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State Industries SANDBLASTER Self-Cleaning Commercial Gas Water Heaters User Manual

Sandblaster

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C O M M E R C I A L

For more Information on the Sandblaster

®

contact:

State Water Heaters
500 Tennessee Waltz Parkway, Ashland City, TN 37015

800-365 0024 Toll-free USA

www.statewaterheaters.com

SCGSS00105 June 2012R

SANDBLASTER

®

Self-Cleaning Commercial Gas Water Heaters

BOOSTER

MODELS

Sandblaster

®

Booster commercial gas water heaters are designed to provide high temperature water (usually 180ºF)

to commercial dishwashers. In these applications, the booster water heater is installed in conjunction with a standard
water heater, which delivers lower-temperature water to serve the non-dishwashing needs of a restaurant or other
foodservice application.

State Hydro Cannon

Self-Cleaning Device

• Significantly reduces buildup of lime, sand and other sediment in the tank
• Helps water heaters retain their rated efficiency longer and reduce

water heating costs

Induced-Draft Design

• Built-in blower produces power-induced draft of makeup air prior to burner

ignition, for more efficient control of heat through the flue collector

• Eliminates performance problems caused by negative indoor air pressure
• Requires no draft hood or barometric damper

Rated as Category 1 Appliance

• Can be commonly vented with other Category 1 appliances, using standard

metal type “B” vent

Multiple Anode Rods

• Protect tank from corrosion

Three Water Connection Options

• Hot water outlet located on the top and both hot and cold water inlets are

on the front of the water heater

• Hydro Cannon device operates when front cold water connection is used

Intermittent Electronic Ignition

• Provides flame failure response in less than one second
• Includes power ON/OFF switch
• Eliminates standing pilot

Maximum Hydrostatic Working Pressure: 150 psi

80% Thermal Efficiency

SANDBLASTER

CSA Certified and ASME Rated T&P Relief Valve

Meets the thermal efficiency and standby loss
requirements of the U.S. Departemnt of Enerby and
Current Edition ASHRAE/IESNA 90.1