Used EDWARDS iH1800SC #9291210 for sale

EDWARDS iH1800SC is a highly efficient, reliable single stage, regenerative blower designed for high-pressure applications. It is capable of operating at pressures up to 100 mBar, and is a perfect choice for vacuum packaging systems, material handling, hospital suction and even vacuum sealing. It features a built-in motor controller with adjustable speed settings, and is equipped with double o-ring seal to ensure airtightness. The inlet and outlet are able to accommodate standard vacuum tubes for pressure and vacuum operations. IH1800SC pump features a rotating vaned impeller which is powered by a single electric motor. This impeller moves the gas molecules in a closed volume, creating an increase in pressure. This process of converting rotational energy into pressure is known as regenerative action. The pump is capable of producing a vacuum down to 500 mBar, and can roar up to 100 mBar. The output of the pump is determined by the size and capacity of the impeller, and by the speed of the motor. EDWARDS iH1800SC has a compact design, and is constructed from durable materials. It is made from aluminum alloy, stainless steel, and other non-corrosive materials. This construction helps protect the pump from environmental elements and helps to extend its lifespan. IH1800SC is equipped with a number of safety features. It is equipped with a thermal protection device that will shut the pump down if the motor temperature reaches a certain level. This will prevent the motor from being damaged by excessive heat. It also contains a surge arrestor that will cut the power to the pump if it detects a voltage surge or spike in the system. This device will help to protect the motor against damage due to power surges. Overall, EDWARDS iH1800SC is a reliable, highly efficient, and cost-effective pump designed for high-pressure applications. Its built-in motor controller, safety features, and durable construction make it perfect for a variety of tasks ranging from material handling to vacuum packaging.