Used ALCATEL / ADIXEN / PFEIFFER ADS 602H #9277040 for sale

ALCATEL / ADIXEN / PFEIFFER ADS 602H diaphragm pump is a compact, reliable and cost-effective solution for industrial vacuum technology applications such as vacuum coating, vacuum packaging, casting, and pharmaceutical processes. It is designed to be easy to use, with simple features and a familiar user interface. ADIXEN ADS602H is a single-stage diaphragm pump driven by an electric motor. It delivers a pumping speed of up to 25 m3/h and a maximum operating pressure of 10,000 mbar. It also features an oil-free, maintenance-free, and portable design. This diaphragm pump is equipped with an electronic speed control, allowing for precise manipulation of flow rates. The motor control is provided by a microprocessor which senses faults and adjusts speed. This pump also features an Intelligent Current Control System (ICCS) which dynamically regulates torque and avoids stalling of the pump's motor. ALCATEL ADS 602 H diaphragm pump is designed for a long-term use with a minimum service life of 10000 hours. The pump is fitted with a special lubricated bearing system which ensures that it runs at reduced noise levels and minimizes vibration. It is protected from thermal overload due to the temperature monitoring system, and is also protected from over voltage and under voltage, with a motor protection automatically cutting out in the event of high voltage or current. For overall performance and operation, ADIXEN ADS 602H diaphragm pump is equipped with a series of sensors to monitor the operation parameters, such as temperature, pressure, current, and voltage. This data is accessible to the user via a remote interface which allows for a more comprehensive control, as well as a remote service monitoring. In conclusion, ADS602H diaphragm pump is an efficient, reliable, and cost-effective solution for industrial vacuum technology applications. It is easy to integrate, user-friendly, and low-maintenance. It provides precise control of flow rates and is protected from thermal overload or voltage damages. All of this is made possible due to the advanced sensors and features, allowing for overall improved performance and user experience.