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 sensor, the system delivers high performance stand-alone closed-loop temperature control.

With the temperature feedback signal, the actuator provides temperature control accuracy to ± 1°F (± 0.5°C) over a 32°F - 212°F (0°C - 100°C) control range, capable of blending from 0% to 100% of either inlet temperature. Even with sudden changes of inlet pressure and temperature to the valve, the actuator controller aggressively minimizes outlet temperature variations, making the system ideal for use in industrial applications as a simple stand-alone or integrated mixing solution.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Ceramic discs: durable, corrosion resistant
• 3/4” valve flow coefficient (Cv): 8.1 mixing; 6.3 single port
• Valve constructed of C8FM (316) stainless steel
• End connection: 3/4” NPT inlets and 1” NPT outlet
• Elastomer seal material options are available to support NON water temperature control applications, e.g., glycol, hydraulic fluid
• Top entry allows inline access to internal valve parts
• Operating temperature range: -13°F to 257°F (-25°C to 125°C)
• Rated pressure: 145 psi (10 bar)
• BUBBLE TIGHT zero seat leakage shut-off (exceeds ASME B16.104 and FCI 70.2, Classes V and VI standards)
• Design verification to ASME B16.34
• U.S. patent approved

Electronic Actuator Features

• Analog (4-20mA) input and output control signals for interfacing with SCADA control
• Software configurable control settings
• Very high resolution capability (0.03° rotational)
• External RS232 connection (cable supplied)
• Stand-alone closed loop temperature control, or remote analog (4-20mA) control options
• Power: regulated 24Vdc 3.5Amp supply required
• Failsafe position feedback (non-contact absolute encoder)
• Keypad: 4 membrane switches with “dual touch” safety features
• Display: 3.5 digit LCD display with back light
• Push-button power switch
• Extra analog input for interfacing ancillary devices (e.g., flow switch, level switch)
• 90° stroke time as low as 1.5 seconds for fast control action
• Gearbox: planetary, lifetime lubrication, low backlash
• 100% duty cycle rated actuator

IMPORTANT NOTE: Further information on installation requirements and recommendations is available in the “Installation, Operation and Maintenance” Manual (IOM), a copy of which is provided with the product.

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 sensor, the system delivers high performance stand-alone closed-loop temperature control.

With the temperature feedback signal, the actuator provides temperature control accuracy to ± 1°F (± 0.5°C) over a 32°F - 212°F (0°C - 100°C) control range, capable of blending from 0% to 100% of either inlet temperature. Even with sudden changes of inlet pressure and temperature to the valve, the actuator controller aggressively minimizes outlet temperature variations, making the system ideal for use in industrial applications as a simple stand-alone or integrated mixing solution.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Ceramic discs: durable, corrosion resistant
• 1” valve flow coefficient (Cv): 12.6 mixing; 10.0 single port
• Valve constructed of C8FM (316) stainless steel
• End connection: 1” NPT inlets and 1-1/4” NPT outlet
• Elastomer seal material options are available to support NON water temperature control applications, e.g., glycol, hydraulic fluid
• Top entry allows inline access to internal valve parts
• Operating temperature range: -13°F to 257°F (-25°C to 125°C)
• Rated pressure: 145 psi (10 bar)
• BUBBLE TIGHT zero seat leakage shut-off (exceeds ASME B16.104 and FCI 70.2, Classes V and VI standards)
• Design verification to ASME B16.34
• U.S. patent approved

Electronic Actuator Features

• Analog (4-20mA) input and output control signals for interfacing with SCADA control
• Software configurable control settings
• Very high resolution capability (0.03° rotational)
• External RS232 connection (cable supplied)
• Stand-alone closed loop temperature control, or remote analog (4-20mA) control options
• Power: regulated 24Vdc 3.5Amp supply required
• Failsafe position feedback (non-contact absolute encoder)
• Keypad: 4 membrane switches with “dual touch” safety features
• Display: 3.5 digit LCD display with back light
• Push-button power switch
• Extra analog input for interfacing ancillary devices (e.g., flow switch, level switch)
• 90° stroke time as low as 1.5 seconds for fast control action
• Gearbox: planetary, lifetime lubrication, low backlash
• 100% duty cycle rated actuator

IMPORTANT NOTE: Further information on installation requirements and recommendations is available in the “Installation, Operation and Maintenance” Manual (IOM), a copy of which is provided with the product.

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 sensor, the system delivers high performance stand-alone closed-loop temperature control.

With the temperature feedback signal, the actuator provides temperature control accuracy to ± 1°F (± 0.5°C) over a 32°F - 212°F (0°C - 100°C) control range, capable of blending from 0% to 100% of either inlet temperature. Even with sudden changes of inlet pressure and temperature to the valve, the actuator controller aggressively minimizes outlet temperature variations, making the system ideal for use in industrial applications as a simple stand-alone or integrated mixing solution.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Ceramic discs: durable, corrosion resistant
• 1-1/2” valve flow coefficient (Cv): 19.6 mixing; 14.5 single port•Valve constructed of C8FM (316) stainless steel
• End connection: 1-1/2” NPT inlets and 1-1/2” NPT outlet
• Elastomer seal material options are available to support NON water temperature control applications, e.g., glycol, hydraulic fluid
• Top entry allows inline access to internal valve parts
• Operating temperature range: -13°F to 257°F (-25°C to 125°C)
• Rated pressure: 145 psi (10 bar)
• BUBBLE TIGHT zero seat leakage shut-off (exceeds ASME B16.104 and FCI 70.2, Classes V and VI standards)
• Design verification to ASME B16.34
• U.S. patent approved

Electronic Actuator Features

• Analog (4-20mA) input and output control signals for interfacing with SCADA control
• Software configurable control settings
• Very high resolution capability (0.03° rotational)
• External RS232 connection (cable supplied)
• Stand-alone closed loop temperature control, or remote analog (4-20mA) control options
• Power: regulated 24Vdc 3.5Amp supply required
• Failsafe position feedback (non-contact absolute encoder)
• Keypad: 4 membrane switches with “dual touch” safety features
• Display: 3.5 digit LCD display with back light•Push-button power switch
• Extra analog input for interfacing ancillary devices (e.g., flow switch, level switch)
• 90° stroke time as low as 1.5 seconds for fast control action
• Gearbox: planetary, lifetime lubrication, low backlash
• 100% duty cycle rated actuator

IMPORTANT NOTE: Further information on installation requirements and recommendations is available in the “Installation, Operation and Maintenance” Manual (IOM), a copy of which is provided with the product.

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 sensor, the system delivers high performance stand-alone closed-loop temperature control.

With the temperature feedback signal, the actuator provides temperature control accuracy to ± 1°F (± 0.5°C) over a32°F - 212°F (0°C - 100°C) control range, capable of blending from 0% to 100% of either inlet temperature. Even with sudden changes of inlet pressure and temperature to the valve, the actuator controller aggressively minimizes outlet temperature variations, making the system ideal for use in industrial applications as a simple stand-alone or integrated mixing solution.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Ceramic discs: durable, corrosion resistant
• 2” valve flow coefficient (Cv): 47.7 mixing; 40.3 single port
• Valve constructed of C8FM (316) stainless steel
• End connection: 2” NPT inlets and 2-1/2” NPT outlet
• Elastomer seal material options are available to support NON water temperature control applications, e.g., glycol, hydraulic fluid
• Top entry allows inline access to internal valve parts
• Operating temperature range: -13°F to 257°F (-25°C to 125°C)
• Rated pressure: 145 psi (10 bar)
• BUBBLE TIGHT zero seat leakage shut-off (exceeds ASME B16.104 and FCI 70.2, Classes V and VI standards)
• Design verification to ASME B16.34
• U.S. patent approved

Electronic Actuator Features

• Analog (4-20mA) input and output control signals for interfacing with SCADA control
• Software configurable control settings
• Very high resolution capability (0.03° rotational)
• External RS232 connection (cable supplied)
• Stand-alone closed loop temperature control, or remote analog (4-20mA) control options
• Power: regulated 24Vdc 5Amp supply required
• Failsafe position feedback (non-contact absolute encoder)
• Keypad: 4 membrane switches with “dual touch” safety features
• Display: 3.5 digit LCD display with back light
• Push-button power switch
• Extra analog input for interfacing ancillary devices (e.g., flow switch, level switch)
• 90° stroke time as low as 1.5 seconds for fast control action
• Gearbox: planetary, lifetime lubrication, low backlash
• 100% duty cycle rated actuator

IMPORTANT NOTE: Further information on installation requirements and recommendations is available in the “Installation, Operation and Maintenance” Manual (IOM), a copy of which is provided with the product.

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 fast, accurate and stable temperature control. The single compact assembly simplifies installation. The independence of this stand-alone unit provides a reliable solution for hot water supply for industrial applications.

The calibrated temperature probe fits into a 1/8” NPSM port in the outlet, and connects via a cable to the actuator. With this temperature feedback signal, the actuator can provide temperature control accuracy of ±1°F (±0.5°C) and up to 200°F (95°C) heated water at the outlet.

The E25S can handle a variety of input temperatures and pressures to give a temperature rise. With sudden changes of inlet pressure and temperature to the valve, the controller aggressively minimizes outlet temperature variations.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Nickel chrome and cobalt coated CF8M (316) stainless steel discs
• 1” valve flow coefficient Cv(max): 8.0
• Valve constructed of CF8M (316) stainless steel
• End connection: 1” NPT inlets and 1-1/4” NPT outlet
• Top entry allows inline access to internal valve parts
• Maximum inlet steam temperature 482°F (250°C)
• Rated pressure: 145 psi (10 bar)
• Seat leakage is approximately 0.05% of the valves Cv(max)
• Design verification to ASME B16.34
• U.S. patent approved

Electronic Actuator Features

• Analog (4-20mA) input and output control signals for interfacing with SCADA control
• Software configurable control settings
• Very high resolution capability (0.03° rotational)
• External RS232 connection (cable supplied)
• Stand-alone closed loop temperature control, or remote analog (4-20mA) control options
• Power: regulated 24Vdc 3.5 Amp supply required
• Fail-safe position feedback (non-contact absolute encoder)
• Keypad: 4 membrane switches with “dual touch” safety features
• Display: 3.5 digit LCD display with back light
• Push-button power switch
• Extra analog input for interfacing ancillary devices (e.g., flow switch, level switch)
• 90° stroke time as low as 1.5 seconds for fast control action
• Gearbox: planetary, lifetime lubrication, low backlash
• 100% duty cycle rated actuator

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 fast, accurate and stable temperature control. The single compact assembly simplifies installation. The independence of this stand-alone unit provides a reliable solution for hot water supply for industrial applications.

The calibrated temperature probe fits into a 1/8” NPSM port in the outlet, and connects via a cable to the actuator. With this temperature feedback signal, the actuator can provide temperature control accuracy of ±1°F (±0.5°C) and up to 200°F (95°C) heated water at the outlet.

The E40S can handle a variety of input temperatures and pressures to give a temperature rise. With sudden changes of inlet pressure and temperature to the valve, the controller aggressively minimizes outlet temperature variations.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Nickel chrome and cobalt coated CF8M (316) stainless steel discs
• 1” valve flow coefficient Cv(max): 13.3
• Valve constructed of CF8M (316) stainless steel
• End connection: 1-1/2” NPT inlets and 1-1/2” NPT outlet
• Top entry allows inline access to internal valve parts
• Maximum inlet steam temperature 482°F (250°C)
• Rated pressure: 145 psi (10 bar)
• Seat leakage is approximately 0.05% of the valves Cv(max)
• Design verification to ASME B16.34
• U.S. patent approved

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 fast, accurate and stable temperature control. The single compact assembly simplifies installation. The independence of this standalone unit provides a reliable solution for hot water supply for industrial applications.

The calibrated temperature probe fits into a 1/8” NPSM port in the outlet, and connects via a cable to the actuator. With this temperature feedback signal, the actuator can provide temperature control accuracy of ±1°F (±0.5°C) and up to 200°F (95°C) heated water at the outlet.

The E50S can handle a variety of input temperatures and pressures to give a temperature rise. With sudden changes of inlet pressure and temperature to the valve, the controller aggressively minimizes outlet temperature variations.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Nickel chrome and cobalt coated CF8M (316) stainless steel discs
• 2” valve flow coefficient Cv(max): 26.6
• Valve constructed of CF8M (316) stainless steel
• End connection: 2” NPT inlets and 2-1/2” NPT outlet
• Top entry allows inline access to internal valve parts
• Maximum inlet steam temperature 482°F (250°C)
• Rated pressure: 145 psi (10 bar)
• Seat leakage is approximately 0.05% of the valves Cv(max)
• Design verification to ASME B16.34
• U.S. patent approved

Electronic Actuator Features

• Analog (4-20mA) input and output control signals for interfacing with SCADA control
• Software configurable control settings
• Very high resolution capability (0.03° rotational)
• External RS232 connection (cable supplied)
• Stand-alone closed loop temperature control, or remote analog (4-20mA) control options
• Power: regulated 24Vdc 5 Amp supply required
• Fail-safe position feedback (non-contact absolute encoder)
• Keypad: 4 membrane switches with “dual touch” safety features
• Display: 3.5 digit LCD display with back light
• Push-button power switch
• Extra analog input for interfacing ancillary devices (e.g., flow switch, level switch)
• 90° stroke time as low as 1.5 seconds for fast control action
• Gearbox: planetary, lifetime lubrication, low backlash
• 100% duty cycle rated actuator

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 is a pre-assembled package that is suitable for any plumbing system. When hot condensate or hot water is drained into the condensate cooler body, the tempering valve opens and allows cold water to enter the chamber and mix with hotter liquid, cooling it to a preset temperature level of 135˚F (57˚C) or to a desired field-set temperature.

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 is a pre-assembled package that is suitable for any plumbing system. When hot condensate or hot water is drained into the condensate cooler body, the tempering valve opens and allows cold water to enter the chamber and mix with hotter liquid, cooling it to a preset temperature level of 135˚F (57˚C) or to a desired field-set temperature.

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 is a pre-assembled package that is suitable for any plumbing system. When hot condensate or hot water is drained into the condensate cooler body, the tempering valve opens and allows cold water to enter the chamber and mix with hotter liquid, cooling it to a preset temperature level of 135˚F (57˚C) or to a desired field-set temperature.

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 is a pre-assembled package that is suitable for any plumbing system. When hot condensate or hot water is drained into the condensate cooler body, the tempering valve opens and allows cold water to enter the chamber and mix with hotter liquid, cooling it to a preset temperature level of 135˚F (57˚C) or to a desired field-set 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 wear, outperforming conventionally seated valves, minimizing seal replacement and plant downtime.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Valve constructed of C8FM (316) stainless steel
• Ceramic discs: durable, corrosion resistant
• End connection: NPT (contact Armstrong for other end connection options e.g. CL150 flanges, socket weld, sanitary fittings, flanged)
• Elastomer seal material options
• Top entry allows inline access to internal valve parts
• Temperature range: -13°F to 257°F
• Rated pressure 145 psi (10 bar), designed to ASME B16.34
• Bubble tight (zero leakage) shut-off
• Manual handle option lockable in both open and closed position
• Seat seal performs beyond the requirements of ANSI B16.104 and FCI 70-2, Classes V and VI
• Manual handle kit includes stroke limiting feature

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 wear, outperforming conventionally seated valves, minimizing seal replacement and plant downtime.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Valve constructed of C8FM (316) stainless steel
• Ceramic discs: durable, corrosion resistant
• End connection: NPT (contact Armstrong for other end connection options e.g. CL150 flanges, socket weld, sanitary fittings, flanged)
• Elastomer seal material options
• Top entry allows inline access to internal valve parts
• Temperature range: -13°F to 257°F
• Rated pressure 145 psi (10 bar), designed to ASME B16.34
• Bubble tight (zero leakage) shut-off
• Manual handle option lockable in both open and closed position
• Seat seal performs beyond the requirements of ANSI B16.104 and FCI 70-2, Classes V and VI
• Manual handle kit includes stroke limiting feature

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 wear, outperforming conventionally seated valves, minimizing seal replacement and plant downtime.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Valve constructed of C8FM (316) stainless steel
• Ceramic discs: durable, corrosion resistant
• End connection: NPT (contact Armstrong for other end connection options e.g. CL150 flanges, socket weld, sanitary fittings, flanged)
• Elastomer seal material options
• Top entry allows inline access to internal valve parts
• Temperature range: -13°F to 257°F
• Rated pressure 145 psi (10 bar), designed to ASME B16.34
• Bubble tight (zero leakage) shut-off
• Manual handle option lockable in both open and closed position
• Seat seal performs beyond the requirements of ANSI B16.104 and FCI 70-2, Classes V and VI
• Manual handle kit includes stroke limiting feature

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 wear, outperforming conventionally seated valves, minimizing seal replacement and plant downtime.

Valve Features

• ISO 5211, 5210 actuator flange mounting
• Valve constructed of C8FM (316) stainless steel
• Ceramic discs: durable, corrosion resistant
• End connection: NPT (contact Armstrong for other end connection options e.g. CL150 flanges, socket weld, sanitary fittings, flanged)
• Elastomer seal material options
• Top entry allows inline access to internal valve parts
• Temperature range: -13°F to 257°F
• Rated pressure 145 psi (10 bar), designed to ASME B16.34
• Bubble tight (zero leakage) shut-off
• Manual handle option lockable in both open and closed position
• Seat seal performs beyond the requirements of ANSI B16.104 and FCI 70-2, Classes V and VI
• Manual handle kit includes stroke limiting feature

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 washdown.

Armstrong Single Temperature Hose Stations are ideal for installation in hot water systems which do not require a secondary point of use water temperature adjustment.

• Stainless Steel Construction.
• Stainless Steel Ball Valve Flow Control.
• Stainless Steel Hose Rack.
• Spray Nozzle.
• Washdown Hose.

Various hose lengths and spray nozzles are available as options for Armstrong Single Temperature Hose Stations.

Includes:

• Stainless steel full port 3/4" NPT (20 mm) ball valve
• Mounted on heavy-duty stainless steel hose rack with 8" x 12" (203 x 317 mm) mounting plate with four mounting holes
• Stainless steel hose strain relief
• 3/4" x 4" (20 mm x 101 mm) stainless steel nipple
• 3/4" (20 mm) stainless steel coupling at outlet

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 Single Temperature Hose Stations are supplied with a heavy duty washdown hose and a self closing industrial quality spray nozzle. They are ideal for installation in hot water systems which do not require a secondary point of use water temperature adjustment.

• Stainless Steel Construction.
• Stainless Steel Ball Valve Flow Control.
• Stainless Steel Hose Rack.
• Spray Nozzle
• Washdown Hose

Various hose lengths and spray nozzles are available as options for Armstrong Single Temperature Hose Stations.

Model 1033

Includes:

• Stainless steel full port 3/4" NPT (20 mm) ball valve
• Mounted on heavy-duty stainless steel hose rack with 8" x 12" (203 x 317 mm) mounting plate with four mounting holes
• Stainless steel hose strain relief
• 3/4" x 4" (20 mm x 101 mm) stainless steel nipple
• 3/4" (20 mm) stainless steel coupling at outlet
• Stainless steel 3" (76 mm) dial dual-scale thermometer (50˚-250˚F/10˚-121˚C)
• Armstrong specialty yellow abrasion-resistant 500 psi/190˚F (34 bar/87.7˚C)-rated washdown hose supplied in standard lengths of 25' and 50' (7.6 m or 15.2 m)
• 3/4" (20 mm) live male swivel and external spring guard at hose inlet and 1/2" (20 mm) live male swivel adaptor at outlet
• Custom hose lengths and a variety of colors available
• Self-closing rubber-cushioned Armstrong spray nozzle with stainless steel nozzle hook

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, container
“top off,” barrel washing and other similar applications.
STEAMIX 2030 is designed for a horizontal
(temperature control handle at top)
installation and is supplied as standard
with a SS wall mounting bracket.

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, container
“top off,” barrel washing and other similar applications.
STEAMIX 2030 is designed for a horizontal
(temperature control handle at top)
installation and is supplied as standard
with a SS wall mounting bracket.

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 piece and lever for simultaneous
on/off control of both inlet supplies. Unit is supplied fully assembled
and pressure tested. Inlet check valves required.
STEAMIX 2031 is a steam/water heater and
is recommended for use in various vessel
filling, container “top off,” barrel washing
and other similar applications or for use as
a hose station when a hose reel is desired.

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 supplied as standard with integral inlet supply risers comprising 3/4" Y-type strainers and 3/4" ball valves cross-linked by a stainless steel bridge piece and lever for simultaneous on/off control of both inlet supplies. The unit is supplied fully assembled and pressure-tested. Stainless Steel dual scale top mount Thermometer and Inlet Check Valves Included.

STEAMIX^® Steam and Water Hose Stations and Mixing Units will not pass live steam.

Steamix mixing valve, featured on all Steamix steam and water hose stations by Armstrong, will not pass live steam in the event of either a significant pressure reduction or complete failure of the cold-water supply.

Steamix is designed to improve efficiency and reduce risk when mixing steam and water for washdown. When your process demands high washdown temperatures, adjusting the mix of steam and water becomes much more difficult and dangerous. With the older style dual-globe valve mixing “Y,” it is too easy to introduce too much steam—with risky consequences for your personnel. Here’s why it’s no problem with Steamix.

Safety

• In the event of either a complete failure of the inlet cold-water supply or a reduction in cold-water pressure to below 20 (+/-5) psi (1.4 bar), STEAMIX will respond with a complete shutdown of outlet flow.
• If there is a structural failure of the primary operating component (diaphragm), STEAMIX will “fail safe” to cold water.
• To prevent over-temperature selection by the user and the potential for overheated water and flash steam presentation common with other types of hose stations, STEAMIX is supplied with a single-temperature locking set.

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 piece and lever for simultaneous
on/off control of both inlet supplies. Unit is supplied fully assembled
and pressure tested. Inlet check valves required.
STEAMIX 2031 is a steam/water heater and
is recommended for use in various vessel
filling, container “top off,” barrel washing
and other similar applications or for use as
a hose station when a hose reel is desired.

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
3/4" Y-Type strainers and 3/4" ball valves
cross-linked by a SS bridge piece and lever
for simultaneous on/off control of both inlet
supplies. Complete unit is supplied fully
assembled and pressure tested, installed on
a SS hose rack. Inlet check valves required.

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 supplied as standard with integral inlet supply risers comprising 3/4" Y-type strainers and 3/4" ball valves cross-linked by a stainless steel bridge piece and lever for simultaneous on/off control of both inlet supplies. The unit is supplied fully assembled, pressure-tested and installed on a stainless steel hose rack. Stainless Steel dual scale top mount Thermometer and Inlet Check Valves included.

STEAMIX^® Steam and Water Hose Stations and Mixing Units will not pass live steam.

Steamix mixing valve, featured on all Steamix steam and water hose stations by Armstrong, will not pass live steam in the event of either a significant pressure reduction or complete failure of the cold-water supply.

Steamix is designed to improve efficiency and reduce risk when mixing steam and water for washdown. When your process demands high washdown temperatures, adjusting the mix of steam and water becomes much more difficult and dangerous. With the older style dual-globe valve mixing “Y,” it is too easy to introduce too much steam—with risky consequences for your personnel. Here’s why it’s no problem with Steamix.

Safety

• In the event of either a complete failure of the inlet cold-water supply or a reduction in cold-water pressure to below 20 (+/-5) psi (1.4 bar), STEAMIX will respond with a complete shutdown of outlet flow.
• If there is a structural failure of the primary operating component (diaphragm), STEAMIX will “fail safe” to cold water.
• To prevent over-temperature selection by the user and the potential for overheated water and flash steam presentation common with other types of hose stations, STEAMIX is supplied with a single-temperature locking set.

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
3/4" Y-Type strainers and 3/4" ball valves
cross-linked by a SS bridge piece and lever
for simultaneous on/off control of both inlet
supplies. Complete unit is supplied fully
assembled and pressure tested, installed on
a SS hose rack. Inlet check valves required.

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" ball valves
cross-linked by a SS bridge piece and lever for simultaneous
on/off control of both inlet supplies. Unit is supplied fully
assembled and pressure tested, installed on a SS Hose rack.
STEAMIX 2033 also includes SS dual scale
outlet thermometer, 25' of “Safety Yellow”
washdown hose rated for 400 psi (28 bar)
and 400°F (88°C), low heat transfer polymer
spray nozzle with trigger guard, swivel
adapter and SS nozzle hook. Inlet check
valves required.

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 supplied as standard with integral inlet supply risers comprising 3/4" Y-type strainers and 3/4" ball valves cross-linked by a stainless steel bridge piece and lever for simultaneous on/off control of both inlet supplies. The unit is supplied fully assembled, pressure-tested and installed on a stainless steel hose rack. Stainless Steel dual scale top mount Thermometer and Inlet Check Valves included.

STEAMIX Model 2033P includes 25 feet of “safety yellow” washdown hose rated, low-heat-transfer polymer spray nozzle with trigger guard, swivel adapter, a stainless steel nozzle hook.

STEAMIX^® Steam and Water Hose Stations and Mixing Units will not pass live steam.

Steamix mixing valve, featured on all Steamix steam and water hose stations by Armstrong, will not pass live steam in the event of either a significant pressure reduction or complete failure of the cold-water supply.

Steamix is designed to improve efficiency and reduce risk when mixing steam and water for washdown. When your process demands high washdown temperatures, adjusting the mix of steam and water becomes much more difficult and dangerous. With the older style dual-globe valve mixing “Y,” it is too easy to introduce too much steam—with risky consequences for your personnel. Here’s why it’s no problem with Steamix.

Safety

• In the event of either a complete failure of the inlet cold-water supply or a reduction in cold-water pressure to below 20 (+/-5) psi (1.4 bar), STEAMIX will respond with a complete shutdown of outlet flow.
• If there is a structural failure of the primary operating component (diaphragm), STEAMIX will “fail safe” to cold water.
• To prevent over-temperature selection by the user and the potential for overheated water and flash steam presentation common with other types of hose stations, STEAMIX is supplied with a single-temperature locking set.

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" ball valves
cross-linked by a SS bridge piece and lever for simultaneous
on/off control of both inlet supplies. Unit is supplied fully
assembled and pressure tested, installed on a SS Hose rack.
STEAMIX 2033 also includes SS dual scale
outlet thermometer, 25' of “Safety Yellow”
washdown hose rated for 400 psi (28 bar)
and 400°F (88°C), low heat transfer polymer
spray nozzle with trigger guard, swivel
adapter and SS nozzle hook. Inlet check
valves required.

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 technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 a continuously pumped circulating hot water system.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 a continuously pumped circulating hot water system.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm displa
• Programmable temperature error level for safety shutdown

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 technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 a continuously pumped circulating hot water system.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 continuously pumped circulating hot water system.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 continuously pumped circulating hot water system.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 circulating hot water system.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 a recirculation return manifold as shown.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/- 2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 circulating hot water system.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/- 2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 circulating hot water system.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 a recirculation return manifold as shown.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/- 2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 circulating hot water system. DRV50R is supplied with a recirculation return manifold as shown.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/- 2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss)
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss).
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 circulating hot water system.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss).
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown

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 a recirculation return manifold as shown.

Digital technology provides enhanced water temperature control accuracy which resists zero system demand “Temperature Creep” without the use of a manual throttling valve or a temperature activated pump shut-off device (aquastat).

Operational Specifications

• +/-2°F water temperature control at points of use 25’ downstream during demand
• +/-2°F water temperature control at the DRV during zero system demand “idling” periods
• 2°F minimum valve inlet to outlet temperature requirement (system recirculation temperature loss).
• Automatic shutoff of hot water flow upon cold water inlet supply failure
• Automatic shutoff of hot water flow in the event of a power failure
• Programmable set point range of 81-158°F (27-70°C)
• Programmable thermal disinfection mode
• Programmable 1st level hi/lo temp alarm display
• Programmable temperature error level for safety shutdown