LS-SW-2-50R-L

LAARS-Stor® Single Wall

Description

The ingenious Laars-Stor™ single wall was engineered to provide the lowest pressure drop, the highest hot water output and the highest amount of effective actual heat transfer area of any indirect fired water heater in the industry.

Features

• Heat Exchanger - Single-Wall 1-1 ?2 in. O.D. glass coated (Vitraglas®) carbon steel coil. The coil has a heat transfer area of 27.2 sq. ft. and a stored water volume of 5.0 Gal. Maximum supply temperature from the boiler must not exceed 240° F. 
• Sediment Reduction System - Cold water inlet sediment reducing device helps prevent sediment build up in tank. Increases first hour delivery of hot water while minimizing temperature build up in tank. 
• Glass Coating - LAARS® tanks are lined with an exclusively engineered enamel formula that provides superior tank protection from the highly corrosive effects of hot water. This formula is fused to the steel surface by firing at a temperature of over 1600°F (871°C). 
• Immersed Adjustable Honeywell Aquastat - Fast acting immersion aquastat for automatic temperature control. 
• Supply and Return Connections - 1 in. NPT female connections are located on the front for both the boiler collector supply and return. 
• 2 in. Non-CFC Foam Insulation - Covers the side and top of tank, reducing the amount of heat loss. This results in less energy consumption, improved operation efficiencies and jacket rigidity. 
• Potable Water Connections - 1 in. NPT factory installed true dielectric fittings extend water heater life and eases installation. 
• hree Protective Aluminum Anode Rods - Provide added protection against corrosion for long trouble-free service. 
• T&P Relief Valve - Installed. 
• Low Restriction Brass Drain Valve - Tamper proof design. 
• AHRI Certified - These water heaters are rated by the Air-Conditioning, Heating, and Refrigeration Institute to provide accurate performance data within the standards of the certification. This certification provides a recognized standard for proper comparison of hydronic appliances