KMC-Y100 Industrial Pressure Gauge - 100mm Dial, M20×1.5 Radial
Copper Connection, Iron Shell
Product Introduction
The KMC-00 Industrial Pressure Gauge is a robust measuring
instrument designed for reliable pressure monitoring in industrial
systems. Featuring a 100mm dial with a safety glass window, this
gauge provides clear readings of pressure ranges from 0 to 60mPa
with ±1.6% accuracy. The radial M20×1.5 copper joint ensures secure
installation, while the iron shell housing offers durability in
harsh environments. Engineered with a Bourdon tube mechanism, it
effectively measures gauge pressure by comparing fluid pressure
against atmospheric pressure, making it suitable for applications
in pipelines, machinery, and industrial processes.
Key Features
Precision Measurement
±1.6% full-scale accuracy for reliable pressure readings across
0–60mPa range.
Durable Construction
Iron shell housing with corrosion-resistant coating for long-term
use in industrial environments.
Safety glass window prevents shattering in case of internal
pressure surges.
Easy Installation
Radial M20×1.5 copper thread connection for quick integration into
pipelines and systems.
Wide Temperature Compatibility
Operates stably in temperatures from -40°C to 70°C, suitable for
diverse environments.
Safety Design
Overflow hole releases internal pressure in case of Bourdon tube
failure, preventing panel damage.
Customizable Options
Optional features include vibration-resistant (V), heat-resistant
(H), or steam-compatible (M) models.
Alternative pointer types and non-reflective glass panels
available.
Pulsation Protection
Optional throttle valve at the pressure inlet reduces measurement
interference from fluid pulsation.
Versatile Application
Suitable for measuring gas/liquid pressure in pipelines, boilers,
compressors, and mechanical systems.
Technical Specifications
Dial Diameter 100mm
Pressure Range 0 ~ 60mPa
Accuracy ±1.6% of full scale
Connection Thread M20×1.5 (radial)
Housing Material Iron shell
Window Material Safety glass
Operating Temperature -40°C ~ 70°C
Overpressure Protection Overflow hole design
