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Aetech digital mixing valve installation for commercial DHW systems in NJ and NY
Aetech Authorized Dealer

Digital Mixing
Valves

Aetech HP#7 electronic mixing valves deliver ±1.8°F precision temperature control, Legionella prevention, and up to 40% energy savings. ICA provides factory-authorized sales, installation, and service across New Jersey and New York.

±1.8°FTemperature Precision
250 PSIPressure Rating
350°FTemperature Rating
40%Energy Savings
Precision DHW Temperature Control

Electronic Precision.
Not Mechanical Guesswork.

Traditional thermostatic mixing valves rely on wax elements and bimetallic strips that drift ±5°F or more — reacting slowly to demand changes and degrading over time. Digital mixing valves replace that mechanical guesswork with electronic sensors and microprocessor control.

The Aetech HP#7 is a 3-way electronic mixing valve that blends hot and cold water to a precise setpoint. Built-in temperature sensors monitor both inlet and outlet conditions in real time, while a P+I control algorithm adjusts the valve position continuously to hold outlet temperature within ±1.8°F.

The result: consistent delivery temperatures, Legionella-safe storage, lower energy costs, and fail-safe scald protection — all from a single NSF-certified stainless steel valve rated to 250 PSI and 350°F.

Electronic Control
Microprocessor P+I controller with LED display maintains ±1.8°F precision — 3x tighter than mechanical thermostatic valves.
Legionella Prevention
Store water above 140°F to kill bacteria, then mix down to safe delivery temperatures — eliminating the safety tradeoff.
Energy Savings
Higher storage temps reduce heater cycling. Precise delivery control means less hot water at every fixture — up to 40% DHW cost reduction.
Aetech HP#7 Product Line

One Platform.
Every Pipe Size.

The Aetech HP#7 is available from 3/4" to 3" NPT — all sharing the same microprocessor controller, ±1.8°F precision, and NSF/ANSI 372 stainless steel construction.

Electronic
Aetech HP#7 — 3/4" to 1"
Small-Pipe Digital Mixing

Designed for smaller domestic hot water systems, point-of-use applications, and individual recirculation loops. The compact HP#7 delivers the same ±1.8°F precision as the full line — ideal for multi-family buildings, assisted living facilities, and school restrooms where anti-scald protection is critical.

  • Sizes: 3/4" and 1" NPT
  • Precision: ±1.8°F (±1°C) of setpoint
  • Pressure: Rated to 250 PSI
  • Temperature: Rated to 350°F
  • Construction: NSF/ANSI 372 stainless steel
  • Controller: Microprocessor P+I with LED display
Electronic
Aetech HP#7 — 1-1/4" to 2"
Mid-Range Digital Mixing

The mid-range HP#7 serves most commercial DHW systems — hotels, hospitals, dormitories, and office buildings with central hot water plants. Three-way valve design with interchangeable hot and cold ports simplifies installation and accommodates a wide range of piping configurations.

  • Sizes: 1-1/4", 1-1/2", and 2" NPT
  • Precision: ±1.8°F (±1°C) of setpoint
  • Pressure: Rated to 250 PSI
  • Temperature: Rated to 350°F
  • Features: Interchangeable hot/cold port connections
  • Safety: Fail-safe actuator with high-limit shutdown
Electronic
Aetech HP#7 — 2-1/2" to 3"
Large-Pipe Digital Mixing

Built for high-volume commercial and institutional DHW systems — large hospitals, universities, hotels, and industrial facilities. The large-pipe HP#7 handles the highest flow rates while maintaining the same ±1.8°F precision and microprocessor control as every valve in the line.

  • Sizes: 2-1/2" and 3" NPT
  • Precision: ±1.8°F (±1°C) of setpoint
  • Pressure: Rated to 250 PSI
  • Temperature: Rated to 350°F
  • Features: Custom alarm setpoints, BAS integration
  • Warranty: 5-year limited warranty
How It Works

Three-Way Valve.
Microprocessor Brain.

01
Hot & Cold Inlets
Hot water from the heater and cold water from the supply enter through two separate inlets. Interchangeable port connections accommodate any piping configuration.
02
Sensor Monitoring
Built-in temperature sensors continuously read both inlet and outlet water temperatures. Data feeds to the microprocessor controller in real time.
03
P+I Control
The microprocessor runs a proportional-integral algorithm that adjusts the valve position continuously — maintaining outlet temperature within ±1.8°F of setpoint.
04
Safe Delivery
Precisely mixed water exits at the target temperature. Fail-safe actuator and high-limit shutdown prevent scalding if sensors or power fail.
The ICA Advantage

Precision Equipment.
Expert Support.

ICA provides complete digital mixing valve solutions — from system design and valve sizing through installation, startup, and ongoing service across NJ and NY.

±1.8°F Precision
Microprocessor-based P+I control maintains outlet temperature within ±1.8°F of setpoint — far tighter than mechanical thermostatic valves that drift ±5°F or more.
Legionella Prevention
Store water above 140°F to kill Legionella bacteria, then mix down to safe delivery temperatures at the point of use — eliminating the tradeoff between safety and scald protection.
Up to 40% Energy Savings
Higher storage temperatures reduce heater cycling frequency and allow smaller tank sizing. Less hot water is used at every fixture because the delivery temperature is precisely controlled.
Microprocessor Controller
LED display with P+I control algorithm, custom alarm setpoints, high-limit shutdown, and diagnostic readouts. Built-in sensors monitor both inlet and outlet temperatures in real time.
Fail-Safe Operation
Fail-safe actuator option shuts the valve on power loss or sensor failure — preventing scalding water from reaching fixtures. High-limit shutdown adds an additional layer of safety.
Easy Installation & Service
Interchangeable hot and cold port connections simplify piping. NSF/ANSI 372 stainless steel construction is rated to 250 PSI and 350°F. ICA provides full installation support and warranty service.
Applications

Precision Temperature Control
for Every Facility

From healthcare anti-scald protection to hotel guest comfort — digital mixing valves serve any facility that demands consistent, safe domestic hot water delivery.

Hospitals & Healthcare
Anti-scald protection & Legionella control
Hotels & Hospitality
Consistent guest DHW temperature
Multi-Family Residential
Central DHW plants & risers
Schools & Universities
Dormitories & athletic facilities
Athletic & Recreation
Locker rooms & pool facilities
Restaurants & Food Service
Code-compliant water temperatures
Industrial Facilities
Process water temperature control
Assisted Living
Anti-scald safety for vulnerable populations
Frequently Asked Questions

Questions About
Digital Mixing Valves

What is a digital mixing valve?
A digital mixing valve is an electronically controlled 3-way valve that blends hot and cold water to a precise setpoint temperature. Unlike mechanical thermostatic valves, digital mixing valves use temperature sensors and a microprocessor controller to maintain outlet temperature within ±1.8°F — providing tighter control, real-time monitoring, and fail-safe shutdown capabilities.
How does a digital mixing valve prevent Legionella?
Legionella bacteria thrive in water stored between 77°F and 113°F. A digital mixing valve allows you to store water at 140°F or higher — hot enough to kill Legionella — then mix it down to a safe 120°F delivery temperature at the point of use. This eliminates the tradeoff between bacterial safety in storage and scald prevention at the fixture.
What's the difference between a digital mixing valve and a thermostatic mixing valve?
A thermostatic (mechanical) mixing valve uses a wax element or bimetallic strip to react to temperature changes. It typically maintains ±5.4°F accuracy and responds slowly to demand fluctuations. A digital mixing valve uses electronic sensors and a microprocessor P+I controller to maintain ±1.8°F accuracy with faster response, diagnostic alarms, high-limit shutdown, and integration with building automation systems.
How much energy can a digital mixing valve save?
Digital mixing valves can reduce domestic hot water energy costs by up to 40%. By storing water at higher temperatures, the water heater cycles less frequently and tank sizing can be reduced. Precise delivery temperature control also means less hot water is blended at each fixture — every degree of overshoot wastes energy.
What sizes does the Aetech HP#7 come in?
The Aetech HP#7 is available in pipe sizes from 3/4" to 3" NPT. All sizes share the same microprocessor controller, ±1.8°F precision, NSF/ANSI 372 stainless steel construction, and 250 PSI / 350°F ratings. ICA can help you select the correct size based on your system flow rate and DHW demand profile.
Does ICA install and service digital mixing valves?
Yes. ICA provides complete digital mixing valve support — from system design and equipment selection through installation, startup, and ongoing service. We serve all of New Jersey and the greater New York metro area. Call (800) 994-6164 for a consultation.
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