NEMA Pressure Vessels

Description: ratings - selected based on the temperature and pressure design conditions Terminal Enclosures General Purpose (NEMA 1) Weather Resistant (NEMA 4) Hazardous Location (NEMA 7) Passivation - when required Support frames - for stand-alone mounting Vessel materials -

Description: selected based on the temperature and pressure design conditions Terminal Enclosures General Purpose (NEMA 1) Weather Resistant (NEMA 4) Hazardous Location (NEMA 7) Passivation - when required Support frames - for stand-alone mounting Vessel materials - steel,

Description: Flanged immersion heaters are constructed with formed tubular heating elements brazed or welded to a high pressure flange for direct immersion into tanks and pressure vessels. Flanged immersion heaters are capable of achieving higher wattage requirements than screw plug heaters

• AC Voltage Required: 240 to 480 volts
• kWatts: 0.018 kW
• Watt Density: 23 W/in²
• Flange or Thread Diameter: 6 inch

Description: Heat Transfer Fluids to 600°F (315°C) or 650°F (343°C) Discharge Pressure Gauge UL NEMA 12 Electrical Enclosure complete with Contactors, Temperature Safety Limit, Transformers, and Pilot Lights 650°F (343°C) Operation (Optional) External Cold Expansion Tank (Optional) External Heat

• Operating Temperature: 650 F
• Media Flow Rate: 80 to 200 GPM
• Discharge Pressure: 100 psi
• Expansion Tank Capacity: 25 to 85 gallons

Description: The OPTIMUM-S Drain Assembly consists of a solid-state timer coupled to a solenoid valve and only requires a simple installation procedure. The unit is suitable for ALL compressed air system components (aftercoolers, dryers, filters, pressure vessels and piping), regardless of their

• Connection Size: 0.25 inch
• Drain Type: Condensate Drain
• Shape: Round
• Body Material: Stainless Steel

Description: OPTIMUM-HP Drain Assembly consists of a solid-state timer coupled to a solenoid valve and only requires a simple installation procedure. The unit is suitable for ALL compressed air system components (aftercoolers, dryers, filters, pressure vessels and piping), regardless of their size

• Connection Size: 0.5 inch
• Drain Type: Condensate Drain
• Features: Other
• Shape: Round

Description: The OPTIMUM-S Drain Assembly consists of a solid-state timer coupled to a solenoid valve and only requires a simple installation procedure. The unit is suitable for ALL compressed air system components (aftercoolers, dryers, filters, pressure vessels and piping), regardless of their

• Connection Size: 0.25 inch
• Drain Type: Condensate Drain
• Shape: Round
• Body Material: Stainless Steel

Description: these compressors are PET, valve testing, seal testing, pipeline testing, and breathing air for filling SCBA, SCUBA, ASME or DOT pressure vessels. Water cooled, high pressure compressors are supplied to customers with larger or continuous duty applications. Air cooled, high

• Compressor Type: Air Compressor, Gas Compressor
• Services: Field / On-site, Installation / Start-up, Preventative Maintenance / Service Contracts, Specialty / Other, Troubleshooting, Upgrade Service
• Features: North America, Other, Southern US Only, United States Only
• Compressor Design: Reciprocating, Rotary

Description: insulated ASME coded & stamped Carbon Steel pressure vessel, Code H, 160 PSIG National Board registered ASME safety relief valve set @ 150 PSIG NPT inlet/outlet fittings up to 3-1/2"; flanged inlet/outlet fittings 4" and over Incoloy sheathed immersion element complete with epoxy seals

• Heat Output (Capacity): 40,941.658137154554 to 6,141,248.720573183 BTU/hr
• Maximum Temperature: 160 to 250 F
• Maximum Pressure: 160 psi
• Features: ASME Certified, Commercial / HVAC, Safety Valve

Description: The EM series of heat transfer systems is designed for closed loop temperature control of common heat transfer fluids utilizing existing plant steam as the heat source. The EM is a completely packaged system and is usually designed for a maximum temperature of 350°F based on 150 lb. steam supply.

• Operating Temperature: 350 F
• Heater Capacity: 2,930 kW
• Type of Connection: 150 lb. Flange
• Other Features: ASME Vessels, Emergency Alarms, Insulated Pipes, Skid Mounted

Description: The KM Series of heat transfer systems is designed for closed loop temperature control of common heat transfer fluids. The KMS Series is similar in design, but includes a parallel cooling circuit. These units are completely packaged systems designed for a maximum operating temperature of 550°F. KM

• Operating Temperature: 550 F
• Media Flow Rate: 100 GPM
• Discharge Pressure: 150 psi
• Expansion Tank Capacity: 40 gallons

Description: The WG series of heat transfer systems is designed for closed loop temperature control of water or water/glycol mixtures. The WG250 is a completely packaged system designed for a maximum operating temperature of 250°F. WG series standard components include an electric heater, centrifugal water

• Operating Temperature: 250 F
• Media Flow Rate: 150 GPM
• Expansion Tank Capacity: 40 gallons
• Heater Capacity: 360 kW

Description: L070HP Series also features a high pressure titanium float rated to 5000 psig. L071 and L071HP Series utilize a 15 amp microswitch in a NEMA 7/9 enclosure. The L071HP Series also features a high pressure titanium float rated to 5000 psig. FM approved for Class I, Division 1,

• Number of Switch Points: 1 (#)
• Maximum Operating Pressure: 455 psi
• Material Temperature Range: -40 to 300 F
• Liquid specific gravity: 0.4 (Specific Gravity #)

Description: L070HP Series also features a high pressure titanium float rated to 5000 psig. L071 and L071HP Series utilize a 15 amp microswitch in a NEMA 7/9 enclosure. The L071HP Series also features a high pressure titanium float rated to 5000 psig. FM approved for Class I, Division 1,

• Number of Switch Points: 1 (#)
• Maximum Operating Pressure: 5,000 psi
• Material Temperature Range: -40 to 300 F
• Liquid specific gravity: 0.4 (Specific Gravity #)

Description: When source water from cooling towers, lakes and rivers, well water, and potable city water is too cold or contaminated to be directly circulated to certain devices or vessels, a water-to-water heat exchanger can be used to overcome such obstacles and deliver clean coolant at optimum

• Liquid Flow Rate: 30 GPM
• Maximum Working Pressure: 6.8 psi
• Temperature Range: 50 to 122 F
• Application / Industry: Aerospace, Electronics / Power Supply Cooling, Food and Beverage Processing, HVAC, Marine / Shipboard, Oil Heating / Cooling

Description: Sample Valves Manual and Air Actuated Tri Clamp Ball Valves On Board & Quiet Air Compressor CSA, UL approved NEMA 4/12 Control Panel Digital Instrument Package: Feed, Reject, Recycle Flow Sensors Prefilter Inlet/Outlet, RO Pump Pressure Sensors Consistent High Purity Water

• Maximum Liquid Flow: 2.5 to 10 GPM
• Application / Industry: Biopharmaceutical, Food and Beverage, Medical, Semiconductor Processing
• Features: Other, Water
• Configuration: System

Description: Interface Digital or Analog Flow And Quality Sensors Nema4 Rated Control Panel ASME Rated and Stamped Pressure Vessels Quiet, Reliable, Multi-stage 316SS or 304SS Centrifugal Pump, TEFC Robust Frame with a selection of Floor Mounting Options in either Steel or Stainless Steel

Description: elements with a Kontek designed and manufactured system include: Kontek RO System Features: Standard Designed Flow Rates of 10, 20,40 and 80 kL/hr PLC/HMI Controlled User Interface Digital or Analog Flow And Quality Sensors Nema4 Rated Control Panel ASME Rated and Stamped Pressure

Description: vessel’s hull. Engine Turbo charged 4.3 and 6.5 liter diesel engines power the Century Series generators. Both the cylinder head and block are cast iron while the crankshaft is made of forged high carbon steel for additional strength. Replaceable chromium plated, dry cylinder liners

• Wattage: 95,000 watts
• Frequency: 50 Hz, 60 Hz
• Fuel Type: Diesel
• Applications: Industrial

Description: vessel’s hull. Engine Turbo charged 4.3 and 6.5 liter diesel engines power the Century Series generators. Both the cylinder head and block are cast iron while the crankshaft is made of forged high carbon steel for additional strength. Replaceable chromium plated, dry cylinder liners

• Wattage: 50,000 watts
• Frequency: 50 Hz, 60 Hz
• Fuel Type: Diesel
• Applications: Industrial

Description: vessel’s hull. Engine Turbo charged 4.3 and 6.5 liter diesel engines power the Century Series generators. Both the cylinder head and block are cast iron while the crankshaft is made of forged high carbon steel for additional strength. Replaceable chromium plated, dry cylinder liners

• Wattage: 40,000 watts
• Frequency: 50 Hz, 60 Hz
• Fuel Type: Diesel
• Applications: Industrial

Description: vessel’s hull. Engine Turbo charged 4.3 and 6.5 liter diesel engines power the Century Series generators. Both the cylinder head and block are cast iron while the crankshaft is made of forged high carbon steel for additional strength. Replaceable chromium plated, dry cylinder liners

• Wattage: 60,000 watts
• Frequency: 50 Hz, 60 Hz
• Fuel Type: Diesel
• Applications: Industrial

Description: below defines the standard features for each MCIP system model. Additional features such as multiple storage tanks, unique filtration, dosing of chemicals, rapid heating of wash fluid or multiple saved cleaning programs for each vessel can then be added to the model. Regardless of the tank

Description: air pressure from contactors to transducers Raw water/sea water pressure transducer Modbus communication Beacon and horn Single engine remote display monitor Emergency pump start signal Cabinet cooler Generator power monitoring Remote relay panel Turbocharger speed sensors Cylinder

• Volt-Ampere: 2,320,000 to 2,722,000 VA
• Applications: Industrial
• Portability: Permanent

Description: air pressure from contactors to transducers Raw water/sea water pressure transducer Modbus communication Beacon and horn Single engine remote display monitor Emergency pump start signal Cabinet cooler Generator power monitoring Remote relay panel Turbocharger speed sensors Cylinder

• Volt-Ampere: 3,084,000 to 3,634,000 VA
• Applications: Industrial
• Portability: Permanent