What makes our ZB 5-6 VSD+ so suited for a variety of low pressure applications?
- All of the components of our new ZB turbo blowers series are selected with the same goal in mind: offering you a reliable, highly efficient and continuous operation in all kind of applications and many different industry segments such as wastewater treatment, pneumatic conveying and flue gas desulphurization. Moreover, our ZB 5-6 VSD+ turbo blowers provide you with 100% oil-free ISO 8573-1 Class Zero certified compressed air to help you safeguard the quality of your end product, making the new ZB series ideal for application in the food and beverage industry .
- Our new generation of oil-free turbo blowers helps you to reduce your electricity cost by limiting pressure drops and temperature rise to a minimal. The minimal rise in temperature is achieved by maintaining the air intake temperature to a minimum and inducing as few resistance as possible to the air passing through each component of the process air path, resulting in an equal temperature of the ambient air and the intake air. Thanks to decades of innovation of our rotating equipment design and the development of the most advanced calculators, we are able to offer you an optimal air flow, helping you to save even more on energy costs.
- Minimized temperature also means maximized lifetime: our critical components, such as the Permanent Magnet Motors and drives are cooled by using an internal water circuit so that they operate at their best efficiency, regardless of the ambient conditions.
- With our newest generation of blowers, Atlas Copco is launching a technology that doesn't require any power bank in case of power failure, making the ZB 5-6 VSD+ the most straight forward magnetic bearing blower ever made.
Want to know more about our ZB 5-6 VSD+ oil-free turbo blower?
Take a closer look at our ZB 5-6 VSD+ oil-free turbo blowers by downloading our brochure —with technical specifications— as a PDF:
The Elektronikon® unit controller is specially designed to maximize the performance of your blowers under a variety of conditions. Key benefits are increased energy-efficiency by lowering energy consumption, reduced maintenance time and increased productivity.