The principle of maintenance during valve operation is as follows:
1 Keep the outside of the valve and the active part clean and protect the integrity of the valve paint. The surface of the valve, the trapezoidal thread on the stem and stem nut, the sliding portion of the stem nut and the bracket, and the parts such as gears, worm gears, and the like are prone to the deposition of many dirt, oil, dirt, and other residues on the media, causing wear and corrosion to the valve. Therefore, you should always keep the valve clean. The general dust on the valve is suitable for brush sweeping and compressed air purging. It can even be scrubbed with a copper wire brush until the processing surface and the mating surface show a metallic luster. The paint surface shows the true nature of the paint. Steam trap should be specially responsible, at least once per shift; regularly open the flush valve and steam trap at the bottom silk plug flushing, or regularly disassembled and rinsed to prevent dirt blocking the valve.
2 Keep valve lubrication, valve trapezoidal thread, stem nut and the sliding part of the bracket, bearing position, gear and worm gear meshing parts and other joint activities require good lubrication conditions, reduce friction between each other, to avoid mutual wear . For parts that do not have oil cups or nipples and are easily damaged or lost during operation, the lubrication system should be repaired and the lubrication system must be repaired.
Lubrication parts should be regularly refueled according to specific conditions. Frequently opened, high-temperature valves are suitable for intervals of one week to one month; infrequently opened, low-temperature valves can have longer refueling cycles. Lubricant organic oil, butter, molybdenum disulfide and graphite. Oil is not suitable for high-temperature valves; butter is not very suitable, and they are lost due to high temperature melting. The high temperature valve is suitable for adding molybdenum disulfide and rubbing graphite powder. Exposure to the outside of the lubrication parts, such as trapezoidal thread, between the teeth and other parts if you use butter and other oils, easily contaminated with dust, and the use of molybdenum disulfide and graphite powder lubrication is not easy to contaminate the dust and lubrication better than butter, graphite powder is not easy Apply directly, use a little oil or water to adjust the paste to use.
The oil-filled plug valve should be filled with oil for a specified time, otherwise it will be easy to wear and leak.
3 Keep two complete and intact. The bolts of flanges and brackets should be complete and fully buckled. No looseness is allowed. The tightening nut on the hand wheel should be tightened in time to avoid wearing the joint or losing the hand wheel. After the hand wheel is lost, it is not allowed to replace the hand wheel with a shutter. Packing pressure difference does not allow skew or no pre-tightening gap. An environment that is easily contaminated by rain, snow, dust, and other contaminants. The valve stem must be fitted with a protective cover. The scale on the valve should remain intact and accurate. Valve seals, caps, pneumatic accessories, etc. should be complete and complete. The insulation jacket should be free from dents and cracks.
In addition, it is not allowed to tap, support heavy objects or stand on the valve to avoid contaminating the valve and damaging the valve. In particular, non-metallic mesh doors and cast iron valves are even more forbidden.
Maintain the daily maintenance of the electric device. The maintenance of electric devices is generally not less than once a month. Maintenance contents include: appearance should be clean, no dust accumulation, the device is not contaminated by soda, oil; sealing surface, points should be solid and tight. No leakage phenomenon; Lubrication parts should be refueled according to regulations, valve Xuan nuts should be greased; Electrical part should be intact, no phase failure, automatic switch and thermal relay should not trip, indicating light is correct.
Aluminum anodization is an electrochemical process that enhances the strength, durability, and appearance of aluminum. When aluminum is oxidized, super-strong oxide (anodic) layers [grow" on the surface of the metal. These new layers are highly resistant to wear and corrosion.
The exacting part to part consistency achieved with our unique anodizing system cannot be obtained with conventional hoist line systems. Conventional anodizing systems present parts with varied coating thicknesses and voids formed due to air pocketing.
A consistent uniform 6 µm anodic film thicknesses will protect certain drug formulations and the canister from degradation. Heavier film thicknesses of up to 12µm can be provided to meet your more demanding application.
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