AQUOR Wall Hydrant V1+ Manual

Also See for Wall Hydrant V1+:

Install manual (14 pages)

Install manual (16 pages)

Table of Contents

Contents

1 Overview
- 1.1 INCLUDED IN THIS KIT
2 Technical Specs
3 PARTS DESCRIPTION
4 Installation
5 Operation
6 Maintenance
7 Troubleshooting
8 Warranty
9 Contact Us
10 Documents / Resources
- 10.1 References
- 10.2 Download manual

AQUOR Wall Hydrant V1+ Manual

Overview

The Aquor® Wall Hydrant is a flush-mounted hydrant with twist-lock connection system designed for outdoor use.

The wall hydrant is intended to be installed in the exterior walls of homes and buildings. Upon disconnection, a small amount of water selfdrains from the outlet. The Aquor® hose connector has a built-in vacuum-breaker for code approved anti-siphon protection.

Read this entire instruction sheet before installing to ensure proper installation. The information in this manual is subject to change without notice.

Installation must comply with local codes and ordinances.

Please leave this manual with the property owner after completing the hydrant installation.

INCLUDED IN THIS KIT

1x Wall Hydrant
1x Hose Connector (CN-VB2)
1x Debris Cover
3x #10 Mounting Screws

Technical Specs

Allows user to access water instantly by connecting under full water pressure.
Robust O-ring connection system ensures a reliable leak-proof seal, even at high water pressures.
Stainless steel operating rod and pressure-closed valve provide zero-maintenance reliability for years.
Hydrant automatically self-drains upon disconnection to provide freeze protection.
Hydrant comes standard with 1/2" female NPT inlet. Rotatable 90° elbow and other optional inlets available.
Each hydrant kit includes a polymer hose connector with 3/4" GHT threading.
Any 3/4" accessory (e.g. water timers, splitters, regulators) can be attached to end of hose connector.
Aquor® hose connector contains vacuum breaker for code approved anti-siphon protection.

This ASSE 1019 device is intended for irrigation use and outdoor watering. It shall not be subjected to more than 12 hours of continuous water pressure as directed by ASSE code requirements.

Inlet/Outlet: 1/2" NPT, 3/4" GHT
Flow rate: 6.8 GPM @ 52 PSI
Operating water pressure: 25 - 125 PSI
Operating temperature range: 33° - 140°F
Approvals: ASSE 1019C, ASME A112.18.1, CSA B125.1
Warranty: 10-year stainless components, 5-year polymer components

Technical Specs - Part 2

Stem Length (A)	Overall Length (B)	SKU
2" Hydrant	3 5/8" (92 mm)	HHP002
4" Hydrant	5 3/4" (138 mm)	HHP004
6" Hydrant	7 3/4" (188 mm)	HHP006
8" Hydrant	9 3/4" (237 mm)	HHP008
10" Hydrant	11 3/4" (287 mm)	HHP010
12" Hydrant	13 3/4" (337 mm)	HHP012

Optional 90° elbow inlets reduce overall length by 1/2" (13 mm).

PARTS DESCRIPTION

Hydrant

Rear Valve Housing (inlet)
Valve Return Spring
Hydrant Body O-Ring

Hydrant Body

Debris Cover

Debris Cover Gasket
Debris Cover Wedge
Debris Cover Nut & Bolt
Debris Cover

Hose Connector

Connector O-Rings
Connector Body

Need Parts?
Stem Replacement Kits available in 2", 4", 6", 8", 10", and 12" and Hose Connector O-Ring Kits are available.
For help, email us at contact@aquorwatersystems.com or call us at 1-800-458-1749.

Installation

Determine the location for the hydrant. The hydrant's inlet must be installed into a heated area of the structure that will not drop below freezing.

Before installation, make sure there is adequate work room for securing the hydrant to the supply line.

PREPARE WALL

Prepare the mounting surface and entry hole. Aquor® wall hydrants require a vertical and smooth mounting surface to ensure proper installation and draining. Depending on the exterior wall surface, a mounting block may be required to provide a vertical and smooth mounting spot. Mounting blocks can be commonly found in hardware stores, or can be made on-site with materials such as wood, fiber-cement, or PVC trimboard. Aquor® mounting blocks can be found on our website.

Using a 1 1/2" hole saw, bore the entry hole through the wall (and mounting block if using one) in the desired location.

warning If drilling through a deep wall, you may need to accommodate for the hydrant's downward angle.

information Tip: If enlarging an existing hole, try cutting a dowel of the appropriate size to use as a guide for the hole saw.

SECURE HYDRANT TO WALL

Pre-pilot the mounting holes. Make sure to insert the debris cover wedge behind the hydrant faceplate for accurate markings.

information Tip: Use a low speed setting or a hand screwdriver to avoid stripping the fasteners.

With the cover wedge behind the faceplate flange secure the hydrant to the wall. #10 flathead stainless steel screws are provided.
Installation - SECURE HYDRANT TO WALL

information Tip: Drilling into brick or stone? Consider using specialized fasteners and/or anchors. We also manufacture optional stainless steel mounting plates to space the mounting holes out further if needed.

After securing, test the cover to make sure it opens and closes properly.

ATTACH FITTING

Proceed to the interior of the wall. Before attaching a fitting, unscrew the hydrant's rear inlet from the main hydrant body.

The hydrant's default inlet is 1/2" NPT (f). Other optional inlet styles are available.

Thread in the appropriate 1/2" NPT fitting for your plumbing type, wrapped in teflon tape then pipe-joint compound. Firmly tighten with a wrench.
Installation - ATTACH FITTING

With the appropriate fitting installed, re-attach the inlet to the hydrant body.

information Tip: The inlet is on an O-ring seal. It's designed to rotate up to one turn while still keeping a watertight seal. This is useful for alignment, especially for the optional 90° elbow inlets. Tighten the inlet until it stops, then rotate back to the desired spot. This seal is rated to 250 PSI.

warning Hand-tight is fine; do not over-torque the hydrant's body connection. Do NOT apply teflon tape or any kind of sealant to the hydrant's body threads.

CONNECT TO PLUMBING

With the appropriate fitting threaded in, connect the hydrant to your plumbing system.
Installation - CONNECT TO PLUMBING

Depending on the type of plumbing, it will vary how the hydrant connects. Common ways of connecting to copper plumbing include soldering and push-fit adapters.

information Tip: With copper plumbing, consider securing the hydrant's inlet against a stud. This way the hydrant can be removed from the building's exterior if ever needed. The hydrant faceplate and body can be rotated out and re-attached to the inlet.

Common ways of connecting to PEX include crimp rings, expansion tools, and push-fit adapters.

information Tip: With PEX tubing, we recommend adding an expansion loop inside the wall if possible. This allows the entire hydrant and fitting assembly to be inspected and serviced from the exterior of the building, if ever needed.

Complete the installation by turning on the water supply.

warning Before plugging in, attach a garden hose to the Aquor® hose connector.

Use a closed-end, such as a nozzle, on the hose to create backpressure. Connect to the hydrant and water should pressurize the hose immediately. Disconnect and ensure the hydrant drains, then remains leak-free.

Inspect the hydrant and plumbing connections for any leaks.

Operation

warning Always remove hose during freezing temperatures.

Operating Aquor® wall hydrants is a simple process. Water starts flowing through the hydrant when the hose connector is plugged in. Turn off the hydrant by unplugging the hose connector.

Attach the Aquor® hose connector to any garden hose. It can stay attached; there is no need to remove it every use. Before storage, de-pressurize your hose by squeezing the nozzle on the other end.
Operation - Step 1

warning Some Aquor® hose connectors have a one-way check valve to prevent water from spraying when you disconnect.

Use any accessory as you would with a traditional bib. Inline ball valves, timers, splitters, vacuum breakers, and etc. can be attached to the connector.
Operation - Step 2

To connect: Line up the three helical grooves on the hose connector with the three nibs on the hydrant faceplate. Simultaneously push and twist the connector clockwise in a smooth motion. Make sure to align the grooves fully and push in before twisting. Water flow will start instantly when the connector is engaged (see image below).

To disconnect: Push the connector in slightly, then untwist counter-clockwise (see image below).
The hydrant will self-drain any remaining water left in the body and vacuum breaker assembly. The water will drain for the few moments, this is perfectly normal.

Operation - Step 3

Remember to de-pressurize your hose before storage.

information Tip: If you leave the Aquor® connector attached to your garden hose, make sure to de-pressurize the hose after use. Temperature changes can cause water inside to expand, causing excessive pressure on the connector's internal check valve (and your nozzle or accessories) over time.

For installation or other technical questions, please call our customer service team at 1-800-458-1749.

Maintenance

Aquor® hydrants leave the factory fully tested and operational. They are treated with an FDA approved lubricant where needed. The hydrant requires no scheduled maintenance to provide a long operational life. If a problem does arise, all the serviceable components are offered in repair kits.

It's best to disconnect the hydrant when not in use. The hydrant can only offer freeze protection when disconnected. We recommend unplugging after each use.

For freeze protection, the hydrant does not need to be covered any further. As long as it has been disconnected, allowed to drain, and the ambient temperature inside the wall remains above freezing, the hydrant and the plumbing will be protected.

Storing your hose connectors out of the elements can prolong their lifespan. You can drain your hose and bring it inside - the internal check valve prevents any unwanted draining afterwards, so your floor stays dry.

Protect the hose connector's O-rings. They are designed for extremely long lifespans if used properly. Use care not to snag the connector O-rings on the hydrant nibs. When connecting, line up the grooves before attempting to push or twist.

Routine cleaning with soap and water is usually sufficient to maintain the corrosion resistance and appearance of the marine-grade stainless steel. Use a soft brush to remove any accumulated dirt, then rinse with clean water. Use stainless steel polish as needed.

If you have hard water buildup, the hydrant can be completely disassembled for service or cleaning if needed. The inner valve and stem are accessed through the rear.

We recommend replacing the internal valve once every 20 years, or as needed. You may periodically clean and lubricate the O-ring if there is mineral buildup.

Troubleshooting

PROBLEM	SOLUTION
No water flow when connected.	First you'll want to identify whether the issue is in the hydrant of the hose connector. Make sure water supply is live to the hydrant. Try depressing the hydrant valve with your thumb to test for pressure. If the water pressure is live, the issue is likely the hose connector. Inspect the hose connector to see if the internal check valve is stuck. In variable weather conditions, if left pressurized outside, water expansion may cause the check valve to seize. If the hose connector has a ball-valve, make sure it is on.
Water leaking from plumbing connection.	For threaded fittings, re-wrap with 4-5 wraps of teflon tape, followed by a layer of pipe-joint compound. Firmly tighten with wrenches. For PEX-specific fittings, ensure a compatible PEX tubing type and installation tool are being used. Check fitting dimensions for spec.
Water leaking from hydrant body-to-inlet connection.	Inspect the O-ring between the rear valve housing (inlet) and hydrant body. The inlet can be backed off up to on full rotation without losing a watertight seal. Ensure no teflon tape or sealant is applied. Inlet should thread smoothly.
Water leaking from the hydrant main outlet (front) when connected.	Inspect hose connector O-rings for damage, replace or lubricate if needed.
Water leaking from the hydrant main outlet when disconnected.	A slow leak may indicate a stuck or bent internal rod, or damaged O-ring. First, try to reset the valve from the front. Shut-off water supply and use needle nose pliers to press in and rotate the internal operating rod. Resistance could indicate a piece of debris behind the valve. If leak persists, remove the internal operating rod from the hydrant by unscrewing the rear inlet from the body. Inspect the O-ring and stem for any damage, remove debris or replace assembly if needed.
Water leaking from vacuum breaker when connected.	First, ensure water pressure is between 25-125 PSI. Pressure that is too high or too low can cause issues with backflow preventers. Next, test with a second hose connector. If the issue persists, replace the faulty hose connector.
Water sprays from the vacuum breaker when connecting.	A small burst of water when connecting or disconnecting is normal due to pressure. If the spray or leak persists, inspect the vacuum breaker washer and replace if needed.
Hose connector won't stay plugged in.	Ensure water pressure is not too low. The hydrant uses water pressure to seal, and is designed for pressures of 25-125 PSI. If you are installing the hydrant on a well or low-pressure system, contact us for a higher weight hydrant valve spring, or add a pressure booster.
Hose connector is difficult to connect or disconnect.	Try squeezing your hose nozzle while simultaneously disconnecting. If left outdoors in variable weather, water expansion may have caused the connector's internal check-valve to seize. Try disassembling or removing the connector's check valve. Test with a different hose connector. There may be a piece of debris stuck in the hydrant's main valve. Shut off the water supply, then test the valve's forward/back operation with your thumb or a tool. It should operate smoothly. If needed, remove hydrant's operating rod by unscrewing the rear inlet. If the issue occurs gradually over time, try cleaning the hydrant's outlet and lubricating the connector O-rings.