Wacker Neuson ET42 CAB Angle HQC Compact Excavator

Load Sensing Flow Sharing

• Load Sensing Flow Sharing enables precise and efficient control of the excavator. The machine adjusts to the load and the joystick movements are always kept the same for the operator.
• The hydraulics work more efficiently, saving energy and ultimately costs. But it also makes operation easier for the operator.
• Load-sensing systems help to regulate the flow rate according to demand. The less power is used, the lower the fuel consumption.

Active Working Signal (AWS)

• The red LED strip running diagonally over the engine hood lights up when the joystick control is pressed down. This signals to bystanders nearby that the excavator is ready for operation and can be moved at any time.

Guided Track Rollers Outside

• In particular for lifting heavy loads, the externally located guide track rollers as well as an optimized weight distribution give the excavators a higher lateral stability.

Auto-Stop Function

• To avoid unnecessary diesel consumption, or to reduce the operating hours of the machine, it is possible for the operator to activate the Auto-Stop function. This reduces fuel consumption and protects the environment. Furthermore, unnecessary operating hours and service costs are avoided, and as a result the resale value of the machine is increased.

Jog Dial

• The jog dial system, familiar from the automotive area, including a clear display, allows intuitive selection of the right operating settings via a press-push button as well as various settings via a keypad. ECO mode is the standard mode for efficient and fuel-saving work. HI mode stands for maximum pump performance and fast, powerful work and LOW mode for extremely precise, sensitive work.

New Positioning of the Exhaust System

• Hot exhaust gases are directed upwards avoiding possible damage to people or objects. This is a particular advantage in gardening and landscaping (e.g. trench and canal construction). In addition, the stirring up of dust on the ground is considerably reduced.