JCB 3CX CM, 1986 Technical Specifications

Introduction to JCB 3CX CM, 1986 Technical Specifications

The JCB 3CX CM, 1986 Technical Specifications, is a versatile machine that has earned a reputation for being reliable and efficient in the construction industry. This article will provide a balanced analysis of the advantages and disadvantages of some of the key features and specifications of the JCB 3CX CM.

Advantages of the SideShift/CenterMount

One of the main advantages of the JCB 3CX CM is that it is available in both SideShift and CenterMount configurations. The SideShift configuration is ideal for tight and confined job sites as it allows for maneuvering in narrow spaces. The CenterMount configuration, on the other hand, offers a better weight distribution, which allows for increased stability when digging and lifting heavy loads.

For example, a construction company working on a city road expansion project might prefer to use the SideShift configuration because the roads are narrow, and the maneuverability of the JCB 3CX CM will make work easier. On the other hand, a large-scale quarry or mining company might prefer to use the CenterMount configuration because of its stability when lifting and digging heavy material.

Advantages of SAE Dig Depth

Another key advantage of the JCB 3CX CM is its SAE dig depth. The machine has a maximum dig depth of 4780mm (15.6 feet), which makes it suitable for digging deep trenches and foundations for buildings and structures. The increased dig depth also increases productivity, which in turn reduces labor costs.

For instance, if a construction firm is tasked with the construction of a new building, the JCB 3CX CM’s SAE dig depth will come in handy, as it will allow workers to dig deep foundations with ease, thus speeding up the project.

Advantages of Loader Bucket Capacity

The JCB 3CX CM has a loader bucket capacity of 0.9m3 (1.2 cubic yards), which makes it ideal for loading and moving large quantities of material. The large bucket provides increased efficiency and speed, making it easier for workers to complete tasks quickly.

For example, a mining company might use the JCB 3CX CM to load large amounts of ore into dump trucks, thus improving their productivity and profitability.

Advantages of the Engine Power and Pump Flow

The Perkins 4.236 engine in the JCB 3CX CM has a power of 53kW@2200rpm, which provides enough power to operate the machine efficiently. The hydraulic pump flow of 123L/min also ensures that the machine is able to move and lift heavy loads with ease.

These features come in handy for large construction or mining projects. For instance, a construction company can use the JCB 3CX CM to transport large amounts of heavy materials such as sand or gravel without needing to use multiple pieces of machinery.

Disadvantages of Speed and Turn Circle Radius

One of the main disadvantages of the JCB 3CX CM is its maximum speed of 34km/h (21.1mph). This speed might be too slow for some jobs that require faster movement of the machine. The limitations of the machine’s speed might result in reduced productivity and increased labor costs when working on large job sites.

Another disadvantage of the JCB 3CX CM is the turn circle radius of 6050mm. The turn radius might make the machine uncomfortable to use in some job sites. Additionally, the turn radius might limit the maneuverability of the machine in some environments, reducing its efficiency and productivity.

Overall Assessment

The JCB 3CX CM is a dependable and efficient machine that has earned a reputation for reliability in the construction and mining industries. The advantages of its varied configurations, SAE dig depth, loader bucket capacity, and engine power make it an attractive investment for many companies.

However, the disadvantages of its maximum speed and turn circle radius limit its applicability in some environments. Given these advantages and disadvantages, companies need to evaluate their specific needs and preferences before investing in the JCB 3CX CM.