The MGS32 DN125 stands out for its robust construction and operator-focused safety design. Built in accordance with ASME B40.1, it offers Grade 1A accuracy, ensuring precise and repeatable readings even at very high pressure ranges.
Its stainless steel safety cell with solid front and integrated blow-out back provides maximum protection in case of elastic element failure. The liquid-filled case significantly reduces pointer vibration, minimizes wear on moving parts, and protects internal components from condensation and corrosive atmospheres—ensuring long-term reliability in pulsating pressure environments.

The product stands out for its enhanced performance and reliability, ensuring stable operation even under demanding process conditions.

• DN125 (4.5”) Solid-Front: Heavy-duty Bourdon tube pressure gauge with Grade 1A accuracy according to ASME B40.1, designed for extreme high-pressure applications up to 60,000 psi. Stainless steel safety cell with TIG-welded process socket ensures superior mechanical strength and leak-tight performance, while the liquid-filled IP65 case provides excellent vibration damping and environmental protection for water jet cutting, hydro blasting, and hydrodemolition systems.

The MGS32 DN125 is a high-pressure Bourdon tube pressure gauge designed for demanding industrial environments where safety, accuracy, and durability are critical. Featuring a solid-front safety design and a 4.5” (125 mm) turret case, this instrument is engineered to deliver reliable pressure measurement in extreme operating conditions.
It is primarily used in high-pressure water jet technologies, including water cutting machines, hydro blasting pumps, turbines, and hydrodemolition systems, making it an ideal choice for OEM machine builders and industrial system integrators.

Quality, Reliability & Value

Manufactured using stainless steel and special high-resistance materials, the MGS32 DN125 offers exceptional build quality and long service life. Its safety-oriented design, combined with high measurement accuracy and resistance to harsh industrial conditions, makes it a cost-effective solution for professionals who require dependable pressure monitoring in high-risk, high-pressure environments.