Usability |
Chemically resistant primary pumps for many systems |
Chemical vacuum systems without vacuum control |
Chemical resistant pumping units vacuum control and solent recovery system |
Chemical pumping units with two vacuum ports to handle two applications simultaneously |
Chemical resistant diaphragm pumps with electronic vacuum control |
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to 7 mbar
For many common solvents Rotary evaporators Vauum concentrators |
The nomenclature for VACUUBRAND pumps is made up of the following codes that identify specific features or components:
M = diaphragm pump
E, Z, D, V = number of pump stages
E = single-stage, up to 70 mbar
Z = two-stage, up to 7 mbar
D = three-stage, up to 1.5 mbar
V = four-stage, up to 0.6 mbar
C = chemically resistant
NT = stands for the pump series that includes New Technology
AK = separator tank for inlet or outlet condensates, collects particles and droplets, keeps condensate flowing in the vacuum line to the pump, protecting pump performance and providing additional noise reduction on the pressure side.
EK = vapor condenser that guarantees 100% solvent recovery, compact design, protects the environment and air in the laboratory.
TE = dry ice or water ice cooled condenser for solvent recovery
PC = "Pumping unit, chemistry" - chemical pump with vacuum control and solvent recovery
Chemical vacuum system = chemical pump with accessories such as inlet tank and/or solvent recovery
Chemical pumping unit = chemical vacuum system with vacuum control and solvent recovery
SYNCHRO = pumping unit for simultaneous operation of two independent vacuum applications with one pump
VACUUBRAND offers chemically resistant vacuum systems, pumping units as complete systems to guarantee the desired vacuum range and flow rate. It is possible to maximize performance, its operation and environmental protection with the right combination of coordinated accessories. Basic pumps from different system families are mounted in a portable space-saving system and equipped with accessories suitable for specific applications.
Components
AK - separator for condensates on the inlet or outlet side. The inlet separator (on the suction side) collects particles and droplets of liquid. Vapor separator (pressure side) collects condensate at the outlet, prevents condensate from returning to the pump and helps keep the pump running quietly.
EK - condenser for capturing vapors from the pump outlet. Made of shielded glass, it is compact but still very efficient. It allows virtually 100% solvent recovery and ensures protection of the laboratory atmosphere.
EK Peltronic® - a cooler that requires no connection to water or dry ice. The cooling is based on Peltier technology.
TE - condenser for dry ice or ice water for emission control and solvent recovery without cooling water supply.
RK 500 or EK 1000 liquid level sensor: Prevents overfilling of tanks (in AK or EK); sends warning signals via electronic vacuum controller with VACUU - BUS® connections, and stops the pumping process if necessary.
Gauge: A mechanical vacuum gauge provides trend indication and approximate vacuum levels on some of our more basic models.
MZ 2C NT + AK + M + D
PC 101 NT
PC 201 NT
Two vacuum connections in one pumping unit: We have systems and pumping units with a second vacuum connection available for independent operation of two processes in parallel using only one pump. Check valves reliably isolate the two different applications from each other.
Manual flow control: The flow control valve is designed to easily adjust the effective flow rate and is mounted on the inlet separator in some pumping units
- Equipped with a gas ballast valve.
- ATEX compliance (for 230V only): II 3/- G IIC T3 X for indoor atmosphere only.
- Units supplied ready for operation with operating instructions and CE declaration.
- Warranty 12 months with possibility of extension
- Smooth surfaces for easy cleaning (NT)
- New sealing system provides reduced leakage for improved ultimate vacuum (NT)
- Designed for continuous pumping of corrosive gases and vapors.
- Oil-free pumps.
- All parts in contact with pumped media are made of chemically resistant fluoroplastics.