Atlas Copco

Cabletec UV2: Cable bolting rig

  • Electro-hydraulic drive system provides low energy consumption and no air pollution
  • Continuous grout mixing directly on the machine
  • Cable feeder head with cable buckling unit and cable cutter
  • Grout and cable insertion capacity of up to 40 meters

Cabletec UV2 is a fully mechanized cable bolter for fast and efficient reinforcement and stabilization of ceilings and hanging walls. It’s built on the robust UV2 carrier and has a small turning radius for high maneuverability in narrow drifts.
Features & benefits

LFD 20

Technical Specifications
Oil flow, max 60 l/min
Oil flow, regulated 20 - 25 l/min
Pressure limiting valve, adjustable 0 - 210 bar
Pump connection (female) 1/2"
Tank connection (male) 1/2"
Tool connection, pressure (male) 1/2"
Tool connection, tank (female) 1/2"
EHTMA class C

LFD 20: Oil flow divider, pressure regulator and flow direction control valve (preset at 20 lpm/160bar, 5 gpm/2320 psi)

The oil flow divider allows you to run tools from hydraulic-powered carriers by reducing flow and pressure. An extension hose is required to connect the divider to the tool.
Features & benefits

Built-in adjustable pressure relief valve


To connect hydraulic tools to different power sources such as excavators, trucks, skid-steers and tractors

Medical Air Plant: uAIR series

  • Oil-free – risk-free. Medical Air Plants with oil-free compressors offer zero risk of contaminating pipelines; zero risk of damaging connected equipment (e.g., anesthesia machines); and zero risk of damaging your hard-won professional reputation.
  • Energy efficient - As the manufacturer of all the components (compressors, purifiers, control system, etc.) in our Medical Air Plant, our complete system packages fully integrate functions between components. For example, digital communication between components achieves up to a 50% reduction of dryer working time.
  • Unsurpassed purity - Built to exacting standards, Atlas Copco’s Medical Air Plant is engineered to provide certified medical air, even in situations where the air intake may contain high concentrations of ambient pollution. The multi-stage filtration system ensures patient safety in “worst-case,” but real-life, pollution scenarios. With the assurance of worldwide after-sales support and service, our air plant systems offer the complete solution for all critical medical air applications.
  • Redundancy scheme - The Medical Air Plant complying with ISO 7396-1 and HTM 02-01 is provided with at least two standby compressors and one backup purifier; i.e., the design flow of a system with three compressors is provided by a single compressor and one dryer. Our plant complying with HTM 2022 is provided with at least one standby compressor; i.e., the design flow of a system with two compressors is provided by a single compressor.
  • Widest range - We offer the widest range of pressure (up to 13 bar) and flow (up to 200 l/s), using four different technologies to produce 100% oil-free air: piston - tooth - scroll - water injected.

The critical field of patient care requires that ultra-clean, purified medical air is delivered to operating theatres and hospital beds with absolute reliability. The medical air supply in a hospital is a vital life-support service, maintaining respiration of the critically ill during mechanical ventilation. When it comes to people, you can’t afford to compromise, which is why oil-free compressed air is the obvious choice.

A reliable source of medical air is critical to patient safety. The Atlas Copco Medical Air Plant is based on specially designed, reliable medical scroll compressors and dryers that provide an uninterrupted air supply in critical situations. If the central controller should fail, every element of the system still has its own controller. Every compressor/dryer is subject to comprehensive quality assurance controls and is fully tested prior to dispatch.

Medically certified
The medical sector is more tightly regulated than ever before. Atlas Copco’s Medical Air Plant is precertified to international regulations, including Pharmacopoeia and quality norms such as ISO 13485. Precertification simplifies organization and inspection by regulatory bodies, saving the hospital time and money and reducing the risk of system rework to satisfy requirements. Our Medical Air Plant complies with the most demanding standards and regulations such as:

** Medical Device Directive MDD 93/42/EEC.
** EN ISO 7396-1.
** ISO 14971.
** Health Technical Memorandums HTM 02-01 and HTM 2022.

Furthermore, it is designed and manufactured according to ISO 9001, ISO 14001 and the ISO 13485:2003 quality management system.

Oil-free – a choice you can make
When it comes to clean medical air for a hospital, you can’t afford to compromise. Atlas Copco, a pioneer in oil-free rotary screw technology, is known for its range of compressors designed especially for applications that require oil-free air. Atlas Copco is the world’s first compressor manufacturer to receive certification for a new industry standard of air purity – ISO 8573-1 CLASS 0 – that is now available for medical applications.

Online tool assists with correct sizing of Medical Air Plants
Atlas Copco has developed an advanced medical air plant calculation tool that assists with the correct selection of a medical air plant according to the different medical gas standards of ISO 7396-1, HTM 02-01 or HTM 2022.

It is a common task for hospital engineers, developers or medical specialists to select the appropriate components for a hospital’s medical air plant. To help with this often complex task, Atlas Copco introduces a new medical air plant calculation tool. This software tool assists with selecting the size and quantity of the compressors needed, as well as the medical purifiers and the vessels for a specified flow requirement.

Centrifugal Gas Compressor

Technical Specifications
Max. suction pressure 80 bar(a)
Max. discharge pressure 200 bar(a)
Effective inlet flow range 250 - 400000 m³/h
Suction temperature -200 - 200 ºC
Stages 1 - 8
Gases handled all gases

GT – Series: Integrally geared centrifugal compressors for gas and air applications, up to 200 bar discharge pressure, driver power up to 40 MW.

Driven by Integral Gear technology, Atlas Copco’s GT Series provides maximum compressor efficiency and reliability. This ensures sustainable productivity in processes across dozens of industries and applications. Our GT compressors are present from the steel mills of China to complex oil and gas operations on the world’s Seven Seas – and beyond. The GT Series handles flow volumes up to 400 000 m³/h, in configurations up to eight stages. It handles all gases.

Customer benefits

Customization – From impeller design to packaging options and diffuser, GT Series compressors provide a vast range of customization options to meet your customer requirements and improve your process.
Regulatory compliance – The GT Series is manufactured according to the rigorous standards of the American Petroleum Institute (API), namely API 617, Chapter 3 (gas); oil systems according to API 617.
Small footprint – The compact package design reduces the compressor’s footprint.
Maximum reliability – This is a crucial aspect particularly in the air separation industry and oil & gas applications (marine and offshore).
Maximum compressor efficiency, focus on power optimization of your process.

Multistage centrifugal pressure and vacuum blowers

Technical Specifications
Capacity FAD (l/s) 47 - 18878 l/s
Capacity FAD (m³/h, cfm) 3 - 1160 m³/h
Working pressure 0.1 - 0.7 bar(e)
Installed motor power 300 - 1120 kW

Atlas Copco’s ZM oil-free multistage centrifugal blowers are working successfully in thousands of installations around the world. These reliable blowers are ideal for applications ranging from air to gas and pressure to vacuum. The ZM can be equipped with all the necessary accessories such as motor, valves, filters and skid as well as local or networked control panels to ensure a complete working system. Ask our group to find a ZM blower system to meet your exact requirements.

Customer benefits

Exceptional reliability – The ZM blowers have earned the reputation of being “the most reliable blowers” in the industry. Even so, we still work to continually enhance the reliability of the ZM product line. In order to do this, we have made significant investments in the best people, facilities and equipment in the industry. Our commitment to Research and Development, Quality Control, and Product Testing, is driven by our desire to offer our customers the reliability they require in a variety of air and gas as well as pressure and vacuum applications.

Maximum energy savings – ZM oil-free multistage centrifugal blowers were developed using the most advanced technology available. Tools including 3D Modeling, Computational Fluid Dynamics and Finite Element Analysis were used at the design stage to pinpoint areas where we make improvements. The resulting modern and innovative design allows for increased efficiency, while the wide product range and configuration options ensure we can offer the best solution possible to meet your needs.

Easy maintenance – You won’t suffer from lengthy downtimes or process interruptions when your ZM is maintained. Service intervals are reduced to a minimum and maintenance is quick and simple. Maintenance points are easily accessible and basic repairs can be conducted with a minimum of time and materials offering you a low cost of ownership.