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Axial piston hydraulic motor HMV-02 PTO
low-speedwith gear reduceropen circuit

axial piston hydraulic motor
axial piston hydraulic motor
axial piston hydraulic motor
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Characteristics

Technology
axial piston
Other characteristics
open circuit, closed circuit, low-speed, with gear reducer
Pressure

450 bar, 500 bar
(6,527 psi, 7,252 psi)

Rotational speed

2,400 rpm, 2,700 rpm, 3,100 rpm, 3,200 rpm, 3,700 rpm
(15,079.64 rad.min-1, 16,964.6 rad.min-1, 19,477.87 rad.min-1, 20,106.19 rad.min-1, 23,247.79 rad.min-1)

Torque

719 Nm, 928 Nm, 1,133 Nm, 1,438 Nm, 1,929 Nm
(530.31 ft.lb, 684.46 ft.lb, 835.66 ft.lb, 1,060.61 ft.lb, 1,422.76 ft.lb)

Displacement

105 cm³, 136 cm³, 166 cm³, 210 cm³, 282 cm³
(3.55 US fl oz, 4.6 US fl oz, 5.61 US fl oz, 7.1 US fl oz, 9.54 US fl oz)

Description

In conventional drives the torque of the hydraulic motor can be transmitted to the cardan shaft only by means of a dropbox. For further optimization of the drive train Linde Hydraulics developed the PTO Through-Drive Motor. Based on the standard hydraulic motor of the Series 02 with just one shaft end, the PTO Through-Drive Motor offers two shaft ends to transmit the torque. Hence the machine designer can conceive the hydraulic motor to fit directly and immediately into the drive train thus saving mounting space. The dropbox usually needed in a conventional propulsion drive can be saved. This reduces both noise emission and fabrication cost of the entire vehicle while overall efficiency increases. As all Linde motors they are able to provide the required torque even at low speeds and make it possible to start smoothly and sensitively.Therefore, additional gear ratios for rpm reduction are not necessary. This reduces the amout of parts going into the component and also increases the overall mechanical efficiency, minimizes windage losses as well as the noize level of the machine. The HMV-02D double axial piston hydraulic motor is with a shaft flange also PTO-capable. Advantages Two shaft-ends Drop-box eliminated Smaller cooler Simplified drive line design (components, part numbers) Fits directly into the drive line No interruption of tractive effort, stepless driving Increased tractive effort / direct drive Improved transmission efficiency Lower overall cost Less fuel consumption Reduced noise emissions

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.