Used LEYBOLD HERAEUS Turbovac 340MC #9283862 for sale

LEYBOLD HERAEUS Turbovac 340MC is a powerful and reliable liquid cryogenic vacuum pump that provides excellent pumping performance and high gas throughput. This pump has become a standard for many laboratories and scientific research applications due to its robust design and technical capabilities. Turbovac 340MC is designed as a magnetically-coupled drive, producing a maximum speed of 28,000 rpm and a maximum capacity of 2.2 liters per minute. The pump is reliable and efficient, thanks to its use of the latest permanent magnet technology and an innovative use of rare earth magnets. The main components of the pump include the pumping chamber, impeller, stator, rotors, and stator couplings. The pump can operate with any type of coolant fluid, including hydrogen and helium, and offers reliable performance at both high and low pressures. LEYBOLD HERAEUS Turbovac 340MC is ideal for applications such as cryogenics, semiconductor fabrication, impregnation, degassing, and heat treatment. The system features an optional direct drive allowing for precise control of the speed and temperature regulation. Additionally, Turbovac 340MC is conveniently compact, weighing just 5.2 kg and measuring a mere 220 mm in length. LEYBOLD HERAEUS Turbovac 340MC is powered by a variable-frequency drive technology that allows the output voltage and rotational speed to be adjusted with great precision. This pump also offers easy and efficient heat dissipation due to its insulated stainless steel housing. As an unsurpassed leader in the field of cryogenic vacuum pumps, Turbovac 340MC is incredibly reliable, efficient, and highly durable. Accurate temperature monitoring is made easy with an integrated temperature sensor and optional mounting accessories. The design team behind LEYBOLD HERAEUS Turbovac 340MC also took user safety into consideration, offering easy lockout capability with the use of a safe start switch. Turbovac 340MC is a powerful and reliable cryogenic liquid vacuum pump that is built to last and versatile enough to handle a variety of scientific processes. Its robust design, advanced technology, and innovative design yields reliable and accurate results at any pressure and temperature.