Linde has launched an innovative new pump design that will revolutionise the way hydraulics is applied in agricultural and construction equipment.

The new Linde HPV hydraulic pump offers significant improvements in performance, efficiency and reliability compared to conventional hydraulic components. The system can be used across all sectors of agriculture, construction and industrial machinery where hydraulic fluid is required to operate pumps, motors and valves.

The Linde HPV Hydraulic Pump is a new concept from Linde Material Handling.

The HPV hydraulics system is a new concept from Linde Material Handling. It enables the use of hydraulic power at low cost and with minimal maintenance, while offering users the option to choose between a number of different pumps.

The HPV system is designed for use with Linde’s range of compact, low-voltage Puma series electric motors, which have been developed to suit material handling applications. The Puma series motors are powered by DC batteries and controlled by a battery management unit (BMU). They can be used in conjunction with the HPV pump, which has been specially developed for use with electric motors and is available in single or twin-cylinder versions. The HPV pump features an integrated electronically controlled oil lubrication system with an oil tank that enables it to operate without a separate lubrication pump. This reduces installation costs as there is no need for additional equipment or piping work, allowing users to maximise their investment in the HPV system.

The system’s maximum oil temperature in the control block is 85°C compared to 140°C for normal hydraulic systems.

When it comes to hydraulic pumps, the Linde HPV Hydraulic Pump is a game changer. This system is designed to work with a wide range of fluids, including mineral oils and synthetic fluids such as silicone oil. It also operates at higher temperatures than other hydraulic systems and offers longer life expectancy.

The Linde HPV Hydraulic Pump was developed for use in the automotive industry where it has been used in applications such as door locks, windows and power steering. However, its features make it suitable for use in many other industries too.

The key benefit of this system is that it can operate at high temperatures without burning out or leaking. The maximum oil temperature in the control block is 85°C compared to 140°C for normal hydraulic systems. This means that the Linde HPV Hydraulic Pump can be used in applications where traditional hydraulic systems would fail due to excessive heating.

You can monitor it in the same way as a standardLinde truck.

The Linde HPV Hydraulic Pump is the first ever hydraulic pump to be fitted to a truck. This means that it can operate at higher pressures, and has more power than conventional hydraulic systems. The pump is used in the same way as any other hydraulic system in a Linde truck, which makes it very easy to use and maintain.

With the HPV you can save up to 3 percent on energy consumption per hour.

With the Linde HPV hydraulic pump, we have developed a hydraulic system that saves energy and reduces emissions. It combines high efficiency with reliable operation, low maintenance costs, and excellent reliability. The Linde HPV hydraulic pump is designed for use in industrial applications with high pressure requirements and is available as an integral or stand-alone unit.

The Linde HPV hydraulic pump is designed for use in industrial applications with high pressure requirements and is available as an integral or stand alone unit. It combines high efficiency with reliable operation, low maintenance costs, and excellent reliability.

With its single-pump design, the HPV eliminates pump switching and significantly reduces oil pollution.

The Linde Hydraulic Pump (HPV) is a high-pressure hydraulic pump that operates in the range of approximately 1,000 to 3,000 bar and delivers up to 4,400 l/min of hydraulic oil. The Linde HPV is designed for use with the Linde hydraulic power unit (HPU).

The single-pump design of the HPV eliminates pump switching and significantly reduces oil pollution. The low-noise design and high efficiency enable operation of multiple systems from one HPU, which not only saves space but also reduces installation costs.

The HPV’s integrated recovery system returns oil to a reservoir whenever possible.

Linde Hydraulics has launched a new hydraulic pump, the HPV (Hydraulic Power Unit). The Linde HPV is an integrated hydraulic power unit for use in mobile or stationary applications. It combines a hydraulic motor and pump in a single compact unit that can be mounted on the vehicle’s chassis or body.

The Linde HPV operates in two modes: as a planetary gear reducer (PGR) when connected to an external electric motor, and as a hydraulic pump when connected directly to the electric motor. The integrated recovery system returns oil to a reservoir whenever possible. This makes it possible to operate with very low oil consumption and no wastewater disposal costs.

By eliminating all but one pump, there is no longer a need for an additional cooling circuit.

Linde Hydraulic Pump is an innovative design that eliminates the need for a separate pump and cooling circuit. By eliminating all but one pump, there is no longer a need for an additional cooling circuit. This results in a compact design with reduced system size and weight.

The Linde HPV Pump is powered by a reliable electric motor with less moving parts than traditional mechanical pumps. This reduces maintenance and extends the life of the pump due to fewer components that are subject to wear over time.

With no loss of pressure or reduction in performance, the HPV’s speed-dependent power regulation enables energy savings of up to three percent per hour.

The new Linde HPV Hydraulic Pump is a compact, speed-dependent, variable-displacement unit that regulates its power output in response to changing load conditions. It has no loss of pressure or reduction in performance when compared to a standard hydraulic pump. With the Linde HPV, there is no need for a separate controller or throttling valve that would reduce engine efficiency. The HPV can be controlled by a standard hydraulic circuit controller or directly by an electronic control system.

The HPV is available as either a single-stage model or as a double-stage unit with two independent circuit stages. Each stage features an independently controllable flow rate range from 0 to 100 percent of full flow at any speed between 0 and 10 rpm. The two stages can be operated independently or simultaneously with each other to achieve maximum efficiency at all times.

Learn more about the Linde HPV Pump and all its benefits!

The Linde Hydraulic Pump (HPV) is a compact, lightweight and high-performance hydraulic power unit. It can be installed on mobile off-road vehicles, boats and aircraft as well as stationary installations in industrial plants or on construction sites. In contrast to traditional hydraulic systems, the Linde HPV can be operated under any weather conditions and in the presence of water, dust or sand. The low noise level of only 71 dB(A) makes it particularly suitable for use in noise sensitive areas such as hospitals, nurseries or schools.

As you can see, hydraulic pumps are amazing additions to hydraulic systems. You will want to consider them the next time you want a hydraulic pump.