Ari-Armaturen
Brand reference:73763
ARI has a tradition spanning more than seventy years as your partner for control, isolation, safety, and steam trapping of liquid and gaseous media. Are you looking for product solutions tailored specifically to your individual needs? Benefit from our one-stop-shop concept.
Products from this brand
German Ari-Armaturen valves Ari-Armaturen models Ari-Armaturen prices
Ari-Armaturen valves consist of two main assemblies: the valve body assembly and the actuator assembly (or actuator system). They are divided into four major series: single-seat control valves, double-seat control valves, cage-style control valves, and self-operated control valves. Variants of these four valve types can result in numerous different applicable structures, each with its specific applications, features, advantages, and disadvantages. Although some control valves have a wider range of operating conditions than others, control valves are not suitable for all conditions, to jointly build enhanced
Germany Ari-Armaturen seals Ari-Armaturen models Ari-Armaturen prices
Ari-Armaturen seals are devices that prevent fluid leakage, consisting of at least one pair of end faces perpendicular to the axis of rotation. These faces remain in contact and slide relative to each other under the action of fluid pressure and the elastic force (or magnetic force) of the compensation mechanism, in conjunction with auxiliary seals. Mechanical seals where the elastic loading mechanism and auxiliary seal are metal bellows are referred to as metal bellows seals. In light-duty seals, rubber bellows are also used as auxiliary seals; since the elastic force of rubber bellows is limited, springs are generally required to supplement the loading force. Mechanical seals are commonly abbreviated as
Ari-Armaturen motor Germany Ari-Armaturen model Ari-Armaturen price
Ari-Armaturen motor refers to a motor that, under standard environmental conditions, operates continuously at 100% rated load within the 10%~100% rated speed range, with temperature rise not exceeding the motor's specified permissible value. When the slip variation of an asynchronous motor is small, the speed is proportional to the frequency; thus, changing the power supply frequency changes the speed of the asynchronous motor. During variable frequency speed control, it is always desired to keep the main magnetic flux constant. If the main magnetic flux is greater than the flux during normal operation, the magnetic circuit becomes oversaturated, causing the excitation current to increase and the power factor to decrease; if the main magnetic flux