Y-150B/MF/HC 0-1.6MPa DN50 stainless steel pressure gauge

NegotiableUpdate on 01/08

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Nature of the Manufacturer: Producers

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Overview

The Y-150B/MF/HC 0-1.6MPa DN50 stainless steel pressure gauge is suitable for measuring the pressure of media with strong corrosion, high temperature, high viscosity, easy crystallization, easy solidification, and solid floating matter, as well as for situations where the measuring medium must be avoided from directly entering the universal pressure instrument and to prevent sediment accumulation and easy cleaning.

Product Details

Y-150B/MF/HC 0-1.6MPa DN50 stainless steel pressure gauge technical indicators
1. Temperature characteristics:
Due to the fact that the diaphragm pressure gauge system is filled with sealing liquid as the medium for transmitting pressure, the temperature expansion coefficient of the sealing liquid causes the reading of the pressure gauge to increase with the temperature of the compressed part. The temperature effect is related to the expansion coefficient of the sealing liquid, the stiffness of the diaphragm, and the temperature of the compressed part, especially for low range pressure gauges, the impact is more significant. The temperature error of the general compression part is not more than 0.1%/℃. Therefore, the overall temperature impact of diaphragm pressure instruments is generally the sum of the temperature impact of general-purpose instruments and the temperature impact of the compressed part of the diaphragm device.
2. Accuracy level: 1.6 level; Level 2.5
3. Measurement range (Mpa) Threaded connection type:~0.1~0/0~60/0~100
Flange connection type:~0.1~0/0~25
Clamp hygiene type:~0.1~0/0~2.5
4. Diaphragm material: 0Crl7Nil2Mo2 (316); Monel alloy (Cu30Ni70); Hastelloy alloy (H276C); Tantalum addition (Ta) and fluoroplastic (F4).
5. Internal filling working fluid: (1) silicone oil; (2) Fill in according to customer needs
6. Working conditions:
(1) Temperature: ambient temperature -20~+55 ℃; Temperature of the tested medium -20~+55 ℃
(2) Work pressure: Static load: Used up to 3/4 of the measurement upper limit value
(3) Alternating load: used up to 2/3 of the measurement upper limit value
(4) Short term pressure: used up to the upper limit of measurement
7. Connection size
(1) Threaded connection: M20 * 1.5 (G3/8 ″ G1/2 ″)
(2) Flange connection:
A. Standard JB81-94 of the Ministry of Machinery Industry for Flat Welded Steel Flanges
B. Standard of the Ministry of Chemical Industry for Acid Resistant Flat Welded Steel Flanges
C. Customize according to user needs
8. Instrument outer diameter: 60mm; φ75mm； φ100mm； φ150mm
9. Instrument execution standard JB/T8624-1997

Y-150B/MF/HC 0-1.6MPa DN50 stainless steel pressure gaugeSelection Table:

Universal pressure gauge model

Connector code

Diaphragm isolator code

diaphragm material

Recommended tables: PM10 series pressure transmitter, Y-B series stainless steel pressure gauge

Z: Direct equation (measured medium temperature<80 ℃)

ZN: Damper

SR: Heat sink (measured medium temperature<200 ℃)

RL1/2/4: Hose connection (1, 2, 4 represent hose length m respectively)

GL: Angular connection (measured medium temperature<150 ℃)

MF: Open convex surface (≤ 25 Mpa)

MG: I-shaped (≤ 4 Mpa)

ML: Threaded type (≤ 60 Mpa)

MZ: Bolt type (1-25 Mpa)

MH: Used for homogenizer (10-60 Mpa)

MC: Clamp type (0.1-2.5 Mpa)

MN: Nut type (0.1-2.5 Mpa)

316、316L、 Hastelloy, Monel alloy, tantalum, fluoroplastic

measure

quantity

Fan

enclose

Flange standard code

Ordering Instructions
1. Please indicate the model, name, measurement range, measuring medium, working temperature, connection form and size, and accuracy level when placing an order.
2. If there are special requirements, please specify them in detail when placing an order.
3. The diaphragm pressure gauge should not be disassembled or replaced with the configured instrument to prevent the leakage of filling fluid and affect its performance.
4. Before ordering, according to the characteristics of the tested medium, such as corrosiveness, easy solidification, and easy crystallization, stainless steel pressure gauges or diaphragm pressure gauges with different corrosion-resistant materials should be selected based on the characteristics of the corrosive tested medium. High temperature melt diaphragm pressure gauges should be used in high-temperature environments, while general pressure gauges can be used for general media such as water, non corrosive gases to copper or copper alloys.