TagID guided charging brings new standard

With TagID guided charging, Fronius says it is bringing a new standard to the market for charging lead-acid batteries. With this intelligent battery sensor system, users can optimise the entire charging process from implementation to ongoing monitoring of traction batteries.

Many companies are currently having to balance healthy order books with supply chains that are difficult to plan and an acute shortage of personnel. In times of rising costs and increasing workload, it is important to charge forklift batteries as economically as possible. “With our new TagID guided charging solution, fleet managers can increase the availability of their forklifts while reducing the internal workload,” explains Johannes Spreitzer, strategic product manager at Fronius Perfect Charging. “In addition, TagID guided charging makes an important contribution to avoiding incorrect battery handling, increasing user safety and extending the service life of the battery,” adds Spreitzer.

Optimal supply to the batteries

The regular servicing of traction batteries can often get overlooked in busy warehouses. When developing the TagID, the Fronius Perfect Charging team made sure that these tasks are carried out largely automatically.

“TagID continuously measures the various physical variables of the batteries. Based on this data, our battery chargers provide a particularly gentle and efficient charge,” says Spreitzer. For example, the intelligent battery sensor system can detect whether a battery is deeply discharged and automatically starts the corresponding desulphation process, while an integrated level sensor signals when battery fluid needs to be refilled. The so-called ’automatic ionic circulation’ feature prevents acid stratification in the battery, which has a positive effect on the battery life.

Efficient charging with Plug & Charge

If lead-acid batteries are connected to the TagID and Selectiva 4.0 chargers from Fronius, fleet managers can rely on a charging infrastructure that is as efficient as possible. Thanks to the self-configuration curve, characteristics no longer have to be set manually, but automatically adapt to the battery state of charge. Optimum charging is thus ensured at all times.

Equalising charges are only carried out with the Intelligent Equalising Charge function if the battery actually requires it, reducing energy consumption by up to four percent. This both cuts energy costs and makes an important contribution to greater sustainability.

Users no longer have to worry about ambient temperatures either. The TagID is equipped with a temperature sensor as standard and automatically adjusts the charge to the temperature of the battery.

“We have set ourselves the goal of making the charging of lead-acid batteries as efficient, sustainable and simple as possible. With TagID guided charging, this is now becoming a reality,” says Spreitzer.

The TagID can be configured using the NFC interface via the TagID Config app and automatically checks whether the voltage value of the battery entered during configuration matches the actual measured value.

Johannes Spreitzer, strategic product manager at Fronius Perfect Charging, is convinced that TagID guided charging will establish a new standard for charging traction batteries.

TagID guided charging brings new standard

With TagID guided charging, Fronius says it is bringing a new standard to the market for charging lead-acid batteries. With this intelligent battery sensor system, users can optimise the entire charging process from implementation to ongoing monitoring of traction batteries.

Many companies are currently having to balance healthy order books with supply chains that are difficult to plan and an acute shortage of personnel. In times of rising costs and increasing workload, it is important to charge forklift batteries as economically as possible. “With our new TagID guided charging solution, fleet managers can increase the availability of their forklifts while reducing the internal workload,” explains Johannes Spreitzer, strategic product manager at Fronius Perfect Charging. “In addition, TagID guided charging makes an important contribution to avoiding incorrect battery handling, increasing user safety and extending the service life of the battery,” adds Spreitzer.

Optimal supply to the batteries

The regular servicing of traction batteries can often get overlooked in busy warehouses. When developing the TagID, the Fronius Perfect Charging team made sure that these tasks are carried out largely automatically.

“TagID continuously measures the various physical variables of the batteries. Based on this data, our battery chargers provide a particularly gentle and efficient charge,” says Spreitzer. For example, the intelligent battery sensor system can detect whether a battery is deeply discharged and automatically starts the corresponding desulphation process, while an integrated level sensor signals when battery fluid needs to be refilled. The so-called ’automatic ionic circulation’ feature prevents acid stratification in the battery, which has a positive effect on the battery life.

Efficient charging with Plug & Charge

If lead-acid batteries are connected to the TagID and Selectiva 4.0 chargers from Fronius, fleet managers can rely on a charging infrastructure that is as efficient as possible. Thanks to the self-configuration curve, characteristics no longer have to be set manually, but automatically adapt to the battery state of charge. Optimum charging is thus ensured at all times.

Equalising charges are only carried out with the Intelligent Equalising Charge function if the battery actually requires it, reducing energy consumption by up to four percent. This both cuts energy costs and makes an important contribution to greater sustainability.

Users no longer have to worry about ambient temperatures either. The TagID is equipped with a temperature sensor as standard and automatically adjusts the charge to the temperature of the battery.

“We have set ourselves the goal of making the charging of lead-acid batteries as efficient, sustainable and simple as possible. With TagID guided charging, this is now becoming a reality,” says Spreitzer.

The TagID can be configured using the NFC interface via the TagID Config app and automatically checks whether the voltage value of the battery entered during configuration matches the actual measured value.

Johannes Spreitzer, strategic product manager at Fronius Perfect Charging, is convinced that TagID guided charging will establish a new standard for charging traction batteries.

Toyota reveals winner of Logistic Design Competition

Toyota Material Handling Europe and Toyota Europe Design Development have presented the winners of this year’s Toyota Logistic Design Competition. The response was huge: over 1,500 registrations and 203 final submissions.

A panel of design experts chose 10 finalists in a first round, with a second jury of industry experts picking the final winners. Toyota Logistic Design Competition 2022, Category Gold Award Winner is Jacob Abraham from University of Houston, USA, with ´Oro´.

Oro delivery module is a design solution that optimises final mile delivery vehicles in dense urban environments. Inspired by Toyota, the product has clear DNA from both the Toyota logistics and mobility side. Delivery modules can travel through areas inaccessible to most delivery vehicles, especially obstructed pathways.

“Oro with its ‘walkie’ function makes it extremely manoeuvrable in narrow spaces. One of the many great ideas coming out of our dialogue with young designers. After eight years the competition has submissions from 123 countries, showcasing revolutionary ideas around urban micrologistics,” comments Magnus Oliveira Andersson, Head of Design at Toyota Material Handling Europe.

“We enjoyed working with Laurent and his team and all of us will be back with a new edition next year, challenging the students to come up with logistic and mobility solutions for Paris 2024, “ concludes Andersson.

Laurent Bouzige, Chief Designer Strategy and new Mobility at Toyota Europe Design Development, agrees: “We are delighted to have been able to participate in this competition for the first time, collaborating with Toyota Material Handling Europe. It wasn’t an easy task to select the finalists as the quality of the works was remarkable, breathtakingly creative, and fresh! Many aspects of mobility service were well-thought through, the proposals were mature, relevant, and inspiring. All the stakeholders’ works, and the participants too, are all highly appreciated. We are already looking forward to the next edition.”

The Silver Award went to Zsófia Mátravölgyi from Moholy-Nagy University of Art and Design Budapest, Hungary, with ´Oasis´.  Oasis is a pick-up and drop-off point system focused on the downtown. Its aim is to make last-mile delivery easier with minimal impact on social spaces and to help reduce the congestion of urban traffic with an alternative hybrid delivery method.

Nicholas Orie, from California State University, USA, with ‘Mitsubachi’ received the Bronze Award. The Toyota Mitsubachi solution is a modular, autonomous drone fleet, integrated in warehouses and urban micro hubs, designed to streamline the process of handling, and organising goods.

All finalists are awarded with cash prizes and will have the opportunity to apply for a six-month paid internship at the Toyota Material Handling Design Center, either in Sweden or Italy, and at Toyota Europe Design Centre, ED², in France.

At this edition, ED² identified the high-potential idea of E-Cargo Bike, designed by Marius Cramer, from Umeå Institute of Design, Sweden.  Former president of ED², Ian Cartabiano, now Vice President Advanced Design at Calty Design Research in USA, together with the executive juror, decided to give a special award to this project.  Currently, Marius is doing his 6-month internship at ED2 thanks to this special mention.

The award ceremony was held during Logiconomi 2022, a unique two-day event bringing together 600 logistics professionals and industry leaders to address the many challenges logistics is facing today, presenting solutions and providing inspiration.

CLICK HERE to see the winning design work.

Toyota reveals winner of Logistic Design Competition

Toyota Material Handling Europe and Toyota Europe Design Development have presented the winners of this year’s Toyota Logistic Design Competition. The response was huge: over 1,500 registrations and 203 final submissions.

A panel of design experts chose 10 finalists in a first round, with a second jury of industry experts picking the final winners. Toyota Logistic Design Competition 2022, Category Gold Award Winner is Jacob Abraham from University of Houston, USA, with ´Oro´.

Oro delivery module is a design solution that optimises final mile delivery vehicles in dense urban environments. Inspired by Toyota, the product has clear DNA from both the Toyota logistics and mobility side. Delivery modules can travel through areas inaccessible to most delivery vehicles, especially obstructed pathways.

“Oro with its ‘walkie’ function makes it extremely manoeuvrable in narrow spaces. One of the many great ideas coming out of our dialogue with young designers. After eight years the competition has submissions from 123 countries, showcasing revolutionary ideas around urban micrologistics,” comments Magnus Oliveira Andersson, Head of Design at Toyota Material Handling Europe.

“We enjoyed working with Laurent and his team and all of us will be back with a new edition next year, challenging the students to come up with logistic and mobility solutions for Paris 2024, “ concludes Andersson.

Laurent Bouzige, Chief Designer Strategy and new Mobility at Toyota Europe Design Development, agrees: “We are delighted to have been able to participate in this competition for the first time, collaborating with Toyota Material Handling Europe. It wasn’t an easy task to select the finalists as the quality of the works was remarkable, breathtakingly creative, and fresh! Many aspects of mobility service were well-thought through, the proposals were mature, relevant, and inspiring. All the stakeholders’ works, and the participants too, are all highly appreciated. We are already looking forward to the next edition.”

The Silver Award went to Zsófia Mátravölgyi from Moholy-Nagy University of Art and Design Budapest, Hungary, with ´Oasis´.  Oasis is a pick-up and drop-off point system focused on the downtown. Its aim is to make last-mile delivery easier with minimal impact on social spaces and to help reduce the congestion of urban traffic with an alternative hybrid delivery method.

Nicholas Orie, from California State University, USA, with ‘Mitsubachi’ received the Bronze Award. The Toyota Mitsubachi solution is a modular, autonomous drone fleet, integrated in warehouses and urban micro hubs, designed to streamline the process of handling, and organising goods.

All finalists are awarded with cash prizes and will have the opportunity to apply for a six-month paid internship at the Toyota Material Handling Design Center, either in Sweden or Italy, and at Toyota Europe Design Centre, ED², in France.

At this edition, ED² identified the high-potential idea of E-Cargo Bike, designed by Marius Cramer, from Umeå Institute of Design, Sweden.  Former president of ED², Ian Cartabiano, now Vice President Advanced Design at Calty Design Research in USA, together with the executive juror, decided to give a special award to this project.  Currently, Marius is doing his 6-month internship at ED2 thanks to this special mention.

The award ceremony was held during Logiconomi 2022, a unique two-day event bringing together 600 logistics professionals and industry leaders to address the many challenges logistics is facing today, presenting solutions and providing inspiration.

CLICK HERE to see the winning design work.

Five success factors for supply chain design

The right supply chain design is becoming a crucial competitive advantage for companies around the globe, writes Ralf Duester, board member of SCM software provider Setlog.

“Form follows function”: anyone who is into architecture knows the principle which was preached by the so-called German Bauhaus representatives at the beginning of the 20th century. Even better than in architecture, the influence of “form follows function” can be seen in the products developed at the Bauhaus. The use of new materials and technologies opened completely new perspectives in the development of everyday objects – not least from an economic point of view. This is just as true for chairs as it is for desk lamps.

What does lamp design have to do with the design of modern supply chains? To put it bluntly, you could say that the Bauhaus principle figuratively sets the tone for the design of value chains. Why? Because, on one hand, customer demands are increasing – for example, in quick commerce, deliveries are already specified in minutes. On the other hand, the challenges in SCM are increasing because supply chain interruptions are threatening companies more and more often. Accidents, climate change, pandemics and political crises are just some of the many causes.

Supply chain design is the basis for strategic supply chain planning. Proper design thus becomes a key competitive advantage for companies. Managers must therefore provide their teams with robust mechanisms and modern technologies to help them manage supply chain complexity. Tools include scenario planning, cross-functional communication and AI-supported decision-making.

Five factors will play a key role in shaping supply chains in the future:

Aligning the supply chain with the customer: Companies’ focus on what customers want is now more important than ever. Amazon & Co. have led the way. The dilemma: in meeting customer demands, both the timely availability of goods and logistics costs need to be taken into consideration. To find optimal solutions, a customer-centric supply chain must be data-driven.

The end-to-end optimisation of global networks: International supply chains that span across multiple channels and serve different markets are extremely complex. It is no longer possible to manually turn screws. The usage of simulations and machine learning methods supports the optimisation of global networks.

The sustainable design of supply chains: For most companies, sustainability is now a high priority – which is why supply chains are moving more into the focus of management. Sustainable supply chain design is not an option, but an obligation. However, costs cannot be ignored in the decision making either. That’s why modern methods and digital tools need to be used to assess the economic, social and environmental costs of supply chains.

Designing the supply chain against the backdrop of risk: whether it’s Fukushima, Covid or the war in Ukraine, supply chain disruptions and uncertainties cannot be prevented. Therefore, new methods for integrating risk and resilience need to be used in supply chain design. Scenario planning is a tool to forge resilient chains. Risks need to be played out at different stages. And models must be developed that enable the highest performance and return on investment (ROI) across a range of scenarios.

The use of software to create transparency: whether inbound logistics, supplier management or CSR: data silos within a company will only be broken down if all departments communicate in a shared tool to which external supply chain partners are also connected – sub-sub-suppliers as well as procurement agencies, technicians, laboratories, or freight forwarders, for example. This is the only way to achieve transparency in the supply chain. Any disruption in the material flow can then be communicated to all players in real time.

Five success factors for supply chain design

The right supply chain design is becoming a crucial competitive advantage for companies around the globe, writes Ralf Duester, board member of SCM software provider Setlog.

“Form follows function”: anyone who is into architecture knows the principle which was preached by the so-called German Bauhaus representatives at the beginning of the 20th century. Even better than in architecture, the influence of “form follows function” can be seen in the products developed at the Bauhaus. The use of new materials and technologies opened completely new perspectives in the development of everyday objects – not least from an economic point of view. This is just as true for chairs as it is for desk lamps.

What does lamp design have to do with the design of modern supply chains? To put it bluntly, you could say that the Bauhaus principle figuratively sets the tone for the design of value chains. Why? Because, on one hand, customer demands are increasing – for example, in quick commerce, deliveries are already specified in minutes. On the other hand, the challenges in SCM are increasing because supply chain interruptions are threatening companies more and more often. Accidents, climate change, pandemics and political crises are just some of the many causes.

Supply chain design is the basis for strategic supply chain planning. Proper design thus becomes a key competitive advantage for companies. Managers must therefore provide their teams with robust mechanisms and modern technologies to help them manage supply chain complexity. Tools include scenario planning, cross-functional communication and AI-supported decision-making.

Five factors will play a key role in shaping supply chains in the future:

Aligning the supply chain with the customer: Companies’ focus on what customers want is now more important than ever. Amazon & Co. have led the way. The dilemma: in meeting customer demands, both the timely availability of goods and logistics costs need to be taken into consideration. To find optimal solutions, a customer-centric supply chain must be data-driven.

The end-to-end optimisation of global networks: International supply chains that span across multiple channels and serve different markets are extremely complex. It is no longer possible to manually turn screws. The usage of simulations and machine learning methods supports the optimisation of global networks.

The sustainable design of supply chains: For most companies, sustainability is now a high priority – which is why supply chains are moving more into the focus of management. Sustainable supply chain design is not an option, but an obligation. However, costs cannot be ignored in the decision making either. That’s why modern methods and digital tools need to be used to assess the economic, social and environmental costs of supply chains.

Designing the supply chain against the backdrop of risk: whether it’s Fukushima, Covid or the war in Ukraine, supply chain disruptions and uncertainties cannot be prevented. Therefore, new methods for integrating risk and resilience need to be used in supply chain design. Scenario planning is a tool to forge resilient chains. Risks need to be played out at different stages. And models must be developed that enable the highest performance and return on investment (ROI) across a range of scenarios.

The use of software to create transparency: whether inbound logistics, supplier management or CSR: data silos within a company will only be broken down if all departments communicate in a shared tool to which external supply chain partners are also connected – sub-sub-suppliers as well as procurement agencies, technicians, laboratories, or freight forwarders, for example. This is the only way to achieve transparency in the supply chain. Any disruption in the material flow can then be communicated to all players in real time.

Linde approves biofuel for IC trucks

Fleet operators using diesel forklifts from Linde Material Handling (MH) can now reduce their CO2 emissions by up to 90% through the use of hydrotreated vegetable oil (HVO). This fossil-free fuel has the additional benefits of providing extra power to the engine and giving cleaner combustion, while not requiring any adaptations to the refuelling infrastructure and offering the option of being blended with regular diesel.

HVO diesel is made from 100% renewable raw materials and does not release any new carbon dioxide into the atmosphere. It is produced by hydrotreating from various vegetable oils, animal fats, and waste and residual materials, such as used cooking oils and fats from restaurants and the food industry. Its chemical structure is almost identical to that of conventional diesel and can therefore replace it completely.

“By approving this fuel for our diesel forklift engines, we are giving our customers the chance to massively reduce the carbon footprint of their diesel forklifts without having to invest a single cent in additional infrastructure,” says Frank Bergmann, Senior Product Manager Counterbalanced Forklifts. The cost per litre of HVO diesel, the expert adds, is slightly higher than that of standard diesel. But this is more than offset by the improved sustainability factor.

HVO advantages

In addition to reducing CO2 emissions by up to 90% compared to conventional diesel, local emissions such as particulate matter, nitrogen oxide (NOX), hydrocarbons (HC) and carbon monoxide (CO) are also reduced, which has a positive impact on the working environment of employees. In addition, HVO diesel has a higher propensity to ignite (cetane number), which results in efficient and clean combustion and reduces soot formation in engines and exhaust systems.

The fuel’s high performance even at temperatures as low as -22°C opens up a wide range of application options. Last but not least, the ability to flexibly blend HVO is a convincing argument: The fuel can be used in its pure form or in any mixing ratio with fossil diesel and requires no hardware adjustments to the IC truck.

Linde MH has approved the biofuel for both its current industrial trucks and most predecessor series in the load capacity range from 1.4 to 18 tonnes. “All customers who are unable to switch to electric forklifts in the short term can now improve their carbon footprint by changing to HVO,” states Bergmann.

Linde approves biofuel for IC trucks

Fleet operators using diesel forklifts from Linde Material Handling (MH) can now reduce their CO2 emissions by up to 90% through the use of hydrotreated vegetable oil (HVO). This fossil-free fuel has the additional benefits of providing extra power to the engine and giving cleaner combustion, while not requiring any adaptations to the refuelling infrastructure and offering the option of being blended with regular diesel.

HVO diesel is made from 100% renewable raw materials and does not release any new carbon dioxide into the atmosphere. It is produced by hydrotreating from various vegetable oils, animal fats, and waste and residual materials, such as used cooking oils and fats from restaurants and the food industry. Its chemical structure is almost identical to that of conventional diesel and can therefore replace it completely.

“By approving this fuel for our diesel forklift engines, we are giving our customers the chance to massively reduce the carbon footprint of their diesel forklifts without having to invest a single cent in additional infrastructure,” says Frank Bergmann, Senior Product Manager Counterbalanced Forklifts. The cost per litre of HVO diesel, the expert adds, is slightly higher than that of standard diesel. But this is more than offset by the improved sustainability factor.

HVO advantages

In addition to reducing CO2 emissions by up to 90% compared to conventional diesel, local emissions such as particulate matter, nitrogen oxide (NOX), hydrocarbons (HC) and carbon monoxide (CO) are also reduced, which has a positive impact on the working environment of employees. In addition, HVO diesel has a higher propensity to ignite (cetane number), which results in efficient and clean combustion and reduces soot formation in engines and exhaust systems.

The fuel’s high performance even at temperatures as low as -22°C opens up a wide range of application options. Last but not least, the ability to flexibly blend HVO is a convincing argument: The fuel can be used in its pure form or in any mixing ratio with fossil diesel and requires no hardware adjustments to the IC truck.

Linde MH has approved the biofuel for both its current industrial trucks and most predecessor series in the load capacity range from 1.4 to 18 tonnes. “All customers who are unable to switch to electric forklifts in the short term can now improve their carbon footprint by changing to HVO,” states Bergmann.

Yale launches configurable Series N

The Yale Series N has the potential to be game-changing for customers with its configurable features, allowing them to redefine the way they operate with a bespoke lift truck to meet the unique demands of their applications.

“Customers in warehouse and logistics, automotive and food industries can elevate their success by integrating the Series N into their applications,” explained Phil Mean, Product Strategy Manager at Yale Europe Materials Handling. “Our dealers and sales team know how to get to the root of an application’s individual needs and define a precise lift truck specification that gives our customers exactly what they require. The configurability of the range sets a new level of excellence in lift truck solutions – so we thought we could outline what a Series N in each industry may look like.”

Warehouse & Logistics

Warehouse and logistics operators are often required to regularly get on and off the truck during their normal operational tasks. The Series N has a number of features to help the operator get quickly and safely off the truck.

The step position offers excellent ingress and egress, which combined with the overhead guard position minimises twist as the operator climbs into the cab, reducing the flex in an operator’s back and torso. A large step is one of three points of contact, alongside a convenient handle for the left hand and the seat’s flip-up armrest to provide the operator a secure way of getting into the truck.

As the cornerstone of the supply chain, warehousing and logistics operations are likely to require trucks that work in both indoor and outdoor environments. The addition of high-output LED lights on a Series N provides superior illumination in dark conditions. Where trucks are used in outdoor areas, the cab can be configured for various climates. Features such as heaters or air conditioning can be specified.

When frequently placing loads on racks in warehouses, visibility to the load, forks, racking and stored loads is key for the operator. The Series N has a wide mast window, helping the operator to see the load every time they lift. It can also be fitted with a fork laser line, helping to reduce operator guesswork during high lifting.

Automotive Industry

Automotive customers have similar demands to those of warehouse and logistics operations, with some key additional challenges.

An industry-wide drive for efficiency in logistics has led to the use of more lightweight and returnable packaging – and with it, an increased risk of damage to the packaging from the forklift. The Yale Series N offers some excellent options to reduce this risk, allowing packages to be handled carefully.

This includes a new hydraulic system, which offers improved sensitivity and fine control. Together with industry-leading drive systems, the truck enables operators to consistently and accurately place loads.

Food Industry

In the food industry, it is common practice for customers to have light but bulky loads, which can limit forward visibility, therefore increasing the need for more reverse driving.

To facilitate manoeuvring in reverse, users can benefit from a rear drive handle with horn option. The handle is conveniently located on the rear overhead guard leg and helps to reduce strain on the operator’s back when driving in reverse. The addition of the horn button allows an operator to use the horn function without having to remove their hand from the steering wheel. While operators should keep an eye in the direction of travel, a reverse camera option can support visibility behind the truck, especially when manoeuvring and first moving away.

Tall loads are often block stacked, which bring its own operational issues. They can be less secure on the forks due to the high centre of gravity, especially when stacked on top of each other. The Yale Series N has a number of features to help, from a simple load back rest to the Dynamic Stability System, where truck performance is limited during high lift situations.

“There are even more features and options offered by our Series N range that can add value to customers’ operations. This is an incredibly exciting product, engineered to help raise the levels of efficiency and productivity for our customers and their employees. We encourage anyone interested in learning more about the range to get in touch with our team today and find out how the Series N can help them set their own standard,” concluded Mean.

Yale launches configurable Series N

The Yale Series N has the potential to be game-changing for customers with its configurable features, allowing them to redefine the way they operate with a bespoke lift truck to meet the unique demands of their applications.

“Customers in warehouse and logistics, automotive and food industries can elevate their success by integrating the Series N into their applications,” explained Phil Mean, Product Strategy Manager at Yale Europe Materials Handling. “Our dealers and sales team know how to get to the root of an application’s individual needs and define a precise lift truck specification that gives our customers exactly what they require. The configurability of the range sets a new level of excellence in lift truck solutions – so we thought we could outline what a Series N in each industry may look like.”

Warehouse & Logistics

Warehouse and logistics operators are often required to regularly get on and off the truck during their normal operational tasks. The Series N has a number of features to help the operator get quickly and safely off the truck.

The step position offers excellent ingress and egress, which combined with the overhead guard position minimises twist as the operator climbs into the cab, reducing the flex in an operator’s back and torso. A large step is one of three points of contact, alongside a convenient handle for the left hand and the seat’s flip-up armrest to provide the operator a secure way of getting into the truck.

As the cornerstone of the supply chain, warehousing and logistics operations are likely to require trucks that work in both indoor and outdoor environments. The addition of high-output LED lights on a Series N provides superior illumination in dark conditions. Where trucks are used in outdoor areas, the cab can be configured for various climates. Features such as heaters or air conditioning can be specified.

When frequently placing loads on racks in warehouses, visibility to the load, forks, racking and stored loads is key for the operator. The Series N has a wide mast window, helping the operator to see the load every time they lift. It can also be fitted with a fork laser line, helping to reduce operator guesswork during high lifting.

Automotive Industry

Automotive customers have similar demands to those of warehouse and logistics operations, with some key additional challenges.

An industry-wide drive for efficiency in logistics has led to the use of more lightweight and returnable packaging – and with it, an increased risk of damage to the packaging from the forklift. The Yale Series N offers some excellent options to reduce this risk, allowing packages to be handled carefully.

This includes a new hydraulic system, which offers improved sensitivity and fine control. Together with industry-leading drive systems, the truck enables operators to consistently and accurately place loads.

Food Industry

In the food industry, it is common practice for customers to have light but bulky loads, which can limit forward visibility, therefore increasing the need for more reverse driving.

To facilitate manoeuvring in reverse, users can benefit from a rear drive handle with horn option. The handle is conveniently located on the rear overhead guard leg and helps to reduce strain on the operator’s back when driving in reverse. The addition of the horn button allows an operator to use the horn function without having to remove their hand from the steering wheel. While operators should keep an eye in the direction of travel, a reverse camera option can support visibility behind the truck, especially when manoeuvring and first moving away.

Tall loads are often block stacked, which bring its own operational issues. They can be less secure on the forks due to the high centre of gravity, especially when stacked on top of each other. The Yale Series N has a number of features to help, from a simple load back rest to the Dynamic Stability System, where truck performance is limited during high lift situations.

“There are even more features and options offered by our Series N range that can add value to customers’ operations. This is an incredibly exciting product, engineered to help raise the levels of efficiency and productivity for our customers and their employees. We encourage anyone interested in learning more about the range to get in touch with our team today and find out how the Series N can help them set their own standard,” concluded Mean.

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