Hyster H48.00XMS 12 48t 2008-2019 - Technical data

H36.00-48.00XM(S)-12 – Product Description

Powertrain and Design

The H36.00-48.00XM(S)-12 forklifts feature a modern and robust design developed by Hyster to ensure efficiency in the handling of heavy materials. These machines are designed for high operational performance, with a strong structure that guarantees durability in challenging conditions. They are primarily used in heavy industry, where machines capable of lifting substantial weights are essential. The Cummins QSM11 diesel engines meet the EU Tier 3 emissions standards.

Undercarriage and Hydraulics

The forklifts are equipped with a powerful hydraulic system, consisting of two tandem pumps with a total output of 430 l/min, facilitating effective lifting and lowering of loads. In addition to standard wide masts, increased lift height masts are also available. The brake system utilizes oil-immersed disc brakes, significantly reducing maintenance requirements.

Operating Parameters

The H36.00-48.00XM(S)-12 forklift has a load-lifting capacity ranging from 36,000 kg to 48,000 kg, depending on different load centers. For instance, the H40.00XM(S)-12 handles 46,000 kg at 900 mm. It also offers class-leading lifting times, averaging 0.37 m/s across four modes. Machine dimensions include a wheelbase of 5.90 m and a turning radius of 7.72 m.

Optional Equipment

The H36.00-48.00XM(S)-12 can be customized for various applications, providing a wide range of equipment options. These include different types of carriages, both standard and sideshift, as well as forks up to 2,440 mm long for ISO container handling. An optional low-mounted telescopic container spreader is also available.

Safety and Technical Data

The machine complies with current EU safety requirements. Its design incorporates engine and transmission protection systems that feature power reduction mechanisms and engine shut-off capabilities. Additionally, the vehicle is equipped with advanced visibility systems to assist the operator in maintaining full control of the surroundings during operation.