One of the biggest problems across the industries is the damage of equipment. The damaged equipment can lead to the generation of improper products, but if the damage is served enough, it may even lead to increased rundown time and high repair costs.
Rather than cutting dramatic losses in both productivity and profits, one should always focus on providing the staff with the knowledge on how to handle the pieces of machinery and the significance of conducting a routine calibration session.
Moreover, knowing what it is that causes the damage to the instrumentation can help one take proper steps accordingly to prevent it. So without further ado, we will focus on sharing the common causes of damage to instrumentation so that one can be prepared to prevent it.
Common Causes Of Damage To Instruments:
● Moisture and humidity:
Nothing can be more damaging than the increased moisture content and higher humidity in the surrounding. We all know how water coupled with humidity is the enemy of instruments. It corroborates the generation of rust and ensures that the machinery’s operability is reduced.
It can hinder its ability to produce an accurate result yielded by instruments such as Rotary Shouldered Connection and more. This is because water tends to interfere with the correct operation of the electrical system. In addition, it can lead to corrosion of casing and metallic components as well.
● Corrosive substances:
Many industries tend to use products that hold the ability to corrode their systems. The usual cause of mechanical damage is thus improper cleaning and inadequate handling methods. So, one should always ensure that all the pieces of machinery are cleaned and calibrated, maintaining the international standardized rules and regulations. To ensure its accuracy, calibrate it regularly as per standard API 7-2. By doing so, you will ensure the long-lasting as well as accurate functioning of the pieces.
● Temperature change:
Extreme temperature changes are also one of the elements that could cause an impact on the corrosion of the equipment. These are external elements that we have no hand in. However, we can control the heat, and cold the equipment is put through. Ensure that the equipment has been tested in the conditions before using it. Not all the devices are made specifically to stay functional in arctic or tropical conditions.
Ending note:
By knowing what could impact the functional ability of the machinery, one can prevent the instances before they even take place. Now that you know what plagues the instruments, you can take proper steps.
