Y60 Pressure Gauge Manufacturers

What are the requirements for material selection for the Y60 pressure gauge?

The material selection of the Y60 pressure gauge is the core support for its excellent performance, which directly affects the reliability and service life of the product. The pressure gauge uses high-quality alloy stainless steel as the main material, has excellent corrosion resistance and wear resistance, and can operate stably in a changing industrial environment. The superior characteristics of alloy stainless steel ensure that the Y60 pressure gauge can maintain good performance in various corrosive media and even under extreme working conditions, avoiding the risk of rust and corrosion, thereby extending the service life of the product.
In terms of the material selection of key components, the Bourdon tube of the Y60 pressure gauge uses a copper alloy material that has been hardened by cold working. This material shows extremely high plasticity in the annealed state. After cold working, its strength and elasticity are significantly improved, allowing the Bourdon tube to accurately reflect the pressure changes of the medium during the measurement process. In addition, the combination of the design and material of the Bourdon tube ensures that the Y60 pressure gauge can maintain its measurement accuracy and stability in long-term use and meet the needs of different industrial applications.
In addition to the superiority of the main material, the Y60 pressure gauge also pays attention to quality in the selection of auxiliary materials. Auxiliary materials such as seals and coatings are strictly screened and tested to ensure that their impact on product performance and service life is minimized. The application of these auxiliary materials not only improves the sealing performance and corrosion resistance of the Y60 pressure gauge, but also further enhances the overall reliability and durability, enabling it to work stably in various complex environments.
In terms of material performance, alloy stainless steel and cold-hardened materials show excellent characteristics. The corrosion resistance and wear resistance of alloy stainless steel enable the Y60 pressure gauge to maintain stable performance in a variety of corrosive media. At the same time, the cold-hardened material has been finely processed to give it extremely high elasticity and strength, allowing the pressure gauge to always maintain high accuracy and high stability when measuring pressure in different media.

What are the maintenance methods for the Y60 pressure gauge?

The maintenance method for the Y60 pressure gauge is an important part of ensuring its accuracy and reliability, covering a series of systematic steps and precautions. First of all, the appearance inspection is the first step in the maintenance. The operator needs to carefully observe the outer shell of the pressure gauge to find out whether there is damage, scratches or other visible defects. This process helps to preliminarily assess whether the pressure gauge has been subjected to external impact or damage, thus providing an important basis for subsequent maintenance.
After completing the appearance inspection, it is crucial to perform a zero-point check. Connect the pressure gauge to a pressure-free gas source and ensure that the pointer accurately points to the zero scale. If the pointer is found to deviate from the zero scale, necessary adjustments or repairs are required to ensure that the measurement benchmark is accurate. Next, the accuracy check is a key link in the maintenance process. Using a calibrated standard pressure gauge, gradually increase the applied pressure and observe the changes in the readings of the Y60 pressure gauge. Record the readings at each pressure point and compare them with the standard pressure gauge to evaluate whether the measurement accuracy of the pressure gauge meets industry standards.
In addition, the return check is also a step that cannot be ignored. By gradually reducing the pressure to zero and observing whether the pointer can accurately return to the zero scale, it is determined whether the return error of the pressure gauge is within the allowable range. The sealing performance check involves pressure testing the pressure gauge housing and its joints to ensure that there is no leakage under working conditions. If leakage is found, it is necessary to seal or replace related parts in time to ensure its safety and stability.
During the overhaul process, it is particularly important to take corresponding maintenance measures for specific faults. For example, if the pointer is bent or loose, it can be corrected with the help of tweezers and properly tightened to ensure its stability; if the torque of the hairspring is insufficient, the counter-torque of the hairspring needs to be adjusted to restore its normal working state; for the friction problem of the transmission gear, the friction can be reduced by cleaning the gear and adjusting the meshing clearance to ensure its smooth operation.
The entire overhaul process should strictly follow the operating procedures to ensure the accuracy and safety of each step. After the overhaul is completed, the operator needs to record the entire process in detail and prepare a verification report for subsequent management and tracking.
When overhauling the Y60 pressure gauge, safety is always the primary consideration. The operator should have relevant skills and knowledge, follow safety regulations, and take necessary protective measures to avoid potential injuries or equipment damage. In addition, an appropriate amount of cleaning fluid should be used when cleaning parts to avoid corrosion or damage to the equipment; for pressure gauges under high pressure, be sure to cool them before overhauling to ensure the safety of operation.
During the overhaul process, some common problems may be encountered. For example, when the pointer is bent or loose, you can use tweezers to correct it and tighten it; if the hairspring torque is insufficient, it needs to be adjusted appropriately; if friction occurs on the transmission gear, it needs to be cleaned and the meshing clearance adjusted; if the pointer rubs against the surface glass or dial, you need to correct the pointer or thicken the gasket under the glass to reduce the error caused by friction; if the center gear shaft is bent, the gear needs to be removed for correction.