Condensate Pot Manufacturer in India

Condensate Pot Manufacturers,Condensate Seal Pot supplier in India.

The Condensate Pot Working Principle relies on steam vapor between the tapping process and the pot. The water between the pot and the differential pressure transmitter eliminates errors in the Condensate Seal Pot caused by liquid mixing at the measurement device. Each impulse line necessitates one Steam Condensate Pot, which can be installed vertically or horizontally. Directly sense fluid flow conditions. The Condensate Pot Design mandates that the unit be at the same level as the pipe, minimizing errors from unequal fluid levels.

Condensate Pot 2 Port

Condensate Pot 2 Port

Condensate Pot 3 Port

Condensate Pot 3 Port

Condensate Pot 6 Port

Condensate Pot 6 Port

The Condensate Pot requires heat tracing for pressure transmitters, and the impulse lines must be insulated. Adding antifreeze media such as glycol to the water lines is recommended. The Parker Condensate Pot is engineered to trap foreign material, preventing pipeline damage. According to the Steam Condensate Pot Working Principle, the impulse line from the condenser pot to the differential pressure transmitter should have a blowdown facility. Parker Condensate Pot is widely supplied to various industries, and ISTEEL is a manufacturer of Condensate Pots to international standards, ensuring they undergo rigorous testing to verify their properties. As a prominent condensate pot manufacturer, ISTEEL ensures the quality and reliability of its products.

Condensate Seal Pot Price List

Product Ports Price Range (US $ / Piece)
Condensate Seal Pot N/A $500
Steam Condensate Pot N/A $809.42
Condensate Catch Pot N/A $450 - $500
Reboiler Condensate Pot N/A $100 - $3000
Condensate Pot 3 Ports 3 $450 - $500
Condensate Pot 4 Ports 4 $100 - $3000
Condensate Pot 2 Ports 2 $809.42
Condensate Pot 6 Ports 6 $100 - $3000
Condensate Pot 4 Ports 4 $450 - $500

Steam Condensate Pot Specification

BRAND NAME iSTEEL
PIPE SIZE 2" NB TO 8" NB
SCHEDULE SCH 40, SCH 80, SCH 160, SCH XXS
LENGTH 8" TO 16" OR LARGER
CONNECTION THREADED, SOCKET WELD END
THREADS NPT, BSPP, BSPT
NO. OF PORTS 2 PORT, 3 PORT, 4 PORT & MORE AS PER DRAWING
PRESSURE RATING 1500 PSI, 3000 PSI, 6000 PSI, 10000 PSI
MEDIA  HYDRAULIC OIL, AIR, WATER, GAS, STEAM, HOT WATER , COLD WATER , SEA WATER , CHEMICAL
BODY TYPE SEAMLESS PIPE
MATERIAL SS 316, SS 304, BRASS, SS 316 TI, CS, COPPER, SUPER DUPLEX, INCONEL, DUPLEX, HASTELLOY, MONEL, ALLOY 20, SMO 254, 904L , TITANIUM & ALL OTHER ALLOYS

Condensate Pot Working Principle

The condensate pot working principle is fundamental to maintaining the integrity and functionality of steam systems, a task taken up by global condensate pot manufacturers, including India. These manufacturers produce condensing pots with a core understanding of the necessity to protect sensitive instruments from the adverse effects of condensate. As steam courses through pipelines, it gradually loses heat and condenses into water, posing a threat to instruments such as pressure transmitters and flow meters. In response, condensate pots intercept this condensate, shielding instruments from direct contact. This is achieved through a clever design featuring a sealed chamber that permits steam passage while capturing the condensate. This process ensures that the instruments remain accurate and operational over time. In India, condensate pot manufacturers adhere to stringent standards, catering to the diverse needs of industrial sectors. Their commitment to quality contributes significantly to the efficiency and reliability of steam systems across various applications.

Condensing Pot Size Chart

P NPT - F Capacity (Internal Vol.0)cm 3±5% Pressure Rating PSIG T mm L mm B mm
1/4” 150 1800 2.05 135 50.08
1/4” 300 1800 2.05 225 50.08
1/4” 400 1800 2.05 290 50.08
1/4” 500 1800 2.05 350 50.08
1/4” 1000 1800 4.06 275 88.09
1/4” 2250 1800 5.02 435 120
1/4” 3785 1800 5.02 680 120
1/2” 1000 1800 4.06 275 88.09
1/2” 2250 1800 5.02 435 102
1/2” 3785 1800 5.02 680 102
3/4” 1000 1800 4.06 275 88.09
3/4” 2250 1800 5.02 435 102
3/4” 3785 1800 5.02 680 102

Condensing Pot Design

Condensing Pot Design

Condensing Pot Type A,B,C and D

P NPT – F Capacity (Internal Vol.0)cm 3±5% Pressure Rating PSIG B mm L mm T mm
1/4” 150 1800 50.08 135 2.05
1/4” 300 1800 50.08 225 2.05
1/4” 400 1800 50.08 290 2.05
1/4” 500 1800 50.08 350 2.05
1/4” 1000 1800 88.09 275 4.06
1/4” 2250 1800 120 435 5.02
1/4” 3785 1800 120 680 5.02
1/2” 1000 1800 88.09 275 4.06
1/2” 2250 1800 102 435 5.02
1/2” 3785 1800 102 680 5.02
3/4” 1000 1800 88.09 275 4.06
3/4” 2250 1800 102 435 5.02
3/4” 3785 1800 102 680 5.02

Condensing Pot Installation

Condensing Pot Installation

• to the high pressure (HP) and low pressure (LP) impulse lines of the transmitter Connect the condensate pots.

• Connect condensate pots vertically or horizontally to high and low-pressure impulse lines, ensuring both pots are installed at the same level to maintain meter performance.

• Position condensate pots below the steam pipe to facilitate condensate drainage and prevent water accumulation in the impulse lines.

• Maintain equal impulse line length for both high and low-pressure lines to avoid meter readings and performance discrepancies.

• Use anti-freezing products like glycol instead of water in the condensate pots to ensure consistent liquid levels and prevent freezing in cold environments.

• Consider horizontal installation of condensate pots, prioritize uniform positioning and consider the overall manifold configuration for optimal performance.

we maintain Steam Condensate Pot in ready stock, see installation and Working Principle

Condensing Pot Drawing

Condensing Pot Drawing

Steam Condensate Pot Surface Finishing

• High Pressure Paints,Red

• Galvanized Plating

• Zinc Plating

• High Pressure Paints,Blue

• PTFE Coating

• Red Oxide Coated

Steam Condensate Pot For Pressure Transmitters

HS Code Description
84049000 CARBON STEEL, SP-3-40-08-E, CONDENSATE POT:FABRICATED FROM PIPE
84049000 STAINLESS STEEL SP-3-80-08-L-P, CONDENSATE POT:FABRICATED FROM PIPE
90269000 3 CONDENSATE POT WITH 1NOS. NPT(M) PLUG & 3NOS.1/2 SW PROCESS CONNECTION.SS MATERIAL SS316 3 NB SCH.80 3 PORT CONDENS
84041000 CONDENSERS FOR STEAM OR OTHER VAPORPOWER UNITS : CONDENSATE POT/CHAMBER -CAPACITY : (VOLUME) 1 LITRE SIZE: 3NB SC
90269000 CONDENSATE POT SCH.805MORSCH.160S.SS3163NB SCH.160 3 PORT CONDENSATE POT 1/2NB(SW) 2 SIDES AND 1/2 NB(SW) 2 SIDES A

Steam Condensate Pot Dimensions

 

Dimension
2

Dimension
1

Dimension
3

Size 

   Schedule

A

B

A

B

A

B

 

3"(80)

40

356

51

265

36

356

57

80

356

51

265

36

356

57

160

356

51

265

36

356

57

 

4"(100)

40

356

51

265

25

356

57

80

356

51

265

25

356

57

160

356

51

 

 

356

57

 

6"(150)

40

356

25

 

 

356

57

80

356

25

 

 

356

57

160

356

25

 

 

356

57

Condensate Pot Application

• Condensing pots are critical in facilitating accurate steam flow measurement, particularly in environments with solid content or dust, where shutdowns are challenging.

• These environments are commonly found in industries such as liquid petroleum gas processing plants, refineries, and petrochemical plants.

• Condensing pots help maintain measurement accuracy by separating condensate from steam flow, mitigating the impact of contaminants on sensitive instruments.

• Their use ensures reliable operation and efficiency in steam flow measurement systems, which is essential for process control and optimization in industrial settings.

Features of Condensation Pot

Separation Functionality: Condensation pots effectively separate condensate from steam flow, ensuring downstream instrument protection.

Durability and Compliance: Constructed according to ASME SEC. IX standards, all welding ensures robustness and adherence to industry regulations.

Efficient Drainage: Facilitate efficient condensate drainage, crucial for continuous and reliable instrument operation.

Versatility and Compatibility: Suitable for diverse industries like refineries and petrochemical plants, condensation pots integrate seamlessly with various steam system configurations.

Testing for Steam Condensate Pot

at 1.5 times the working pressure Hydrostatic shell test is performed

Documentation ofParker Condensate Pot

• Radiography Testing report

• Heat Code Traceability Report

• Material Test Certificate by Spectro Analysis or PMI

• Non Destruction Testing- Dye Penetration Test report

Condensate Pot Application Industry

Oil & Gas Industry

Oil & Gas Industry

Chemical Industry

Chemical Industry

Petrochemical Industry

Petrochemical

Power Generation Industry

Power Industry

Architecture, Building and construction

Construction

Fertilizers Industry

Fertilizers Industry

Automotive Industry

Automotive Industry

Food And Beverage Industry

Food Industry

Suppliers and Exporters of Condensate Pot in Countries Like

Hong Kong, Ecuador, Ireland, Denmark, Iran, Jordan, Taiwan, Netherlands, Nigeria, Italy, Costa Rica, Thailand, Zimbabwe, Israel, China, Finland, Serbia, Russia, Ghana, Chile, Bulgaria, Belarus, Romania, Brazil, Azerbaijan, Belgium, Trinidad & Tobago,Tunisia, Argentina, Singapore, France, New Zealand, Namibia, South Korea, Nigeria, Bangladesh, Algeria, Lebanon, Sweden, Slovakia, Kazakhstan, Bhutan, Vietnam, Lithuania, Iran, Colombia, United States, United Arab Emirates, Macau, Germany, Morocco, Mongolia, Switzerland, Japan, Gambia, Peru, Gabon, United Kingdom, Malaysia, Iraq, Poland, Pakistan, Saudi Arabia, Angola, Sri Lanka, Ukraine, Canada, Chile, Qatar, Greece, Oman, Libya, Kenya, Czech Republic, Kuwait, Puerto Rico, Norway, Indonesia, Mexico, Philippines, Australia, Poland, Afghanistan, South Africa, Spain, Hungary, India, Venezuela, Croatia, Egypt, Tibet, Nepal, Bahrain, Portugal, Estonia, Bolivia, Turkey, Austria, Yemen, Mexico.