Operating weight | 63,520 kg |
---|---|
Engine gross power | 284 kW |
...at engine speed | 1,800 rpm |
Max. allowable tool weight | 3,500 kg |
Max. pin height | 28,140 mm |
Max. pin reach | 16,090 mm |
Operating angle | 18.8 degree |
Max. cab tilting angle | 30 degree |
...Fixed undercarriage - Extended | 2,740 mm |
...Undercarriage mechanically retractable - Extended | 2,890 mm |
...Undercarriage mechanically retractable - Retracted | 2,390 mm |
...Undercarriage hydraulically retractable - Extended | 3,380 mm |
...Undercarriage hydraulically retractable - Retracted | 2,390 mm |
Volvo high reach excavators are built to ensure maximum safety in all demolition applications. A sturdy frame and cab offer ultimate protection against the falling debris that is common in demolition projects, and a wide, clear view of the jobsite provides excellent visibility for enhanced safety.
The EC380EHR and EC480EHR are equipped with the latest innovations to increase your productivity. These machines are designed to make your working day worth more, and a robust structure, heavy tool weight and outstanding hydraulics ensure a strong performance in even the toughest of demolition projects.
Volvo CE is dedicated to producing the ultimate in heavy-duty demolition machinery. Purpose-built to suit the needs of this demanding task, these high reach excavators are equipped with robust components and a powerful engine to ensure you can keep working shift after shift.
These high reach excavators are equipped with a Volvo cab that has been designed to offer industryleading levels of comfort. A high visibility cab and carefully placed cameras ensure operators have a clear view of the jobsite at all times, for the ultimate safe, productive working environment.
These Volvo high reach excavators are a versatile addition to your demolition fleet. Compatible with a wide range of Volvo attachments and built to work both a variety of boom types, these machines are the ideal partner for all demolition projects.
Introducing the new Lifting Mode for Demolition, increasing flexibility, and saving time for transport of demolition components.