MF Industrial MF750 4WD ext*, 1997: Features and Technical Specifications

MF Industrial MF750 4WD ext*, 1997 Technical Specifications

Overview

The 1997 MF Industrial MF750 4WD is a large setup containing multiple features and capabilities that make it favoured for heavy-duty industrial purposes. It has a SAE dig depth of 5860 mm, reach @ ground level of 7030 mm, loading height of 4270 mm, and bucket width ranging from 305 – 900 mm. Other features include a slewing system of cylinder, engine make & model of Perkins 1004.4, engine power of 60 kW@2200 rpm, and engine displacement of 4 liters. Apart from these, it has a pump type of gear which provides a flow of 142 lit/min, relief valve pressure of 225 Bar, transmission type of PS(II) TC, and a 4WD drive with 44 speeds and maximum speed of 39.4 km/h. Furthermore, this machine has a travel length of 6050 mm, travel height of 3690 mm, width of 2352 mm, and turn circle radius without brakes of 8200 mm. In conclusion, its actual operating weight is defined by 7514 kg. As evident, this heavy-duty machine has many utilitarian benefits outshining its limited drawbacks.

Advantages

The MF Industrial MF750 4WD comes equipped with a variety of industrial-grade benefits that are desired in a quality setup. These are best illustrated through further exploration of the technical specifications listed above.

Dig and Reach

The MF750 features a deep 5860 mm SAE Dig Depth and 7030 mm reach @ ground level, allowing for more comprehensive digging, enough for mission-critical projects on sites as big as 23 hectares. This capability can also be seen in the loader bucket capacity of 0.95 m3, allowing for larger capacity of whatever is being loaded.

Loading and Breakout Force

Apart from its core digging capabilities, the MF750 also contains high loading and breakout force capabilities. Its bucket width ranges from 305 to 900 mm and bucket breakout is strong at 5260 kgf. Adding to that, its dipper breakout is strong at 3300 kgf. This means that the MF750 can handle heavy-duty tasks on any type of tasks such as loading and renovation without compromising on safety and performance.

Engine Configuration

The MF750 contains an efficient engine configuration that aids in its reliable performance. It is equipped with Perkins 1004.4 engine, 60 kW@2200 rpm, 4 cylinders, and 4-liter displacement. Additionally, the pump type is gear which can provide 142 lit/min of fluid flow, and relief valve pressure of 225 Bar. In terms of speed, the MF750 has a transmission of PS II TC, 4-wheel drive, and 44 speeds as well as maximum speed of 39.4 km/h. Such features equate to easy maneuvering, less backtracking, and smoother travel even with its heavy 7514 kg operating weight.

Disadvantages

While the MF Industrial MF750 4WD offers many salient industrial benefits, it also has several shortfalls. These shortcomings are commonly associated with the machine’s technical specifications and setup.

Ride Control

One of the downsides with the MF750 is its lack of ride control. This is particularly a detriment as it can make conditions significantly more uncomfortable, especially during long hours of operation and tough terrain conditions. Ride control also helps in improving engine management by eliminating any traction or jerking while using the equipment, which can help improve longevity of the machine and decrease wear and tear on its components.

Turn Circle Radius

Although the MF750 appears to have good maneuverability, it is slightly reduced due to its shorter turn circle radius. This is at 8200 mm without brakes, making it more difficult to rotate the machine in tight spaces and conditions.

Size and Weight

The MF750 is a job site beast with a 7514 kg operating weight and 2352 mm width. This can be troublesome as this machine is too heavy for sites with poor ground condition. Additionally, it takes more effort to transport the machine to different job sites.

Overall Assessment

In conclusion, the MF Industrial MF750 4WD ext* is an impressive setup capable of industrial-grade digging, loading, and performance. Its advantages far outweigh its few shortfalls due to its multiple features and capabilities as well as its efficient engine configuration. Its lack of ride control, however, can detract from its high-powered performance by making operations more uncomfortable. In the end, this machine is suitable for mission-critical tasks such as loading and renovation on larger sites.