A lift traction forklift, an lift traction car lift and one traction passenger lift They may appear similar solutions at first glance, as they all allow for vertical level changes. However, each is designed for a specific application and should be prescribed with different criteria. 

At Hidral, we work to offer lifting solutions adapted to each project, supporting the professional from the technical definition phase through to the supply of equipment. Therefore, in this article, we'll help you distinguish between the main options available. 

What is a traction lift and what role does it play in a technical project? 

A traction lift It is a vertical lifting system operated by an traction system with a counterweight. Its primary function is to move loads, vehicles, or people between different levels of a building or facility, providing safety, efficiency, and operational continuity. 

This type of solution can be integrated into multiple environments: industrial buildings, warehouses, car parks, shopping centres, residential spaces, logistics zones, public buildings, or facilities where there is internal transport of goods. It can also be key in accessibility, renovation, or mobility improvement projects within a building. 

From a technical point of view, to speak of traction lift is to use a generic term. Within this category, different applications can be found: a traction forklift for goods, a traction car lift for vehicles or a traction passenger lift for safe user onboarding. 

The choice will depend on factors such as the rated load, type of use, speed, travel, number of stops, available space, manoeuvre type, and the safety requirements demanded for each case. Furthermore, the traction drive can contribute to improving the Energy efficiency of the project, especially when a team is selected that is suitable for the actual use of the facility. 

Industrial traction goods lift: when to choose one and what technical aspects to consider 

The traction goods lift The Hidral QHGe model is designed for the vertical transport of goods, materials or products accompanied by people. It is a solution particularly suited to environments where the load, equipment resistance and frequency of use are decisive for the daily operation of the activity. 

A traction goods lift It can be installed in warehouses, factories, logistics centres, food premises, hotels, retail outlets, distribution centres, or buildings with constant internal movement of goods. In these cases, the objective is not just to move a load from one floor to another, but to do so safely, efficiently, and adapted to the pace of work in the space. 

When choosing a Goods lift, it's worth considering several technical aspects: 

The Payload o Rated load it is one of the first parameters that must be defined. It is not enough to calculate the usual weight of the goods: it is also important to anticipate possible load peaks, the use of forklifts or pallet trucks, and the distribution of weight on the platform or cabin. 

Cabin dimensions are also key. They must be adapted to the type of goods being transported, the loading and unloading system, and the available space on site. Oversized equipment can unnecessarily increase the cost of the project, while insufficient equipment can limit daily operations. 

Other relevant criteria include the travel distance, speed, number of stops, type of access – single or 180º boarding – the installation environment, and the usage conditions. It is not the same to specify a goods lift for a warehouse with intensive traffic as for an installation for occasional use or for a commercial building with architectural limitations. 

Regarding regulations, it is important to analyse each case with prudence. Applicable compliance will depend on the type of equipment, its intended use, and whether or not there is permitted access for people. Therefore, having the manufacturer's support during the design phase helps to avoid prescription errors and to define a solution that is consistent with the technical and legal requirements of the installation. 

Traction car lift: a solution for garages, car parks and buildings with limited space 

The lift traction car lift from Hidral, QHVe model, allows vehicles to be moved between different levels when a traditional ramp is not viable, efficient, or excessively reduces usable space. It is a common solution in projects where every square metre counts and where access to parking must be resolved functionally and safely. 

The Car lift must be designed taking into account the type of vehicle intended and its dimensions, available space, cabin dimensions, headroom, pit, manoeuvring, safety systems and frequency of use. In a garage with car lift, These factors influence both user comfort and equipment durability. 

The width and length of the cabin, the available escape route, the access to the equipment, and the ease of manoeuvring within the car park must also be taken into account. 

The value of an traction car lift is not solely in overcoming a height difference. It lies in optimising square metres, improving access, making parking easier, and providing a viable technical solution where a conventional ramp would represent a significant loss of usable space. 

Traction passenger lifts: accessibility, safety and use in shopping centres 

Unlike a forklift or a car lift, the Hidral QHPe traction passenger lift It is designed for the safe movement of users. Its prescription should address not only load, travel, or dimension criteria but also specific safety, comfort, accessibility, and user requirements. 

The Heavy-duty traction passenger lift QHPe is designed for use in public buildings, commercial properties, social and healthcare centres, or offices. We also offer specific solutions for single-family homes with our model He which can be integrated into new build projects where comfortable, safe and universal mobility is sought from the outset, as well as into renovation projects where space is highly constrained. 

The Universal accessibility is one of the main reasons to incorporate this type of solution. A traction lift UHe It allows for the removal of architectural barriers and facilitates the use of the building by people with reduced mobility, the elderly, families with prams, or users who need to move between levels more comfortably. 

In this type of equipment, safety is a priority. Elements such as control systems, doors, emergency stop devices, limiters, guards, signage, and other applicable regulatory requirements may be involved depending on the case. The technical definition must consider the intended use, the environment, and the building's characteristics. 

For architects, engineers, and technicians, a people-lifting solution adds value to both new builds and refurbishments. The ability to adapt to existing openings, reduce complex interventions, and improve building mobility makes these systems a particularly interesting alternative for projects where accessibility is a central objective. 

How to choose the right solution during the project pase 

Stop to choose an traction lift the project phase is crucial. A good Technical specification allows needs to be anticipated, subsequent modifications avoided, and ensures that the chosen solution is adapted to the actual use of the building or facility. 

The first step is to define what is to be transported: goods, vehicles or people. This answer determines the type of equipment, safety systems, options, applicable regulations and the construction characteristics of the project. 

Next, the main technical parameters must be specified: nominal load, useful dimensions, travel, number of stops, speed, frequency of use, type of access, available space, pit, overhead clearance, and environmental conditions. It is also important to consider how loading and unloading will be carried out, who will use the equipment, and what level of integration the installation requires. 

In one Industrial lifting solution, for example, ensuring resistance, capacity and continuity of use may be a priority. In a car lift, the key may lie in manoeuvrability, cabin dimensions and parking optimisation. In a passenger lift, accessibility, safety and ease of use will be decisive factors. 

Request a Technical lift offer with complete information facilitates decision-making. The more accurate the Technical specifications, the closer the manufacturer's proposal will be, and the lower the risk of deviations on site. 

At Hidral, we support professionals throughout this process to define viable, safe, and tailored solutions for each requirement. Because every lifting project has its own specific constraints, and choosing correctly from the outset makes all the difference. 

Regulations and safety in traction lifts 

The Lift regulations in Spain it depends on the equipment's use and its technical classification. The same criteria do not apply to a goods-only lift, a car lift, an accessible platform or a lift intended for transporting people, and in all cases, it may fall within the scope of machine regulations or lift regulations. 

Depending on the case, references related to the Forklift regulations, the Vehicle lift regulations, the Elevator regulations, the CE marked, machine safety or specific lift regulations. In Spain, for example, Royal Decree 355/2024 approves ITC AEM 1 “Lifts”, which regulates aspects such as the commissioning, modification, maintenance and inspection of lifts; and Royal Decree 1644/2008 establishes rules for the marketing and commissioning of machinery, including requirements linked to CE marking. 

For this reason, it is essential not to generalise. The application of standards depends on the type of equipment, its intended use, the permitted access, the installation environment, and the project's characteristics. An incorrect definition in the initial phase can affect the design, technical documentation, safety, and commissioning. 

Safety in lifts should not be seen as an add-on, but as an essential part of the project. Protection systems, controls, signage, emergency elements, access, enclosures and safety devices must be considered from the outset. 

Having a specialised manufacturer allows the prescriber to work with greater confidence when defining the equipment. At Hidral, our aim is to support each client with a complete service: from initial advice to after-sales care, offering lifting solutions adapted to the real needs of each project. 

La entrada Ascensor eléctrico de grandes cargas Hidral: montacargas, montacoches o uso público se publicó primero en Hidral.

At Hidral, we have been supporting architects, developers, and installers for decades in developing lift solutions that combine innovation, design, and reliability, offering a comprehensive service from the initial phase through to after-sales maintenance. 

The single-family lift as a key element in modern homes 

Nowadays, integrating Lifts in single-family homes it no longer responds solely to a functional need, but to a strategic design decision. 

For the prescriber, incorporating a Home lift It implies improving the overall perception of the project: 

• Improve the quality of the space 

• Strengthen universal accessibility 

• Enhance the end-user experience 

Furthermore, current trends such as inclusive architecture, active ageing or flexible housing drive the decision to Install a lift in a single-family home from early design stages. 

To choose the best domestic lift it's not just a technical issue, but a commitment to comfort, sustainability, and long-term value. 

Comfort and accessibility: technical criteria in prescription 

one of the main benefits of the Lift in a single-family home It is the direct improvement to habitability. 

From a technical standpoint, it allows: 

• Remove architectural barriers 

• Facilitate daily use for all user profiles 

• Anticipating future needs (reduced mobility, ageing, etc.) 

Frequency of use, type of user, or current accessibility regulations are key factors in prescription. 

Therefore, anticipating the lift from the design phase not only optimises the technical outcome but also prevents subsequent installation limitations. 

Aesthetic and architectural integration of the lift in single-family homes 

The lift is also a design element. Its correct integration can enhance the architectural value of the building as a whole. 

Key aspects: 

• Location: interior or exterior lift, detached house 

• Materials and finishes 

• Relationship with natural light 

• Visual impact in space 

Solutions such as a glazed wall in the cabin allow for the creation of more open, luminous and contemporary spaces. 

On the other hand, installation in an external structure is suitable for single-family homes undergoing renovation or when internal space is limited. 

Collaboration between the architect and manufacturer is fundamental to achieving seamless and coherent integration with the project. 

Added value for the property: revaluation and project differentiation 

A lift doesn't just improve a property: it makes it a more competitive asset. 

The Domestic lifts for single-family homes they contribute 

• Higher market value 

• Differentiation versus other properties 

• Appealing to a wider audience 

Nowadays, A single-family lift increases the value of a home significantly, especially in high-end projects or careful design. 

For the prescriber, to integrate home lifts for single-family homes it is a direct way. 

Types of solutions for domestic elevators based on the project 

There are different types of installation for domestic lifts that adapt to the needs of each home: 

• Lifts installed inside. 

• External lifts (within a structure). 

At Hidral, we develop solutions tailored to each project, combining technology, safety, and design to respond to any technical constraint. 

Space, dimensions and configuration: adaptation to each home 

The design of the lift is directly conditioned by the available space. 

Key aspects to define: 

• Lift Shaft (Space Required for Installation) 

• Route and number of stops 

• Cabin dimensions 

• Type of shipment 

• Load capacity 

The Single-family home lift measurements and the minimum dimensions lift single-family home must comply with both regulations and user needs. 

In projects such as a Home lift for a three-storey detached house, _, advance planning is essential to optimise space and ensure functionality. 

Our bespoke solutions allow the lift to be adapted to any configuration, even in cases with Minimum space for a single-family home lift. 

Hidral's UHe Model: The ideal solution for single-family lifts 

The UHe model Hidral positions itself as one of the most complete and versatile solutions for residential projects requiring accessibility, efficiency, and careful architectural integration. 

The UHe is a lift specially designed for installation as Home lift, adapting to both new builds and refurbishments, even in projects with space limitations. 

Total adaptability to the architectural project 

One of the main values of the UHe model is its adaptability. It allows installation in very diverse configurations, making it an optimal choice for: 

• Multi-storey dwellings (e.g. a Home lift for a three-storey detached house) 

• Projects with limited space or Minimum space for a single-family home lift 

• Solutions without moats or with minimal construction requirements 

This greatly simplifies the prescriber's task when it comes to Install a lift in a single-family home without compromising the project design. 

The manufacturer's role in quality, safety, and customisation 

Having a specialist manufacturer makes a difference to the final outcome. 

Key factors: 

• In-house development and R&D 

• Exhaustive quality control 

• Adaptation to regulations (such as the Regulations for domestic lifts) 

• Customisation capability 

At Hidral, we accompany every Single-family home lift project with specialised technical advice, offering reliable solutions adapted to each need. 

The Technical data sheet for a single-family home lift It is the result of a rigorous process that guarantees safety, efficiency and durability. 

Lift maintenance and lifespan in single-family homes 

Maintenance is a key aspect that must be considered from the design stage. 

Correct Home lift maintenance guarantees 

• Safety in use 

• Longer equipment service life 

• Reducing incidents 

The Home lift revisions and compliance with the Regulations for the maintenance of domestic lifts are fundamental to ensuring correct operation. 

At Hidral, we understand after-sales service as an essential part of the product, offering continuous support and efficient solutions. 

Conclusion: Single-family lifts as a strategic element in modern housing 

The Home lifts they represent much more than a lifting system today. 

We are a strategic tool that directly impacts: 

• User comfort 

• The project's aesthetic 

• The property value 

For architects and specifiers, its integration from the initial stages allows for the development of more complete, accessible, and competitive projects. 

At Hidral, we continue to innovate to offer solutions that respond to the needs of modern architecture, supporting our clients at every step of the process. 

La entrada Ascensores unifamiliares: confort, estética y valor añadido para viviendas modernas se publicó primero en Hidral.

Furthermore, the current regulations reinforce this need for anticipation and set clear requirements for the accessible lift, from the necessary accessibility signs to the minimum car dimensions and door clearance. Furthermore, it requires a favourable initial inspection without defects before the lift is put into service for the first time. Translated into construction language: if the specification is not well resolved at the design stage, the problem will appear at the end, when it is most expensive to correct it. 

Before going into detail, this is the executive index of errors that are most frequently repeated in the prescription phase: 

1. Do not differentiate the actual use of the device before specifying it.  

1. Define the gap without the technical requirements of the manufacturer.  

1. Specify without knowing the regulations in force.  

1. Evaluate the lift on acquisition cost alone.  

1. Incorporating the manufacturer too late in the process.  

1. Failure to provide for documentation and commissioning from the tender documents.  

At Hidral we work on a daily basis with solutions for people, loads and vehicles, in residential, commercial and industrial environments. We also accompany the professional with technical advice, preliminary plans and documentation from the earliest stages. 

Mistake 1: Failure to differentiate the actual use of the device before specifying it 

This error does not usually come from ignorance, but from inertia. A “people lift” is prescribed because it fits the most common typology, when in reality the building will have a mixed use, intensive traffic, accompanied goods transport or even vehicles with occupants. The problem does not take long to appear: insufficient nominal load, badly dimensioned cabin, doors not adapted to the real use, increased wear and tear and a much more demanding operation than the one foreseen in the project. In lifts of the QH family, for example, the technical data sheet itself relates cabin surface area and nominal load according to regulations, depending on the final intended use. 

• UHe: optimised solution for residential use with persons 

When the use is residential or for people with moderate traffic, the key is not to put just any lift, but to specify one designed for that scenario. Hidral's UHe is designed for vertical transport of people in homes, businesses and public buildings, with a special focus on small spaces and without the need for a machine room. Hidral's information highlights a minimum pit of 200 mm, loads of 225 to 630 kg, maximum travel of 30 m and speed of up to 1.0 m/s, which makes it a particularly useful solution both in refurbishment and in existing buildings of low or medium height. 

For the designer, this means something very concrete: a compact solution, compatible with tight openings and with a logic of use that is consistent with housing, commerce or a public building with contained traffic. However, the fact that the equipment is compact does not exempt it from complying with accessibility. If the building requires an accessible lift, the project must verify from the outset the minimum car dimensions, clear passage width, signage and button panels in accordance with the regulations. 

• QH: the right family for vehicles, people and heavy loads in demanding environments 

When the building is to move vehicles, large loads or accompanied goods, the logic changes completely. In the Hidral range, the QH family covers precisely these scenarios: the QHV is aimed at vehicles and people with a capacity of up to 5,000 kg, while the QHGe is positioned for goods accompanied by operators in industrial applications, with a capacity of up to 6,000 kg, a speed of 1 m/s and no machine room. 

The QH's own technical documentation shows why it should not be treated as an oversized passenger lift. The range allows car widths from 1,500 to 4,500 mm, depths from 1,600 to 7,000 mm and heights from 2,000 to 2,850 mm; furthermore, it links minimum usable area and nominal load according to EN 81-20 in passenger and load applications. In other words: the relationship between cab, load and use cannot be improvised. 

What happens when a residential solution is installed in an industrial or mixed environment? Normally it does not fail in the project memory; it fails in the operation. It starts with overloads, unplanned manoeuvres, corrective measures, limitations of use and, in the end, the correction is expensive: shutdown, refurbishment of the shaft or replacement of the equipment. The correct criterion is not what fits, but what real use it will withstand throughout its useful life. 

Mistake 2: defining the gap without the technical requirements of the manufacturer. 

One of the most costly mistakes on site is to design the shaft before consulting the manufacturer. At first glance, it seems like a minor decision, but all it takes is an incompatibility in the pit, escape, boarding, doors or configuration of the equipment to trigger structural modifications, changes in installations or loss of usable surface area. The difference between a compact solution such as UHe and a large load or vehicle family such as QH demonstrates that there is no one-size-fits-all solution. 

Before dimensioning the shaft, the designer should at least close the following parameters: total travel, number of stops, rated load, speed, type of use, expected traffic, need or not for a machine room, boarding and structural restrictions of the building. This should be done with the manufacturer's documentation on the table. In Hidral, this phase is supported by technical drawings, preliminary proposal and downloadable documentation; even its autoconfigurator allows to generate an initial plan to start the definition. 

• Technical checklist for the correct dimensioning of the lift shaft 

Before closing plans, check this list: 

• Number of actual floors and stops.  

• Clear height between floors and total travel.  

• Intended load in kg.  

• Estimated traffic: persons/hour or cycles/hour in industrial.  

• Actual use: persons, persons and cargo, accompanied goods or vehicles.  

• Structural constraints of the building.  

• Need for engine room or not.  

• Door configuration, boarding and manoeuvring.  

• Accessibility requirements.  

• Inspection and commissioning requirements.  

Error 3: specifying without knowing the current regulations (ITC AEM 1, CTE, EN 81). 

Here it is important to make an important clarification: the current reference is the Royal Decree 355/2024. This royal decree approves the new ITC AEM 1 and is in force from 1 July 2024. In addition, the ITC itself regulates commissioning, modifications, maintenance and inspections, so it fully affects how a specification is drawn up and how an installation is validated at the end of the work. 

This is in addition to the CTE DB-SUA. In Spain, when the building requires an accessible lift, the project must verify conditions such as button panels with characters in Braille and high relief, cabins with minimum dimensions according to use and configuration of doors, and clear passage widths of at least 0.80 m. This is not an aesthetic or optional issue: it is an accessibility condition that must be met. 

In parallel, the UNE-EN 81-20 and UNE-EN 81-50 standards remain the technical reference framework for product safety and testing. The UNE identifies 81-20 as the standard for safety rules for the construction and installation of lifts for persons and persons and loads, and 81-50 as the part relating to design, calculations, examinations and testing of components. 

The risk for the specifier is clear: if the solution is not aligned with standards and technical documentation, the installation is complicated right at the critical stage. The ITC requires a favourable initial inspection without defects before the first commissioning, so an incorrect specification is not just a detailing problem: it can block the delivery of the building. 

Implications of Royal Decree 355/2024 for planners and developers 

Changes and requirements that should already be reflected in the tender documents include stopping accuracy of at least ±10 mm and levelling of ±20 mm where required, door protection covering from at least 25 mm to 1,600 mm above the tread, two-way communication in the cab and load control devices where required. 

Maintenance and inspection conversations also change. The ITC fixes periodic inspections every two years in industrial use or public concurrence, every four years in buildings with more than twenty dwellings or with more than four floors served, and every six years in all other cases. This should influence the decision on equipment, use and level of service from the design stage, not when the building is already in operation. 

Mistake 4: evaluating the lift only by acquisition cost, not by life-cycle cost. 

Choosing by supply price almost always seems like a good decision... until the equipment goes into service. In a lift, the real cost does not end at purchase: it continues with maintenance, energy, corrective actions, inspections and service availability. That's why a specification that is poorly matched to actual use is expensive, even if the initial offer seems competitive. 

Energy efficiency is also part of the equation. Fenercom's guide on energy savings and efficiency in lifts includes VDI 4707 and EN ISO 25745 as references, and TÜV SÜD underlines that improving efficiency reduces electricity consumption and operating costs, as well as contributing to building sustainability objectives. 

At the technical specification level, it is worth looking beyond the closed price: drive type, standby behaviour, manoeuvre management, intensity of use and availability of components. In large loads, for example, Hidral presents its electric QHe as a machine room-less solution with gearless motor and energy-efficient approach, a good example of how the chosen technology has a direct impact on consumption and wear. 

Mistake 5: Failure to provide for documentation and commissioning in the tender documents. 

Many specifications describe the lift in a generic way, but do not include the documentation that will make its legalisation and entry into service possible. And this is another classic bottleneck: the project defines one piece of equipment, the tender specifies another, and the completion of the work lacks files, diagrams or manuals in line with the installation actually executed. 

ITC AEM 1 is very clear in this respect. Before the first commissioning, there must be a favourable initial inspection without defects and, when there are major modifications, documentation such as technical data sheet, declaration of compliance, tests where appropriate, new operating manual and declarations of conformity of safety components must be provided. In addition, the manual must contain, among other things, rescue instructions, safe access to machinery spaces and wiring diagrams. 

The good practice is simple: ask from the design stage what documentation the manufacturer will provide and at what stage. In the case of Hidral, its product pages include downloads of catalogues and technical data sheets, and its commercial process includes technical drawings and support from the pre-order stage. 

Mistake 6: Bringing the manufacturer too late in the process 

The manufacturer is not only the supplier of the equipment. If well integrated, it is a source of technical information that helps to avoid errors in terms of opening, manoeuvre, structure, accessibility and documentation. At Hidral, the support to the professional starts from the initial need, with economic assessment, technical drawings and, if applicable, transport and installation quotation. 

For this reason, the right time to incorporate the manufacturer is the preliminary design phase; at the very least, before the basic project. The earlier it enters, the easier it is to adjust loads on the structure, foresee the opening solution, anticipate electrical requirements and resolve the documentation that will later be requested by the building site, project management or control body. 

• How to integrate Hidral as technical support in your project 

The most effective way of working with the manufacturer is to make him the technical support from the start. To do this, the ideal is to transfer from the preliminary project the basic information of the building: actual use of the device, number of stops, route, expected load, estimated traffic, shaft constraints, accessibility, manoeuvring needs and whether or not there is limited space for the machine room. With these data, Hidral can help to guide the appropriate typology, generate a preliminary proposal and provide useful technical documentation to mature the solution. 

This early intervention makes it possible to draw up more precise specifications, reduce on-site changes and arrive at commissioning with less uncertainty. In a market where the difference is not only in manufacturing a lift, but in prescribing the solution right from the start, technical support is no longer an extra and becomes part of the project. 

Contact our technical team for specifications tailored to your project. 

La entrada Errores al elegir un ascensor para tu proyecto: guía técnica para prescriptores  se publicó primero en Hidral.

At Hidral, we have been developing robust and safe lifting solutions adapted to each project for 50 years. Here is a practical guide to help you choose the best solution for your needs. 

What is a good lift and when is it needed? 

A freight elevator is an equipment specifically designed to transport goods between different levels of a building. Unlike conventional lifts, its structure, dimensions and performance are designed to withstand heavier weights, intensive use and demanding environments. 

A good lift is needed when: 

• There are frequent movements of goods between floors.
• Bulky or heavy loads are handled.
• Safety in manual handling needs to be improved.
• The aim is to optimise times in logistical or production processes.

They are commonly installed in industrial buildings, warehouses, logistics centres, hospitals, hotels, shopping centres and supermarkets. 

Types of goods lifts according to their use 

Cargo only (unaccompanied) 

This equipment is designed exclusively for the transport of goods. No persons are allowed in the cab during operation. 

They are common in industrial environments and warehouses where efficiency and robustness are a priority. 

Check here for our elevator lifts charging only.

Goods with attendant 

They allow up to 2 operators to accompany the load during the journey. They are designed to guarantee the safety of both goods and people. 

They are common in hospitals, large areas or environments where direct supervision is necessary. 

Check here for our elevator lifts accompanied cargo.

Load-only lifts: solutions for heavy loads 

When the goal is to move large volumes or heavy weights on a consistent basis, dedicated load lifters offer maximum efficiency and strength. 

When to choose a dedicated good lift? 

• When it is not necessary for the operator to travel with the goods.  

• When handling very heavy loads.  

• In industrial environments with high frequency of use.  

• When you are looking for a robust and low-maintenance solution.  

Classification by load-bearing capacity 

This equipment can be designed for different capacities, from medium loads to heavy tonnage solutions tailored to specific project needs. 

At Hidral, each solution is tailor-made, ensuring that the capacity, dimensions and performance exactly meet the customer's requirements. 

Technical factors to be assessed 

When choosing a good lift, it is essential to analyse: 

• Maximum load
  Determines the required capacity according to the type of goods. 

• Usable platform area
  It must be adapted to the volume and dimensions of the load. 

• Travel
  Number of stops and total height to be bridged. 

• Frequency of use
  Occasional use is not the same as continuous operation. 

• Drive type
  The hydraulic system is one of the most reliable and robust solutions for heavy loads. 

• Available space
  It is key to analyse the available (or necessary depending on the required platform dimensions) and structural conditions of the building. 

Key benefits 

• Safety
  Designed with systems that guarantee functionality and durability of the equipment as well as protection of the load during movement. 

• Low maintenance
  Robust solutions that reduce operating costs. 

• High durability
  Components prepared for demanding environments. 

• Optimisation of operating times
  They speed up logistics and production processes. 

Accompanied goods lifts: goods with operator 

In certain sectors, it is essential that a person supervises the goods during the journey. 

When is escorted cargo needed? 

• In certain hospital work for the transport of medical equipment.  

• In large shopping centres.  

• In hotels or logistics centres with sensitive handling.  

• When the nature of the goods to be transported requires the presence of an operator.  

This equipment combines structural strength with additional safety conditions for passengers. 

Types of accompanied loads 

• Logistic trolleys and crates.  

• Hospital equipment.  

• Supervised pallets.  

• Sensitive or high-value equipment.  

Regulations and safety in good lift trucks 

Regulatory compliance is an essential aspect of any lifting project. Load lifts must comply with European legislation (or that in force at the place of installation), incorporating certified safety systems and guaranteeing the protection of both goods and operators. 

Working with a specialist manufacturer ensures: 

• Compliance with European directives.  

• Design adapted to specific regulations.  

• Integrated security systems from the origin of the project.  

• Specialised technical support and after-sales service.  

Typical use cases by sector 

Goods lifts are cross-sector solutions that can be adapted to a wide range of sectors: 

• Industrial: transport of raw materials and finished products.  

• Logistics: movement of goods in warehouses and platforms.  

• Hospital: transfer of beds, equipment and supplies.  

• Retail and superstores: efficient replenishment between floors.  

• Hotels and catering: internal transport of goods.  

Each sector requires a specific approach, and that is where experience makes the difference. 

Advantages of working with a specialised manufacturer + CTA to Hidral 

Choosing a specialised manufacturer not only guarantees a product, but also comprehensive support. 

At Hidral, we offer a complete service: from initial technical advice to after-sales care. This approach has made us an international benchmark, with a presence in more than 120 countries and solid experience in customised projects. 

Our commitment is clear: to design safe, efficient and customised lifting solutions. 

If you are considering the installation of a freight elevator and need professional guidance, our team is ready to help you. 

Discover all our solutions in hydral.com.

La entrada Elevadores de carga: guía práctica para elegir la mejor solución se publicó primero en Hidral.

Through our experience, innovation and dedication to service, we work to ensure that accessibility ceases to be a challenge and becomes a reality. 

Accessible spaces, versatile solutions 

Each project requires a unique solution. At Hidral we offer a wide range of lifting systems designed to adapt to any type of space: from single-family homes to large industrial facilities. Our solutions combine technology and design to effectively respond to today's mobility demands. 

Lifts for accessibility (reduced mobility) 

When it comes to facilitating the daily lives of people with reduced mobility, vertical lifts and stairlifts are essential. At Hidral we are committed to specialised solutions through our two expert brands in accessibility: 

• Acros by Hidral, focusing on stairlifts and customised residential solutions for straight and curved staircases. 

• Hidral Gobel, specialising in accessibility and elevation systems for the automotive sector, adapting vehicles to the needs of the user. 

Both brands share the vocation of transforming mobility and improving people's autonomy. With their solutions, stairs and slopes are no longer an obstacle. 

Platforms and lifts for accompanied loads 

In environments where it is necessary to transport loads without renouncing to the presence of the operator, Hidral offers both accompanied platform lifts and heavy load lifts. These solutions are ideal for commercial, logistic and residential buildings with special mobility requirements. 

Find out more about our products for this type of need: 

• Vehicle lifts 

• Lifting platforms 

Lifts for people 

At Hidral we also design and manufacture lifts for people, ideal for buildings of all types. These systems not only guarantee comfortable and safe movement, but can also be integrated into any architectural project. 

Our offer adapts to both new buildings and refurbishments, with models designed to optimise space, energy efficiency and accessibility. 

Find out more about our passenger lifts. 

Freight transport solutions 

The transport of goods requires robust, safe and high performance solutions. That is why Hidral offers a complete range of industrial forklifts, designed to support from small loads to heavy weights. These systems adapt to different sectors, from warehouses to production environments. 

Explore our solutions according to load capacity: 

• Up to 750 kg 

• Up to 1,000 kg 

• Up to 2,000 kg 

• Over 2,000 kg 

These industrial forklift systems are designed for durability and efficiency, even in the most demanding conditions. 

Vehicle lifts: accessibility also on wheels 

Accessible mobility does not stop at buildings. In Hidral we design elevators and vehicle lifts that allow the integration in vertical car parks, car dealerships or buildings with space limitations. 

Such systems optimise the use of space, improve parking efficiency and offer accessibility solutions also for drivers with reduced mobility. 

Consult our solutions: 

• Vehicle lifts 

• Car lifts 

Scissor lifts 

Scissor lifts are perfect for applications where safe and efficient vertical lifting is required.  

With a compact and versatile structure, these systems are suitable for multiple industrial and commercial sectors. 

Find out more about our scissor lifts. 

Every space has an accessible solution 

Thanks to half a century of experience in the lifting sector, at Hidral we know that each project requires a customised solution. It is not only about manufacturing products, but also about offering confidence: from the initial advice, through installation and after-sales follow-up. 

La entrada Accesibilidad sin límites: soluciones de elevación adaptadas a cada espacio se publicó primero en Hidral.

A industrial forklift is a lifting system specifically designed to move heavy loads vertically in environments such as factories, warehouses, hotels or logistics centres. Unlike conventional lifts, this equipment is designed for transporting goods, its main virtue lies in its robustness, durability and customisability. 

Its most important advantages: 

• Force for lifting large volumes and weights

• Operational efficiency, optimising time and resources

• Safety, thanks to its control systems and design standards.

• Adaptability, with tailor-made solutions according to the installation environment.
   

Load capacity: how to choose according to weight? 

Industrial forklifts are available for different weight ranges: 

• Up to 750 kgideal for small shops or industrial kitchens

• Up to 1000 kgfor medium-sized warehouses or service buildings

• Up to 2000 kgPerfect for logistical and industrial environments with heavier loads

• Over 2000 kgfor large-scale operations requiring maximum strength.
   

What types of industrial forklifts are there? 

• Load-only forklifts 

These are systems where the load rises or falls without human accompaniment. They are ideal for automated circuits or areas with restricted access.  

• Forklift with accompanied load 

In this case, the operator accompanies the load during the journey, either for logistical need or control. This option is regulated and requires specific security systems.
→ Discover our platforms for accompanied loading 

 Real-life applications of industrial forklifts 

Key sectors: industry, logistics, HORECA, shopping malls 

From industrial kitchens that require speed, to factories with high tonnage requirements, industrial forklifts are the ideal solution. optimise processes y ensure operational safety.
→ Learn how we customise solutions for special environments 

Key criteria for choosing the ideal forklift truck 

• Type of load and usage cycles 

Volume, weight and frequency of use are decisive in choosing the right model. A device that works all day long requires more robustness than a device for occasional use. 

• Space and route 

Every environment is unique. At HIDRAL we design tailor-made solutions for small openings, long distances or existing structures. 

• Safety, efficiency and maintenance 

Investing in a reliable system is also investing in the prevention of occupational hazards.
→ More on safe handling of heavy loads   

HIDRAL's added value in industrial lifting solutions 

With more than 50 years of experience In the sector, at HIDRAL we don't just manufacture lifting systems: we offer a complete experience. 

• Own design and manufacture in Seville.
• Expert technical advice from the very first minute.
• Guaranteed after-sales support.
• International presence in more than 120 countries.
   

Do you need an industrial forklift adapted to your space and load? 

At HIDRAL we design the perfect solution with you. 

Contact us or find out more at hydral.com 

La entrada Montacargas industriales: fuerza, eficiencia y seguridad para tu entorno de trabajo se publicó primero en Hidral.

 Types of car lifts depending on space: hydraulic, electric. 

 The choice of the type of car lift depends both on the available space and the intended use: 

• Hydraulic car lifts: they are very well adapted to low or medium height buildings. Their hydraulic piston lifting system does not require counterweights, which allows for a more compact design. They are ideal for private garages, neighbourhood communities or small hotels.
• MElectric trucks: although they require more space for machinery, they offer high efficiency and speed over longer distances. They are recommended when frequent or continuous use is expected.  

How to calculate gap, clearance and minimum dimensions 

Installing a car lift requires a prior technical study that analyses the minimum dimensions to guarantee its functionality and safety: 

• Usable space: this is the total space for the cab and doors. The cab dimensions must allow the entry and exit of the largest vehicle foreseen in the project (taking into account the height of the vehicle).
• Minimum clearance: refers to the clear height from the floor to the ceiling of the shaft at the upper level. The required height of the cab is a consideration in defining the calculation of this minimum clearance requirement.
• Pit: For hydraulic and electric car lifts, a pit of around 1100 mm is required. In car lifts, the minimum pit is 400 mm (depending on available travel and runway). 

 At Hidral, our technical team advises each client to adapt the most efficient solution according to their needs and local regulations. 

Optimising every centimetre without losing functionality 

In elevation projects, space is king. In Hidral we work with two premises: to adjust the cabin to the existing shaft to the millimetre or to calculate the minimum shaft when the client first defines the cabin. The objective is always the same: to save space without compromising safety or usability. 

The challenge: an electric car lift was to be installed in a high-end residential building. In the final phase of the work, last-minute changes altered the initially planned space for the equipment offered. 

Analysis and alternatives 

• What could be preserved: We maintained the cabin depth by adjusting the installation of the footboards (in the new scenario they could be integrated in a different way). 

• The critical point: the free passage of doors. The new opening width meant that the planned dimensions could not be maintained. 

Two ways of solving the problem: 

• 6-leaf doors + small on-site excavation → no changes to the cabin. 
• 8-leaf doors without civil works → fits into the opening, but slightly reduces the cabin depth. 

Decision: the client opted for option 1. The construction site still allowed for the excavation and the original cabin and the user experience was preserved. 

What we learned: with precise review and flexible design, it is possible to close reliable solutions even when the construction site changes at the last minute. The key: decide quickly what to keep, what to adapt and how to minimise the impact on the end user. 

Advantages over traditional ramps 

 Installing a car lift instead of a traditional ramp offers multiple benefits: 

•  Space saving: ramps require a large sloping surface, which can take up several parking spaces.
• Cleaner and more accessible design: integrates more easily into modern or historic buildings without altering their architectural design.
• Increased security and control: the car lifts incorporate access control systems, security sensors and perimeter protections.
• Attractive for the end user: adds value to the property and comfort for the user, especially in high-end housing. 

Looking for a car lift for your project? 

At Hidral we develop lifting solutions adapted to any type of space. From the initial technical study to the after-sales service, our team accompanies each client in all phases of the project. 

• Discover all our car lifts. 

La entrada Montacoches para parkings ajustados: soluciones a medida en espacios reducidos se publicó primero en Hidral.

Differences in consumption, maintenance and load capacity 

• Electric lifts: they operate by means of a motor that drives traction cables and a counterweight, which makes them especially efficient in buildings with high travel distances or continuous use. Their energy consumption is more stable and sustained, as they harness energy in both directions of movement, reducing overall electricity demand. 

• Hydraulic lifts: these use a system of cylinders and pressurised oil to propel the car upwards. This system implies a higher occasional consumption during the ascent, although the energy consumption at rest and during the descent is practically nil. In addition, maintenance is usually simpler and cheaper, as checks focus on the condition of the oil, valves and hydraulic components, without the need for complex counterweight or traction systems. 

In terms of capacity, hydraulic lifts are the preferred choice for moving large loads, carrying up to several thousand kilos with a smooth and safe movement. Electric lifts, although also powerful, are more oriented towards medium to high loads combined with longer and more frequent travel. 

When to choose one or the other depending on the building type 

The choice between an electric or hydraulic lift depends mainly on the type of building and the intended use. 

The electric lift is the ideal choice in industrial buildings with high travel distances, logistics centres with constant traffic or installations where maximum energy efficiency is sought. Its higher speed makes it perfect for environments where the flow of people or goods cannot be stopped. 

On the other hand, the hydraulic lift stands out in medium-rise buildings, workshops, garages or industrial warehouses where vehicles or heavy goods need to be moved. It is easier to install and offers silent and stable operation. In addition, its initial cost is lower, making it a very cost-effective option when speed is not a priority. 

Estimated costs and energy efficiency 

Economically, electric lifts tend to require a higher initial investment, but compensate with lower energy consumption in the long run, especially when used frequently. Hydraulic lifts, on the other hand, have a lower installation cost and are less expensive to maintain, although their energy efficiency may be lower in heavy use environments. 

Summary comparison table 

La entrada Ascensor eléctrico vs. hidráulico para grandes cargas: consumo, mantenimiento y cuándo elegir cada uno se publicó primero en Hidral.

Featured models 

The main options in the range for ≤ 1,000 kg are: 

• Model MH. This model represents the perfect solution for businesses that need to transport small to medium loads efficiently between different floors. This mini-load lift has capacities ranging from 50 to 100 kg, making it the ideal ally for sectors such as hospitality, commerce, offices and small industry. Versatility is another of its great assets. From restaurants that need to send dishes between the kitchen and the dining room, to offices that need to transport documentation, to clinics or businesses with internal logistics needs, the MH adapts to multiple professional environments with total solvency. 

• MTH model. This product is designed for vertical transport of medium goods (such as trolleys, hand trucks), with service level flush with the floor. It is ideal for environments such as hotel laundries, small warehouses or industrial buildings where agility in handling light loads is required.
  Its robust design is designed to withstand the intensive pace of these professional environments without compromising efficiency. 

• HO model. This is a load-only platform. Requiring a minimum pit of only 120 mm, it is the perfect choice when architectural constraints are a challenge, but you don't want to give up an efficient lifting system. The HO model represents a product adapted for small shops, offices, restaurants or any establishment that needs to optimise vertical transport in confined spaces.  

• Model EH500. Load-only platform with a capacity of up to 750 kg. It can be fitted with perimeter railings, walls or even cabin-style enclosures for added safety. The versatility of the EH500 allows it to be installed in warehouses, logistics centres, manufacturing industries and any space where heavy loads need to be moved efficiently between floors. Its rugged construction is designed to withstand intensive and prolonged use, delivering consistent performance day in and day out.

• Model EH1500. With load capacities from 1000 kg up to 2000 kg, it is a versatile solution designed exclusively for lifting loads, ideal for warehouses and retailers. This platform represents the perfect balance between capacity, robustness and adaptability for medium and high volume logistics operations. 

Advantages of opting for lightweight solutions 

Platforms and forklifts in this range offer several advantages over larger capacity equipment - particularly in installations that do not require heavy loads: 

1. Lower energy consumption and operating costs. By transporting lighter loads, the energy demand is lower. This translates into lower operating costs and, in many cases, smaller electrical and mechanical components.
   
2. Compact design and adaptability. The dimensions and structures are usually more contained, which facilitates their integration in reduced or pre-existing spaces. Hidral allows customised configurations - for example, with cabins, railings or walls - to suit each installation.
3. Enhanced security. Models such as the EH500 incorporate dual work cable and dual safety cable, and can install additional protections. This is essential for equipment that will be in regular use in logistics or industrial environments.
4. Flexibility of travel. Although for light loads, these products do not forgo interesting distances. For example, the EH1500 can travel up to 24 m (depending on configuration) for moderate loads.
    

Typical applications 

Hidral equipment for loads ≤ 1,000 kg is well suited to a wide range of industries and installations: 

• Storage and distributionideal for centres with light goods turnover (parcels, spare parts, components, etc.).
  
• Retail and commercial facilitiesTransport of stock between levels, internal warehouses, or internal logistics.
  
• Hotels and laundriesMoving trolleys with clothes, cleaning products, etc., more efficiently.
  
• Light industrial buildingsfor parts, tools or consumables that do not require large capacities.
   

Tips for selection and implementation 

When considering the installation of platforms for loads ≤ 1,000 kg, consider the following: 

1. Make an analysis of the actual maximum load you need to move (with safety margin).
2. Assess the required route: height, number of stops, entry/exit spaces.
3. Check that the chosen solution (cabling, rails, security system) is compatible with the environment and the use it will receive.
4. Consider protection options (guard rails, cabins, walls) to ensure safe transport.
5. Consult Hidral's after-sales service, maintenance and support to ensure a long service life. 

La entrada Las soluciones de Hidral para la elevación de cargas de hasta 1000 kg  se publicó primero en Hidral.

Client autonomy and optimisation of resources: efficiency for everyone 

Hidral's Autoconfigurator has enabled a major transformation in our relationship with our customers. By giving them the ability to obtain accurate quotes autonomously, our customers have full control over their decision-making process, moving at their own pace and adjusting to market needs. This autonomy, at the same time, frees our technical team from repetitive tasks, allowing us to devote more time and resources to providing personalised service and focused on resolving more complex queries. In this way, we are able to offer a more complete and satisfactory experience for our clients, optimising both their time and that of our team. 

Benefits of Autoconfigurator 

The Offer Wizard not only simplifies the quotation process, but also offers a number of key benefits for both customers and Hidral: 

1. Client autonomyUsers can obtain accurate quotes autonomously, controlling their decision-making process without depending on schedules or waiting times. 

1. FlexibilityThe ability to work at their own pace allows clients to adapt to their needs and those of the market without time constraints. 

1. Optimisation of internal resourcesBy freeing our technical team from routine tasks, we can devote more time to providing personalised service and resolving complex queries. 

1. Improving customer experience: The Offer Wizard improves customer service by offering a more agile, efficient and tailored customer experience. 

1. Efficiency and time savingThe quotation process becomes quicker and easier, both for the customer and for our company, allowing you to focus on what really matters. 

Ready to experience the convenience and efficiency of the Hidral Autoconfigurator? Visit our website here and discover how this innovative tool can optimise your quotation process. At Hidral, we are committed to helping you simplify your tasks and offer solutions that really make a difference. 

If you have any access problems, please do not hesitate to write to us at marketing@hidral.com and we will be happy to help you. 

La entrada Atoconfigurador para elevadores de Hidral: cómo simplificar la cotización de ofertas y ganar autonomía se publicó primero en Hidral.