Its our feeling at Chicago Fittings, that Natural Gas and Propane Gas systems should have as few joints as possible, and more importantly, those joints should be located above ground wherever possible. The X-Riser with an integral service head adapter accomplishes both criteria. The use of an X-Riser removes a minimum of (2) below grade joints per riser when compared to that of a standard pigtail style anode less riser. In addition, those joints, buried below ground are now moved to a single above grade joint eliminating the risks and liabilities associated with below grade joints. With the use of the X-Riser system, gas is distributed from main to meter, meter to appliance, or propane tank to house with a solid (jointless) underground pipe. Combining this philosophy with the long list of features and benefits of the Sealastic sealing technology makes the X-Riser the most reliable, safest and most cost-effective method for gas piping systems. The typical after-the-meter installation comparing the use of the X-Riser to a traditional prevent pigtail style riser with stab couplings yields a removal of a total of (10) joints and most importantly, eliminates the (4) joints buried below grade. With the X-Riser swivel capabilities we also remove the need for a union and nipple to make the connection above grade.

• No underground joints 1 solid service line from point-to-point with above ground terminations
• No chamfering required eliminates the need for chamfer tools and fusion equipment, a simple clean cut is all that is required
• 1-piece bi-directional seal and built in stiffener - seal assembly can't be installed improperly, eliminates worries of order and orientation of multiple internal components
• No torque requirement all Chicago fittings products incorporate the bottoming or positive stop design, simply tighten the compression nut until it is metal-to-metal and you are done
• IAPMO/UPC/IPC Listed
• Must be installed by trained personnel in accordance with NFPA 58 and 54 state and local codes

Its our feeling at Chicago Fittings, that Natural Gas and Propane Gas systems should have as few joints as possible, and more importantly, those joints should be located above ground wherever possible. The X-Riser with an integral service head adapter accomplishes both criteria. The use of an X-Riser removes a minimum of (2) below grade joints per riser when compared to that of a standard pigtail style anode less riser. In addition, those joints, buried below ground are now moved to a single above grade joint eliminating the risks and liabilities associated with below grade joints. With the use of the X-Riser system, gas is distributed from main to meter, meter to appliance, or propane tank to house with a solid (jointless) underground pipe. Combining this philosophy with the long list of features and benefits of the Sealastic sealing technology makes the X-Riser the most reliable, safest and most cost-effective method for gas piping systems. The typical after-the-meter installation comparing the use of the X-Riser to a traditional prevent pigtail style riser with stab couplings yields a removal of a total of (10) joints and most importantly, eliminates the (4) joints buried below grade. With the X-Riser swivel capabilities we also remove the need for a union and nipple to make the connection above grade.

• No underground joints 1 solid service line from point-to-point with above ground terminations
• No chamfering required eliminates the need for chamfer tools and fusion equipment, a simple clean cut is all that is required
• 1-piece bi-directional seal and built in stiffener - seal assembly can't be installed improperly, eliminates worries of order and orientation of multiple internal components
• No torque requirement all Chicago fittings products incorporate the bottoming or positive stop design, simply tighten the compression nut until it is metal-to-metal and you are done
• IAPMO/UPC/IPC Listed
• Must be installed by trained personnel in accordance with NFPA 58 and 54 state and local codes

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65 degree F to +250 degree F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65 degree F to +250 degree F
• Maximum pressure based on 73 degree F working temperature

This fitting includes a split ring and a stainless steel insert. it is also self-flaring, which means no flaring tool is needed. *MUST BE INSTALLED BY TRAINED PERSONNEL IN ACCORDANCE WITH NFPA 58 & 54 STATE AND LOCAL CODES

• Threaded to ensure a secure fit
• Withstands up to 150 PSI pressure to deliver optimum performance
• Malleable to allow for customized use
• Compatible with schedule 40 pipe and pipe nipples

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65°F to +250°F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Maximum pressure based on 73 working temperature
• Temperature range -65° F to +250° F
• Not for potable water

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65 degree F to +250 degree F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65 degree F to +250 degree F
• Maximum pressure based on 73 degree F working temperature

• Connects Key Valve Or Log Lighter Valve To TracpipeLine
  

*MUST BE INSTALLED BY TRAINED PERSONNEL IN ACCORDANCE WITH NFPA 58 & 54 STATE AND LOCAL CODES

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic, and pneumatic systems. Good vibration resistance. Temperature range of -65 degree F to 250 degree F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65 degree F to +250 degree F
• Maximum pressure based on 73 degree F working temperature

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65 degree F to +250 degree F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65 degree F to +250 degree F
• Maximum pressure based on 73 degree F working temperature

• Stop and go, both ends functional
• Cap can be removed by cutting on dotted line allowing the uncovered end to be stabbed onto a gas line
• 1/2" CTS
• 0.090" SDR/WALL
  

*MUST BE INSTALLED BY TRAINED PERSONNEL IN ACCORDANCE WITH NFPA 58 & 54 STATE AND LOCAL CODES

• Self-Flaring Fitting, No Flaring Tool Needed
• Solid Brass Fitting, Stainless Steel Insert
• Includes Split Rings
  

*MUST BE INSTALLED BY TRAINED PERSONNEL IN ACCORDANCE WITH NFPA 58 & 54 STATE AND LOCAL CODES

• Designed for use with medium-weight doors
• Made of high-quality steel with plated finish for durability
• Measures 4.5 in. H x 4.5 in. W
• Comes in a pack of 3 for versatile use

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65°F to +250°F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65°F to +250°F
• Maximum pressure based on 73°F working temperature
• Not for potable water

• Stop and go, both ends functional
• Cap can be removed by cutting on dotted line allowing the uncovered end to be stabbed onto a gas line
• 3/4" IPS
• SDR 11
  

*MUST BE INSTALLED BY TRAINED PERSONNEL IN ACCORDANCE WITH NFPA 58 & 54 STATE AND LOCAL CODES

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65 degree F to +250 degree F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65 degree F to +250 degree F
• Maximum pressure based on 73 degree F working temperature

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65°F to +250°F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65°F to +250°F
• Maximum pressure based on 73°F working temperature
• Not for potable water

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65 degree F to +250 degree F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65 degree F to +250 degree F
• Maximum pressure based on 73 degree F working temperature

• Self-Flaring Fitting, No Flaring Tool Needed
• Solid Brass Fitting, Stainless Steel Insert
• Includes Split Ring
  

*MUST BE INSTALLED BY TRAINED PERSONNEL IN ACCORDANCE WITH NFPA 58 & 54 STATE AND LOCAL CODES

• Threaded to ensure a secure fit
• Withstands up to 150 PSI pressure to deliver optimum performance
• Underground rated for safety and reliability
• Compatible with schedule 40 pipe and pipe nipples

Typical Application - LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering, hydraulic and pneumatic systems. Good vibration resistance. Temperature Range of -65° F to +250° F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Maximum pressure based on 73° F working temperature
• Temperature range of -65° F to +250° F

Typical Application - LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering, hydraulic and pneumatic systems. Good vibration resistance. Temperature Range of -65° F to +250° F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65° F to +250° F
• Maximum pressure based on 73° F working temperature
• Not for potable water

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65 degree F to +250 degree F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65 degree F to +250 degree F
• Maximum pressure based on 73 degree F working temperature

Typical Application- LP and Natural Gas, flammable liquids, instrumentation, refrigeration, power steering hydraulic and pneumatic systems. Good vibration resistance. Temperature range of -65 degree F to +250 degree F.

• Meets specifications and standards of ASA, ASME, SAE and MS (military standards)
• Use with copper, brass, aluminum and steel hydraulic tubing that can be flared
• Easy to disassemble
• Can be reassembled many times
• Temperature range of -65 degree F to +250 degree F
• Maximum pressure based on 73 degree F working temperature

• NFPA-58 approved
• Moisture seal attached at tail end
• Internal plastic liner to protect the PE
• MIP X POLY: 1/2" MIP x 1/2" CTS
• 36"L
• .090" WALL
  

*MUST BE INSTALLED BY TRAINED PERSONNEL IN ACCORDANCE WITH NFPA 58 & 54 STATE AND LOCAL CODES

• Pressure switch allows for convenient use
• Pressure gauge displays precise readings from 0 to 100 PSI
• Made from lead-free materials for lasting durability
• Designed to ensure reliable functioning

GAR-403H

• 140-microwatt UV oxidizer with 12" UV lamp
• Patented oxidation chamber provides precise control of oxidizing output that can be easily adjusted by the homeowner
• Auto-sensing ballast works from 120 VAC to 240 VAC
• 12 IN Twin Tube Germicidal H Lamp, 140-microwatts
• 2-Year lamp life
• Lifetime warranty (2 years on lamps)
• Includes a 12 in. twin-tube germicidal H lamp and 140-microwatt UV oxidizer
• Patented oxidation chamber allows for accurate control over oxidizing output
• Auto-sensing ballast operates between 120 VAC and 240 VAC
• Backed by a lifetime warranty (2 years for lamp)

Chicago Fittings X-Riser Seal and Ferrule Assembly It's our feeling at Chicago Fittings, that Natural Gas and Propane Gas systems should have as few joints as possible, and more importantly, those joints should be located above ground wherever possible. The X-Riser with an integral service head adapter accomplishes both criteria. The use of an X-Riser removes a minimum of (2) below grade joints per riser when compared to that of a standard pigtail style anode-less riser. In addition, those joints, buried below ground are now moved to a single above grade joint eliminating the risks and liabilities associated with below grade joints. With the use of the X-Riser system, gas is distributed from main to meter, meter to appliance, or propane tank to house with a solid (jointless) underground pipe. Combining this philosophy with the long list of features and benefits of the elastic sealing technology makes the X-Riser the most reliable, safest and most cost-effective method for gas piping systems. The typical after-the-meter installation comparing the use of the X-Riser to a traditional prevent pigtail style riser with stab couplings yields a removal of a total of (10) joints and most importantly, eliminates the (4) joints buried below grade. With the X-Riser swivel capabilities we also remove the need for a union and nipple to make the connection above grade.

• No underground joints 1 solid service line from point-to-point with above ground terminations
• No chamfering required eliminates the need for chamfer tools and fusion equipment, a simple clean cut is all that is required
• 1-piece bi-directional seal and built in stiffener - seal assembly can't be installed improperly, eliminates worries of order and orientation of multiple internal components
• No torque requirement all Chicago fittings products incorporate the bottoming or positive stop design, simply tighten the compression nut until it is metal-to-metal and you are done
• IAPMO/UPC/IPC Listed
• Must be installed by trained personnel in accordance with NFPA 58 and 54 state and local codes