Monday, June 13, 2011

EX160T2 - Eemax EX160T2 Series Two Electric Tankless Water Heater Parallel


Product By Eemax

Product Description

The Eemax EX160T2 Series Two Electric Tankless Water Heater Parallel with Two Thermostats. PARALLEL models (Twin Module) with two thermostats for preheated water feed (dishwashers, photo processing, etc.). Min. flow, 1.5 GPM. Eemax EX160T2 Series Two Electric Tankless Water Heater Parallel with Two Thermostats Applications: Commercial Dishwashers Photo Processing Booster (Solar) Commercial/Industrial Adjustable, Precise Temperature Setting ±0.5°F Eemax EX160T2 Series Two Electric Tankless Water Heater Parallel with Two Thermostats Features: On Demand Hot Water - no delay. Continuous Hot Water - no storage capacity to run out. Reduces Installation Cost - no T & P relief valve needed (check local codes). Easy Installation, Hot or Cold water feed integral 1/2 compression fittings on bottom (no sweat connections). Cut Energy Waste - flow switch activates heater only on demand (no standby heat loss). Available thermostatic control T helps insure accurate outlet temperatures (±0.5°F). Designed for Durability - constructed of high strength reinforced ENGINEERING PLASTIC". Ni Chrome Element - a unique, patented flow path ensures optimum heat transfer and extended element life. Compact Size - dimensions 10x9x3"; weight 8 lbs. Reduces calcification. Field Serviceable Elements replaceable cartridge element Unit must be mounted on wall. Eemax EX160T2 Series Two Electric Tankless Water Heater Parallel with Two Thermostats Specifications: Volts 277V KW 16.0kW Amps 58(2x29)A Rise at 1.5 GPM 73°F Rise at 2 GPM 55°F Rise at 3 GPM 36°F Wire Size AWG 8 Dimensions 10 x 9 x 3 Weight 8 lbs Element - Dual replacement cartridge inserts Connections: 1/2 compression at bottom of unit * The voltage, amperage, and circuit breaker specifications must be met for this heater to function. Please make sure all requirements are met before purchasing this heater. Manufacturers start up procedures must be observed.