Bobcat E60 6.13t 2021-2025 - Technical data

Bobcat E60 6.13t 2021-2025 - Product Description

Powertrain and Design

The Bobcat E60 is a crawler excavator with an operating weight of 6130 kg, featuring a Bobcat 2.4L engine that meets Stage V emission standards. The engine delivers a maximum power of 41.0 kW and a torque of 190.0 Nm. The machine is designed to provide efficiency across various construction applications. Its chassis and 400 mm wide tracks ensure stability and mobility on challenging terrains.

Undercarriage and Hydraulics

The E60 features a hydraulic system with a single outlet, variable displacement piston pump with a maximum capacity of 138.50 L/min. The hydraulic system operates at a working pressure up to 310.00 bar, allowing for high digging forces. The excavator is equipped with two auxiliary hydraulic circuits to power additional attachments. E60 also offers multiple operational modes, including automatic speed shifting for enhanced operator comfort.

Operating Parameters

The maximum digging reach of the machine is 5.958 m, and it can dig to a maximum depth of 3.937 m. The breakout force for the bucket is 47.841 N. With its suitably selected parameters, the E60 is capable of handling demanding working conditions, providing performance and efficiency during earth-moving tasks. The machine can travel at speeds of up to 4.9 km/h in high range.

Optional Equipment

The E60 offers a range of optional features including air conditioning, a 7-inch touchscreen display, and a heated seat. Additional attachments like hydraulic grabs or various types of buckets can also be utilized. These options increase the machine's versatility, tailoring it to specific operator needs. Standard features include a high-back suspension seat and ergonomic pedals for enhanced work comfort.

Safety and Technical Data

Bobcat E60 comes equipped with several safety features, including ROPS and FOPS structures that protect the operator from falls and impacts. The machine emits a noise level of 77 dB(A) and is designed to minimize its environmental impact. Key parameters include working pressure and system efficiency, ensuring safe and effective operation in construction tasks.