AERtronic Master: Overriding master control made by AERZEN For pneumatics and other fields of application The AERtronic Master is a blower and compressor master control for up to 12 machines (each with AERtronic), which is particularly well-suited for use in pneumatics and other fields of application. The overriding blower and compressor control AERtronic Master can be used for up to twelve machines.The AERtronic Master is a cost-effective alternative to AERsmart. Thanks to the AERtronic Master, it is possible to improve the overall efficiency of the plant, and to make the utilisation of the individual machines more homogeneous. In addition, the AERtronic Master offers the option of graphically displaying the operating status of the machines and sending the data to the customer’s control room in compressed form. The connection is made via the RS485 Modbus, or alternatively with an expansion module via Profibus. The features of the AERtronic Master at a glance:Innovative control system forspeed-controlled and unregulated compressors and blowers Consumption-dependent connection/ disconnection of compressors, offering energy savings potential of up to 30 percentAdditional cost savings through optimised compressor running times and optimum adjustment of maintenance intervalsFast and easy commissioning 4.3 inch colour display with touch functionThe display provides the most important information about the entire compressed air station at a glance. Additional data can be retrieved at any time.- Operating conditions of the connected compressors- Graphic display: progression curve over time for network pressure
Aerzen Asia at the SIWW in Singapore Aerzen Asia participated in the Singapore International Water Week (SIWW) with its own stand from 9-11 July 2018. This trade fair takes place every two years and is the most important exhibition of its kind in South East Asia. The exhibition brought together visitors and exhibitors from the water management industry from all parts of Asia. Aerzen Asia used the SIWW as a platform to further develop regional developing markets such as China and India. The company presented the products Aerzen AT200 G5plus, Delta Hybrid D12S and AERsmart, as well as our after sales services, at an exhibition stand covering more than 50 square meters. Also, the German Ambassador in Singapore, Dr. Ulrich A. Sante, was welcomed at the stand and was informed about the solutions and the history of AERZEN by Chuck Lim, Vice President Aerzen Asia Pacific.The three trade fair days of SIWW were very positive for AERZEN’s brand awareness and have confirmed the position of our company as a leader in the wastewater and environmental market.
Aerzen Argentina: Partnership with Bioingepro Following intensive discussions, Aerzen Argentina has agreed to cooperate with Bioingepro S.R.L., one of the country’s largest manufacturers of wastewater treatment plants. The Buenos Aires-based company has already built over 450 wastewater treatment plants. Therefore, it makes Aerzen Argentina proud that Bioingepro relies on our portfolio and our technologies. Gastón Jares of Bioingepro says: “We are happy to cooperate with a company like AERZEN. We share the same values, including the constant pursuit of progress and the most modern and sustainable technologies to protect our most precious asset: water.” The first two units have already been supplied by Aerzen Argentina.
AERZEN’s aftercoolers set standards With minimum pressure losses and extremely high cooler inlet temperatures, all AERZEN aftercoolers are suitable for cooling air and nitrogen up to 280°C! Developed in cooperation with well-known international manufacturers, AERZEN offers a complete range of air-air and water-air aftercoolers. The independent series is specially tailored to the machine types Delta Screw, Delta Hybrid and Delta Blower, including downstream cyclone separator and condensate drain. Furthermore, an extensive range of accessories is available. AERZEN has its own design programs. In just a few minutes, a suitable cooler can be selected and its process data calculated in a customer- specific manner – to achieve the most efficient solution for each temperature-critical subsequent process.
