DRYVAC DV 300
Dry compressing screw vacuum pump
Smart engineering for today and tomorrow: our network-capable DRYVAC series delivers cutting-edge performance and efficiency, even when the going gets tough.
This series of dry compressing screw-type vacuum pumps is engineered for the connected age. Packed with intelligent features and functions, all DRYVAC models offer seamless connectivity, networked control and superior efficiency.
DRYVAC pumps boost your productivity, minimize your carbon footprint, and lower your costs. Plus, thanks to an integrated smart service concept, they virtually look after themselves.
Connected, efficient, reliable – smarter with Leybold.
Built-in intelligence for industrial applications
Seamless connectivity & networking
Fieldbus and PLC compatibility allow for connectivity to other devices in a network for real-time communications and control. Direct control is also possible via a computer or handheld device. Support for various fieldbus protocols ensures maximal flexibility. Protocol support for Profibus, Ethernet/IP, ProfiNet and EtherCAT as option.
Intelligent energy consumption
The low constant power consumption delivers siginificant energy efficiency. The advanced self-regulating feature, only consumes the power the pump actually needs, saving costs and reducing your carbon footprint. DRYVAC pumps are more cost-efficient and greener than similar models operating in the low-pressure range (<10 mbar).
Smart service concept
Continuous performance monitoring made possible via an integrated frequency converter and three independent sensors. Should abnormal conditions such as overheating be detected, DRYVAC pumps can communicate them quickly and efficiently via fieldbus. Preset parameters enable plug-and-play operation, without additional installation.
DRYVAC pumps also feature minimal maintenance and easy cleaning of water cooling channels thanks to a non-jacketed design.
Hermetically sealed screw vacuum pump with integrated frequency converter
Simple mechanical and electrical integration
Integrated protection functions of temperature, exhaust pressure and power consumption monitoring
Small footprint due to compact design
Low energy consumption achieved through optimized rotor geometry and innovative motor design with efficiency class IE3
Tolerant to dust ingress
Excellent condensable gas (water vapor) performance
High pumping speed also at high intake pressures
|Max. pumping speed||280 m3/h |
|Ultimate pressure (w/o gas ballast)||0.01 mbar |
|Permissible ambient temperature||5 to 50 °C|
|Noise level with silencer |
at ultimate pressure
|Relative ambient atmospheric humidity||90%, non-condensing|
|Max. installation height||Up to 2000 m above sea level|
|Cooling water temperature range||5 to 35 °C|
|Cooling water nominal flow||8 l/min|
|Mains voltage 50/60 Hz||200-240 V ±10% or |
380-460 V ±10%
|Rated power 50/60 Hz||7.5 kW|
|Power consumption at ultimate pressure||4.5 kW|
|Bearing lubricant||LVO 210 synthetic oil|
|Intake connection||DN 63 ISO-K|
|Discharge flange||DN 40 ISO-KF|
|Weight, approx.||370 kg|
|Dimensions (W x H x D)||1110 mm x 613 mm x 478 mm|
Pressure switch on exhaust side (1.2 bar abs.)
Temperature pump housing
Current limits through frequency converter
Integrated frequency converter
Electro pneumatic gas ballast valve 24 VDC
Purge gas valve 24 VDC