Used EDWARDS EH2600 #9304132 for sale

EDWARDS EH2600 is a high performance dry vacuum pump designed for extreme use in the oil, gas, petrochemical, chemical, pharmaceutical, and automotive industries. The pump is equipped with a two-stage vacuum system and features an output capacity up to 21 m3/hr (77 l/s). It is designed with a durable construction and industrial grade components to ensure long-term service in harsh environments. EDWARDS EH 2600 is powered by a TEFC induction motor. It has a motor power rating of 22 kW, making it highly efficient in operations. The motor is designed with a removable fan to provide an optimal air-cooled motor. It also has thermal overload protection and a spring-refrigerated oil cooler. These features enable the pump to maintain optimum performance in extended run times. The vacuum pump is designed with a two-stage construction. The first stage features an oil-flooded rotary vane that utilizes an oil jacket to provide high suction capacity while minimizing heat generation. The second stage features a high-efficiency scroll, ensuring maximum suction capacity without creating excessive wear on the pump components. EH2600 is constructed with corrosion-resistant stainless steel material, providing increased durability and corrosion protection. The pump is also built with an oversized oil pan, allowing it to maintain a tight seal and extend the life of the pump. EH 2600 is designed for easy maintenance. It has an adjustable CFM control valve to adjust the airflow rate and maintain optimal performance. This allows the user to find the right balance between efficiency and longevity. In addition, it includes an external oil drain valve, making servicing and cleaning more efficient. EDWARDS EH2600 is a reliable, high-performance dry vacuum pump that is suitable for a wide range of industrial applications. It is designed with a durable construction and an efficient two-stage design for high performance and long-term service. It also includes adjustable airflow control, allowing the user to maximize efficiency, extend the life of the pump, and minimize downtime.