Jay R. Smith Mfg. Co
Jay R. Smith Mfg. Co 560-13 Sillcock 3/4 in
A brass sillcock with a ¾-inch threaded inlet, ABS knob handle, external vacuum breaker and loose key, meeting ASSE 1011 and NSF/ANSI 61-2008 standards
- TypeOther
- Includes external vacuum breaker for backflow prevention
- Brass body resists corrosion and extends service life
- Meets NSF/ANSI 61-2008 for safe drinking water
- ASSE 1011 certified for reliable performance
- IAPMO listed and AB1953 compliant for lead law adherence
Product Identity
The Jay R. Smith Mfg. Co 560-13 is a brass sillcock designed for light commercial plumbing installations. It serves contractors and facility managers who need a code-compliant wall hydrant with integral backflow protection.
Build and Connections
The body is constructed from brass with an ABS knob handle and a loose-key operating mechanism. A 3/4 inch threaded inlet connects directly to supply piping while the integrated external vacuum breaker satisfies ASSE 1011 requirements for cross-connection control.
Compliance and Operation
The fitting meets NSF/ANSI 61-2008 and AB1953 lead-free standards and carries IAPMO listing file 3770. The vacuum breaker vents to atmosphere during backsiphonage events, limiting pressure buildup and reducing the risk of water hammer in the supply line.
Highlights
- Includes external vacuum breaker for backflow prevention
- Brass body resists corrosion and extends service life
- Meets NSF/ANSI 61-2008 for safe drinking water
- ASSE 1011 certified for reliable performance
- IAPMO listed and AB1953 compliant for lead law adherence
Specifications
| Brand | JAY R. SMITH MFG. CO |
|---|---|
| Type | Other |
Questions about this item
Which standard does the ASSE 1011 vacuum breaker on this sillcock meet for backflow prevention?
The external vacuum breaker complies with ASSE Standard 1011, providing backflow protection for the 3/4 inch threaded inlet connection.
What wall thickness does the zero through-wall length require for installation?
A zero through-wall length means the sillcock mounts directly on the exterior surface with no extension through the wall cavity.
How is the loose key handle installed and what common error should be avoided?
Insert the loose key onto the stem to operate the valve; the frequent mistake is leaving the key on the valve where it can be lost or damaged.
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