#glycerin filled pressure gauge manufacturer

[avlok445]

Choosing the Right Pressure Gauge Manufacturer: Key Factors for Quality and Reliability

Avlok is a leading Pressure Gauge Manufacturers. A pressure gauge is an ideal solution for accurate pressure measurement in a range of applications. If you’re looking for pressure gauges for your industrial needs, you can get them from Avlok. Our pressure gauges are available in a range of sizes and styles, including analog and digital options, ensuring that you can find the perfect gauge for your application. Our SS pressure gauges are made from high-quality materials, ensuring durability and accuracy, even in harsh environments.

Key Factors in Selecting a Pressure Gauge Manufacturer

1. Manufacturing Expertise and Experience

Established manufacturers often bring years of industry expertise, giving them the knowledge to handle complex requirements and industry standards. A manufacturer with extensive experience in the field can offer insights into choosing the best gauges for your specific applications, from high-pressure environments to sensitive laboratory settings.

2. Range of Products

Manufacturers offering a diverse range of pressure gauges are generally better equipped to meet varying industry needs. Look for a manufacturer that provides:

Diaphragm Sealed Pressure Gauge

Differential Pressure Gauges

Glycerin Filled Pressure Gauge

Precision Test Pressure Gauges

Pressure Gauge Accessories

Stainless Steel Pressure Gauges

This diversity allows you to find a gauge perfectly suited to your operational needs, rather than settling for a one-size-fits-all solution.

3. Customizability and Application-Specific Solutions

Many industries require customized gauges tailored to specific environments, such as corrosive conditions, high temperatures, or extreme pressures. A reputable manufacturer should be able to offer customization options, from specialized materials to unique designs. If customization is essential to your operations, select a manufacturer known for creating application-specific solutions.

4. Quality Control and Certification Standards

Look for manufacturers that adhere to recognized industry standards, such as ISO 9001 or ASME. High standards in quality control ensure that each gauge meets stringent requirements before reaching the customer. Ask the manufacturer about their testing procedures, such as pressure cycling, temperature testing, and calibration processes.

5. Technological Advancements and Digital Solutions

Digital pressure gauges and smart technology integrations are transforming industries. Manufacturers that incorporate advanced technology into their products provide added benefits like real-time data monitoring, remote calibration, and integration with IoT systems. A forward-thinking manufacturer will offer a selection of digital gauges, enabling better data management and predictive maintenance.

6. Customer Support and Service Network

Ongoing support is crucial, especially for complex applications requiring regular maintenance and calibration. Look for a manufacturer with a solid support team and a network of service centers to ensure you have the assistance you need.

Leading Pressure Gauge Supplier in the Market

Several globally recognized Pressure Gauge Supplier have built a reputation for quality and innovation. Research manufacturers that specialize in your industry, comparing their product lines, customer reviews, and certifications to ensure they meet your requirements.

Conclusion

Choosing the right pressure gauges manufacturer is a significant decision that affects your system's safety, accuracy, and longevity. By prioritizing quality, industry experience, customizability, and advanced technology, you can find a manufacturer that delivers high-quality pressure gauges tailored to your needs. Whether you’re working in oil and gas, pharmaceuticals, or any other industry, selecting a reliable manufacturer will provide peace of mind and operational efficiency.

[fluidgaugeguide]

Choosing the Right Filled Pressure Gauge: Understanding the Various Types and Their Applications

Pressure gauges are vital instruments used to measure and monitor the pressure of fluids and gases in various industries. Filled pressure gauges, in particular, offer distinct advantages over their dry counterparts. گیج فشار روغنی These gauges are filled with a liquid, such as glycerin, silicone, or oil, to dampen the effects of vibration and pulsation, ensuring accurate and reliable pressure readings. In this article, we will delve into the different types of filled pressure gauges and explore their applications across industries.

Importance of Filled Pressure Gauges in Various Industries

Filled pressure gauges play a crucial role in a wide range of industries, including manufacturing, oil and gas, chemical, pharmaceutical, and food and beverage. These gauges provide accurate pressure measurements, ensuring the safety and efficiency of processes. By dampening the effects of vibration and pulsation, filled pressure gauges help prevent damage to sensitive equipment and reduce the risk of mechanical failure. Additionally, the liquid fill in these gauges acts as a lubricant, extending the lifespan of internal components and ensuring the longevity of the instrument.

Different Types of Filled Pressure Gauges

Applications of Glycerin-Filled Pressure Gauges

Glycerin-filled pressure gauges are commonly used in industries where there is a need for accurate and steady pressure readings. The glycerin fill dampens the effects of pulsation and vibration, making them suitable for applications where pressure fluctuations are common. These gauges find extensive use in hydraulic systems, compressors, pumps, and other heavy machinery. The glycerin fill also helps protect the internal components of the gauge, enhancing its durability and ensuring long-term reliability.

Glycerin-filled pressure gauges are particularly beneficial in industries where the process involves high pressure spikes or rapid pressure changes. They provide a stable reading, even in dynamic environments, and are resistant to shock and vibration. However, one disadvantage of glycerin-filled gauges is that the glycerin can degrade over time, especially when exposed to high temperatures. Regular maintenance and inspection are necessary to ensure optimal performance.

Applications of Silicone-Filled Pressure Gauges

Silicone-filled pressure gauges are widely used in industries that require resistance to extreme temperatures and harsh environments. The silicone fill offers excellent resistance to temperature variations, making these gauges suitable for applications where temperature fluctuations are common. They are commonly found in HVAC systems, refrigeration units, and industrial processes where temperature control is critical.

Silicone-filled pressure gauges also provide exceptional resistance to corrosion and chemical exposure. This makes them suitable for applications in the chemical, pharmaceutical, and petrochemical industries, where aggressive substances are present. Additionally, silicone-filled gauges are known for their long-lasting performance and reliability. However, they may not be suitable for applications involving high pressure spikes or rapid pressure changes, as they are less effective in dampening vibrations compared to glycerin or oil-filled gauges.

Applications of Oil-Filled Pressure Gauges

Oil-filled pressure gauges are widely used in industries that require high accuracy and precision in pressure measurement. The oil fill provides excellent damping properties, making these gauges ideal for applications where there are significant pressure fluctuations or vibrations. They are commonly used in hydraulic systems, water treatment plants, and industrial processes that demand reliable and accurate pressure readings.

Oil-filled pressure gauges are highly resistant to shock and vibration, ensuring accurate measurements even in harsh operating conditions. They also offer exceptional long-term stability and durability. However, oil-filled gauges may not be suitable for applications where there is a risk of oil leakage or contamination. Regular maintenance and inspection are essential to prevent any potential issues and maintain the gauge's performance.

Advantages and Disadvantages of Filled Pressure Gauges

Advantages of Filled Pressure Gauges

Filled pressure gauges offer several advantages over dry gauges. The liquid fill in these gauges dampens the effects of vibration and pulsation, resulting in more accurate and stable pressure readings. This helps prevent damage to sensitive equipment and ensures the safety and efficiency of processes. Filled pressure gauges also have a longer lifespan compared to dry gauges, thanks to the lubricating properties of the liquid fill. Additionally, these gauges are more resistant to shock and vibration, making them suitable for demanding industrial environments.

Disadvantages of Filled Pressure Gauges

While filled pressure gauges provide numerous benefits, they also have some limitations. One disadvantage is the potential for the liquid fill to degrade over time, especially when exposed to high temperatures or corrosive substances. Regular maintenance and inspection are necessary to ensure the proper functioning of the gauge. Additionally, filled pressure gauges are generally more expensive than dry gauges, making them less cost-effective for certain applications. It is important to carefully consider the specific requirements of the application before choosing a filled pressure gauge.

Factors to Consider When Choosing a Filled Pressure Gauge

When selecting a filled pressure gauge for a specific application, several factors should be taken into consideration. First and foremost, the type of filling material should align with the requirements of the application. Glycerin-filled gauges are suitable for applications with pressure spikes and vibration, while silicone-filled gauges are ideal for extreme temperature environments. Oil-filled gauges offer high accuracy and stability.

Other factors to consider include the operating pressure range, connection size, and accuracy requirements. The gauge should be capable of withstanding the maximum and minimum operating pressures of the application. The connection size should match the existing piping or equipment to ensure a proper fit. Finally, the accuracy of the gauge should meet the precision needed for the application.

Conclusion and Recommendations

Filled pressure gauges are essential instruments in various industries, providing accurate and reliable pressure measurements. Glycerin-filled, silicone-filled, and oil-filled gauges each have their advantages and disadvantages, making them suitable for different applications. When choosing a filled pressure gauge, it is crucial to consider the specific requirements of the application, including pressure fluctuations, temperature variations, and accuracy needs. Regular maintenance and inspection are necessary to ensure optimal performance and longevity of the gauge. By understanding the various types of filled pressure gauges and their applications, industries can make informed decisions to choose the right gauge for their specific needs.

[jyinstruments07]

Liquid Filled Pressure Gauges

In various industries, accurate pressure measurement is crucial for ensuring safety, efficiency, and quality in processes. Pressure gauges play a vital role in providing real-time data about pressure variations within systems. Among the different types of pressure gauges available, liquid-filled pressure gauges stand out for their exceptional performance and reliability.

How Liquid Filled Pressure Gauges Work

Liquid-filled pressure gauges operate on a simple yet effective principle. They consist of a Bourdon tube, which deforms in response to pressure changes. This deformation is transmitted to a pointer through a linkage mechanism, indicating the pressure on the gauge face. Unlike dry pressure gauges, liquid-filled gauges are filled with a glycerin or silicone oil to dampen pointer oscillations and enhance gauge longevity.

Advantages of Liquid-Filled Pressure Gauges

Enhanced Durability

The presence of liquid inside the gauge acts as a cushion, absorbing shocks and vibrations. This feature significantly extends the lifespan of the gauge, making it suitable for rugged industrial environments.

Vibration Dampening

In applications where machinery vibrations are prevalent, such as in manufacturing plants or automotive settings, liquid-filled pressure gauges provide stable readings by minimizing pointer oscillations.

Improved Readability

The liquid filling reduces the impact of parallax errors, ensuring that readings are easily and accurately interpreted even from different angles.

Resistance to Extreme Conditions

Liquid-filled pressure gauges are designed to withstand harsh operating conditions, including extreme temperatures, corrosive environments, and high-pressure ranges, making them versatile for various applications.

Applications of Liquid-Filled Pressure Gauges

Liquid-filled pressure gauges find widespread use across diverse industries:

Industrial Applications: Oil and gas, chemical processing, pharmaceuticals, and power generation industries rely on these gauges for monitoring pressure in pipelines, reactors, and vessels.

Automotive Industry: From automotive manufacturing to vehicle maintenance, liquid-filled pressure gauges are essential for measuring tire pressure, engine oil pressure, and hydraulic system pressure.

HVAC Systems: Heating, ventilation, and air conditioning systems utilize these gauges to monitor refrigerant pressures and ensure optimal system performance.

Process Industries: Food and beverage processing, water treatment plants, and pulp and paper mills employ liquid-filled pressure gauges to maintain operational efficiency and safety.

Selecting the Right Liquid-Filled Pressure Gauge

When choosing a liquid-filled pressure gauge, several factors should be considered:

Pressure Range: Select a gauge with a range that covers the maximum and minimum pressures expected in the system.

Accuracy Requirements: Determine the level of accuracy needed for precise pressure measurement.

Environmental Conditions: Consider factors such as temperature, humidity, and exposure to corrosive substances.

Mounting Options: Choose between bottom, back, or panel mounting based on space constraints and installation requirements.

Installation and Maintenance Tips

Proper installation and regular maintenance are essential for optimal gauge performance:

Follow manufacturer guidelines for correct installation procedures, ensuring proper sealing and alignment.

Conduct routine maintenance checks to detect any signs of leakage, corrosion, or damage.

Clean the gauge face regularly to maintain readability, and calibrate as needed to ensure accuracy.

Frequently Asked Question

How does liquid filling enhance gauge performance?

Liquid filling dampens pointer oscillations, improves shock resistance, and enhances gauge readability.

Can liquid-filled pressure gauges be used in hazardous environments? Yes, many liquid-filled gauges are designed to meet safety standards for use in hazardous locations.

What are the typical pressure ranges available? Liquid-filled pressure gauges are available in a wide range of pressure ratings, from vacuum to ultra-high pressures.

How often should liquid-filled pressure gauges be calibrated? Calibration frequency depends on usage and environmental conditions but typically ranges from annually to every few years.

Are there any alternatives to liquid-filled pressure gauges? Yes, dry pressure gauges are an alternative, but they may not offer the same level of vibration resistance and durability as liquid-filled gauges.

Conclusion

Liquid-filled gauges offer significant advantages over dry gauges, including enhanced durability, vibration dampening, and improved readability. With their ability to withstand extreme conditions and provide accurate pressure measurements, they are indispensable in various industrial and commercial applications.

[sapna554-blog]

Glycerin Filled Pressure Gauge and Supplier in Mumbai, India

We are Manufacturer and Supplier best quality products of Glycerin Filled Pressure Gauges in Mumbai, India.

[ronakenterprises]

Micro Make Pressure And Temperature Gauges

We are a renowned brand for manufacturing, Supplying & exporting Micro Make Pressure And Temperature Gauges. Envisioned to set higher standards of quality & innovation in the field of manufacturing Gauges. Ronak Enterprises is committed to offering quality assured Pressure & Temperature Gauges. Incepted in the year 2012, we have earned a tremendous reputation in the global market by ensuring utmost customer satisfaction. We are a Telangana-based company that manufactures genuine products that offer support at the right prices, good technical support, and service from our side.

Our Micro Pressure Products are:

Glycerin Filled Pressure Gauges

Weather Proof Pressure Gauges

Diaphragm Sealed Pressure Gauges

Pressure Gauge Accessories

Bimetal Temperature Gauges

Mercury/Gas Filled Temperature Gauges

Ronak Enterprises has established itself as a trusted ‘QUALITY’ Micro Make Pressure And Temperature Gauges which is reflected in “REPEATED ORDERS” from its valued & existing customers.

To know more about these products please visit our website link given below :

https://ronakenterprises.org/

[thegaugemasters-blog]

H Guru Gauges Supplier In Delhi India

The Gauge Master is Leading Suppliers and Manufacturer for H-guru Brands all types of quality measuring instruments for gauging pressure gauge, temperature parameters across diverse of industrial pressure gauges, Bordon type pressure gauges, Capsule type pressure gauges, sealed diaphragm pressure gauges, digital pressure gauges, differential type pressure gauges, glycerin filled pressure gauges, weatherproof gauges, Master/Test gauges, electric contact pressure gauges, mercury-filled temperature gauges, bi-metal temperature gauges, refrigeration temperature gauges, etc. If you want to know more about pressure gauges, you can give us a call at +91 9810050171.

[anilv89-blog]

Glycerin Filled Pressure Gauge Information : Mahalaxmi Instruments.

Mahalaxmi Instruments was established in 2005 and is an independent 100 % owned manufacturing company achieved pioneer status in terms of technology, manufacturing capabilities and building a large clientele based. We are manufacturer and supplier of all type of Pressure Gauges. We are well known organization for our quality products and services.

Glycerin Filled Pressure Gauge

We are manufacturer and supplier of all type of Pressure Gauges. We are well known organization for our quality products and services.

Mahalaxmi Instruments offer "MASTER" make Glycerin filled pressure gauges. In Glycerin filled pressure gauges we filled it with lubricant like oil or glycerin so that it can be protected from environmental conditions and vibrations. Because of this we can increase the life of pressure gauges. Pressure measurement is the analysis of an applied force by a fluid (liquid or gas) on a surface. Pressure is typically measured in units of force per unit of surface area. Many techniques have been developed for the measurement of pressure and vacuum. Instruments used to measure and display pressure in an integral unit are called pressure gauges or vacuum gauges. A manometer (not to be confused with nanometer) is a good example, as it uses a column of liquid to both measure and indicate pressure. Likewise the widely used Bourdon gauge is a mechanical device, which both measures and indicates and is probably the best known type of gauge. A vacuum gauge is a pressure gauge used to measure pressures lower than the ambient atmospheric pressure, which is set as the zero point, in negative values (e.g.: -15 psig or -760 mmHg equals total vacuum). Most gauges measure pressure relative to atmospheric pressure as the zero point, so this form of reading is simply referred to as "gauge pressure". However, anything greater than total vacuum is technically a form of pressure. For very accurate readings, especially at very low pressures, a gauge that uses total vacuum as the zero point may be used, giving pressure readings in an absolute scale. By this mechanism accuracy of glycerin filled pressure gauge is more than the other regular pressure gauges. These gauges are subjected to aggressive environmental condition, Vibration proof, suitable for any type Burdens. We are manufacturer and supplier best quality products of stainless steel pressure gauge, bourdon tube pressure gauge, glycerin filled pressure gauge, schaffer diaphragm pressure gauge, electric contact gauge, triclover seald gauge, sanitary sms gauge, compact sealed gauge, extended diaphragm seal, diaphragm seal unit, flush diaphragm seal, pan cake type diaphragm seal, in line flow through type diaph. seal, sandwich type diaphragm seal, utility pressure gauge, seald diaphragm pressure gauge, economical pressure gauge, non-ferrous pressure gauge, capsul type pressure gauge, sandwitch type diphragm gauge, homogeniser gauge, general service gauge,liquid filled pressure gauge, i section diaphragm sealed, vacuum gauge, low pressure diaphragm pressure gauge, oil filled pressure gauge, pressed steel pressure gauge, commercial pressure gauge, dial pressure gauge, steam gauge, hygiene gauge, differential pressure gauge, flange seald gauge, silicon oil filled pressure gauge, sandwich type diaphragm pressure gauge, freon gauge, compound pressure gauge, ammonia gauge, master gauges & test gauge, oxygen pressure gauge, acetylene pressure gauge, cng pressure gauge, air pressure gauge, pulp & paper machine gauge, water pressure gauge, hydraulic pressure gauge, bourdon tube, tyre pressure gauge, duplex gauges.

[tirupatigauges-blog]

Tirupati Gauges is leading in Glycerin Filled Gauges Manufacturer in Mumbai. we are offering quality Glycerin Filled Gauge and Pressure Gauge Accessories at most affordable price.

Click Here :-  https://bit.ly/2VANYiz

Call Us- +91-22-28483135

[kunalshekhar89]

high-Vacuum Transformer Oil Filtration And Dehydration Plants In India-AR ENGG.

High Vacuum Transformer Oil Filtration and Dehydration Plants

High-Vacuum Transformer Oil Filtration And Dehydration Plants are suitable for all types of electrical insulating oils. We have standard high-vacuum filtration and dehydration plants to remove moisture (free as well as dissolved), gases, dirt and oxidation products from mineral-based and synthetic, silicon oils and others. Systems are in flow rates from 300 LPH to 12000 LPH. Custom built plants can be provided as per customer’s specific requirement, such as more flow-rates. These plants work on low temperature, high vacuum principle. Plants mainly consist of heating, filtration and vacuum system. Heating system aids to the filtration and moisture removal. Filtration systems remove suspended particles down to 1 micron such as rust, dirt, scales, colloidal carbon etc. Vacuum Systems remove moisture (emulsified as well as dissolved) down to < 5 – 10 ppm depending on the working vacuum of the plant.

Working SystemsOptionalsPlant Can Be SuppliedPoints For Selection Of PlantsHow To Configure The ModelTransformer / Insulating Oil Filtration and Dehydration Plants / Purifiers are available for:Transformer and capacitor manufacturers – skid mounted plants for preparation of new oils prior to apparatus filling and impregnation.Transformer repairers -- complete plants for preparation of new oils and regeneration of used oils for reuse. We can provide the purification system you need as well as vacuum storage tanks and transformer filling and emptying / pumping station.Transformer owners -- portable plants are available in a variety of trailer-types and sizes to allow on-site servicing of transformer oil right in the substation. Trailers are available with a wide variety of options including laboratory space, oil-testing equipment. Plants are designed for drying out of the transformer insulation and oil filling and impregnation under vacuum. Hot oil circulation and hot oil spray methods can also be used.

Plants are available in different types of constructions such as open & enclosed models, stationery, portable & mobile models, with single & double stage degassing / dehydration system.Our single stage plants (Models 1V) are capable of attaining following oil parameter in 3-5 passes and Two Stage Plants (Models 2V) in 1-3 passes depending on the oil condition:SR. NO.UNITSPARAMETERSBEFORE FILTRATIONAFTER FILTRATION

1Break Down Voltage with 2.5mm Electrode Gap.kV25>50- 70

2Moisture Removalppm50-100Up to < 5 - 10

3Neutralization Value (With IRC Option Only)mg of KOH/g0.5< 0.1

4Particle size (Filter Fineness)MicronVisible< 1

5Gas Content% Vol./Vol.<10%< 0.1%

Generally the plants are as per the schematic diagram attached. The plants mainly consist of following major components:Working SystemsOIL TRANSFER & CIRCULATING SYSTEM :It mainly consists of Inlet Pump (Gear type positive displacement), Outlet Pump (Positive displacement Gear type or Glandless Centrifugal) and necessary valves & piping as per the schematic diagram to ensure easy operation and maintenance. Complete system is vacuum tight to have a leak-proof operation. The piping joints are flanged type with O’rings. Chambers are provided with suitable draining arrangement.HEATING SYSTEM :

It is capable of heating the oil from 25°C to 80°C. It contains Insulated heat exchanger with indirect low watt density (Less than 2W/cm2) bobbin type electric heaters. Oil temperature is controlled with thermostat. Suitable oil distribution system is provided to ensure uniform flow of oil over heaters. It will be provided with:

Indirect Type Heating Elements made out of Nichrome wire elements fixed in refractory formers and inserted in finned MS tubes welded to heater chamber plate. Watt Density will be less than 2 Watts / cm2.

Temperature Control: Thermostatic

Temperature Indication: Dial Stem Type Thermometer.

Thermal Insulation: Glass Wool enclosed with CRCA sheets.

FILTRATION SYSTEM :It is suitable for removing suspended particles such as colloidal carbon, oxidation sludge, dirt, rust, up to < 1 micron. It consists of PRE FILTER, INTERMEDIATE FILTER and FINE FILTER elements

PRE FILTER: is a metallic strainer with magnet. It removes magnetic and coarse suspended particles and to protect inlet pump from damage due to abrasion.

FINE FILTER: removes all suspended particles up to < 1 micron. Filter Elements are either non-hygroscopic molded cellulose cartridges or cleanable (with reverse airflow) edge type filter candles. Filter cartridges are easily replaceable. Additional Intermediate filter is provided to increase life of fine filter elements.

DEGASSING & DEHYDRATION CHAMBER :It is designed to remove large portion of dissolved impurities (Including Moisture) from oil. Knitmesh packing trays and oil dispersing system are provided to have sufficient exposure of oil to vacuum during filtration. Oil level is controlled with float switch. It will be provided with:

Shower arrangement and Raschig ring trays for formation of thin oil film to get more exposure of oil to vacuum.

Siphon seal to ensure longer travel of oil during degassing (for 2V plants)

Sight glasses, illuminating lamps and float switch to control oil level.

PRV before degassing chamber & SCV after Outlet Pump will be provided to avoid flooding of degassing chamber in case of power failure.

VACUUM SYSTEM :It will consist of following components:

FOR FIRST STAGE OF DEGASSING:

VACUUM PUMP: Rotary Oil Sealed Pump with following specifications:

Free air displacement -*** LPM.

Make - M/s Indo-Woo sung or similar

Electric Motor – ** H.P. Foot Mounted,

Working Vacuum - < 5 torr, Ultimate vacuum - < 0.005 torr

FOR SECOND STAGE OF DEGASSING (ONLY FOR 2V PLANTS):

ROOTS PUMP: FREE AIR DISPLACEMENT: *** M³/Hr

Make – M/s Everest or similar

Electric Motor – ** H.P. Flange Mounted

VACUUM PUMP: Rotary Oil Sealed Pump with following specifications:

Free air displacement - *** LPM.

Make - M/s Indo-Woo sung or similar

Electric Motor – ** H.P. Foot Mounted,

Working Vacuum - <0.1 torr, Ultimate vacuum - 0.001torrIt will be provided with Moisture Traps (water cooled) with drain, airing valve, NRV, Vacuum Gauge will be provided as per the schematic diagram.GAUGES AND INSTRUMENTS :The plant will be provided with following gauges and instruments for easy operation and control of it.

Pressure Gauge: 0 – 7 Kgf / cm², Glycerin filled Bourdon Dial type Ø 63 / 100 mm, M/s Shreeji or similar make.

Thermometer: 0-150°C, Dial stem type. Ø 63 / 100 * 150 mm stem Length, M/s Shreeji or similar make.

Thermostat: 30-110°C, Capillary type. Sai-Ego or similar make.

Float Switch: Float operated magnetic reed switch, RS Model, M/s Sukrut make.

Vacuum Gauge: 0 – 760 mm of Hg Bourdon Dial Type Ø 63 / 100 mm, M/s Shreeji or similar make

Digital Vacuum Gauge – Ace Instruments make.(Only for 2V plants)

VALVES AND PIPING :The plant will have necessary valves and piping for easy operation and maintenance of the plant as follows:

Oil Valves:  ** NB Ball type valves with seals suitable for under vacuum operation. Itap Italy, R / N USA or similar make.

Drain Valves: 15 & ** NB Ball type valves with seals suitable for under vacuum operation. Itap Italy, R / N USA or similar make.

Airing Valve: Quick Release types 10 NB, AR Engineering Make. Solenoid valve (for 2V plants).

Flow Control Valve: Needle or Piston type, AR Engineering Make.

Vacuum Valve: ** NB Ball type valves with seals suitable for under vacuum operation. Itap Italy, R / N USA or similar make.

Swing Check Valves – ** NB Ball type valves with seals suitable for under vacuum operation. Itap Italy, R / N USA or similar make.

PRV - ** NB Ball type valves with seals suitable for under vacuum operation. Itap Italy, R / N USA or similar make.

Pipe Connections: Flange type with synthetic rubber O-ring. AR Engineering Make

Inlet and Outlet Hoses: ** NB Synthetic Rubber reinforced or nylon braided with quick coupling.

CONTROL PANEL :The plant will have centralized control panel for easy and safe operation of the plant. It will have necessary Electrical Control Contactors, Pilot lamps, push buttons, back-up fuses, connectors strips, MCB, Isolator switch etc. All material used in the plant will be of Reputed Make such as GE, English Electric, Siemens, MDS, Anchor, Kaycee, Datar, etc. The plant will have following inter locks:

Inlet Pump – Heaters: Heaters will not be ON unless inlet pump is ON.

Float Switch – Inlet Pump: Inlet Pump will be off when oil level rises.

Thermostat – Heaters: Heaters will be off when temperature rises.

Booster pump – Vacuum gauge relay – Booster is ON only when vacuum is < 50 torr ( Only for 2V plants )

Optionals:IONIC REACTION COLUMN :It will be fabricated out of MS sheets, plates. It will contain sufficient quantity of activated alumina (** Kgs) for reduction of acidity level of oil to less than 0.05 mg of KOH / gm oil. It will be provided with, By-pass arrangement when not necessary & Alumina Cage (fabricated with CRCA caps & SS wire mesh) for easy replacement. It is fitted on the plants of flow rate > 2400 LPH as a standard fitting and bypass arrangement.TRANSFORMER EVACUATION SYSTEM :It will be suitable for working vacuum of either 5 – 10 torr or 0.1 – 0.5 torr. It will be provided with Rotary Oil Sealed Pump or Roots Rotary combination along with Moisture Traps (water cooled) with drain, airing valve, NRV, Vacuum Gauge will be provided as per the schematic diagram.Technical Details for Two Stage Degassing Plants (Model - 1V)

WORKING VACUUM: < 2 Torr; ULIMATE VACUUM: 0.005 Torr

FLOW RATELPH300600120018002400300045006000

MOTOR POWERINLETHP0.250.50.5111.525

OUTLETHP0.50.5111355

VACUUM -1HP0.50.5111225

VACUUM-2HP--------

BOOSTERHP--------

HEATER POWERHEATER-1TOTAL kW36181818183624

NOS x kW1 x 32 x 36 x 36 x 36 x 36 x 39 x 46 X 4

HEATER-2TOTAL kW---1827273624

NOS x kW---6 x 39 x 39 x 39 x 46 X 4

HEATER-3TOTAL kW-------36

NOS x kW-------9 X 4

TOTAL (kW)36183645457284

VACUUM PUMP DISPLACEMENTVACUUM-1M3/HR610.8183636606090

VACUUM-2M3/HR--------

BOOSTERM3/HR--------

FILTER ELEMENTS (1 µm)Ø63 X 500L0.512344710

SUITABLE FOR TRANSFORMERS UPTO750kVA1 MVA5 MVA15 MVA25 MVA50 MVA75 MVA100 MVA

Technical Details for Two Stage Degassing Plants (Model - 2V)

WORKING VACUUM: < 0.3 Torr; ULIMATE VACUUM: 0.001 Torr

FLOW RATELPH30004500600080001000012000

MOTOR POWERINLETHP1.5257.51010

OUTLETHP3557.512.512.5

VACUUM -1HP11257.57.5

VACUUM-2HP1257.57.57.5

BOOSTERHP122555

HEATER POWERHEATER-1TOTAL kW273636363636

NOS x kW9 X 39 X 49 X 49 X 49 X 49 X 4

HEATER-2TOTAL kW273636363636

NOS x kW9 X 39 X 49 X 49 X 49 X 49 X 4

HEATER-3TOTAL kW--36363636

NOS x kW--9 X 49 X 49 X 49 X 4

HEATER-4TOTAL kW---242436

NOS x kW---6 X 46 X 49 X 4

TOTAL (kW)5472108132132144

VACUUM PUMP DISPLACEMENTVACUUM-1M3/HR18366090120120

VACUUM-2M3/HR366090120120120

BOOSTERM3/HR150375500100010001000

FILTER ELEMENTS (1 µm)Ø63 X 500L4710121618

SUITABLE FOR TRANSFORMERS UPTO

[letssara11]

Rotary Table Washer manufacturer in india| Rotary Table Washer supplier in pune

Rotary Table Washer manufacturer in india

Rotary Table Washer- The rotary type component cleaning machine has been developed to provide fast and efficient cleaning of manufactured components. Components would be loaded on basket, which is rotated by an AC motor and gearbox at constant speed regardless of the load. During the rotation, the solution (water along with chemical) from the tank is pumped with the help of centrifugal pump to wash chamber through inline filter onto the components to attain higher degree of cleaning results. From Wash chamber it drains back to the tank via a basket filter. Spray pressure indicator (Glycerine filled pressure gauge) is provided to monitor the line pressure. Low water level indication and Digital temperature indicator cum controller is provided on the control panel. The machine is provided with automatic opening & closing of canopy. The entire tank, body and body cover will be of stainless steel. Exhaust Ducting is supplied along with machine to take out the water vapours outside the machine.

Project Features

Low running cost.

These machines have been developed to provide effective, fast and economical cleaning.

Suitable for general cleaning of different components in the same machine.

Multi-tier filtration system with Belt type oil skimmer to take out the floating oil.

Stainless steel construction provides a lifetime of reliable performance.

Portable design, hence can be easily shifted anywhere.

Can be customised to meet specific cleaning application.

Space saving and economical – high levels of cleanliness can be achieved for low cost

Machine can be incorporated with following basket sizes, 600mm, 800mm, 1000mm, 1200 mm and up to 1500mm dia.

[besthydraulicproduct]

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– Construct to ultimate. The gauge is stuffed with Glycerine oil to offer protection to the inner elements of the gauge from friction and bumps. The gauge frame is produced from rust-unfastened chrome steel. High Accuracy. This can be a bourdon drive gauge that depends on a flattened tube that straightens whilst pressurized, which converts into the rotation of a equipment. This generation is used for top accuracy – 1-12 months guaranty. We stock an extended guaranty for this merchandise. For any questions touch us by means of clicking on our retailer identify, “Cartlee”, and clicking at the ask a query button. – Adjustable as much as 160 PSI. 1/four” NPT Male Pipe Thread ,Diameter of gauge: 2.five”. – MANY USES: Perfect to Use for Swimming Swimming pools, Spas, Sizzling Tubs, Aquariums and any Different Water Methods. Works with such a lot leading manufacturers reminiscent of Hayward, Pentair & Jandy. Construct to ultimate. The gauge is stuffed with Glycerine oil to offer protection to the inner elements of the gauge from friction and bumps. The gauge frame is produced from rust-unfastened chrome steel. Prime Accuracy. This can be a bourdon drive gauge that depends on a flattened tube that straightens whilst pressurized, which converts into the rotation of a equipment. This generation is used for top accuracy 1-12 months guaranty. We stock an extended guaranty for this merchandise. For any questions touch us by means of clicking on our retailer identify, “Cartlee”, and clicking at the ask a query button. Adjustable as much as 160 PSI. 1/four” NPT Male Pipe Thread ,Diameter of gauge: 2.five”. Nice versatility. This gauge is perfect to Use for RVs, Swimming Swimming pools, Spas, Sizzling Tubs, Aquariums and any Different Water Methods. Works with such a lot leading manufacturers reminiscent of Hayward, Pentair & Jandy. [amz_corss_sell asin=”B07TTV3PVH”] Renator M11-0504T Oil-Filled Water Pressure Gauge. 0-160 PSI. 1/4″ NPT. - Construct to ultimate. The gauge is stuffed with Glycerine oil to offer protection to the inner elements of the gauge from friction and bumps.

[avlok445]

Avlok.com: Your Destination for High-Quality Industrial Fittings and Valves

If you are searching for the best industrial fittings, valves, and process control equipment, then Avlok.com by AVI International is one of the best. The company is a leading manufacturer of designing, manufacturing, and exporting a wide range of precision-engineered components for various industries such as petrochemical, automotive, aerospace, power generation, and oil & gas.

Product Range

Avlok.com has a wide range of industrial products that are required for reliable performance under extreme conditions. Some of the things you can find here include tube fittings manufacturer that comprise stainless steel, Inconel, brass, and Hastelloy fittings designed for high-temperature and high-pressure purposes. It is available in both metric and fractional sizes, allowing leak-proof seals for fluid handling and gas containment.

Valves: Avlok produces various types of valves, including needle valves, ball valves, check valves, and manifold valves. These are the controlling elements for fluids in critical application areas. They produce manifolds of two-, three-, and five-ways, which play essential roles in intricate piping across different industries.

Pressure gauges and accessories: Avlok pressure gauges: with precise measurement for applications like glycerin-filled or diaphragm-sealed in design. The company builds gauges to withstand difficult conditions, especially for high-risk industries such as oil and gas.

Quick Connect Couplings and Clamps: are used in operations requiring an immediate and secure connection. Avlok's tube clamps, available in different configurations, provide stability and support to pipe systems with the elimination of vibrations, ensuring maximum safety.

Sectors Served

The products of Avlok.com are designed with high resilience for performance in sectors that demand high durability and precision. Sectors involved include petrochemical, shipbuilding, space exploration, defense, nuclear energy, and others. Due to offering compatible products with very stringent industry standards, Avlok.com has built its reputation as a reliable supplier on an international scale with deliveries to all regions across Europe, Asia, North America, and more.

Quality and Customization

The company's manufacturing process is primarily based on quality assurance using ISO-certified protocols. Avlok.com provides the client with customized solutions depending on their requirements, hence ensuring fittings and valves produced meet the exact requirements they need. Such customized assistance helps clients enhance their safe, efficient, and cost-effective operations.

Economical Solution

Undeniably, among the major benefits offered by Avlok is affordability. By focusing on material source quality as well as a streamlined manufacturing process, it assists the client to get instrumentation within 40-60 percent when compared with those of some European and American brands, without incurring a reduced quality quotient-a factor by which most such organizations do balance between price and efficiency.

For any industrial project requiring quality, precision, and reliability, Avlok.com offers the solution that meets the global standards and expectations of the industry. That is why innovation and reliability bring the Avlok name in fittings and instrumentation all around the world.

To know more about the products offered by Avlok, kindly visit the Avlok official site at Avlok.com.

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Navigating the Selection of Filled Pressure Gauges for Industry Use

Filled pressure gauges, distinguished by their internal liquid filling—typically glycerin, silicone, or oil—stand out for their ability to deliver precise and reliable pressure measurements under challenging conditions. گیج فشار روغنی This filling mitigates the impact of external disturbances such as vibrations and pulsations, a critical advantage over traditional dry gauges. This article delves into the intricacies of filled pressure gauges, including their varieties and industry applications, to aid in selecting the most suitable type for specific needs.

Essential Role of Filled Pressure Gauges Across Sectors

Across manufacturing, oil and gas, chemical, pharmaceutical, and food and beverage industries, filled pressure gauges are indispensable. They ensure process safety and efficiency by providing dependable pressure readings, safeguarding sensitive machinery, and minimizing mechanical wear. The liquid fill not only acts as a buffer against operational stresses but also as a lubricant, prolonging the gauge's service life.

Exploring Varieties of Filled Pressure Gauges

Glycerin-Filled Gauges for Stability

Ideal for environments with frequent pressure alterations, glycerin-filled gauges are favored in hydraulic and pneumatic systems, among other heavy machinery applications. Their main advantage lies in their capacity to absorb pulsations and vibrations, ensuring steady readings. Despite their resilience, glycerin-filled gauges may require maintenance to address the degradation of glycerin over time, especially under high temperatures.

Silicone-Filled Gauges for Temperature Resistance

For applications demanding resistance to temperature extremes, silicone-filled gauges are the go-to option. Their thermal stability makes them perfect for HVAC and refrigeration systems, as well as processes requiring strict temperature control. These gauges also offer excellent corrosion resistance, making them a reliable choice for the chemical and pharmaceutical sectors. However, their damping efficiency might be less optimal for high-vibration applications compared to other filled options.

Oil-Filled Gauges for Precision

When accuracy is paramount, oil-filled pressure gauges provide an unmatched solution. Their superior damping properties make them suitable for applications with significant vibration or fluctuation challenges, such as in hydraulic systems and water treatment facilities. They boast high resistance to shock and long-term stability, although potential oil leakage or contamination requires vigilant maintenance.

Weighing the Pros and Cons

Filled gauges bring several benefits, including enhanced accuracy, equipment protection, and increased durability. However, considerations such as the potential degradation of the fill liquid and the higher cost compared to dry gauges necessitate careful selection based on application specifics.

Selecting the Ideal Gauge

Choosing the right filled gauge involves evaluating the filling material in relation to the application's demands, the operational pressure range, connection size for compatibility, and the required accuracy level. This tailored approach ensures that the gauge aligns with the application's conditions and performance expectations.

Conclusion: Making Informed Gauge Selections

Filled pressure gauges are indispensable tools across multiple industries, offering tailored solutions to meet diverse operational demands. By understanding the unique properties and applications of glycerin, silicone, and oil-filled gauges, businesses can make informed decisions that enhance operational safety, efficiency, and longevity. Ongoing maintenance and accurate selection tailored to specific application requirements are key to maximizing the benefits of filled pressure gauges.

[jyinstruments07]

Choosing Between a V-Line Thermometer and a Brined Brass Case Pressure Gauge

When it comes to monitoring temperature and pressure in various applications, two popular options stand out: the V-Line Thermometer and the Brined Brass Case Pressure Gauge. Both instruments serve critical roles in different industries, but understanding their unique features and applications is essential in determining which one is right for your specific needs. In this blog post, we will explore the characteristics and best use cases of each device, helping you make an informed decision based on your requirements.

V-Line Thermometer

The V-Line Thermometer is a versatile temperature measuring device that employs the principles of thermodynamics to gauge the heat levels in various substances. It consists of a long, slender probe with a sensitive sensor at the tip, which allows for accurate temperature readings.

Advantages:

A. Versatility: V-Line Thermometers can be used in a wide range of applications, from food service and HVAC systems to scientific laboratories and manufacturing processes. They are suitable for both surface temperature measurements and immersion in liquids.

B. Quick Response Time: The V-Line Thermometer provides rapid temperature readings, allowing for immediate feedback and quick adjustments in dynamic environments.

C. Compact and Portable: With its slim design and lightweight construction, the V-Line Thermometer is easy to carry around, making it an ideal choice for professionals who require on-the-go temperature monitoring.

D. Wide Temperature Range: Depending on the model, V-Line Thermometers can measure temperatures from sub-zero levels to several hundred degrees Celsius, accommodating various industries and scenarios.

Brined Brass Case Pressure Gauge

The Brined Brass Case Pressure Gauge is specifically designed to measure pressure levels in a broad range of applications. It consists of a brass casing filled with a special liquid, typically glycerin or silicone oil, and a spring mechanism that reacts to pressure changes.

Advantages:

A. Robust and Durable: The brass casing provides excellent protection, making the gauge suitable for harsh environments and ensuring its longevity.

b. Wide Pressure Range: Brined Brass Case Pressure Gauges are available in a wide variety of pressure ranges, making them suitable for low-pressure systems, such as gas lines, and high-pressure applications like hydraulic systems.

 c. Vibration and Pulsation Resistance: The liquid-filled design dampens vibrations and pulsations, allowing for more stable readings even in vibrating environments.

d. Easy to Read: The pressure readings are displayed on a clear and easy-to-read dial, ensuring quick and accurate pressure assessment.

Choosing the Right Instrument for Your Needs

The first step in choosing between a V-Line Thermometer and a Brined Brass Case Pressure Gauge is to assess your industry and the specific application you require the instrument for. For instance:

a. Food Service and Cooking: If you work in the food industry or require temperature measurements for cooking purposes, a V-Line Thermometer would be a more appropriate choice.

b. Heating, Ventilation, and Air Conditioning (HVAC): For HVAC professionals needing temperature measurements for airflows and system performance, the V-Line Thermometer would be a suitable option.

c. Plumbing and Hydraulics: If your work involves plumbing or hydraulic systems, the Brined Brass Case Pressure Gauge is the go-to choice for monitoring pressure levels.

Accuracy Requirements

Consider the level of accuracy needed for your measurements. V-Line Thermometers generally provide precise temperature readings, but if you require high precision in pressure measurements, a digital pressure gauge might be a more suitable alternative to the Brined Brass Case Pressure Gauge.

Environmental Conditions

Evaluate the environmental conditions in which the instrument will be used. For harsh environments with high vibrations, the Brined Brass Case Pressure Gauge's durability and vibration resistance make it a better fit.

In conclusion, both the V-Line Thermometer and the Forged brass case pressure gauge are indispensable instruments that cater to specific needs in various industries. While the V-Line Thermometer is perfect for temperature measurements in a multitude of applications, the Brined Brass Case Pressure Gauge excels at monitoring pressure levels, especially in challenging environments.

To make the right choice between the two, carefully assess your industry, application, and the accuracy requirements of your measurements. Taking these factors into account will ensure you select the instrument that best fits your needs, allowing you to make accurate readings and improve overall efficiency in your processes.

Read Also: Exploring the Benefits of Pressure Gauge Snubber

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Diaphragm Pressure Gauge- Capillary Type Pressure Gauge

Diaphragm Pressure Gauge Overview

Diaphragm pressure gauge (chemical seals pressure gauge) is composed of a conventional pressure gauge, connector and a diaphragm seal. This combination enables a general industrial purpose pressure gauge to measure media of strong corrosion, high temperature, and high viscosity, containing suspended matter or crystallizing. Diaphragm pressure gauges are universally used in petrochemical, alkali, and chemical fiber, pharmaceutical, metallurgical, and food industries. We are a China Diaphragm pressure gauge manufacturer, we supply cheap custom diaphragm pressure gauge but still with robust and stable quality. Custom diaphragm seal pressure gauge, such as sanitary pressure gauge, capillary type pressure gauge, flanged pressure gauge, flush mount pressure gauge, high temperature pressure gauge.,etc. welcome to send your drawings or your technical specifications for pressure gauge diaphragm type. We will design for you.

Configuration Principle of Diaphragm Pressure Gauge

This illustration shows the operating principle of the pressure gauge with diaphragm seal. The diaphragm is deflected by the pressure of medium P, and an equivalent pressure P is generated. With transmitting through working fluid, the pressure P. deflect the elastic element of a pressure measuring instrument which thereafter shows the pressure value.

Level Difference of Diaphragm Pressure Gauge Seals Liquid

When a sealed diaphragm pressure gauge is mounted with pressure gauge and diaphragm seal at different positions, the effect of level difference should be taken into consideration (especially for a diaphragm gauge with capillary).As the illustration shows, with a S.G of the working fluid at approx.1, and level difference of 1m, the pressure difference of Diaphragm manometer is approx.0.001Mpa.

Temperature Influence of diaphragm pressure gauge

The temperature influence of a pressure gauge diaphragm type is relative to expansion coefficient of the seals working fluid, rigidity of the diaphragm, and temperature of pressed part. When working temperature deviates from 20±5°C，the indication varies within 0.1%/°C for rigid system, and within 0.1+0.025L%/°C (L-length of capillary in m.) for flexible system (remote mounting). Diaphragm manometer

is filled with suitable working fluid according to different operating conditions.

Working FluidTemperature range for Diaphragm equipmentSpecific Gravityg/cm2Factor of Expansion 1/°C

Glycerin-Water Solution-5-100°C1.270.61×10- 3

Silicon (low viscidity)-40-130°C0.941.08×10- 3

Silicon (high viscidity)-30-240°C1.070.95×10- 3

Fluorocarbon Oil-30-160°C1.930.75×10- 3

Vegetable Oil-5-100°C0.931.03×10- 3

Or other special working fluid

Corrosion-Proof Properties of diaphragm pressure gauge

Our Diaphragm Seal Pressure Gauge satisfies customer’s requirements of both environmental conditions and flow conditions (corrosive media) based on its significant corrosion-proof properties. Choose various diaphragm pressure gauges combined with appropriate separator according to environmental conditions. Choose material of chemical seal diaphragm and housing compatible with corrosive media.①.DiaphragmMaterial: SUS316，SUS316L，Monel (Cu30Ni70)，Hastelloy(HC276), Tantalum (Ta), Fluoroplastic (PTFE)coated②.BodyMaterial: 1Cr18Ni9Ti，SUS316, SUS316L，Fluoroplastic (F4), Fluoroplastic Coated Stainless Steel③.GasketMaterial: Nitrile Rubber, Viton, Silicone Rubber, FluoroplasticOptions for diaphragm material

Anti-corrosion materials for diaphragm pressure gauge

CorrosiveMediaSUS316LTantalumMonelHastelloyTiPTFE

Vitriol(H2so4)△〇∨∨×∨

Nitric acid(HN03)∨〇×∨∨∨

Muriatic acid (HCI)×〇×∨���∨

Phosphoricacid (H3P04)∨〇∨∨×∨

Acetate (CH3COOH)∨〇∨〇〇∨

(NaOH)〇△〇〇∨∨

Pure alkali (Na2CO3)〇〇〇∨∨∨

Saleratus (NaHC03)〇〇〇〇〇∨

Chlorine (Cl)Dry:V. Wet:×〇Dry:∨. Wet:×∨Dry:×. Wet:〇∨

Bromine (Br2)Dry:V. Wet:△〇Dry:〇. Wet:×〇∨∨

Ammonia (NH3)∨××〇〇∨

Sea water (30% NaCI)∨〇〇〇〇∨

Remark:〇-best; △-conditional; ∨-use; ×-no using.Standard material for Diaphragm manometer is SUS316L，corrosion-proof materials should be applied in normal temperature.

Diaphragm Pressure Gauge Model Selection

ItemCodeDescription

Basic TypeYGeneralservice pressure gauge

MaterialFStainless steel Pressure Gauge (Option)

FunctionZTWith resistance transmitting

NOil filled Pressure Gauge (anti-vibration)

XCSnap-action electric contact pressure gauge

SZThree pointers

SOthers

Diameter60Φ60

100Φ100

150Φ150

Others

Connectors*refer to table 5ZDirect Mounting (Medium< 80°C)

Z1Damper(Medium< 80°C)

Y1Capillary(Medium< 200°C)

R1Radiator(Medium< 200°C)

G1OverpressureProtector(Medium< 80°C)

CSpecial Angle(Medium< 150°C)

R4Siphon (1,2,4,6 meters)

Diaphragm Seals*refer to table6F8Diaphragm seal with thread connection

F1I-Shape Flange

F2diaphragm seal with flange connection

F4Angle Adjustable

F5AExtended Thread

F5BExtended Flange

F6Tri-Clamp Connection

F7Threaded Connection (Sanitary Type)

F9In Line Diaphragm Seals

Diaphragm Material1Stainless steel 316

2Stainless steel 316L

3Hastelloy

4Monel

5Tantalum

6PTFE

RangeM***(Refer to range table 4)

Option

Flange size and standard

Table of Pressure Gauge Ranges

CodeRangesCodeRangesCodeRanges

M500-0.1~0MPaM0300.1MpaM1804Mpa

M510-0.1~0.06MpaM0400.16MpaM2006Mpa

M520-0.1~0.15MpaM0600.25MpaM22010Mpa

M530-0.1~0.3MpaM0800.4MpaM23016Mpa

M540-0.1~0.5MpaM1000.6MpaM24025Mpa

M550-0.1~0.9MpaM1201MpaM27040Mpa

M560-0.1~1.5MpaM1401.6MpaM28060Mpa

M570-0.1~2.4MpaM1602.5Mpa

Example of Diaphragm Pressure Gauge

Connectors of Example of Diaphragm Pressure Gauge

G1 Over pressure ProtectorY1 Capillary

R1 RadiatorZ1 Damper

R4 SiphonC Special Angle

Pressure Gauge Diaphragm Seals

F8 Diaphragm seal with thread connectionF1 I-Shape Flange

F2 diaphragm seal with flange connectionF4 Angle Adjustable

F5A Extended ThreadF5B Extended Flange

F6 tri-Clamp Connection(Sanitary Type)F7 Threaded Connection (Sanitary Type)

[jyinstruments-fan-blog]

Get Familiarize With Panel Mounted Pressure Gauges, Mining Gauges And Sanitary Gauges

Panel mounted pressure gauges

The panel or console of a driller is the place where a panel mounted pressure gauge is fitted.  These gauges are equipped with a dampener assembly and this assembly is remotely mounted. It is not connected to the gauge. The gauge is attached to the dampener block and it is done by copper tubing. You can expect the same amount of functionality with the dampener assembly like that of a box mount. When fitted, it may seem far off from the gauge. Actually, the remote damper is quite near to the gauge. You have to understand that they are two entities. Based on the build out specifications and application, the space between the dampener assembly and gauge can vary. Panel mounted pressure gauges are an ideal option where the operator has to detect a good number of gauges as once.

Mining gauges

For long wall mining, a Mining Gauge is being widely used to check pressure. The working pressure a good instrument is maximum 70% of full scale value and the over pressure limit is 25% of full scale value.  The filling liquid used is glycerin standard and it comes with a lens made of polycarbonate. Brass is the material used to make the wetted parts and the case can be described as one piece forged brass case. When it comes to pointer, aluminum anodized black is used and the accuracy level of top quality mining gauges is ±3-2-3%. Top manufacturers offer a 5 year warranty for their products and a 3 colored zone is installed for making the pressure reading extremely easy. The range of these types of product is 0-9000 PSI/BAR and as far as connection is concerned, you can expect a 3/8"Steck-O quick connection with good pressure gauges.

Sanitary gauges

These types of gauges have been designed to remain undamaged all hostile sanitary applications. When it comes to dairy, beverage and food installations, 3A approval is mandatory for a Sanitary Gauge. The pharmaceutical applications are extremely demanding and they always require uncompromising sanitary gauges and high quality products are also used in the chemical industry as well. Stainless steel is the material used to make the case and polycarbonate lens is installed in these types of instruments. The over pressure limit is 25% up to 600 psi and the accuracy levels of advanced gauges are 2.5”: 1.6% and 4": 1.0%. The system and case fill are good grade glycerin and the internal parts are made using stainless steel.   An adjustable micrometer pointer is attached and it always improves the accuracy level in the best manner. All leading products come with a 5 year warranty and quality series is available for all types of gauge systems.  

Article's Source: http://www.apsense.com/article/get-familiarize-with-panel-mounted-pressure-gauges-mining-gauges-and-sanitary-gauges.html