In scenarios such as mechanical manufacturing, hydraulic systems, water pump stations, and small equipment, the compact space and frequent vibration environment pose dual requirements for the "compactness" and "anti-interference" of pressure gauges - traditional pressure gauges are either too large to adapt to narrow installation spaces, or the pointer shakes and measurement errors are large in vibration environments, which cannot meet the needs of precise monitoring.YN-60耐震压力表Become a pressure monitoring expert in small space industrial scenarios, providing stable and accurate pressure data support for the safe operation of equipment. ​

The highlight of the shock resistant pressure gauge is its compact size adaptation, making it easy to fit into small spaces. The "60" represents a dial diameter of 60mm. Compared to conventional pressure gauges with 100mm and 150mm dials, the YN-60 has a volume reduction of over 40% and a thickness of only 25-30mm. It can be easily installed in space limited locations such as hydraulic valve groups, small water pumps, and machine tool hydraulic systems without the need for additional equipment layout modifications. At the same time, the device supports multiple installation methods: radial installation to adapt to the side interface of the device, axial installation to adapt to the embedded installation of the panel, meeting the installation needs of different scenarios. For example, in the hydraulic system of small CNC machine tools, the shock resistant pressure gauge can be directly embedded in the control panel, which not only does not occupy the operating space of the machine tool, but also can display the hydraulic oil pressure in real time, helping operators to timely judge whether the system is normal; On household booster pumps, the compact size can be directly installed at the pump interface, without the need for additional installation brackets, greatly improving convenience. ​

Secondly, the design of strong earthquake resistant structures enables precise measurement in vibration environments. The vibration of equipment in industrial scenarios is the main cause of pressure gauge damage and inaccurate measurement. The YN-60 shock resistant pressure gauge addresses this pain point through a dual design of "filling damping fluid+strengthening the movement": the case is filled with special silicone oil, which can effectively absorb vibration energy and reduce pointer shaking. Even in environments with vibration frequencies of 5-50Hz and amplitudes of 0.5mm, the pointer swing amplitude is still controlled within ± 0.5 grids; The movement is made of brass material with precision machining, and the gear meshing accuracy is improved by 30%. Combined with sapphire bearings, it reduces friction loss and ensures stable operation under long-term vibration.

In terms of measurement performance and durability, the detailed design of the shock resistant pressure gauge meets industrial needs. The measurement range covers 0-0.6MPa to 0-60MPa, with an accuracy level of 1.6, which can meet the pressure monitoring of various media such as hydraulic oil, water, and air; The case is made of ABS engineering plastic with a waterproof rating of IP54, which can prevent dust and splashing water from entering and adapt to humid and dusty industrial environments; The interface adopts M14 × 1.5 or G1/4 standard threads, which are compatible with most device interfaces and do not require additional adapter accessories. In addition, the device supports temperature compensation function, with a measurement error change rate of ≤ 0.1%/℃ within the ambient temperature range of -20 ℃ -60 ℃, to avoid measurement deviation caused by low-temperature freezing cracking and high-temperature deformation, and is suitable for different regional scenarios such as cold workshops in the north and high-temperature factories in the south. ​

From pressure monitoring of small devices to working condition judgment of compact systems, the YN-60 shock resistant pressure gauge takes "small size, shock resistance, and precision" as its core, filling the gap in pressure monitoring for small space industrial scenarios. Choosing the Y shock resistant pressure gauge is not only a choice for adapting to narrow installation spaces, but also a key step in ensuring the safe operation of equipment in vibration environments and improving monitoring accuracy, building a precise defense line for the stable operation of small industrial equipment. ​