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The BrandTech 230V MZ 2C NT oil-free dry chemistry diaphragm vacuum pump has a maximum pumping speed of 1.12 cubic feet per minute (cfm) at 50 Hertz (Hz), an ultimate vacuum of 7 millibar (mbar) (without gas ballast) or 12 mbar (with gas ballast), a polytetrafluoroethylene (PTFE) sandwich diaphragm, perfluoro-elastomer (FFKM) valves, a two-stage pump, two carbon fiber–reinforced ethylene tetrafluoroethylene (ETFE) pump heads, and a gas ballast. It provides continuous flow rates down to the pump’s ultimate vacuum and performs well in applications that require moderate vacuum levels. It can be used when pumping easily condensable corrosive and aggressive gases and vapors in rotary evaporators, vacuum concentrators, and gel dryers.
The BrandTech 230V MZ 2C NT dry chemistry diaphragm pump does not use oil in the flow path, which decreases the risk of contamination from lubricating or sealing oil. The absence of oil also reduces pump maintenance since there is no oil to monitor, change, or dispose of during or after use. The PTFE sandwich diaphragm has a working life of 10,000 to 15,000 hours, and FFKM valves provide good chemical resistance. The two-stage pump with two carbon fiber–reinforced ETFE pump heads provides good chemical resistance and continuous flow rates, even down to the pump’s ultimate vacuum. An integrated gas ballast allows air or other non-condensing gases to enter the pump and disperse any easily condensable vapors inside the pump. The New Technology (NT) design provides a quiet, low-vibration drive system; a simplified valve mounting system for quick maintenance; easy-to-clean, smooth surfaces; and a reduced-leakage sealing system. All pump components that come in contact with the pumped medium—including the diaphragm, valves, pump heads, and internal tubing and fittings—are made of fluorocompounds, providing a chemical-resistant flow path. The BrandTech MZ 2C NT diaphragm vacuum pump should not be used for pumping the following: liquids, aspirated dust or particles, substances which may form deposits in the pump, unstable substances, explosive substances, self-flammable substances, and substances which are flammable without air.
|Maximum pumping speed||1.12 cfm at 50 Hz (as defined in international standard ISO 21360)|
|Ultimate vacuum||7 mbar (without gas ballast)/12 mbar (with gas ballast)|
|Pump head materials||ETFE|
|Inlet connection||ETFE 10 mm diameter nominal (DN) valve with hose nozzle|
|Outlet connection||ETFE 10 mm DN valve with hose nozzle|
|Maximum back pressure||1.1 bar, at outlet valve|
|Permissible ambient operating temperature||50 to 104 degrees F|
|Permissible ambient storage temperature||14 to 140 degrees F|
|Ingress Protection (IP) rating||IP 40 (as defined in international standard IEC 529)|
|Plug||230V CEE European|
|*Overall dimensions||7.80 x 9.57 x 9.57 inches (H x W x D)|
*H is height, the vertical distance from the lowest to highest point; W is width, the horizontal distance from left to right; D is depth, the horizontal distance from front to back.
Pumps evacuate an enclosed area and move a substance from one location to another. Pump choices are guided by the specific application and required substance compatibility. Diaphragm vacuum pumps (also called membrane pumps) are used in industrial and laboratory settings such as chemical analysis labs, water treatment facilities, and oil refineries. Diaphragm pumps expand and contract an interior diaphragm in order to draw a substance into the pump on one stroke and discharge it on the next stroke. The diaphragm forms an oil-free chamber that isolates the medium from the pumping mechanism, making diaphragm pumps a good choice when contamination is a concern. Ultimate vacuum is the deepest level of vacuum a pump can achieve. Flow rate (also called pumping speed) is a measure of the volume and speed at which a substance is drawn into a pump at its inlet. Compared to a similarly rated single-head pump, a pump with multiple pump heads connected in series will have a lower ultimate vacuum, and a pump with multiple pump heads connected in parallel will offer higher flow rates. A pump can have a mixture of pump heads that are connected in series and parallel, providing both improved vacuum levels and higher flow rates. Back pressure is a measure of the resistance at the outlet of the pump and can be damaging to the pump. Diaphragm pumps have constant flow rates regardless of the vacuum level, but as the vacuum pressure drops, the amount of mass moved through the pump decreases.
BrandTech Scientific distributes VACUUBRAND vacuum equipment in the U.S. and Canada. VACUUBRAND, which is headquartered in Germany, manufactures laboratory and instrumentation vacuum pumps, gauges, and controllers.
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