Used KODIVAC GHP-1000 #9215462 for sale

KODIVAC GHP-1000 is a diaphragm vacuum pump with a pressure range between 0 and -1 bar (Atmospheric Vacuum - Vacuum Below Atmospheric conditions). This lightweight and compact pump is built with a polymer housing, making it ideal for a wide range of mission-critical medical, laboratory, and industrial applications. This pump has a universal power source and is compatible with a variety of application requirements. Its noiseless operation (under 60 dB) allows its use in various sound-sensitive environments. It also boasts an oil-free design and a motor protection system that prevents overheating and extends its life. GHP-1000 has a highly efficient diaphragm pump head with a vacuum of -0.15 to -0.90 bar. This allows it to quickly provide the desired vacuum of low-temperature baths, vacuum ovens, and freeze dryers. The pump is designed for continuous operation and handles temperatures of -19 to +120 °C. KODIVAC GHP-1000also has a large filter surface area and a low internal volume, allowing it to quickly switch from sucking to blowing and to deliver a constant flow with no speed reduction. Its connection port is compatible with various international standards, ensuring full compatibility between systems of different sizes, flow rates, and operating pressures. The pump features two compression nipples and a threaded connection that allow it to be assembled with various suction-side elements and can be removed without the use of additional tools. Additionally, its quick-fit connectors allow it to be connected to and disconnected from multiple supply lines. KODIVAC GHP-1000 is durable and easy to maintain. Its maintenance-free design requires no additional lubricant; however, the filter should be checked periodically for the accumulation of dirt and dust. Overall, GHP-1000 is designed to provide a reliable and practical solution for a variety of applications. Its lightweight and compact construction paired with soundless operation make it an ideal choice for mission-critical, performance-sensitive processes.