Atlas Copco’s latest drilling sensation!
Ruggedly designed to meet the needs of the demanding coal mining and water well drilling segments, the X-Air 850-290 is dual pressure – 17 bar (246 psi) and 20 bar (290 psi), and principally truck or excavator-mounted. It is capable of powering water well drilling from 600 to 800* feet (4.5 inch class) and at a very economical cost-per-foot. Meanwhile, in coal mining applications, it can power 6.5 inch class blasthole drilling at an economical cost. Compared to its contemporary, the XR1000/1100, the X-Air 850-290 is remarkably lightweight – 13%* lighter, compact – 32%* smaller, and an incredible 30%* more fuel efficient. And thanks to the latest anti-vibration mounts, having the X-Air 850-290 on board only delivers good vibes.
With an operating window that stretches from temperatures from freezing up to 55oC, the X-Air 850-290 enjoys a best-in-class canopy, advanced control electronics and easy single-sided servicing.
Tony van Herbruggen, General Manager, Power Technique, Atlas Copco India, said: “The X-Air 850-290 is a game changing compressor that is specifically designed to meet the needs of the demanding coal mining and water well drilling sectors. Its compact dimensions, lighter weight, performance ability – not forgetting fuel efficiency – all combine to deliver great customer value. Its state-of-the art digital controller and ease of maintenance contribute to a higher return on investment and lower service costs.”
The X-Air 850-290 is powered by a six-cylinder Ashok Leyland electronic diesel engine, which at normal shaft speeds delivers 233 kW of engine power.
Advanced XC2003 controller
Remote monitoring
Ease of maintenance
Compact dimensions & High resale value
The X-Air 850-290 is a revolutionary compressor that combines high performance with reliability and low cost of ownership. It is also smaller, lighter and more fuel efficient than its contemporary. Experience how the X-Air from Atlas Copco rewrites the rule book.
*engineering parameters, subject to actual site conditions.