Used LEYBOLD HERAEUS D4A #9037006 for sale

LEYBOLD HERAEUS D4A is a positive displacement pumps specifically designed for the vacuum metallurgical industry and for operation in high vacuum. It is characterized by a high degree of flexibility and adaptability for many applications. D4A series offers both a corrosion-resistant and stainless steel construction to suit all types of operating conditions. LEYBOLD HERAEUS D4A has an oil-lubricated, self-lubricated, dry-running, and other related versions of D4A models. These models feature a direct drive, sturdy construction, and easy maintenance. The oil-lubricated range has a standard flow rate of 1600 m3/h and is suitable for both dry and liquid pumping applications. It operates within a wide temperature range (-40 to +70 degrees Celsius). Its noise emissions are limited to 65dB which makes it suitable for use in laboratory and industrial applications. Additionally, the pump can be fitted with various types of valves for improved performance. The dry-running version has a greater maximum flow rate and includes a gas ballast valve for further performance and efficiency. This particular version is suitable for pumping operations at pressures below atmospheric pressure and is commonly employed in spectral analysis, vacuum degassing, sputtering, and brazing. It has an integrated inlet and exhaust connection making it flexible for different applications. LEYBOLD HERAEUS D4A pumps have a versatile range of optional accessories which makes them a great choice for end user customization. These accessories include an anti-suck-back valve, pressure relief valve, temperature monitoring systems, remote interlock switching, cooling systems and controllers. Overall, D4A Pump is a robust and adaptable pump that offers a range of features designed for use in the demanding environment of industrial and lab-based environments. Its flexibility and ability to be customized to a range of requirements make it the ideal choice for the heavy-duty applications of the vacuum metallurgical industry.