We provide a wide range of inexpensive CONDENSATE POT. There is a capture and storage of condensate. As a result, the numerous orifices stay clean and clutter-free. They are upstream from the instrument, and a bottom drain makes cleaning possible. The condensate pots can be made of a variety of materials. The primary purpose of a condensate or seal pot is to hold both foreign items and any liquid that condenses from vapor. This guards against metering system damage.

Between the flow meter and gauge, a horizontal 4-inch diameter pipe leads to the condensate pot. It acts as a blocker between the primary line and the secondary mechanism to measure steam or any other vapors that may transition into a liquid state in order to assure compatibility with the secondary apparatus. To lessen the chance of error caused by an unequal fluid head in the associated pressure lines, units should be spaced uniformly.

Types Of Condensate Seal Pot

Condensate Pot Manufacturer, Supplier, and Exporter

Mcneil Instruments Inc. is the top Manufacturer, Supplier, and Exporter of condensate pots in India. We provide a wide range of inexpensive CONDENSATE POT. There is a capture and storage of condensate. As a result, the numerous orifices stay clean and clutter-free. They are upstream from the instrument, and a bottom drain makes cleaning possible. The condensate pots can be made of a variety of materials. The primary purpose of a condensate or seal pot is to hold both foreign items and any liquid that condenses from vapor. This guards against metering system damage.

Between the flow meter and gauge, a horizontal 4-inch diameter pipe leads to the condensate pot. It acts as a blocker between the primary line and the secondary mechanism to measure steam or any other vapors that may transition into a liquid state in order to assure compatibility with the secondary apparatus. To lessen the chance of error caused by an unequal fluid head in the associated pressure lines, units should be spaced uniformly.

Selection Criteria:

1. Pipe Size: Available in 2″, 3″, 4″, 5”, and 6″, with larger sizes on request.
2. Pipe Schedule: Options include 40, 80, 160, and XX seamless pipes.
3. Number of Ports: Configurations range from 2 to 8 ports, with arrangements provided in the reference section.
4. Pipe Length: Standard lengths include 8″, 10″, and 12″, with extended lengths available upon request.
5. Material of Construction: Choose from Carbon Steel (ASTM A106, ASTM A105), Stainless Steel (316, 304), Alloy Steel (ASTM A335 P11, P22, P91), Monel 400, and Hastelloy C276. See below for visual references.
6. Thread Connections: NPT (ANSI B1.20.1), Socket Weld (ANSI B16.11), and Butt Weld (ANSI B16.9).
7. Additional Options: Titanium Fittings and Titanium Ferrule Compression Fittings are also available.

How to Install a Condensate Pot

Installing a condensate pot is crucial for accurate flow measurement. Here’s a simplified guide to help you install it correctly, either on vertical or horizontal lines, between the primary (Flow Meter) and the secondary (transmitter/gauge). This setup acts as a barrier to the line fluid and allows direct sensing of flow conditions.

1. Plan Connections: Before ordering, determine the number of connections you need (e.g., inlets, outlets, fill port, drain port, gas vent port).
2. Determine Specifications: Define the volume of the condensate pot in liters. Consider the system’s pressure and temperature requirements.
3. Heat and Insulation: Think about whether you need to heat trace and insulate all the impulse lines to prevent freezing or temperature drops.
4. Anti-Freeze Media: You might need to add anti-freeze media, like glycol, to the water lines to prevent freezing.
5. Keep Lines Short: Keep the vapor impulse lines as short as possible to ensure accurate measurements.
6. Mounting Level: Ensure both condensate pots are mounted at the same level to avoid measurement errors due to unequal fluid levels in the connecting lines. The highest connection point should be your reference. Consider both vertical and horizontal steam pipelines.
7. Mounting Position: The differential pressure (DP) measuring device should be mounted below both condensate pots and the steam pipeline.
8. Blowdown Facility: Ensure that both impulse lines from the condensate pot to the DP have a blowdown facility. Regularly blowing down these lines helps prevent debris from affecting measurement accuracy.

By following these steps, you can ensure accurate and reliable measurements from your condensate pot installation.

Uses and Application of Condensate Pot

Condensate pots are necessary for use with steam. They serve to protect the differential pressure transmitter from heat damage by condensing the fluid upstream of it. They provide precise measurement by keeping a consistent condensate height in the impulse lines above the differential pressure transmitter when installed at the same height.

In the event that a corrosive or aggressive fluid is being measured by the transmitter, the condensation pot may also be utilized to safeguard it. Here, we’re referring to separating pots.

Why Choose Our Services?

Our team’s experience and commitment to quality ensure the best solutions for managing condensate effectively. From installation to regular maintenance, our solutions are designed to offer:

• Reliable Performance with high-quality equipment
• Seamless Integration into existing systems
• Cost-Effective Operation through energy-efficient processes

Why Mcneil Instruments is the Best Condensate Pot Manufacturers & Exporters

Being one of the leading seal pot manufacturers, we produce condensate pots in numerous materials like stainless steel, alloy steel, Monel, Hastelloy and carbon steel. Seal pots are widely employed in processing industries in addition to power plants, steel, refineries and petrochemical business. We are a renowned seal pot exporter with our suppliers based in United States of America, Dubai, Australia, Canada, Kuwait, Oman, Brazil, Lagos, Qatar, Nigeria, Saudi and several other European nations.

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