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Low Cost Sensocon Differential Pressure Gauge

We are one step ahead of our competitors in supplying a wide range of Low-Cost Sensocon Differential Pressure Gauge. These premium quality products are manufactured using the high-grade raw material, which is obtained from the most authentic and leading vendor in the market. Skilled professionals are hired to provide proper guidelines to our staff to manufacture high quality range of these products. The product is used for various purposes in different industries like filter Status, Duct Static, Pressure Clean Room Pressure, Building Pressure,Fan and Blower Pressure.

Features:

• Mounts in Industry
• Die Cast Aluminum Housing
• Standard Holes

Product DescriptionLow Cost Sensocon Differential Pressure Gauge
We are one step ahead of our competitors in supplying a wide range of Low Cost Sensocon Differential Pressure Gauge. These premium quality products are manufactured using high-grade raw material, which is obtained from the most authentic and leading vendor in the market. Skilled professionals are hired to provide proper guidelines to our staff to manufacture high quality range of these products. The product is used for various purposes in different industries like filter Status, Duct Static, Pressure Clean Room Pressure, Building Pressure,Fan and Blower Pressure.

Specifications:

• Accuracy 2%
• Mounts in Industry
• Type : Arrow indicator
• Die Cast Aluminum Housing
• Standard Holes
• Temperature : 20 to 140 F

Sensocon USA Miniature Low Cost Differential Pressure Gauge Series S-5000-0

Description
• Mounts in Industry Standard Holes
• Accuracy 5%
• Low-Cost Miniature Size
The Series S-5000 is a low cost, diaphragm operated, differential pressure gauge in a miniature housing. The S-5000 can be used in applications for measuring positive, negative, or differential pressure with an accuracy of 5%. Standard applications include monitoring filter status, duct static pressure, room pressure, fan or blower pressure, paint booths, dust collectors, and cabinet purging along with many others.

• Customizing Options Available
• MODEL NUMBERS
• MODEL NUMBERS Pressure Range
• S-5000-0 0 – 0.5"

• Pressure Limits: 30 PSI (2.067 bar)
• Media Compatibility: Air and compatible non-corrosive gasses
• Accuracy: +/- 5% full scale throughout range at 70°F (21°C)
• Temperature Ranges: 20° to 120°F (-7° to 49°C)
• Housing Material: Glass-filled nylon, polycarbonate cover
• Process Connection: Barbed connections for 3/16" I.D. tubing
• Weight: 6 oz (170 g)
• Accessories: Two mounting studs and hex nuts, allen wrench, and panel mounting bracket
• Agency Approvals: RoHS, CE

Sensocon Differential Pressure Gauge

We are one step ahead of our competitors in manufacturing and supplying a wide range of Low Cost Sensocon Differential Pressure Gauge. These premium quality products are manufactured using high-grade raw material, which is obtained from the most authentic and leading vendor in the market. Skilled professionals are hired to provide proper guidelines to our staff to manufacture high quality range of these products. The product is used for various purposes in different industries like filter Status, Duct Static, Pressure Clean Room Pressure, Building Pressure,Fan and Blower Pressure.


Specifications:

• Accuracy 2%
• Mounts in Industry
• Type : Arrow indicator
• Die Cast Aluminum Housing
• Standard Holes
• Temperature : 20 to 140 F

Front Mount Differential Pressure Gauge

The Series S1000 Front Mount Differential Pressure Gauge makes panel mounting quick and easy. The S1000 is a diaphragm operated gauge for measuring positive, negative, or differential pressure. The S1000 was designed to allow quick installation saving time and money. This includes easy front mounting with 4 screws without any additional hardware required, and quick tubing connections with molded-in pressure fittings. The Series S1000 Front Mount Differential Pressure Gauge has a span adjustment on the back of the gauge for calibration adjustments. In addition to the time savings offered by the Series S1000 Differential Pressure Gauge, the gauge is based on the same rugged design as the S2000, which allows for years of trouble free operation.

Pressure Limits:

-20” Hg to 15 PSI (-0.677 bar to 1.034 bar)
Media Compatibility:
Air and compatible gasses

Accuracy:

+/- 2% full scale (+/- 3% on -0 and +/- 4% on -00) throughout range at 70°F (21°C)
Temperature Ranges:
20° to 140°F (-7° to 60°C)
Housing Material:
Die cast aluminum case with ABS flange and acrylic cover
Process Connection:
Duplicate high and low recessed, push on connections for 3/16” tubing – one pair side and one pair back
Weight:
1 lb 2 oz (510 g)
Accessories:
2 connection plugs, 4 mounting screws, 4 screw caps, 2 static pressure connectors, and 3 feet of vinyl tubing
Agency Approvals:
RoHS, CE

Kirloskar Micro Fine Filter
We are a famed enterprise that is actively committed towards manufacturing, trading and supplying premium quality assortment of Kirloskar Micro Fine Filter at reasonable rates. 
Applications:

• Chemical plants
• Pharmaceutical and food industry
• Gas trubo and Co-generation utility plants
• Paint spray plants
• Pre-filtration and recycling or exhaust air

• Fine finish
• Easy installation
• Light weight

Differential pressure gauges, often referred to as DP gauges or ΔP gauges, are instruments used to measure the difference in pressure between two points in a fluid system. They are commonly used in various industrial and commercial applications where monitoring and controlling pressure differences are critical. Here's an overview of differential pressure gauges:

1. Basic Principle: Differential pressure gauges operate on the principle of comparing the pressure at two different points within a system. They consist of two pressure sensing elements connected to the two points of interest, and the gauge displays the pressure difference between these points.

2. Types of Differential Pressure Gauges:

   • Bourdon Tube Differential Pressure Gauge: This type of gauge uses two Bourdon tubes connected to the two pressure points. The difference in pressure causes the tubes to deform, which is then mechanically linked to a pointer on a dial to display the pressure difference.

   • Diaphragm Differential Pressure Gauge: Diaphragm gauges use flexible diaphragms that deform under the influence of pressure differences. The diaphragm's deformation is then translated into a reading on the gauge face.

   • Piston Differential Pressure Gauge: These gauges employ a piston mechanism to detect and display the pressure difference between two points. The piston moves in response to the pressure difference and is connected to a pointer on the gauge dial.

   • Electromagnetic Differential Pressure Gauge: This type of gauge uses the electromagnetic force generated by the movement of a diaphragm or other sensing element to provide a digital or analog output of the pressure difference.

3. Applications:

   • HVAC Systems: Differential pressure gauges are used to monitor and control air and water pressure in heating, ventilation, and air conditioning (HVAC) systems.

   • Filter Monitoring: In industrial settings, they are used to monitor the condition of filters, such as air filters in HVAC systems or filters in chemical processing plants.

   • Flow Measurement: Differential pressure is used to measure the flow rate of gases and liquids through pipes and conduits.

   • Pressure Regulation: They are used in systems where maintaining a specific pressure difference is crucial, like in natural gas distribution or chemical manufacturing.

   • Cleanrooms: In cleanroom environments, differential pressure gauges are used to ensure that there is a controlled pressure difference to prevent contamination.

Differential pressure gauges, often referred to as DP gauges or ΔP gauges, are instruments used to measure the difference in pressure between two points in a fluid system. They are commonly used in various industrial and commercial applications where monitoring and controlling pressure differences are critical. Here's an overview of differential pressure gauges:

1. Basic Principle: Differential pressure gauges operate on the principle of comparing the pressure at two different points within a system. They consist of two pressure sensing elements connected to the two points of interest, and the gauge displays the pressure difference between these points.

2. Types of Differential Pressure Gauges:

   • Bourdon Tube Differential Pressure Gauge: This type of gauge uses two Bourdon tubes connected to the two pressure points. The difference in pressure causes the tubes to deform, which is then mechanically linked to a pointer on a dial to display the pressure difference.

   • Diaphragm Differential Pressure Gauge: Diaphragm gauges use flexible diaphragms that deform under the influence of pressure differences. The diaphragm's deformation is then translated into a reading on the gauge face.

   • Piston Differential Pressure Gauge: These gauges employ a piston mechanism to detect and display the pressure difference between two points. The piston moves in response to the pressure difference and is connected to a pointer on the gauge dial.

   • Electromagnetic Differential Pressure Gauge: This type of gauge uses the electromagnetic force generated by the movement of a diaphragm or other sensing element to provide a digital or analog output of the pressure difference.

3. Applications:

   • HVAC Systems: Differential pressure gauges are used to monitor and control air and water pressure in heating, ventilation, and air conditioning (HVAC) systems.

   • Filter Monitoring: In industrial settings, they are used to monitor the condition of filters, such as air filters in HVAC systems or filters in chemical processing plants.

   • Flow Measurement: Differential pressure is used to measure the flow rate of gases and liquids through pipes and conduits.

   • Pressure Regulation: They are used in systems where maintaining a specific pressure difference is crucial, like in natural gas distribution or chemical manufacturing.

   • Cleanrooms: In cleanroom environments, differential pressure gauges are used to ensure that there is a controlled pressure difference to prevent contamination.