AquaMatic Valves for Air & Water Treatment  

Why buy AquaMatic valves and parts from Urbans Aqua?

• We work exclusively with water treatment professionals.
• Knowledgeable staff with an industrial pedigree to help with trouble shooting, replacement parts & new installations.
• Specialize in water treatment applications including AquaMatic valves for:
  • Commercial & Industrial Water Softeners
  • Commercial & Industrial Water Filters
  • Demineralizers & Deionizers

AquaMatic products are manufactured by AqMatic in the United States of foreign and domestic parts.

Introducing the F-Series In-Line Ultrasonic Flow Meters

Why AQ Matic Developed the Ultrasonic Meter

Challenges with Traditional Meters

• Mechanical Wear and Tear: Paddle wheels and turbines rely on moving parts that wear out, clog, or become inaccurate over time.
• Maintenance Burden: Frequent cleaning and part replacement are needed due to fouling from sediment, iron, or debris.
• Inaccuracy at Extremes: Traditional meters struggle with low or high flow rates, leading to unreliable measurements.

There is an Industry Demand for a Better Solution

• Professionals sought a low-maintenance, high-accuracy option compatible with legacy systems.
• Ultrasonic meters were developed to address these issues by eliminating moving parts and offering precise, long-term performance.
• Provide a retrofit solution for existing systems.

How Ultrasonic Meters Work

• Time of Flight Technology
  • Sound waves are sent downstream and upstream through the water.
  • The time difference between the waves calculates flow rate (velocity) and direction.
  • The meter can also measure water temperature based on sound speed.
• Advantages
  • No moving parts eliminates wear and fouling.
  • Highly accurate at all flow rates, including low flows where mechanical meters fail.
  • Bidirectional flow and temperature measurement add versatility.

Retrofitting with Ultrasonic Meters

Compatibility

• Ultrasonic meters are designed to work with common three-wire pulse generation systems used in brands like Clack, Pentair, and AquaMatic.
• They are drop-in replacements for traditional mechanical meters, using the same wiring and connections.
• Steps to Retrofit:
  • Step 1: Disconnect the existing mechanical meter:
    • Turn off water flow and remove the old paddle wheel or turbine meter.
    • Inspect plumbing connections for compatibility with the ultrasonic meter.
  • Step 2: Install the ultrasonic meter:
    • The ultrasonic meter has a compact, stainless steel design with the same male and female threading as traditional meters.
    • Ensure proper alignment and secure connections to avoid leaks.
  • Step 3: Connect to the control system:
    • Use the same three-wire pulse connection from the previous meter.
    • Input the K-factor (laser-engraved on the ultrasonic meter) into the control system for accurate calibration.
  • Step 4: Test and verify:
    • Turn on water flow and confirm that the meter is functioning correctly.
    • Check for LED flow indicators and verify accurate data in the system’s interface.
• Key Features for Retrofitting:
  • Plug-and-Play Installation: Ultrasonic meters use the same wiring and power supply as mechanical meters.
  • Compact Design: Stainless steel housing fits standard meter installations with minimal plumbing adjustments.
  • Laser-Engraved K-Factor: Ensures precise calibration for flow data in the system.

Applications of Ultrasonic Meters

• Water softeners and filtration systems.
• Industrial processes like irrigation, media blasting, and chemical feed systems.

Next Generation Models (coming soon)

• Chemical Feed Pumps:
  • Ultrasonic meters with 4-20 mA output will integrate seamlessly with advanced chemical feed systems.
  • Accurate flow measurements ensure precise dosing and resource management.
• Building Management Systems:
  • Future models will connect with management platforms, allowing centralized monitoring and control.

Potential Challenges

Air Pockets in Pipes 

• Ultrasonic meters require full water pipes for accurate readings. Voids or bubbles can disrupt sound wave measurements.

Power Requirements

• Unlike mechanical meters, ultrasonic meters need a power source. Most installations can draw power from the existing system, but standalone battery options are in development.

Downloads

• UA List Pricing F Series Flow Meter Aug 2024
• AquaMatic Spec Sheet F Series Inline Flow Meters
• Manual – F Series Inline Flow Meter Jul2024

AquaMatic Easy Nest for Commercial Industrial Systems

AquaMatic Valve Types

AquaMatic Valve V42 

Diaphragm Valve ¾ – to 6-inch “Y”
Cast Iron or Cast Brass Body and Cap

Features & Benefits

• Large seat opening and high lift-disc for higher flow rates at a lower pressure loss.
• Separate flow and control chambers permit positive closing without springs. Nominal cost for spring assist opening for low-pressure and self-draining applications.
• Cost-effective solution both in initial cost, as well as lifetime maintenance expenses.
• Separate diaphragm chambers protect the diaphragm from the flow stream and allows the valve to be serviced in-line.
• Unparalleled service life – Constructed of cast iron, brass, stainless steel and Nitrile elastomer components.
• ¾-inch through 3-inch threaded (N.P.T. or B.S.P.)
• 3-inch through 6-inch flanged drilled in accordance with ASA16.1 class 125, or BSP4504
• Compatible with wide range of line fluids including air or water applications
• Can be actuated with either air or water as control fluid

Accessories

• Optional seal and diaphragm materials
• Spring assist (open or closed)
• Position indicator
• Limit stop for adjustable flow rate control
• High temperature service

Downloads

• AquaMatic Valve V42 Overview
• Aquamatic Two Stage Control Valve
• V42 Aquamatic Solenoid Spec Sheet
• AquaMatic V42 Spec Sheet
• Manual V4 Metal Valves

AquaMatic Valve K52

Diaphragm Valve ½-inch to 2½-inch “Y” pattern  
Glass-filled thermoplastic body and cap

Features & Benefits

• Large seat opening and high lift-disc for higher flow rates at a lower pressure loss.
• Separate flow & control chambers permit positive closing without springs. Nominal cost for spring assist opening for low-pressure and self-draining applications.
• Cost-effective solution both in initial cost, as well as lifetime maintenance expenses.
• Separate diaphragm chambers protect the diaphragm from the flow stream and allows the valve to be serviced in-line.
• All internal parts in contact with fluid are made of composite materials.
• Air or water actuation
• Designed for standard water treatment applications or those requiring acids, caustic and harsh chemicals which can rapidly corrode metal valves.

Accessories & Options

• Optional seal and diaphragm materials
• Spring assist (open or closed)
• Normally open or closed
• Position indicator
• Limit Stop
• K55 isolated bonnet valve
• End connectors must be purchased for all new installations. A wide variety of choices is available.

Downloads

• AquaMatic Valve K52 Overview
• Master Chart K52
• Manual K52 Valves

AquaMatic Valve K53

Diaphragm Valves 1-inch to 3-inch “Y” pattern
Glass-filled thermoplastic body and cap intended for corrosive applications but may be used for standard water treatment applications.

Features & Benefits

• Dual o-ring seal with vent between the o-rings to prevent damage to the diaphragm.
• Female socket weld connectors with union ends allows easy installation and removal without disrupting the service piping.
• Cap held by a retaining ring, eliminates screws and nuts used on the K52 valve.
• No external metal parts to corrode in aggressive atmosphere.
• Valve bodies provided with molded pads can be used to support piping manifold.
• Ideal for corrosive applications including deionized water, acids, caustic and harsh chemicals that would rapidly corrode metal valves.
• Air or water actuation

Accessories

• Fully adjustable limit stop from full-open to full-closed.
• Limit stop with position indicator
• Spring assist (open or closed)
• Seal and diaphragm materials available
• Normally open or closed
• Externally normally closed
• End connectors – must be purchased for all new installations.

Downloads

• AquaMatic Valve K53 Overview
• Master Chart K53 42984
• Aquamatic-K53Control Valves SpecSheet_Rev K-MA2016

Accessories

962 AquaMatic Stager Controller

The AquaMatic 962 control can be used with Aquamatic stagers (48,51,58) found on diaphragm valve nest designs for filters, softeners, polishers or deionizers.  This fully programmable series of controls enables users to fine tune the operation to meet specific application requirements.

Features & Benefits

• The 962 Control provides sophisticated electronic controls and reliable performance of AquaMatic Stagers.
• Accepts an input from a variety of flow sensors to electronically monitor the amount of water used.
• Homing operation – the control and stager automatically synchronize to the service position.
• NEMA 4XFG fiberglass enclosure
• 115VAC 50/60Hz or 230VAC 50/60Hz
• Up to 15 programmable timed regeneration cycles are available.

Accessories

• Optional relay output during regeneration.
• Optional battery back-up for flow monitoring during power outage.
• Auxiliary switch for electrical output during regeneration cycle(s).

Downloads

• AquaMatic 962 Series Spec Sheet_
• Master Chart 962 Stagers
• Manual 962 Stager Control

NXT AquaMatic Stager Controller

Available in the NX48 and NX51 Series configurations, the NXT Stager Controller is easy to use. It has the unique ability to fine tune stager operation for almost every water treatment application.

Features & Benefits

• The ability to fine tune stager operation for almost every commercial or industrial water treatment application.
• A new intuitive interface for controlling AquaMatic valves.
• Enhanced 2×16 full-text backlit display.
• Detailed intuitive LED readouts.
• User friendly programming.
• Diagnostic feedback
• Power back-up
• Available in the NX48 and NX51 Series configurations.

Downloads

• NXT AquaMatic Overview
• AquaMatic NXT Stager Controller Specifications
• Master Chart NXT Stager Control
• Manual NXT Stager Controller AquaMatic

AquaMatic Stagers

AquaMatic stagers (48, 51 & 58) can be controlled by programmable controllers or adjustable timers.

Features & Benefits

• Motor-driven rotary multiport pilot valve
• Controls a set of individual diaphragm valves in a predefined sequence.
• Driven by an electric motor
• In the event of a power failure, stagers can be manually advanced through all positions.
• Functions by pressurizing and venting the control ports, allowing valves to open and close in predefined sequence.
• Standard stagers are designed to operate normally open valves.
• Optional stagers can be supplied with an inverted program normally closed valves.

Download

• AquaMatic Stagers Overview
• Stager Model Number Selection
• Master Chart Stagers
• Aquamatic Stager Series Specifications

AquaMatic Fluid Ejectors

Aquamatic Fluid Ejectors are designed for commercial applications.  Constructed of chemical resistant PVC, the ejector enables the operator to safely draw brine or deionization regenerants into water treatment systems.

AqMatic offers both NPT and socket weld styles from ½” to 2″ to match a range of installations.

To properly select the correct ejector, contact us. Each size has multiple colors that specify which orifice size the ejector is built with.  The supply pressure and solution to be drawn must be known. The draw factor and solution specific gravity will allow you to match the right ejector to the required regeneration flow rate and regenerant concentration.

These injectors (also known as eductors) may also be used for rebedding ion exchange or activated carbon systems.  Contact Urbans Aqua for more information about this application.

Specifications

• Min Effective Operating Pressure 40 psi
• Max Recommended Operating Pressure 100 psi
• Max Recommended Operating Temperature up to 100°F

*For optimum performance, ejectors should be installed with a section of straight pipe extending from the discharge side.

Downloads

• AquaMatic Fluid Ejectors Specifications
• AquaMatic Fluid Ejectors Overview