HYDRO EvoClean with Total Eclipse Controller User Manual

user manual
EvoClean with
Total Eclipse Controller

 overview

Safety Precautions
WARNING! Please read these warnings carefully and follow all applicable local codes and regulations.
THANK YOU FOR YOUR INTEREST IN OUR PRODUCTS!
TO AVOID SERIOUS PERSONAL INJURY AND PROPERTY DAMAGE:
WEAR     protective clothing and eyewear when dispensing chemicals or other materials, when working in the vicinity  of chemicals, and when filling or emptying equipment.   read and follow all safety instructions in safety data sheets (SDS) for all chemicals.
observe all safety and handling instructions of chemical manufacturer.
ALWAYS dilute and dispense chemicals in accordance with chemical manufacturer‘s instructions.
NEVER direct discharge away from you and other persons and into approved containers.
regularly inspect equipment and keep equipment clean and properly maintained.
install using a qualified technician only, in accordance with all applicable electrical and plumbing codes.
disconnect all power to dispenser during installation, service, and/or any time dispenser cabinet is opened.mix incompatible chemicals that pose hazards.

1.O1 Package Contents

1. EvoClean Dispenser (part number varies by model)
2. Quick Start Guide (not shown) (P/N HYD20-08808-00)
3. Accessory Kit (not shown) (Mounting brackets and hardware)
4. Inline Umbrella Check Valve Kit (not shown) (part number varies by model)
5.  Chemical Pick-up Tube Kit (optional) (part number varies by model)
6. Backflow Preventer (optional) (P/N HYD105)
7. Machine Interface (optional) (P/N HYD10-03609-00)
8. Total Eclipse Controller (optional) (P/N HYD01-08900-11) OR Connected Total Eclipse Controller (optional) (P/N HYDCTE-RTE1015)

1.O2 Operation
The EvoClean is a low maintenance, venturi-based laundry chemical dispenser. It is used with a separate Total Eclipse controller and machine interface. EvoClean is now available in configurations that can stream data directly to Hydro Connect.
The EvoClean can be used for applications requiring four, six or eight products and offers an integrated flush manifold. This manual contains instructions for installing, operating and troubleshooting the dispenser.
NOTE! The EvoClean is intended for use in industrial applications. It is not suitable for domestic use, and it must not be used outside of its intended use. The product must only be used for commercial laundry operation. The manufacturer waives any responsibility arising from incorrect usage or transportation.
1.O3 Model Numbers and Features

EvoClean Build Options:
Number of Products: 4 = 4 Products
6 = 6 Products
8 = 8 Products
Flow Rate: L = Low Flow
H = High Flow
Check Valve Barb Size: 2 = 1/4 inch Barb
3 = 3/8 inch Barb
5 = 1/2 inch Barb
Outlet Barb Size: 3 = 3/8 inch
5 = 1/2 inch
Water Inlet Style: G = Garden Hose
J = John Guest
B = BSP
Controller Included: CON = Connected TE Controller is
Included
TE = TE Controller is included
(blank) = TE Controller is not Included
Machine Interface: M = Machine Interface is Included
(MI) Included (blank) = Machine Interface is not Included

(MI) Included
?opular NA Models| | | | | | | | |
1-1YDE124L35GTEM ..•| HYD| #####| 4| L| 3| 5| G| CON| M
I-IYDE124H35GTEM| HYD| #####| 4| H| 3| 5| G| CON| M
I-IYDE124L35G| HYD| #####| 4| L| 3| 5| G| |
.14YDE124H35G| HYD| #####| 4| H| 3| 5| G| |
HYDE126115GTEM| HYD| #####| 6| L| 3| 5| G| CON| M
HYDE126H35GTEM| HYD| #####| 6| H| 3| 5| G| CON| M
HYDE126L35G| HYD| #####| 6| L| 3| 5| G| |
I-IYDE126H35G| HYD| #####| 6| H| | 5| G| |
HYDE128L35GTEM| HYD| #####| 8| | | 5| G| CON|
FiYDE128H35GTEM| HYD| #####| 8| | | | | |
FiYDE128L35G| FWD| #####| 8| | | | | |
HYDE128H35G| 1-ND| #####| 8| | | | | |
?copular APAC Models| | | | | | | | |
14YDE124L35BTEMAPAC| HYD| #####| | | 3| | B| CON|
1-1YDE124H358TEMAPAC| HYD| #####| | | 3| | B| CON| M
14YDE126L35BTEMAPAC| HYD| #####| | | 3| | B| CON| M
HYDE126H35BTEMAPAC| HYD| #####| | | 3| | B| CON| M
I-IYDE128L35BTEMAPAC| HYD| #####| 3| L| 3| | | CON| M
HYDE128H35B1EMAPAC| HYD| #####| 3| | 3| | | CON| M
I-IYDE124L55BTEMAPAC| HYD| #####| 4
–| L| 5| | .,| CON| M
HYDE124H558TEMAPAC| HYD| #####| 4| H| 5| | 13| CON| M
HYDE126L55BTEMAPAC| 1-IYD| #####| 6| L| 5| | 13| CON| M
HYDE126H558TEMAPAC| FWD| #####| 6| H| 5| | 13| CON| M
HYDE128L55BTEMAPAC| 1-PID| #####| 8| L| 5| B| CON| M
I-IYDE128H55BTEMAPAC| 1-ND| #####| 8| H| 5| 113| CON| M

NOTE! Standard Total Eclipse versions of all units above are available by replacing CON with TE.
1.O4 General Specifications

Category|
---|---
Specification
Electrical (Dispenser)| 7 1 OV to 240V AC at 50-60 Hz up to 0.8 Amps
Water Pressure Rating| Minimum: 25 PSI (1.5 Bar – 0.18 mPa) Maximum: 90 PSI (6 Bar – 0.6 mPa)
Inlet Water Temperature Rating| Between 40°F and 140°F (5°C and 60°C)
Chemical Temperature Rating| Intake chemicals should be at room temperature
Cabinet Material| ,rront: ASA Rear: PP-TF
Environmental| :Pollution: Degree 2. Temperature: 50°-160° F (10°-50t C). Maximum Humidity: 95% Relative
Regulatory Approvals| North America:
Conforms to: ANSI/UL Std. 60730-1:2016 Ed. 5
Certified to: CAN/CSA Std. E60730-1 2016 Ed. 5
Global:
Conforms to: 2014/35/EU Conforms to: 2014/30/EU Certified to: IEC 60730-1:2013, AMD1:2015
Certified to: EN 61236-1:2013
Dimensions| -: -Product: 8.7 in (220 mm) High x 10.7 in (270 mm) Wide x 6.4 in (162 mm) Depth
| -Product: 8.7 in (220 mm) High x 14.2 in (360 mm) Wide x 6.4 in (162 mm) Depth
=i-Product: 8.7 in (220 mm) High x 22.2 in (565 mm) Wide x 6.4 in (162 mm) Depth

 installation

2.O1 Site Survey & Installation Requirements
CAUTION! Before an installation takes place it is advisable to complete a site survey to ensure the
EvoClean can be installed in a position that meets all of the requirements listed below.

• Unit is to be installed by a trained technician; all local and national electrical and water regulations are to be observed.
• Unit must not be installed near areas that suffer excess temperature changes, direct sunlight, frost or moisture of any kind.
• Area must be free of high levels of electrical noise.
• Ensure the unit can be mounted in an accessible position above the height of the required discharge location.
• Ensure there is an appropriate power source within the reach of the 8-foot standard power cable.
• Unit must be mounted on a suitable wall, that is flat and perpendicular to the floor.
• The unit location should be well lit for any maintenance and free of high levels of dust / air particulates.
• Scheduled maintenance should be carried out on the dispenser at least once per year.
•  A locally approved back-flow prevention device – not provided – may be required for safe and legal operation. Hydro Systems offers an approved back-flow prevention device as an option, if one is needed (part number HYD105).

2.O2 Mounting Kit

1. Choose a location near to the laundry machine. Use the mounting bracket to mark the appropriate mounting location and as a hole template to mark the securing holes.
2. Wall anchors are provided, please ensure they are appropriate to the wall/surface being mounted to.
3.  Mount the dispenser onto the mounting bracket. Push down the clips to secure the unit.
4.  Secure the dispenser at the bottom, with the remaining screw provided.
   NOTE! Please secure any cables so that they do not create a hazard for the operator.

2.O3 Incoming Water Supply
WARNING! Ensure the incoming water supply hose is supported to prevent unnecessary stress on the inlet fitting.

1. Connect incoming water supply using fittings provided. This will either be a 3/4’’ female Garden Hose fitting, or a 1/2” O.D. push-fit connector.
2.  A locally approved back-flow prevention device – not provided – may be required for safe and legal operation. Hydro Systems offers an approved back-flow prevention device as an option, if one is needed (part number HYD105).
3. Although it is possible to have the water inlet on either side of the dispenser, the outlet will always need to be on the right.

2.O4 Route Discharge Hose to Machine

1. Connect outlet (see above) to the washing machine using 1/2” ID flexible braided PVC hose.
2.  Secure PVC hose to barb with a hose clamp.

2.O5 Routing Pickup Tubes

1. Open cabinet.

2. The check valves are supplied detached, in a bag with the unit. To prevent damage to the dispenser, install hoses to the check valves before connecting the check valves to the manifold!

3.  The eductors are designated from left to right in the following order:
   • 4-product units (single cabinet): F, 1, 2, 3, 4
   • 6-product units (single cabinet): F, 1, 2, 3, 4, 5, 6
   • 8-product units (twin cabinet): F, 1, 2, 3, 4 – 5, 6, 7, 8
   WARNING! Do not connect any chemical hoses to the (F) Flush vent position!

4. Measure the distance of the hose route to be used, from the eductor to the base of the respective chemical container.

5. Cut the 3/8” ID flexible PVC Hose tube to that length. (Alternative check valve and hose options are available. Contact Hydro Systems for further information.)

6.  Push the PVC hose on to the detached check valve and secure with cable tie, then push the check valve elbow into the eductor and secure with the push-on clip, as shown in the diagrams below.

7.  Install the in-line check valves between the dispenser and chemical container, as close to the container as possible. They must be installed in a vertical orientation not at an angle or horizontally; and the flow must match the orientation arrow on the valve body (as shown in figure 7). Cut barbs to the largest size compatible with the chemical intake tubing.
   NOTE: Gray check valves have an EPDM seal and must be used with alkaline products only.
   Blue check valves have a Viton seal and should be used for all other chemicals.

8. Place the inlet hose into the container, or if using a closed-loop packaging connect the inlet hose to the container.

WARNING! Do not attempt to “tee” chemical intake hoses to feed multiple eductors or dispensers! Loss of prime or insufficient chemical feed may result. Always run an individual intake hose to the chemical container.
2.O6 Power Connection

1. Install the Total Eclipse controller or Connected to Total Eclipse controller and the Machine Interface using the separate instruction sheets for those products.
2. Connect the EvoClean dispenser to the Total Eclipse controller or Connected to Total Eclipse controller via the pre-wired J1 cable coming from the dispenser.
3. Connect the EvoClean’s power cord to an appropriate supply providing 110V to 240V AC at 50-60 Hz up to 0.8 Amps.
4. It is a legal requirement to allow disconnection of the appliance from the power supply after installation. The disconnection may be achieved by having the plug accessible or by incorporating a switch in fixed wiring in accordance with wiring rules.
   WARNING! Wires and hoses left hanging loose may be a tripping hazard, and could result in equipment damage.
   Ensure all cables are secure. Be sure the tubing will be out of the way of walkways and will not impede motion required in the area. Creating a low place in the run of tubing will minimize drainage from the tubing.

2.O7 Programming

1. Programming will be accomplished using the connected Total Eclipse controller or Connected to Total Eclipse controller.
   Please consult the appropriate controller documentation to complete this step.

maintenance

WARNING! Before you perform any maintenance, disconnect the incoming power source.
3.O1 Preparation

1. Unplug the power cable from wall to disconnect incoming main power supply.
2. Shut off the water supply to the system and disconnect the inlet water supply line and outlet discharge tubing.
3. Use a Phillips head screwdriver to loosen the screw and open the front cover of the enclosure.
4. Disconnect the check valves from the eductors (see step 6 in section 2.0.5 on the previous page) and drain chemical linesback into their containers.
   NOTE: If you going to remove any solenoid valves, use a 3/8” Allen wrench inside the water inlet swivel stem to remove it from the upper manifold. This will allow you to lift the upper manifold later without interference with the cover.

3.O2 Maintenance for Lower Manifold, Eductor or Solenoid

1. Perform 3.01 Preparation, then remove the Phillips screws holding the lower manifold in the cabinet, as shown below.

2. Pivot the manifold assembly upward around the upper manifold, to give some clearance for disconnecting the lower manifold. (If the manifold is difficult to turn upward, slightly loosen the two upper manifold clamp screws shown in step 6.)

3. Pull off the clips holding the lower manifold to the eductors and remove the lower manifold.
   NOTE: With APAC units, ensure the ball and spring of the non-return valves are properly retained in the lower manifold. 3.O2 Maintenance for Lower Manifold, Eductor or Solenoid (continued)

4.  Inspect the manifold, it’s joint O-rings, and the eductor O-rings for damage and replace any damaged parts, as necessary.
   (To maintenance an eductor or solenoid, proceed to step 5. Otherwise skip to step 15 to begin reassembly.)

5. Unscrew the eductor from the upper manifold and remove it as shown to the right.
   Inspect the eductor and its O-ring for damage. Repair or replace parts as needed. (To maintenance a solenoid, proceed to step 6.
   Otherwise skip to step 14 to begin reassembly.)

6. Unscrew the screws holding the two half-circle clamps that secure the upper manifold.

7.  Rotate the upper manifold clamps back, out of the way.

8. Use pliers to carefully unplug the solenoid electrical connections. (CAUTION! Keep a careful record of what color wires you disconnect from each solenoid connector, so when you need to reconnect them in post-maintenance reassembly you will be 100% sure which color wire goes where. Perhaps taking cell-phone photos would be a good way to keep track.)

9. Lift the upper manifold to provide clearance to unscrew solenoid. (Notice water inlet swivel fitting has been removed.)

10. Unscrew the solenoid from the upper manifold and remove it. Inspect Solenoid and O-ring. Repair or replace as needed.
    (Note: Eductor 6 is used in this example. Other positions may require multiple eductor and solenoid removal.)

11.  Screw on the new replacement or existing solenoid. Tighten enough to prevent leaks and to orient outlet downward.

12.  Lower the upper manifold back into position, secure with half-circle clamps (which can be pushed forward from the back of the cabinet if they are hard to grasp from the front) and reconnect the solenoid electrical connections.

13. Screw on the new replacement or existing eductor. Tighten enough to prevent leaks and to orient intake outward.

14.  Reattach the lower manifold, pushing it onto the eductors, and secure the manifold to the eductors using the clips.
    (Note: With APAC units, ensure the ball and spring non-return valves are properly seated in the lower manifold before reassembly.)

15. Secure the lower manifold to the back cover with the screws you removed earlier. (Note: If you loosened the upper manifold screws, and have not tightened them yet, tighten them now.)

3.O3 Return Dispenser to Service

1. Returning Dispenser to Service: (Not shown)
   a. Reconnect and secure the flush and chemical intake check valves to the dispenser. (See Step 6 in Section 2.0.5.)
   b. If you removed it for solenoid maintenance, reconnect the water inlet swivel stem with a 3/8” Allen wrench.
   c. Reconnect the water inlet and outlet tubing and turn on the incoming water supply. Check for leaks.
   d. Reconnect the power cord to an appropriate supply providing 110V to 240V AC at 50-60 Hz up to 0.8 Amps.
   e. Follow the procedure in the Total Eclipse controller menu for priming the chemical pickup lines. Check for leaks again.

 troubleshooting

for power at some.
•Check the J1 cab’) connectbn at the controller.
For NA units cny:
•Ensure the wall power transformer is delivering 24 VDC.
G. Defective PI PCB. J1 cable or controller.| •Checkoperation of each component. replace as needed,
2. No now of water from the outlet of the dispenses upon receipt of signal a prime (for all products)| a. Water source is turned off.| •Restore water supply.
b. Water inlet screen/filer is clogged.| •Clean or replace water inlet screen/filer.
c. Defective PI PCB, J1 cable or controller.| •Check operation of each component, replace as needed.
3. No flow of water from the outlet of the dispenser upon receipt of signal or prime (fct some but not all products)| a.Loose solenoid connection or failed soleno| d.• Check solenoid corned ions and voltageat solenoid.
b.Defective J1 cable.| •Check J1 cable operation aid replace as needed.
c. Clogged eductor| •Check eductor and clean or replace as needed,
4. No flowof water from the outlet of the dispenser
upon receipt of signal (but products prime OF| a, Product(s) not calibrated| •Calbrate products with TE controller as needed.
b. No washer Signal, or signal wire is loose.| •Verify washer program and check signal wire connections.
c. Damaged J2 cable.| •Check J2 cable operation and replace as needed.
d. Defect ae Machine Interlace (MI), J2 cable, or controller.| •Check operation of each component, replace as needed.
5. Not counting loads| a. ‘Count Pump” not running.| •Ensure the ‘Count Pump” is scocted Properly, has a
pump amount and that it is getting a signal to run.
6. Insufficient or incomplete draw of chemical.| a. Insufficient water pressure.| •Check water inlet hoses for kinks or obstructicns, repair or replace as needed.
•Check water inlet screen for obstruction, clean of replace as needed.
•If the solutions above do not fa the issue, take measures to boost the eater pressure above 25 PSI,
b. Clogged chemical check valve.| •Replace the clogged check valve assembly.
c. Clogged eductor| •Isolate the unit from the water supply,locate the troubled eductor, and replace the educto
d. Incorrect pick-up tubing instalabon.| •Check pickup turang for kinks a locos. Ensure that the
tutng b installed below the fluid level in the contaner.
7. Continuous flow of water Wile dispenser is idle.| a. Debris in solenoid valve.| •flare inlet strainer’s attached and replace affected solenoid
G. Defective PI PCB or J1 Cable.| •Check operation of each oomponent, replace as needed.
8. Loss of chemical prime or water entering th chemical container.| a. Faied eductor check valve and/or Wed in. Me umbrella check valve.| •Replace failed valve(s) and check chemical compatibility.
0 Air leak in system.| •End and repair any air leaks in the system.
9. Water or chemical leak| !. Chemical attack or damage to a seal.| •hotate the unit from the water supply, locate the exact source of the leak and replace any damaged seals and components.
10. Incomplete delivery of chemical to the washer| a. Insufficient flush time.| •Increase the flush time (rule of thumb is 1 second per ft).
b. Krked or damaged delivery tubing.| •Remove any kinks and/or replace delivery tubbing as needed.

service parts

WARNING! Components shown on the following pages should only be replaced by a competent engineer.
Any components not listed within this section should not be attempted to be replaced without the advice of Hydro Systems. (Any unauthorized attempts to repair the unit will invalidate the warranty.)
Before any maintenance, disconnect the incoming power source!
5.O1 Exploded Parts Diagram (cabinet)

5.O2 Service Part Numbers (cabinet)

2 washers)
The 4-product and 6-product models use 1 kit, while the 8-product model uses 2 kits.
5| HYD10099753| Kit, EvoClean Lock Mk2 (1)
Not Shown| HYD10098944| Front Cover Label Pack
Not Shown| HYD10099761| 24VDC Power Supply Kit

5.OO service parts (continued)
5.O3 Exploded Parts Diagrams (manifold)

5.O4 Service Part Numbers (manifold)

Washer)
HYD90098379| 3/4″ British Standard Pipe (BSP) Water Inlet Assembly (includes Strainer Washer)
HYD10098184| EPDM 0-ring, Size #16 (10 pack) – Not shown, used on Ref. 2, 3, 4, 5 and 15
3| HYD10095315| Solenoid Water Valve, 24V DC
HYD10098193| EPDM Washer, 1/8 in x 1 in (10 pack) – Not shown, used on Ref. 3
4| HYD10098191| Valve Nipple Assembly (includes 2 0-rings)
5| HYD10075926| Upper Manifold End Plug
6| HYD10098196| Low Flow Eductor – 1/2 GPM
HYD10098195| High Flow Eductor – 1 GPM
HYD10098128| Aflas 0-ring, Size #14 (10 pack) – Not shown, used on Ref. 6, 11 and 12
7| HYD90099387| 1/2″ Hose Barb (standard)
| HYD90099388| 3/8″ Hose Barb (optional)
8| HYD10098185| EvoClean Clip – Kynar (10 Pack), used on Ref. 6, 11 and 12
9| HYD90099384| Single-port Manifold
HYD10099081| Aflas 0-ring, Size 14mm ID x 2mm (10 pack) – Not shown, used on Ref. 9, 10 and 14
10| HYD90099385| Double-port Manifold
11| HYD10098186| Eductor Check Valve and Elbow Assembly, 1/4″ Barb (PVC, Aflas, Teflon, Hastelloy with Kynar Elbow)
HYD10098187| Eductor Check Valve and Elbow Assembly, 3/8″ Barb (PVC, Aflas, Teflon, Hastelloy with Kynar Elbow)
HYD10098197| Eductor Check Valve and Elbow Assembly, 1/2″ Barb (PVC, Aflas, Teflon, Hastelloy with Kynar Elbow)
12| HYD10098188| Flush Check Valve and Elbow Assembly, 1/8″ Barb (NOT for chemical connection!)
13| HYD90099390| Lower Manifold End Plug
14| HYD10097801| Flush Eductor – 1 GPM
15| HYD10075904| Pipe Nipple
16| HYD10099557| Inline Check Valve Kit (6-pack: 4 Blue Viton / 2 Gray EPDM) for Chemical Intake Tube, 1/4″-3/8″-1/2″ barbs
HYD10099558| Inline Check Valve Kit (8-pack: 6 Blue Viton / 2 Gray EPDM) for Chemical Intake Tube. 1/4″-3/8″-1/2″ barbs
HYD10099559| Inline Check Valve Kit (10-pack: 8 Blue Viton / 2 Gray EPDM) for Chemical Intake Tube, 1/4″-3/8″-1/2″ barbs

5.O4 Service Part Numbers (manifold)

1/4”-3/8”-1/2” barbs
Not Shown| HYD90099611| Footvalve Kit, Viton, with Screen, Blue, 6 valves, 1/4”-3/8”-1/2” barbs
Not Shown| HYD90099612| Footvalve Kit, Viton, with Screen, Blue, 8 valves, 1/4”-3/8”-1/2” barbs
Not Shown| HYD90099613| Footvalve Kit, EPDM, with Screen, Gray, 4 valves, 1/4”-3/8”-1/2” barbs
Not Shown| HYD90099614| Footvalve Kit, EPDM, with Screen, Gray, 6 valves, 1/4”-3/8”-1/2” barbs
Not Shown| HYD90099615| Footvalve Kit, EPDM, with Screen, Gray, 8 valves, 1/4”-3/8”-1/2” barbs
Not Shown| HYD10098189| Chemical Intake Tubing Kit, one 7-foot length of 3/8” braided PVC tubing and 2 clamps
Not Shown| HYD10098190| Chemical Intake Tubing Kit, one 7-foot length of 1/4” braided PVC tubing and 2 clamps
Not Shown| HYD90099599| Optional Kit, Non-Return Valve (NRV) – 4 Product (Standard in APAC region only)
Not Shown| HYD90099600| Optional Kit, Non-Return Valve (NRV) – 6 Product (Standard in APAC region only)
Not Shown| HYD90099597| Optional Kit, Non-Return Valve (NRV) – 8 Product (Standard in APAC region only)

warranty

6.O1 Limited Warranty
Seller warrants solely to Buyer the Products will be free from defects in material and workmanship under normal use and service for a period of one year from the date of completion of manufacture. This limited warranty does not apply to (a) hoses;
(b) and products that have a normal life shorter than one year; or (c) failure in performance or damage caused by chemicals, abrasive materials, corrosion, lightning, improper voltage supply, physical abuse, mishandling or misapplication. In the event the Products are altered or repaired by Buyer without Seller’s prior written approval, all warranties will be void.
No other warranty, oral, express or implied, including any warranty of merchantability or fitness for any particular purpose, is made for these products, and all other warranties are hereby expressly excluded.
Seller’s sole obligation under this warranty will be, at Seller’s option, to repair or replace F.O.B. Seller’s facility in Cincinnati, Ohio any Products found to be other than as warranted.
6.O2 Limitation of Liability
Seller’s warranty obligations and Buyer’s remedies are solely and exclusively as stated herein. Seller shall have no other liability, direct or indirect, of any kind, including liability for special, incidental, or consequential damages or for any other claims for damage or loss resulting from any cause whatsoever, whether based on negligence, strict liability, breach of contract or breach of warranty.

Hydro Systems
3798 Round Bottom Road
Cincinnati, OH 45244
Phone 513.271.88OO
Toll Free 8OO.543.7184
Fax 513.271.O16O
Web hydrosystemsco.com
HYD10098182 Rev H 08/22

References

• Chemical Dilution, Dosing and Injection Equipment | Hydro Systems

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