Armstrong International Datasheets for Industrial Valves
Valves are mechanical devices that control the flow and pressure of liquids, gases, and slurries within a system. They are also known as regulators and are used in a wide variety of applications. Valves vary greatly in size, design, function, and operation.
Industrial Valves: Learn more
| Product Name | Notes |
|---|---|
| Armstrong Single Temperature Hose Stations Model 1032 Armstrong Single Temperature Hose Stations offer a rugged, heavy duty, industrial grade all stainless steel option for point of use hose attachment and... | |
| Armstrong Single Temperature Hose Stations Armstrong Single Temperature Hose Stations offer a rugged, heavy duty, industrial grade all stainless steel option for point of use hose attachment and washdown. Armstrong... | |
| STEAMIX® Steam and Water Hose Stations and Mixing Units Model 2031P — Premium STEAMIX® Model 2031P is a steam/water mixing valve of brass/stainless steel construction. The valve is... | |
| STEAMIX® Steam and Water Hose Stations and Mixing Units Model 2032P — Premium STEAMIX® Model 2032P is a steam/water mixing valve of brass/stainless steel construction. The valve is... | |
| STEAMIX® Steam and Water Hose Stations and Mixing Units Model 2033P — Premium STEAMIX® Model 2033P is a steam/water mixing valve of brass/stainless steel construction. The valve is... | |
| The Brain® DMC40-40 DMC40-40 is a fully Digital Mixing Center (DMC) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. Digital... | |
| The Brain® DMC40-40BS DMC40-40BS is a fully Digital Mixing Center (DMC), with BrainScan® - hot water monitoring control module, designed specifically to be the primary water temperature controller in... | |
| The Brain® DMC40 DMC40 is a fully Digital Mixing Center (DMC) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. Digital... | |
| The Brain® DMC40BS DMC40BS is a fully Digital Mixing Center (DMC), with BrainScan® - hot water monitoring control module, designed specifically to be the primary water temperature controller in... | |
| The Brain® DMC50 DMC50 is a fully Digial Mixing Center (DMC) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. Digital... | |
| The Brain® DMC50BS DMC50BS is a fully Digial Mixing Center (DMC), with BrainScan® - hot water monitoring control module, designed specifically to be the primary water temperature controller in... | |
| The Brain® DMC80-80-80 DMC80-80-80 is a fully Digital Mixing Center (DMC) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. Digital... | |
| The Brain® DMC80-80-80BS DMC80-80-80BS is a fully Digital Mixing Center (DMC), with BrainScan® - hot water monitoring console, designed specifically to be the primary water temperature controller in a... | |
| The Brain® DMC80-80 DMC80-80 is a fully Digital Mixing Center (DMC) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. Digital... | |
| The Brain® DMC80-80BS DMC80-80BS is a fully Digital Mixing Center (DMC), with BrainScan® - hot water monitoring console, designed specifically to be the primary water temperature controller in a... | |
| The Brain® DMC80 DMC80 is a fully Digital Mixing Center (DMC) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. Digital... | |
| The Brain® DRV40 DRV40 Digital Recirculation Valve (DRV) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. Digital technology provides enhanced... | |
| The Brain® DRV40BS DRV40BS Digital Recirculation Valve (DRV), with BrainScan® - hot water monitoring control module, designed specifically to be the primary water temperature controller in a continuously pumped... | |
| The Brain® DRV40R DRV40R Digital Recirculation Valve (DRV) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. DRV40R is supplied with... | |
| The Brain® DRV40RBS DRV40RBS Digital Recirculation Valve (DRV), with BrainScan® - hot water monitoring control module, designed specifically to be the primary water temperature controller in a continuously pumped... | |
| The Brain® DRV50 DRV50 Digital Recirculation Valve (DRV) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. Digital technology provides enhanced... | |
| The Brain® DRV50BS DRV50BS Digital Recirculation Valve (DRV), with BrainScan® - hot water monitoring control module, designed specifically to be the primary water temperature controller in a continuously pumped... | |
| The Brain® DRV50R DRV50R Digital Recirculation Valve (DRV) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. DRV50R is supplied with... | |
| The Brain® DRV50RBS DRV50RBS Digital Recirculation Valve (DRV), with BrainScan® - hot water monitoring control module, designed specifically to be the primary water temperature controller in a continuously pumped... | |
| The Brain® DRV80 DRV80 Digital Recirculation Valve (DRV) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. Digital technology provides enhanced... | |
| The Brain® DRV80BS DRV80BS Digital Recirculation Valve (DRV), with BrainScan® - hot water monitoring control module, designed specifically to be the primary water temperature controller in a continuously pumped... | |
| The Brain® DRV80R DRV80R Digital Recirculation Valve (DRV) designed specifically to be the primary water temperature controller in a continuously pumped circulating hot water system. DRV80R is supplied with... | |
| The Brain® DRV80RBS DRV80RBS Digital Recirculation Valve (DRV), with BrainScan® - hot water monitoring control module, designed specifically to be the primary water temperature controller in a continuously pumped... | |
| A high-performance externally air-piloted pressure-reducing valve, the GP-2000K-1/GP-2000K- 3/GP-20000K-6 is an ideal choice when set-point changes are frequent and access to the PRV is difficult. The valve comes totally assembled... | |
| An industrial-grade valve for water systems, the GD-24 is lightweight, compact and economical. The valve comes with screwed connections and will mount in any position. It requires no external sensing... | |
| Armstrong offers a stainless steel sump ejector for use in draining unwanted water from steam pits, steam tunnels or enclosed spaces. The stainless steel sump ejector uses a snap-acting Inconel... | |
| Armstrong’s Condensate Cooler mixes hot condensate or hot water with a cold water supply to reduce the temperature to acceptable drain temperatures as required by city and state codes. It... | |
| Armstrong’s inline check valves are ideally suited for refrigerant flow control applications. The valves open wide for flow. These valves close quickly and are reliable when flow reversal occurs. The... | |
| Armstrong’s OB-2000 is a high-performance externally piloted temperature regulator for large-capacity applications such as heat exchangers, steam coils, steam dryers, plating tanks and parts washers. Self-actuated and requiring no external... | |
| Armstrong’s OB-2000L is a high-performance externally piloted temperature regulator for large-capacity, low pressure applications. Self-actuated and requiring no external energy source, the OB-2000 comes with main valve, pilot valve and... | |
| Armstrong’s refrigeration stop valves have a rugged design for industrial use. These valves are equipped with union nut for ease of replacement and provided with weldable nipple. Features: Port size:... | |
| Armstrong’s safety relief valves for refrigeration service are designed to provide emergency relief from excessive pressure in refrigerant containing vessels. These tamper-resistant valves are accurately set and sealed by qualified... | |
| Armstrong’s SSW and SBW Series are designed and constructed for low pressure drop refrigerant shut-off valves. The stop valves are welded directly to steel piping, thereby eliminating potential leaky flanges... | |
| Armstrong’s thermostatic radiator valves are offered in straight, angle and reversed angle patterns. Thermostatic operators provide accurate and automatic control of space temperature. They are ideal for hot water and... | |
| Emech’s patented shear action disc design provides precise control mixing of steam and water. Fitted with the Emech G1 electronic actuator, and integrated temperature sensor results in fast, accurate and... | |
| Low pressure drop refrigerant stop check valves are butt-weldable directly to steel piping, thereby eliminating potential leaky flanges or threaded joints and simplifying installation. The important features of these valves... | |
| Model 320 3/4' (20 mm) inlets/outlet(s) Thermostatic Mixing Valve (TMV) of disposable cartridge construction. TMV features unique full range temperature control from full cold to field adjustable maximum temperature limit... | |
| Refrigeration strainers are designed for either liquid or suction line application. They provide free flow with negligible pressure drop and can be used for a variety of liquids. Armstrong strainers... | |
| STEAMIX 2030 comprises a STEAMIX Steam/Water Mixing Valve of brass/stainless steel (SS) construction. STEAMIX 2030 is a steam/water heater and is recommended for use in various washing machines, vessel filling,... | |
| STEAMIX 2032 comprises a STEAMIX Steam/Water Mixing Valve of brass/stainless steel (SS) construction with optional nickel-plated finish (VES). STEAMIX 2032 is supplied as standard with integral inlet supply risers comprising... | |
| STEAMIX 2033 comprises a STEAMIX Steam/Water Mixing Valve of brass/stainless steel (SS) construction. STEAMIX 2033 is supplied as standard with integral inlet supply risers comprising 3/4" Y-Type strainers and 3/4"... | |
| The 3-port mixing valve utilizes ceramic shear action disc technology to provide tight shut-off, high pressure differential capability, and long life integrity. Fitted with the electronic actuator and integrated temperature... | |
| The 3-port valve utilizes a unique shear action disc technology and swirl-mix body geometry to provide high performance dynamic fluid mixing. The nature of the valve seat design minimizes disc... | |
| The Armstrong OB-30/31 is a direct-acting temperature regulator that requires no external source for operation. Simple and compact, the unit is suitable for a wide variety of heating/cooling applications. Installing,... | |
| The dual relief valve manifold meets the ANSI/ASHRAE 15-1994 safety requirements for mechanical refrigeration in which pressure vessels that have 10 cubic feet or more of internal gross volume shall... | |
| The Emech 2 port flow control valve and actuator system utilizes ceramic shear action disc technology to provide tight shut-off, high pressure differential capability and long life integrity. When combined... | |
| The Emech 2 port valve utilizes ceramic shear action disc technology to provide tight shut-off, high pressure differential capability and long life integrity. Combined with the Emech electronic actuator, high... | |
| The Emech port valve utilizes ceramic shear action disc technology to provide tight shut-off, high pressure differential capability and long life integrity. When combined with the Emech electric actuator and... | |
| The GD-10/10F is a lightweight direct-acting diaphragm valve used primarily for pneumatic tool air supply and non-hazardous gas regulation. Screwed connections make it easy to support in position without external... | |
| The GD-20 offers high capacity and highly accurate control with a large, cupped diaphragm for a long stroke. Compact and rugged, the GD-20's composition valve and bronze seat mean high... | |
| The GD-200/200H valves offer high capacity and highly accurate control, with a large, cupped diaphragm for a long stroke. Compact and rugged, the GD-200’s composition valve and bronze metal seat... | |
| The GD-2000K is an ideal choice when set-point changes are frequent, access to the valve is difficult and steam quality is poor. The GD-2000K comes with either NPT or flanged... | |
| The GD-30 is a compact, high-performance direct-acting valve. Economical to buy and use, it is ideal for those low- to moderate-flow applications where accuracy of +/- 10% is acceptable. The... | |
| The GD-45 is a compact, high-performance direct-acting valve. Inexpensive to buy and use, it is ideal for those moderate-flow applications that do not justify the higher cost of pilot-controlled valves. | |
| The GD-6N and GD-6 are compact, direct-acting diaphragm valves ideal for low-flow applications, including laundry/dry-cleaning equipment, hospital equipment, tire/plastic molds and food processing. Lightweight and compact, the valves require no... | |
| The GP-1000 Series valves are pilot-controlled for accurate regulation of pressure under widely ranging flow. The internal-pilot design eliminates external components and piping. Internally piloted GP Series valves are capable... | |
| The GP-2000 is a high-performance, externally piloted reducing valve for large-capacity requirements. Typical use is on intermittent service, including applications such as heat exchangers, steam coils, rotating dryers, process equipment... | |
| The GP-2000CS is a high-performance, externally piloted reducing valve for large-capacity requirements. Typical use is on intermittent service, including applications such as heat exchangers, steam coils, rotating dryers, process equipment... | |
| The GP-2000L is a high-performance, externally piloted reducing valve for large-capacity and low inlet pressure requirements. The GP-2000L is reliable and accurate (+/-1% of pressure set point from 5% to... | |
| The GP-2000R is a high-performance externally piloted throttling back-pressure valve for large capacity applications. Typical applications would include systems using flash steam for low-pressure heating or processes. The GP-2000R valve... | |
| The Hand Expansion Valves SEV series features a calibrated, adjustable seat nut flow regulating valve. Expansion valves are ideal for metering of flashing expansion of liquid refrigerants. The slotted seat... | |
| The primary purpose of an electrically operated solenoid valve is to automatically control the flow of fluids, liquids and gasses. Armstrong’s SFA series solenoid valves may be applied on a... | |
| The shear action disc design of the E25S valve provides precise controlled mixing of steam and water. Fitted with the electronic actuator and an integrated temperature sensor, the system ensures... | |
| The shear action disc design of the E40S valve provides precise controlled mixing of steam and water. Fitted with the electronic actuator and an integrated temperature sensor, the system ensures... | |
| The shear action disc design of the E50S valve provides precise controlled mixing of steam and water. Fitted with the electronic actuator and an integrated temperature sensor, the system ensures... | |
| Valve of brass/stainless steel (SS) construction. STEAMIX 2031 is supplied as standard with integral inlet supply risers comprising 3/4" Y-Type strainers and 3/4" ball valves cross-linked by a SS bridge... | |
| When accurate control is desired from your steam or water applications, the Armstrong Python® 1100 Series Control Valve will squeeze every bit of performance out of your system and... |