Ideal for homeowners, cabins, gardeners, family farms, or wherever remote water is needed.
Automatic draining: Will not freeze when shut-off valve is properly installed below frost line and all devices are removed from nozzle.
1-inch hot-dipped American seamless Schedule 40 galvanized pipe casing.
High-quality materials and components; all-metal construction.
Graphite packing for lubricity and long life.
One-piece variable flow plunger and drain feature.
Adjustable pivot block provides easy and positive adjustment of the lever lock tension.
Can be padlocked in closed position.
All repairs can be made at the top of the unit (RK-R34) without removing hydrant from the ground.
R34 Helpful Videos Below
R34 Features
R34 Installation
R34 Repair
How a Standard Frost-Proof Yard Hydrant Works
R34 Specifications
Inlet: 3/4-In Female NPT
Outlet: 3/4-In Brass Male Hose Nozzle
Casing: 1-In Schedule 40 galvanized steel pipe
Operating Rod: 3/8-In steel rod
Valve Body: Cast Brass
Drain Hole: Tapped - 1/8-In N.P.T.
Maximum Working Pressure: 125 p.s.i.
Maximum Temperature: 120° F
Upgrade to the Y34
R34 Installation Instructions
STEP 1
Dig hole for hydrant approximately two (2) feet in diameter and deeper than the bury depth.
STEP 2
Flush gravel, debris, etc. out of the supply line before connecting hydrant.
STEP 3
Install hydrant with drain hole below frost line. Use wrenches on supply line fitting and brass valve body only. This avoids over tightening the hydrant assembly which could affect operation.
STEP 4
If supply line to the hydrant will not support hydrant, use re-bar, length of pipe or other suitable support driven in bottom of pit to help support hydrant. Before filling excavation, turn on water and check hydrant connection for leaks.
STEP 5
Provisions must be made to allow the water to drain from the hydrant drain hole each time the hydrant is closed.
Fill bottom of pit with 1/2-In gravel to a minimum of 3-In above brass drain valve body, to insure adequate drainage.
If the hydrant is installed inside a structure or concrete driveway, connect copper drain tubing to the 1/8-In NPT drain hole and dig a remote drain field outside the structure for the drain pipe to empty into. Without this remote piping drain field, the water from the hydrant drainage may percolate up to the surface around or near the hydrant and will damage the floor surface or cause muddy areas around hydrant.
Saturated ground in the hydrant drain field can prevent the hydrant from fully draining and may result in freezing. If the area where the hydrant is located is low lying or has a tendency to have standing water, a larger drain field or pit may be required to provide the hydrant a place to drain.
