The 3 ton overhead crane is a fixed, top-running or under-running bridge lifting system designed to handle a safe working load of 3,000 kg across industrial production and warehousing environments. Standard configurations cover a span range of 7.5 m to 28.5 m and lifting heights of 6 m, 9 m, 12 m, 18 m, or 24 m, accommodating most single-bay and multi-bay workshop layouts.
The 3 ton overhead crane is a lifting device. This equipment has a rated safe working load of 3,000 kilograms. Standard configurations include spans ranging from 7.5 to 28.5 meters and lifting heights from 6 to 24 meters, with duty classes A3 and A4. The equipment operates on a 380V/50Hz three-phase power supply and is designed for an operating temperature range of -20°C to +40°C. Control options include a floor-mounted pendant control box, a wireless remote control, and an enclosed operator’s cab. Typically, users operate this equipment to perform material-handling tasks in automotive assembly, steel-structure fabrication, and manufacturing.
The 3 ton overhead crane features a horizontal bridge girder structure. The equipment runs along two overhead rails, allowing the operator to lift loads of up to 3,000 kg. With a lifting capacity of 3 tons, this crane falls within the light-to-medium duty category, making it one of the most widely ordered bridge crane specifications globally. Additionally, the equipment features a compact design, making it suitable for installation in locations with limited headroom (typically 4 meters or more). As a result, manufacturers, workshops, and warehouses often choose it as their preferred solution. To meet users’ varying budgets and application needs, VOITTO Crane offers a selection of different types of 3-ton overhead cranes.
The overhead crane 3 ton category encompasses several structural variants, each engineered for specific headroom, duty, and budget requirements.
The LD-type 3-ton overhead crane features a single-girder design. It is typically equipped with a CD-type or MD-type wire rope electric hoist as its hoisting mechanism. This 3 ton overhead bridge crane is renowned for its smooth operation and excellent value for money. Users widely employ it in fields such as machinery manufacturing, equipment maintenance, warehousing and logistics, and metal processing to perform material handling operations.
Obtenir un devisThe HD-type 3 ton European overhead crane is designed in accordance with FEM/DIN standards. The equipment features a European wire rope hoist and a lightweight box-type main girder structure. Compared to the LD-type, the HD-type offers advantages such as lighter weight, higher clearance utilization, smoother operation, more precise positioning, and lower energy consumption. It effectively improves factory space utilization and reduces the load on the track beams.
Obtenir un devisThe LX-type 3-ton underslung suspension crane employs a lower-flange suspension system. The crane is suspended directly beneath the factory roof trusses or I-beam tracks, eliminating the need for separate track beams and columns. This design saves floor space, effectively reduces construction costs, and maximizes the utilization of workshop space. This equipment is particularly suitable for production workshops, warehouses, maintenance facilities, and assembly lines with smaller spans and lighter lifting requirements.
Obtenir un devisThe LB explosion-proof electric overhead travelling crane is specifically designed for flammable and explosive environments. Equipped with an explosion-proof electric hoist, explosion-proof motor, explosion-proof electrical components, and a spark-proof hoisting mechanism, this equipment effectively prevents explosions caused by electrical sparks or high temperatures during operation. Users employ this equipment to perform material handling tasks in petrochemical, natural gas, paint and coatings, pharmaceutical, dust handling, and hazardous chemical storage facilities.
Obtenir un devisA low-headroom overhead travelling crane is a type of lifting equipment specifically designed for applications where factory ceiling heights are limited. Its electric hoist is mounted on one side of the main girder in an offset or low-headroom configuration. Compared to LD-type single-girder overhead cranes, low-headroom models can increase the effective lifting height by approximately 200–500 mm or even more, maximizing the use of vertical space without altering the factory structure.
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A grab overhead bridge crane is equipped with a grab as its lifting attachment. This equipment uses the grab to perform the handling, transportation, loading, unloading, and stacking of bulk materials, eliminating the need for direct manual involvement in the loading process. Typically, this equipment is widely used in power plants, ports, steel mills, cement plants, waste treatment facilities, mines, and coal storage and transportation operations. Grab bridge cranes can significantly reduce labor costs and improve loading and unloading efficiency, making them the preferred solution for modern bulk material handling systems.
Obtenir un devisEach 3 ton electric overhead travelling crane incorporates design features that ensure safe, efficient, and long-service operation across diverse industrial environments.
The load capacity of a 3 ton bridge crane is sufficient to meet the material handling needs of light- to medium-duty manufacturing environments. Below, I will list some examples of application scenarios.
The table below lists the specifications for a 3 ton overhead bridge crane as required by the standard. VOITTO Crane can provide customized specifications based on the user’s operating conditions.
| Paramètres | Spécifications |
|---|---|
| Rated Capacity (SWL) | 3 t |
| Longueur de portée | Standard 7.5 m – 28.5 m (custom spans available) |
| Hauteur de levage | 6 m / 9 m / 12 m / 18 m / 24 m |
| Work Duty Classification | A3 / A4 (FEM 1.001 Group 3–4) |
| Alimentation électrique | 380 V / 50 Hz / 3-Phase (custom voltage on request) |
| Hoist Speed | Standard 4/1 m/min (2-speed) or VFD stepless |
| Vitesse de déplacement du chariot | 20 m/min (single-girder); 20/5 m/min (double-girder) |
| Bridge Travel Speed | 20 m/min standard; up to 40 m/min for long spans |
| Work Environment Temp. | -20 °C to +40 °C |
| Relative Humidity | ≤ 85 % (non-condensing) |
| Mode de contrôle | Floor pendant / Radio remote control / Cabin |
| Hoist Motor Insulation | Class F (IEC 60034-1); IP55 enclosure (IEC 60034-5) |
| Design Life | ≥ 12,500 h at A3 duty — EN 13001-1 S3 spectrum |
| Respect des normes | CE (2006/42/EC), ISO 9001:2015, FEM 1.001, EN 15011, IEC 60204-32, GB/T 14405 |
A complete 3-metric-ton overhead crane system consists of the following major components, which work together to lift materials.
The price of a 3 ton overhead crane varies depending on its configuration, span, lifting height, control method, and local installation requirements. The table below lists the reference price ranges for common configurations. All quotes are in U.S. dollars (USD) on an ex-works (EXW) basis; shipping, installation, and commissioning costs are not included.
| Type | Capacité de levage | Plage d'étendue | Prix de référence (USD) |
|---|---|---|---|
| Pont roulant monopoutre LD | 3t | 7,5-28,5 m | $2,500 – $6,500 |
| HD European Bridge Crane | 7.5-26.5 m | $4,500 – $10,000 | |
| LX Underhung Crane | 7.5-21.5 m | $3,000 – $7,500 | |
| LDP Low-headroom Overhead Travelling Crane | 7.5-27.5 m | $3,500 – $8,500 | |
| LB Explosion-proof EOT Crane | 7,5-28,5 m | $6,000 – $15,000 | |
| LDZ Grab Overhead Crane | 7,5-28,5 m | $12,000 – $35,000 |
When selecting a 3 ton overhead crane, buyers should not only consider the unit price but also evaluate the technical sophistication, certification traceability, and after-sales support capabilities. Since 2005, VOITTO Crane has supplied crane equipment to industrial customers in more than 60 countries worldwide, with over 15,000 units installed across sectors such as automotive manufacturing, steel, power generation, and logistics.
Whether you are purchasing a single 3 ton overhead bridge crane for a new workshop or configuring a complete set of lifting equipment for a new factory, the VOITTO Crane team can provide technically sound and highly competitive solutions, along with a 12-month warranty on all mechanical and electrical components. Please feel free to nous contacter for more details.
Alan
Spécialiste des solutions de grue · Voitto Crane
Spécialisés dans les solutions d'exportation de ponts roulants, portiques, grues à flèche, grues portuaires et ponts roulants. Plus de 10 ans d'expérience dans l'accompagnement de clients internationaux : conseils avant-vente, choix de la capacité et configurations sur mesure.
Standard spans for a 3 ton overhead crane run from 7.5 m to 28.5 m in 1-metre increments, covering the majority of single-bay industrial buildings.
Installation of a single-girder 3 ton overhead crane in a building with pre-prepared runway beams typically takes 2–4 days for a trained two-person crew. However, if runway steel fabrication and civil anchoring are included, total site time increases to 7–14 days.
Yes — outdoor-rated 3 ton overhead cranes are available with IP65 motor enclosures, hot-dip galvanised structural components, and stainless-steel fasteners to resist corrosion. The standard indoor specification supports up to 85 % relative humidity at temperatures from -20 °C to +40 °C, as defined in GB/T 14405 and FEM 1.001 environmental class E2.
Radio remote control is generally the most practical option for busy workshop environments because it allows the operator to move freely with the load, maintaining clear sightlines and avoiding pendant cable hazards. However, floor pendant control remains standard where radio interference is a concern, while cabin control is selected for long-span cranes exceeding 20 m where floor-level visibility is insufficient.
Notre équipe de prévente propose des consultations, en adaptant les solutions à vos besoins et à votre environnement.
Offrir des options de personnalisation pour la capacité de levage, la portée et la hauteur de levage, etc. pour répondre à des besoins spécifiques.
Mise à jour des progrès en temps réel : Rapports hebdomadaires et communication avec les PM.
Essais avant livraison : 100% contrôles de charge et de sécurité, rapports détaillés.
Garantie de 3 à 5 ans et remplacement gratuit en cas de défaut de fabrication.
Assistance en ligne 24 heures sur 24, 7 jours sur 7, et assistance sur place pour les problèmes liés aux grues.
R : Tenez compte des facteurs suivants :
Capacité de charge (poids maximal à soulever, y compris le gréement).
Largeur de la travée (distance entre les pistes).
Hauteur de levage (élévation du chemin de crochet).
Cycle d'utilisation (fréquence d'utilisation : service léger, modéré ou sévère).
Alimentation électrique (options électriques, manuelles ou hybrides).
Pour des réponses plus détaillées, veuillez contacter nos ingénieurs dès que possible. Nos ingénieurs se baseront sur votre utilisation de la scène pour vous proposer le programme le plus professionnel possible !
Le prix d'un pont roulant EOT varie de $ 1.550 à $ 353.500. En général, le prix est déterminé par la configuration. Contactez-nous dès maintenant pour obtenir un devis plus professionnel !
Nos ponts roulants conviennent à une grande variété d'industries, y compris la fabrication, la construction, la métallurgie, la logistique et le transport, etc. Nous sommes spécialisés dans la fourniture de solutions personnalisées à de nombreuses industries.
Oui, nous pouvons personnaliser un pont roulant pour répondre aux besoins spécifiques de votre entreprise. Nous pouvons concevoir et fabriquer des systèmes de ponts roulants complets ou moderniser des systèmes existants.
Selecting the right overhead crane for a steel mill is not a catalog decision — it is an engineering decision with direct consequences for production continuity and worker safety. A ladle crane transporting 200 tons of molten steel at 800°C and a coil-handling crane moving finished product share the same name but almost nothing else: different work grades, different structural standards, different safety systems, and a price difference that can exceed $300,000. Steel mills present five simultaneous challenges that standard industrial cranes are not designed for: radiant heat from furnaces and ladles, airborne metallic dust, corrosive atmospheres, continuous multi-shift operation, and catastrophic consequences if a load is dropped. Each of those factors drives a specific design requirement, and every requirement narrows your crane specification further. This guide gives plant engineers and equipment managers a complete, bay-by-bay selection framework — crane type, capacity range, duty class, key technical features, and indicative price — so you can frame an accurate specification before you talk to any supplier. Quick Reference: Overhead Crane Types for Steel Mill The table below summarizes every overhead crane…
The right overhead crane in the automobile industry is defined by production stage, not by tonnage alone. A stamping press needs a 20–32 t die-gripper crane with ±1 mm positioning accuracy. A trim-and-final assembly cell needs a 250–500 kg KBK aluminum rail system that operators can push by hand. Specifying one without the other wastes budget or creates a safety gap. Automotive plants run 24 hours a day at duty class M5–M6 (per FEM 1.001), and unplanned crane downtime translates directly to line stoppage. Engineers and procurement managers need cranes matched to load, cycle frequency, and environmental conditions — not a generic “overhead crane for auto” catalog page. This guide maps every major production stage to the correct crane type, key specifications, and compliance requirements. Use the table in the next section to shortcut your selection process. TL;DR: Cranes in Automotive Production • Production Scope: Overhead cranes in the automobile industry support six distinct production stages, each requiring specific crane types and lifting capacities. • System Selection: Use double-girder bridge cranes (5–50 t) for stamping and body-in-white; utilize KBK rail…
If you are looking for an overhead crane for sale from a Chinese manufacturer, factory-direct pricing runs from $2,800 to $100,000+, depending on configuration, capacity, and span. A 3-ton single girder unit starts at around $3,500; a 10-ton single girder typically falls in the $5,000–$12,000 range; a 10–20 ton double girder runs $12,000–$25,000 FOB factory. These are real transaction prices — not catalog figures. Before you contact a supplier, confirm four variables: lifting capacity (tonnes), span (metres), lift height, and duty class (FEM/ISO). Having these ready cuts the quoting process from days to hours — and prevents the most common source of pricing surprises after you have already shortlisted a vendor. This page gives you a specification speed-reference, a pre-purchase checklist, and a clear picture of what to verify before placing your overhead crane for sale order — from first RFQ to factory shipment. Quick Price & Spec Reference Type Capacity Span China FOB Factory Price Best For Single Girder EOT 1 – 5 t 7.5 – 19.5 m $2,800 – $8,000 Light workshops, assembly lines Single Girder EOT 5…
Choisir la mauvaise roue de pont roulant n'accélère pas seulement l'usure du rail – cela peut mettre l'ensemble de votre système de pont roulant hors service en quelques mois. Le bon type de roue, la bonne qualité de matériau et la bonne configuration de bride dépendent de quatre variables : la charge de la roue, la vitesse de déplacement, le profil du rail et l'environnement d'exploitation. Si vous réunissez ces quatre éléments, vous attribuerez une roue à la norme FEM ou ISO qui régit votre application. Ignorez-en un et vous jouez à la loterie. Pour la plupart des responsables des achats et des superviseurs d'équipement, la confusion commence ici : bride simple ou double bride ? Fonte ou acier forgé ? Diamètre de 200 mm ou 400 mm ? Les fournisseurs citent souvent des roues “ standard ” sans préciser quelle norme s'applique – FEM 1.001, ISO 286, ou une spécification propriétaire basée sur la norme DIN – vous laissant le soin de réconcilier des spécifications incompatibles après la livraison. Ce guide vous éclaire. Vous y trouverez une présentation claire des cinq principaux types de roues pour ponts roulants, les spécifications clés en matière de dimensions et de capacité de charge, une méthode de calcul de charge étape par étape, et une liste de contrôle pratique pour le remplacement. À la fin, vous disposerez d'un cadre de sélection que vous pourrez appliquer directement – que vous spécifiiez de nouvelles roues pour un pont roulant…
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