Zurn 34-600XLLUSC 3/4 in. Bronze Pressure Reducing Valve

Description

The integral strainer makes this device most suitable for residential and commercial water systems requiring frequent cleaning because of sediment and debris. The direct acting integral by-pass design prevents buildup of excessive system pressure caused by thermal expansion. Ideal for use where Lead-Free valves are required. Designed for installation on potable water lines to reduce high inlet pressure to a lower outlet pressure. Designed for installation on potable water lines to reduce high inlet pressure to a lower outlet pressure. Ideal for use where Lead-Free valves are required. Ideal for use where Lead-Free valves are required. Designed for installation on potable water lines to reduce high inlet pressure to a lower outlet pressure. The integral strainer makes this device most suitable for residential and commercial water systems requiring frequent cleaning because of sediment and debris. The direct acting integral by-pass design prevents buildup of excessive system pressure caused by thermal expansion. The balanced piston design enables the regulator to react in a smooth and responsive manner to changes in system flow demand, while at the same time, providing protection from inlet pressure changes. The balanced piston design enables the regulator to react in a smooth and responsive manner to changes in system flow demand, while at the same time, providing protection from inlet pressure changes.

Key Features

• Designed for installation on potable water lines to reduce high inlet pressure to a lower outlet pressure.
• The direct acting integral by-pass design prevents buildup of excessive system pressure caused by thermal expansion.
• The integral strainer makes this device most suitable for residential and commercial water systems requiring frequent cleaning because of sediment and debris.
• Ideal for use where Lead-Free valves are required.
• The balanced piston design enables the regulator to react in a smooth and responsive manner to changes in system flow demand, while at the same time, providing protection from inlet pressure changes.