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Electrification is a process under development for all machines on road and off-road. Until now, traditional electric hybrid vehicles have combined internal combustion engine power plants with electric motors/ generators to propel the vehicle or capture its braking energy. In the same way as this, hydraulic hybrid vehicles couple hydrostatic transmissions and hydraulic accumulators to an internal combustion engine (ICE) to achieve the same tasks as their electrified counterparts. Complete hydraulic system The transition process from endothermic to electric motor is at an advanced stage of development for applications on medium-sized machines and vehicles. For this kind of application, Hansa-TMP can provide a complete hydraulic system composed of electric motor, electronic control unit (ECU), inverter and batteries. In particular, the technology developed by Hansa-TMP on its TPV series of closed loop axial piston pumps can be used with both types of motors. Despite the small dimensions of the pumps, high performances and low levels of noise are ensured while working. Resistance, precision and performance The TPV 1500 in particular – both single and tandem – can work up to 24cc/rev and the new TPV 2500 can work from 6 to 38 cc/rev and up to 350bar. The back-to-back version ensures more resistance, greater precision and an increase in performance. Pumps are characterised by zero emissions and noises, high power density, high pressure, and compactness. According to the latest regulations on materials like cast iron and based on endurance tests, the design has been improved to facilitate the maintenance. Through all of this, the component is more reliable and functioning. Both hydraulic and electrical controls can be assembled on the pumps. It depends mainly on the project of the application. The electrical control is easier to wire, on the other side the hydraulic one requires more time while assembling it. Autonomous control Pumps are available with a wide range of controls, especially the new electrical automotive one. It is an ‘autonomous’ control for hydrostatic transmissions that allows the modulation of the displacement of the pump depending on the variation of the rpm. In this way, the pump can work autonomously. Otherwise, there are different types of hydraulic or proportional controls that are available for remote regulation of the pump displacement by means of hydraulic or electric joysticks. Pumps are also available with integrated sensors for the control of the speed, of the angular position of the swashplate and of the oil pressure. These sensors allow a complete remote control of the pump by an external electronic system. Hansa-TMP’s closed loop axial piston pump can be integrated with a wide range of options: prearranged for connection with external filter, purge valve with screw by-pass, screw by-pass, filter with/ without clogging indicator, man on board, angle sensor, RPM sensor, pressure sensor, port threads and restrictor diameter. Digital dashboard To integrate and complete the system, Hansa-TMP can provide the digital dashboard: a touchscreen monitor (to set up and display the functional parameters) and an inching (to gradually reduce the displacement of the pump). With the aim of satisfying the dynamism demanded by the market in terms of performance and the search for ever more technologically advanced solutions, Hansa-TMP is continuing to develop and integrate its product range to best meet this need, always maintaining high quality standards.  

Unsere Büros sind in den Sommerferien vom 9. bis einschließlich 23. August 2024 geschlossen. Frohe Feiertage! Sehr geehrte Kunden, wir informieren Sie, dass unsere Büros vom 9. bis einschließlich 23. August 2024 wegen der Sommerferien geschlossen sind. Um Ihre Lieferungen zu planen, kontaktieren Sie bitte unsere Ansprechpartner unter der Nummer +39 059 415711.     Wir möchten diese Gelegenheit nutzen, um Ihnen erholsame Ferien zu wünschen und danken Ihnen für Ihr Engagement, Ihre Zuverlässigkeit und Ihren Einsatz, die unser Unternehmen wachsen und stärken lassen.   Der Sommer bringt die Energie für die kommenden Monate mit sich. Wir freuen uns auf einen neuen spannenden Start.   Schöne Ferien! Das HANSA-TMP Team

In the realm of urban cleanliness, street sweepers play a vital role in keeping our roads and pavements free from debris and dirt. Behind the seemingly simple task of sweeping lies a complex machinery, with one of its core components being the hydraulic system. In this article, we delve into the workings of the hydraulic system in sweepers, exploring its components, functions, and importance. Components of a Hydraulic System in Sweepers: Hydraulic Pump: The heart of the hydraulic system, the pump converts mechanical power into hydraulic energy by pressurizing the hydraulic fluid. In sweepers, this pump is usually powered by the vehicle’s engine. Hydraulic Fluid: Acting as a medium for power transmission, hydraulic fluid is a key element. It transfers power from the hydraulic pump to various hydraulic components throughout the system. Hydraulic Motor: Sweepers utilize hydraulic motors to drive the brushes, fans, and other components essential for sweeping. These motors convert hydraulic energy back into mechanical energy to drive the sweeping mechanisms. Control Valves: Control valves regulate the flow and direction of hydraulic fluid within the system. They determine the speed and direction of movement for various components, enabling precise control over the sweeping process. Cylinders: Hydraulic cylinders are responsible for linear movement in sweepers. They extend and retract to control the position and movement of essential parts such as the brush arms and collection hoppers. Filters and Accumulators: Filters ensure the hydraulic fluid remains clean and free from contaminants, while accumulators store hydraulic energy to provide additional power during peak demands. Importance of Hydraulic Systems in Sweepers: The utilization of hydraulic systems in sweepers offers several advantages: Power and Efficiency: Hydraulic systems provide high power density and efficiency, enabling sweepers to effectively clean large areas with minimal energy consumption. Precise Control: Hydraulic control valves allow operators to finely adjust the speed and direction of sweeping components, ensuring thorough cleaning while minimizing wear and tear. Versatility: The adaptability of hydraulic systems allows sweepers to tackle diverse cleaning challenges, from narrow city streets to expansive highways, with ease. Reliability: Properly maintained hydraulic systems are robust and reliable, contributing to the overall longevity and performance of sweepers.   In conclusion, the hydraulic system serves as a cornerstone of modern street sweepers, powering essential functions and providing the versatility and efficiency needed to maintain clean urban environments. Understanding the intricacies of this hydraulic system illuminates the engineering excellence behind the humble task of street sweeping.

In the realm of hydraulic systems, compactness often translates to efficiency, reliability, and versatility. It’s the driving force behind smoother operations, reduced energy consumption, and optimized space utilization. Recognizing this pivotal aspect, HANSA TMP has ingeniously engineered their TPV 1300, 1500, and 2500 compact tandem axial piston pumps for closed-loop circuits, marking a paradigm shift in hydraulic technology. The Essence of Compactness Compactness isn’t merely about size; it’s about delivering maximum performance within a minimal footprint. HANSA TMP’s compact tandem axial piston pump series epitomizes this ethos. By meticulously designing each component to work synergistically, these pumps offer a high power density without compromising on efficiency or durability. Optimal Space Utilization: HANSA TMP’s pumps are tailored to fit seamlessly into various applications where space is at a premium. Whether it’s in mobile machinery, industrial equipment, or renewable energy systems, the compact design ensures effortless integration without sacrificing performance. Enhanced Efficiency: the compact tandem axial piston pumps boast exceptional efficiency levels, thanks to their advanced engineering. By minimizing internal leakage and optimizing fluid dynamics, these pumps deliver superior performance while conserving energy, ultimately reducing operational costs. Unmatched Reliability: reliability is the cornerstone of any hydraulic system, and HANSA TMP’s compact pumps uphold this principle with unwavering dedication. Built with robust materials and subjected to rigorous testing, these pumps exhibit exceptional resilience even in the harshest operating conditions, ensuring uninterrupted productivity. Versatility Redefined: the versatility of HANSA TMP’s compact tandem axial piston pumps is unparalleled. Whether it’s adapting to varying flow requirements, accommodating different fluid viscosities, or supporting diverse control options, these pumps offer a versatile solution for a wide range of applications. Future-Proof Design: embracing innovation and technological advancement, HANSA TMP’s pumps are engineered for the future. With provisions for seamless integration of smart technologies, predictive maintenance features, and compatibility with eco-friendly fluids, these pumps are poised to meet the evolving needs of the industry. Driving Efficiency, Empowering Performance In today’s fast-paced world, where efficiency and performance reign supreme, HANSA TMP’s compact tandem axial piston pump series stands out as a beacon of excellence. By prioritizing compactness as a unique selling point, HANSA TMP has not only redefined industry standards but has also set a new benchmark for hydraulic efficiency and performance. Whether it’s optimizing space utilization, enhancing efficiency, ensuring reliability, fostering versatility, or embracing future-proof design, these pumps encapsulate the essence of innovation, delivering unparalleled value to customers across the globe. As the industry continues to evolve, one thing remains certain – with HANSA TMP’s compact tandem axial piston pumps, the future of hydraulic technology is compact, efficient, and limitless.

In the world of mobile applications, energy efficiency has become an essential priority for machinery, aiming to reduce operating costs, improve environmental sustainability, and increase competitiveness in the market. In this context, the use of cutting-edge technologies like HANSA TMP’s closed-loop system pumps from the TPV series can be a fundamental solution to achieve maximum energy savings combined with superior performance.   The pumps manufactured by HANSA TMP are designed with cutting-edge technology. These pumps incorporate features that allow maximizing energy efficiency and performance of the machine in which they are installed.   One of the distinctive features is the high precision in the design of internal components, which ensures minimal energy loss during the pumping process. This results in higher overall system efficiency, minimizing energy waste, and maximizing performance.   Tangible Benefits of Energy Savings: Optimizing energy efficiency through the use of TPV series HT pumps offers several tangible benefits: Reduction of Operating Costs: Increased energy efficiency translates into lower energy consumption, reducing long-term operating costs and increasing overall profitability. Increased Productivity: TPV series pumps enable optimal and stable performance, ensuring continuous and reliable production. This translates into increased productivity. Reliability and Durability: Thanks to the precision and quality construction of HT pumps, companies benefit from reliable and durable machinery over time, minimizing downtime and maintenance costs. Regulatory Compliance: Investing in energy-efficient technologies not only reduces operating costs but also reduces emissions of harmful gases into the environment.   In conclusion, closed-loop system pumps produced by HANSA TMP represent an advanced solution for companies seeking to maximize energy efficiency and performance of their machinery. Thanks to HT technology and their cutting-edge design, these pumps offer an excellent combination of energy savings, reliability, and durability over time. Investing in these cutting-edge technologies leads to an improvement in the performance of one’s application.