 | The HPR-2 Series steam heated
pressure regulator is designed to supply heat to samples entering
instrumentation systems. It can be used to preheat liquids, to prevent
condensation of gases or to vaporize liquids prior to gas analysis. |
|
The modular design of the HPR-2 consists of heat exchanger and
pressure control sections. The pressure control section is patterned
after the time-proven design of the PR-1 pressure reducing regulator and
provides the same excellent outlet pressure stability. The heat
exchanger section is made up of a body and heat exchange element. The
heat exchange element uses GO Regulator's unique spiral wrapped screen
as the heat exchange surface. This screen has up to 100 square inches of
heat transfer area and careful design forces all sample flows to pass
through the element.
|
| The HPR-2 Series electrically
heated pressure regulator is designed to supply heat to samples
entering instrumentation systems. It can be used to preheat liquids,
to prevent condensation of gases or to vaporize liquids prior to gas
analysis. |
|
The modular design of the HPR-2 consists of heat exchanger and
pressure control sections. The pressure control section is patterned
after the time-proven design of the PR-1 pressure reducing regulator and
provides the same excellent outlet pressure stability. The heat
exchanger section is made up of a body and heat exchange element. The
heat exchange element uses GO Regulator's unique spiral wrapped screen
as the heat exchange surface. This screen has up to 100 square inches of
heat transfer area and careful design forces all sample flows to pass
through the element.
|
The HPR-2 series of vaporizing pressure reducing regulators enjoys
both CSA and KEMA (Cenelec) approvals. The electrical components of this
unit are securely housed in a Class A,B,C,D condulet assuring that there
is always an adequate flame path between the environment and the
controller. Safety considerations can be further enhanced by using the
optional TCO (Thermal Cut Out) heater cartridge and proportional
controller. These features enable the unit to boast a T3 rating with 150
watts of power.
|
| The HPR-2XW Series steam
heated pressure regulator is designed to supply heat to samples
entering instrumentation systems. It can be used to preheat liquids,
to prevent condensation of gases or to vaporize liquids prior to gas
analysis. |
|
The modular design of the HPR-2XW consists of heat exchanger and
pressure control sections. The pressure control section is patterned
after the time-proven design of the PR-1 pressure reducing regulator and
provides the same excellent outlet pressure stability. The heat
exchanger section is made up of a body and heat exchange element. The
heat exchange element uses GO Regulator's unique spiral wrapped screen
as the heat exchange surface. This screen has up to 100 square inches of
heat transfer area and careful design forces all sample flows to pass
through the element.
|
Completing this modular design is the incorporation of a removable
heat exchange unit. This allows the user to remove and clean or replace
the exchanger. This is especially useful when heating dirty liquids or
liquids that polymerize and clog the heat exchange screen.
|
| The HPR-2XW Series
electrically heated pressure regulator is designed to supply heat
to samples entering instrumentation systems. It can be used to preheat
liquids, to prevent condensation of gases or to vaporize liquids prior
to gas analysis. |
|
The modular design of the HPR-2XW consists of heat exchanger and
pressure control sections. The pressure control section is patterned
after the time-proven design of the PR-1 pressure reducing regulator and
provides the same excellent outlet pressure stability. The heat
exchanger section is made up of a body and heat exchange element. The
heat exchange element uses GO Regulator's unique spiral wrapped screen
as the heat exchange surface. This screen has up to 100 square inches of
heat transfer area and careful design forces all sample flows to pass
through the element.
|
Completing this modular design is the incorporation of a removable
heat exchange unit. This allows the user to remove and clean or replace
the exchanger. This is especially useful when heating dirty liquids or
liquids that polymerize and clog the heat exchange screen.
|
The HPR-2XW series of vaporizing pressure reducing regulators enjoys
both CSA and KEMA (Cenelec) approvals. The electrical components of this
unit are securely housed in a Class A,B,C,D condulet assuring that there
is always an adequate flame path between the environment and the
controller. Safety considerations can be further enhanced by using the
optional TCO (Thermal Cut Out) heater cartridge and proportional
controller. These features enable the unit to boast a T3 rating with 150
watts of power.
|
| The Cylinder Vaporizer
electrically heated pressure regulator is designed to supply heat
to samples entering instrumentation systems. It can be used to preheat
liquids, to prevent condensation of gases or to vaporize liquids prior
to gas analysis. |
|
The modular design of the HPR-2 consists of heat exchanger and
pressure control sections. The pressure control section is patterned
after the time-proven design of the PR-1 pressure reducing regulator and
provides the same excellent outlet pressure stability. The heat
exchanger section is made up of a body and heat exchange element. The
heat exchange element uses GO Regulator's unique spiral wrapped screen
as the heat exchange surface. This screen has up to 100 square inches of
heat transfer area and careful design forces all sample flows to pass
through the element.
|
The Cylinder Vaporizer series of vaporizing pressure reducing
regulators are KEMA (Cenelec) approved. The electrical components of
this unit are securely housed in a Class A,B,C,D condulet assuring that
there is always an adequate flame path between the environment and the
controller. Safety considerations can be further enhanced by using the
optional TCO (Thermal Cut Out) heater cartridge and proportional
controller. These features enable the unit to boast a T3 rating with 150
watts of power.
|
| The Cylinder Vaporizer steam
heated pressure regulator is designed to supply heat to samples
entering instrumentation systems. It can be used to preheat liquids,
to prevent condensation of gases or to vaporize liquids prior to gas
analysis. |
|
The modular design of the Cylinder Vaporizer consists of heat
exchanger and pressure control sections. The pressure control section is
patterned after the time-proven design of the CYL-20 2-stage pressure
reducing regulator and provides the same excellent outlet pressure
stability with varying inlet pressures. The heat exchanger section is
made up of a body and heat exchange element. The heat exchange element
uses GO Regulator's unique spiral wrapped screen as the heat exchange
surface. This screen has up to 100 square inches of heat transfer area
and careful design forces all sample flows to pass through the element.
|
| The Dual Electrically-Heated
pressure regulator is designed to supply heat to samples entering
instrumentation systems. It can be used to preheat liquids, to prevent
condensation of gases or to vaporize liquids prior to gas analysis.
Significant space savings can be realized due to the utilization of
two discreet regulators that are heated by a common source. |
|
The modular design of the Dual Heated Regulator consists of heat
exchanger and pressure control sections. The pressure control sections
are patterned after the time-proven design of the PR-1 pressure reducing
regulator and provides the same excellent outlet pressure stability. The
heat exchanger section is made up of a body and heat exchange
element.
|
The Dual Heated pressure regulators are KEMA (Cenelec) approved. The
electrical components of this unit are securely housed in a Class
A,B,C,D condulet assuring that there is always an adequate flame path
between the environment and the controller. Safety considerations can be
further enhanced by using the optional TCO (Thermal Cut Out) heater
cartridge and proportional controller. These features enable the unit to
boast a T3 rating with 150 watts of power.
|
| The Dual Steam-Heated pressure
regulator is designed to supply heat to samples entering
instrumentation systems. It can be used to preheat liquids, to prevent
condensation of gases or to vaporize liquids prior to gas analysis.
Significant space savings can be realized due to the utilization of
two discreet regulators that are heated by a common source. |
|
The modular design of the Dual Heated Regulator consists of heat
exchanger and pressure control sections. The pressure control sections
are patterned after the time-proven design of the PR-1 pressure reducing
regulator and provides the same excellent outlet pressure stability. The
heat exchanger section is made up of a body and a heating element.
|
| The MV-1 Series Miniature Vaporizing
Regulator offers the same proven features found in our HPR-2 series
inside the smallest envelope the industry has to offer. Weighing in at
a scant 0.86 pounds, the MV-1 is designed to supply heat to samples
entering instrumentation systems where space is at a premium and
quality cannot be compromised. It can be used to preheat liquids, to
prevent condensation of gases or to vaporize liquids prior to gas
analysis. |
|
The pressure control section of the MV-1 is patterned after the time
tested design of our CPR-1 and provides the same excellent outlet
pressure stability. The heating plate utilizes GO Regulator's unique Spiro-Wind
heating element and incorporates an optional Thermal Cutout Device
(TCO). This device prevents any exposed surface of the unit from
exceeding 200°C under normal or fault conditions and is exclusive to GO
Regulator's line of electrically heated vaporizing regulators. Offered
in both 12 VDC and 24 VDC, the MV-1 series offers the utmost in
unequalled system safety and performance.
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| The HXR Series Insitu pressure
regulator was designed to offset the Joules-Thompson temperature
effect. This effect is the cooling that occurs during a pressure drop
as a gas passes through an orifice. With HXR series, the cooling is
offset by placing the pressure regulating orifice at the tip of the
probe assembly in the process line. As a result, the pressure reduced
sample gas passes through a section of the probe that has heat
exchange fins. As the cooled sample gas flows through this section of
the probe assembly, it is reheated by heat picked up from the warmer
high pressure process gas flowing around the outside of the probe
assembly, thus returning the sample to the original process line
working temperature and also preventing the condensation of liquids in
the sample. |
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| The heart of the LNG Vaporizer Assembly
is the well-known HPR-2 series electrically heated pressure control
valve. This unit has been used in many successful applications
requiring heating of a process stream sample prior to analysis to
prevent freeze-up or for vaporization. The HPR-2 is a modularized unit
consisting of an electrically heated section and pressure control
section. A field demonstration has now shown this vaporizer assembly
to be serviceable in the vaporization of LNG product for analytical
purposes and that homogeneous sample can be obtained under steady
state operating conditions. |
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The HPR-2 pressure control valve is contained in a painted, insulated
sheet metal enclosure and combined with an insulated input line plus a
pressure gauge and relief valve. The heater section is equipped with a
thermostat for temperature control and is constructed to meet standard
Division 1 Electrical Code requirements. The materials on contact with
the sample stream consist of 316L stainless steel, Teflon and Tefzel.
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The complete Vaporizing Regulator catalog is available for download
(38 pgs./793KB).
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