators must never lift loads exceeding the rated capacity, always verify that rigging is at the balance point before lifting, and maintain a safe 10-foot distance from power lines at all times.

Q6: Who is authorized to operate these cranes? A: Only personnel who have undergone formal and proper training regarding load rigging, crane controls, and emergency protocols are permitted to operate the equipment.

Q7: How often should the crane be inspected? A: You should perform daily pre-shift inspections on hoists, wire ropes, and controls. This must be supported by routine scheduled maintenance to prevent unexpected component failures.

Q8: What are the warning signs of a failing maintenance schedule? A: Look out for slow lifting speeds, jerking motions, unusual grinding noises, or burning electrical smells. These are clear indicators of rapid wear or imminent failure.

Q9: Which parts require the most frequent repair or replacement? A: Over the crane's lifespan, wire ropes, brakes, bearings, pendant controls, and hoist-trolley alignments are the components that most frequently require servicing or replacement.