Q1: What exactly is a "Single Girder Low Headroom Overhead Crane"?

A: It is a type of electric overhead traveling (EOT) crane characterized by two key features: Single Girder: The bridge consists of a single main beam (girder) supported by end trucks at both ends. The hoist and trolley run along the bottom flange of this single girder. Low Headroom Design: The hoist is specially configured (often using a low-profile hoist or a modified trolley arrangement) to minimize the distance between the crane's hook path and the roof/runway structure.

Q2: What are the main advantages of a Low Headroom design over a standard headroom crane?

A: The primary benefits are: Maximized lifting height: In buildings with low ceilings, the low headroom design adds critical extra inches or feet to the usable hook lift. Every inch counts when you need to stack high or load tall equipment. Optimized building space: Allows the crane to be installed in existing low-roof buildings without costly structural modifications. Compact trolley design: The hoist and trolley are integrated more closely, reducing the overall dead weight compared to some standard designs. However, the trade-off is that low headroom cranes typically have slightly lower lifting capacities and may use more complex rope reeving, which can increase maintenance requirements.

Q3: What lifting capacities and span ranges are typical for this type of crane?

A: Single girder low headroom overhead cranes are generally light-to-medium duty machines: Lifting capacity: Typically 1 ton to 20 tons (some designs go up to 25 tons, but heavier loads usually require a double girder configuration). Span width: Usually 5 to 30 meters (custom spans beyond this are possible but may require structural reinforcement). Lifting height: Highly dependent on building clearance; the "low headroom" feature typically saves 300–600 mm (12–24 inches) of headroom compared to standard designs.

Single Girder Low Headroom Overhead Crane | Space-Saving & Efficient Lifting

Single Girder Low Headroom Overhead Crane

Single Girder Low Headroom Overhead Crane2.webp

Single Girder Low Headroom Overhead Crane3.webp

Single Girder Low Headroom Overhead Craness.webp

Authentication mark:

For customized products, please fill out information and submit the form.

Capacity:

5ton,10ton,20ton (customizable)

Lifting Height:

6 – 30 m (customizable)

Voltage/Hertz:

(customizable)

Working Class:

A4, A5, A6

Span:

3-16m (customizable)

Apply: Single Girder Low Headroom Overhead Crane is applicable to the places where the workshop is low and the requirement of lifting height is high.

Product manual

E-Mail

Introduction

Technical Data

Application

Features

Certificate

Inquiry

PRODUCT INTRODUCTION

The Single Girder Low Headroom Overhead Crane is a specialized material handling solution designed for workstations and facilities with limited ceiling space. Unlike standard overhead cranes, this model features a compact hoist and end carriage configuration that maximizes hook lift height by reducing the distance between the crane beam and the ceiling. Its single girder design offers a cost-effective and lightweight alternative to double girder systems while delivering reliable lifting performance for light to medium-duty applications. This crane is ideal for workshops, warehouses, and production lines where every inch of vertical lift matters.

TECHNICAL DATA

Parameter	Specification	Parameter	Specification
Lifting Capacity	1 – 20 ton (up to 35.5 ton available)	Span Length	5 – 32 m
Lifting Height	6 – 30 m	Work Duty	A3 – A5
Lifting Speed	8/0.8 m/min (dual speed)	Cross Travel Speed	10 – 20 m/min
Long Travel Speed	20 – 30 m/min	Core Components	Motor, electric system, hoist, end beam
Control Method	Remote control / Pendant control	Power Supply	(customizable)
Warranty	1 Year	Machinery Test Report	Provided
Video Outgoing Inspection	Provided	Place of Origin	Henan, China
Painting Color	Customizable	Product Name	Single Girder Low Headroom Overhead Crane

RELATED PRODUCTS

Double Girder Insulating Overhead Crane

Apply: This crane is widely used in aluminum smelting and electrolytic non-ferrous metal plants, where stray electrical currents pose a serious risk to equipment and operators.

Electrolytic Copper Overhead Crane

Apply: Multifunctional crane for electrolytic copper is suitable for special working environments such as high humidity, corrosion and metal dust.

Single Girder Electrically Suspended Overhead Crane

Apply: This crane is widely used in manufacturing workshops, assembly lines, and warehousing facilities where ceiling-mounted runways allow for maximum floor space utilization without floor-standing support columns.

APPLICATION

1.This crane is perfect for low-ceiling workshops, including factories or renovation projects where the building roof truss leaves insufficient clearance for standard cranes, allowing safe lifting without structural modifications.

2.It is widely used in container and truck loading areas within logistics hubs to lift cargo inside containers or onto flatbed trucks where overhead space is severely restricted.

3.The crane is ideal for machinery maintenance bays, such as maintenance pits or service areas with low overhead beams, enabling technicians to lift engine blocks, gearboxes, or other heavy components.

4.It is suitable for clean rooms and food processing plants, as the compact design minimizes overhead protrusions, making it ideal for hygienic or space-sensitive environments where standard cranes would interfere with ventilation or lighting systems.

FEATURES

Maximized hook lift height – the low headroom configuration reduces the distance from the crane beam to the hook by up to 30%, providing greater vertical lifting capacity.

Compact end trucks – specially engineered end carriages with a minimized wheelbase allow the crane to operate closer to runway beams, increasing bridge travel coverage.

Lightweight single girder construction – fabricated from high-strength steel, the single beam reduces dead weight, lowering building structural requirements.

Smooth manual or motorized travel – available with push/pull, chain drive, or motorized options, all providing low rolling resistance for easy positioning.