New Holland E30.2SR 3.11t 2006-2012 - Technical data

New Holland E30.2SR - Product Description

Powertrain and Design

The New Holland E30.2SR is a 3.11-ton mini excavator powered by a Yanmar 3TNV88PYB engine, delivering 22 kW at 2400 rpm. This model features a robust construction that ensures reliability and durability, making it suitable for a wide range of construction applications. The use of high-quality materials contributes to its long lifespan and the ability to withstand significant loads. The design is focused on performance and efficient operation in confined spaces.

Working System and Hydraulics

The E30.2SR features an advanced hydraulic system consisting of two axial piston pumps and an additional gear pump, allowing for synchronized and simultaneous movements. It offers a maximum working range of 5.2 m and a digging depth capability of up to 3.1 m. The provision of buckets with capacities ranging from 0.05 m³ to 0.12 m³ enhances operational flexibility and efficiency on site.

Operating Parameters

This model provides a breakout force of 18 kN, making it efficient for various digging applications. Transport dimensions are 4.39 m in length, 1.55 m in width, and 2.57 m in height, enabling operation in tight spaces where larger equipment may struggle. Compliance with Euro Stage 2 emission standards ensures environmental friendliness.

Optional Equipment

The standard equipment for the E30.2SR includes a blade, enhancing the versatility of the excavator. Featuring rubber crawler tracks, the machine offers increased stability and adaptability on diverse terrains. While it does not have air conditioning, the ergonomic positioning of controls and excellent visibility from the cabin promote operator efficiency during use.

Safety and Technical Data

Equipped with a ROPS system, the E30.2SR enhances operator safety during operation. Routine checks can be performed from ground level, simplifying maintenance tasks. The sturdy construction allows this excavator to perform reliably in challenging working conditions while the selected components help minimize downtime.