
YTN-100BF Vibration-Resistant Pressure Gauge
YTN-100 vibration-resistant pressure gauge designed for stable and accurate measurement
Glycerin-filled design reduces vibration and pressure pulsation effects
High precision with Class 1.6 accuracy
100 mm dial for clear and easy reading
Reliable and durable for use in demanding environments

Application
Suitable for pressure measurement in demanding industrial environments, including:
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Mining industry
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Metallurgy and smelting
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Medical equipment
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Maintenance and repair services
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Hydraulic and pneumatic systems
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General industrial process monitoring
Description
The YTN-100 pressure gauge features an internal damping liquid (glycerin as standard, silicone oil optional) to effectively reduce pointer vibration caused by pulsation or mechanical shock.
Its high-quality elastic sensing element and airtight structure ensure excellent stability and long-term accuracy. The clearly printed dial allows quick and precise readings, even in harsh working conditions.
Dimensions

Features
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High accuracy Class 1.6 for precise pressure measurement
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Vibration-resistant design with glycerin filling for stable pointer movement
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Clear and easy-to-read dial with precise scale markings
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Excellent stability and long service life
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High-quality elastic element for reliable pressure sensing
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Good air-tightness for consistent accuracy
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Radial (bottom) connection for standard installations
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Factory calibrated for accuracy and durability
Technical Details
Model
YTN-100 Vibration-Resistant Pressure Gauge
Dial Diameter
100 mm
Accuracy Class
1.6
Pressure Range
M20 × 1.5
Mounting Type
Radial (Bottom Connection)
Operating Temperature
5 ~ 55 °C (custom high/low temperature versions available)
Relative Humidity
≤85%
Connection Material
Brass
Brass
Glass
Movement Material
Brass
Net Weight
Approx. 750 g
Measured Media
iquids, steam, and gases that are non-explosive, non-crystallizing, non-solidifying, and non-corrosive to copper and copper alloys
Temperature Influence
≤0.4% FS / 10 °C (when temperature deviates from 20 ± 5 °C)
Accessories
How do I choose the correct thread connection?
The thread connection should match the installation interface of your pipeline or equipment. Common thread types include M10×1/M14×1.5/M20×1.5;G/PT/NPT(1/8、1/4、1/2. Before ordering, please confirm: Thread type Thread size Bottom or back connection If you are unsure, please provide a photo or specification of your connection port and we can help you select the correct model.
Can this pressure gauge be used for high-temperature media?
Yes, but the medium temperature should be within the allowable range of the gauge. For high-temperature applications such as steam or hot oil, it is recommended to use: a siphon tube a cooling device This helps protect the internal mechanism and extend the service life of the pressure gauge.
Can it be used for corrosive media?
The stainless steel version is suitable for mildly corrosive media such as water, oil, gas, and some industrial liquids. For strongly corrosive media (such as strong acids or alkalis), it is recommended to use: a diaphragm seal special corrosion-resistant materials (such as 316L stainless steel). Please confirm the medium before selecting the model.
Can the pressure gauge be used outdoors?
Yes. The stainless steel case and sealed structure make it suitable for outdoor or harsh industrial environments. For outdoor installation, it is recommended to: use vibration-resistant (liquid-filled) models install a protective cover if exposed to rain or direct sunlight Liquid filling can effectively reduce vibration impact and prevent internal condensation.
What media can this pressure gauge measure?
It is suitable for measuring the pressure of water, oil, gas, air, and other non-corrosive fluids.
How to choose the correct pressure range?
It is recommended that the working pressure is about 1/3–2/3 of the full scale range of the gauge. For example: If the working pressure is 6 bar, it is recommended to choose a 10 bar pressure gauge.
What is the advantage of a vibration-resistant pressure gauge?
Vibration-resistant pressure gauges are filled with glycerin or silicone oil, which helps: reduce pointer vibration improve reading stability extend service life protect the internal mechanism They are widely used in compressors, pumps, hydraulic systems, and industrial pipelines.

















